instruction,code,output Create a DOT diagram showing a compiler pipeline,"dotDiagram digraph Compiler { bgcolor=""#fafafa"" node [shape=""box"", bgcolor=""#e3f2fd""] source[""Source Code""] lexer[""Lexer""] tokens[""Tokens""] parser[""Parser""] ast[""AST""] semantic[""Semantic Analyzer""] ir[""IR""] optimizer[""Optimizer""] codegen[""Code Generator""] output[""Machine Code""] source -> lexer lexer -> tokens tokens -> parser parser -> ast ast -> semantic semantic -> ir ir -> optimizer optimizer -> codegen codegen -> output }",output/978.pintora.png Generate a DOT directed graph with 12 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""ellipse"", label=""Node n8""] n9 [shape=""box"", label=""Node n9""] n10 [shape=""box"", label=""Node n10""] n11 [shape=""circle"", label=""Node n11""] n9 -> n3 n5 -> n3 n0 -> n9 n11 -> n9 n7 -> n0 n1 -> n8 n2 -> n11 n11 -> n1 n9 -> n10 n7 -> n0 n4 -> n6 }",output/800.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P2-->>P0: msg_26 P0->>P1: msg_36 P1-->P2: msg_37 P2->>P1: msg_19 P2-->P1: msg_74 P2-->P0: msg_11 P2-->>P0: msg_9 P0->>P1: msg_84 P1-->P2: msg_42 P1-->>P0: msg_81 P1->P0: msg_83 P0-->>P1: msg_98 P0->>P1: msg_35",output/199.pintora.png Create a Gantt chart for a software release cycle,"gantt title Software Release v2.0 dateFormat YYYY-MM-DD axisFormat %b %d axisInterval 1w section Design ""Architecture Review"" : arch, 2024-04-01, 7d ""API Design"" : after arch, 5d section Development ""Core Features"" : core, 2024-04-08, 21d ""API Implementation"" : after core, 14d section QA ""Unit Testing"" : 2024-04-15, 28d ""Integration Testing"" : 2024-05-06, 14d ""UAT"" : 2024-05-13, 7d section Release ""Code Freeze"" : milestone, 2024-05-20, 0d ""Production Deploy"" : milestone, 2024-05-22, 0d",output/968.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 --> Class1 Class1 *-- Class2 Class2 o-- Class3 Class3 o-- Class4",output/189.pintora.png Design a comprehensive Entity Relationship diagram.,"erDiagram title: Hospital System CATEGORY { int category_id PK datetime status text phone text description } INVENTORY { int inventory_id PK int quantity bool name } ORDER { int order_id PK string date bool address FK datetime description text address float address } SHIPMENT { int shipment_id PK text email float description bool description } REVIEW { int review_id PK text email string email } CUSTOMER { int customer_id PK int description string description string description bool quantity } USER { int user_id PK text quantity text description } CATEGORY ||--|{ REVIEW : contains INVENTORY ||--|| ORDER : includes ORDER ||--o{ CUSTOMER : has SHIPMENT }|--|| REVIEW : includes REVIEW }o--o{ USER : manages CUSTOMER }o--o{ USER : owns",output/810.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 5d ""Task 1"" : 2024-01-06, 7d ""Task 2"" : 2024-01-13, 8d",output/387.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n3 -> n1 n2 -> n4 n4 -> n2 n3 -> n1 n4 -> n3 n3 -> n0 n1 -> n0 n3 -> n2 n1 -> n3 n0 -> n4 }",output/397.pintora.png Write a DOT diagram for a linked list,"dotDiagram digraph LinkedList { bgcolor=""white"" node [shape=""record"", bgcolor=""#e8f5e9""] head [label=""head"", shape=""plaintext""] n1 [label=""{ 10 | next }""] n2 [label=""{ 20 | next }""] n3 [label=""{ 30 | next }""] n4 [label=""{ 40 | null }""] head -> n1 n1 -> n2 n2 -> n3 n3 -> n4 }",output/1002.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif :step_3; if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif if (check5?) then (yes) :action_yes_5; else (no) :action_no_5; endif :step_6; :step_7; if (check8?) then (yes) :action_yes_8; else (no) :action_no_8; endif if (check9?) then (yes) :action_yes_9; else (no) :action_no_9; endif end",output/246.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 <|-- Class1 Class1 *-- Class2 Class2 *-- Class3",output/256.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork :Process 1; :Action 2; fork :Parallel 1 3; forkagain :Parallel 2 3; endfork :Action 4; fork :Parallel 1 5; forkagain :Parallel 2 5; endfork :Process 6; if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif fork :Parallel 1 8; forkagain :Parallel 2 8; endfork if (Check 9?) then (yes) :Handle Yes 9; else (no) :Handle No 9; endif end",output/413.pintora.png Create a sequence diagram showing interaction between participants. Include about 7 elements.,"sequenceDiagram autonumber P3->P1: msg_7 P1->P2: msg_85 P4->P1: msg_34 P3-->P0: msg_92 P0-->>P1: msg_98 P0-->P3: msg_69 P3-->P2: msg_92",output/403.pintora.png Generate a DOT directed graph with 5 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n4 -> n1 n2 -> n3 n3 -> n1 n2 -> n4 n4 -> n2 n2 -> n3 }",output/775.pintora.png Create a sequence diagram with random interaction patterns involving 8 steps.,"sequenceDiagram autonumber participant Service_3 alt Condition Service_2->Service_1: Message 626 else Other case Service_1-->>Service_2: Response end Service_3-->>Service_2: Message 216 Service_2-->>Service_3: Message 645 Service_3->>Service_2: Message 349 @note right of Service_0: Note processing Service_0-xService_3: Message 788 Service_2->Service_0: Message 476 Service_0->>Service_1: Message 501 Service_0->>Service_3: Message 407",output/765.pintora.png Schedule tasks using a Gantt chart. Include about 10 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 7d ""Task 1"" : 2024-01-08, 10d ""Task 2"" : 2024-01-18, 2d ""Task 3"" : 2024-01-20, 6d",output/120.pintora.png Visualize a graph structure using DOT syntax. Include about 10 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n6 -> n4 n6 -> n5 n5 -> n3 n3 -> n1 n0 -> n2 n2 -> n3 n2 -> n5 n1 -> n0 n2 -> n5 n4 -> n2 }",output/130.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P3-->P2: msg_55 P3->P1: msg_32 P2-->P0: msg_14 P4->>P0: msg_68 P0-->P4: msg_38",output/142.pintora.png Design an Entity Relationship diagram. Include about 8 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent0 ||--|{ Ent1 : relates Ent1 ||--|| Ent2 : relates",output/152.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 int field_1 float field_2 string field_3 string field_4 } TABLE_1 { int id PK bool field_0 string field_1 } TABLE_2 { int id PK bool field_0 bool field_1 } TABLE_3 { int id PK float field_0 bool field_1 int field_2 } TABLE_4 { int id PK string field_0 int field_1 float field_2 float field_3 int field_4 } TABLE_0 ||--|{ TABLE_1 : owns TABLE_1 ||--|| TABLE_2 : manages TABLE_2 ||--o{ TABLE_3 : contains TABLE_3 }|--|| TABLE_4 : has",output/717.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork fork :Parallel 1 1; forkagain :Parallel 2 1; endfork :Process 2; :Process 3; :Action 4; :Process 5; :Action 6; :Process 7; :Process 8; end",output/707.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 float field_1 int field_2 int field_3 } TABLE_1 { int id PK bool field_0 int field_1 datetime field_2 datetime field_3 } TABLE_2 { int id PK string field_0 datetime field_1 float field_2 } TABLE_3 { int id PK float field_0 datetime field_1 string field_2 datetime field_3 bool field_4 } TABLE_4 { int id PK float field_0 int field_1 string field_2 string field_3 } TABLE_5 { int id PK int field_0 int field_1 float field_2 string field_3 bool field_4 } TABLE_0 ||--o{ TABLE_1 : manages TABLE_1 ||--|{ TABLE_2 : manages TABLE_2 }|--|| TABLE_3 : manages TABLE_3 ||--|{ TABLE_4 : has TABLE_4 ||--|| TABLE_5 : has",output/509.pintora.png Generate a DOT directed graph with 7 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n3 -> n4 n6 -> n3 n0 -> n1 n4 -> n1 n5 -> n2 n4 -> n0 n4 -> n6 }",output/471.pintora.png Generate a DOT directed graph with 11 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""box"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n9 [shape=""ellipse"", label=""Node n9""] n10 [shape=""diamond"", label=""Node n10""] n5 -> n4 n0 -> n1 n1 -> n8 n6 -> n8 n9 -> n7 n8 -> n3 n10 -> n0 n8 -> n1 n3 -> n5 n4 -> n5 }",output/519.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork :Action 1; fork :Parallel 1 2; forkagain :Parallel 2 2; endfork :Process 3; :Process 4; :Action 5; end",output/461.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 10d ""Task 1"" : 2024-01-11, 3d ""Task 2"" : 2024-01-14, 6d ""Task 3"" : 2024-01-20, 6d ""Task 4"" : 2024-01-26, 9d",output/224.pintora.png Create a sequence diagram showing interaction between participants. Include about 11 elements.,"sequenceDiagram autonumber P3-->P1: msg_52 P0->P2: msg_100 P3-->P4: msg_11 P1->>P3: msg_94 P4->>P2: msg_4 P1-->>P4: msg_17 P3-->P4: msg_66 P2-->P4: msg_48 P1->P2: msg_92 P4->P1: msg_1 P2->P0: msg_84",output/234.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif :step_3; :step_4; :step_5; if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif if (check7?) then (yes) :action_yes_7; else (no) :action_no_7; endif :step_8; :step_9; :step_10; :step_11; :step_12; :step_13; :step_14; end",output/19.pintora.png Write a Pintora diagram: map a complex business process with activity diagram.,"activityDiagram start partition Validation { while (Check 0?) is (yes) :Process 0; endwhile (done) fork :Parallel Task A1; forkagain :Parallel Task B1; endfork :Step 2; :Step 3; switch (Type 4?) case (A) :Handle A4; case (B) :Handle B4; endswitch if (Condition 5?) then (yes) :Action True 5; else (no) :Action False 5; endif if (Condition 6?) then (yes) :Action True 6; else (no) :Action False 6; endif if (Condition 7?) then (yes) :Action True 7; else (no) :Action False 7; endif :Step 8; } end",output/862.pintora.png Create an advanced sequence diagram with complex interactions. Include nested structures.,"sequenceDiagram title: System Communication autonumber participant [ ServiceE] ServiceD-->>ServiceE: Validate ServiceD->ServiceA: Query 1 ServiceE->ServiceB: Fetch data ServiceD->ServiceB: Query 3 loop Poll ServiceB-->>ServiceD: Update 4 ServiceD-->>ServiceB: Response end ServiceD->>ServiceE: Update 5 loop Poll ServiceE-->>ServiceC: Fetch data ServiceC-->>ServiceE: Response end ServiceB->>ServiceC: Fetch data ServiceC-->ServiceB: Process event alt Success ServiceB->>ServiceA: Request 9 ServiceA-->>ServiceB: OK else Error ServiceA-->>ServiceB: Error code end alt Valid ServiceC->>ServiceD: Query 10 ServiceD-->>ServiceC: OK else Error ServiceD-->>ServiceC: Error code end ServiceE-xServiceC: Validate ServiceE->ServiceC: Request 12 alt Authenticated ServiceC-->ServiceE: Query 13 ServiceE-->>ServiceC: OK else Error ServiceE-->>ServiceC: Error code end",output/872.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 string field_1 datetime field_2 int field_3 float field_4 } TABLE_1 { int id PK bool field_0 string field_1 string field_2 bool field_3 } TABLE_2 { int id PK bool field_0 string field_1 datetime field_2 } TABLE_3 { int id PK string field_0 datetime field_1 bool field_2 bool field_3 datetime field_4 } TABLE_0 }|--|| TABLE_1 : owns TABLE_1 ||--|{ TABLE_2 : owns TABLE_2 ||--|{ TABLE_3 : owns",output/632.pintora.png Create a sequence diagram with random interaction patterns involving 7 steps.,"sequenceDiagram Service_0->>Service_2: Message 453 Service_2-->Service_0: Message 309 loop Loop check Service_2-->Service_1: Message 759 end Service_1->Service_2: Message 699 Service_2-->>Service_1: Message 246 loop Loop check Service_0-xService_2: Message 244 end Service_2-->>Service_0: Message 559",output/622.pintora.png Write a Pintora diagram: model an object-oriented system with class diagram.,"classDiagram class ManagerA { +int attr0 #string attr1 ~string attr2 +method0() T ~method1() boolean ~{static} method2() boolean } class RepositoryB { <> ~List~T~ attr0 -{static} method0() T -{static} method1() boolean ~method2() T } class ServiceC { -List~T~ attr0 #boolean attr1 #boolean attr2 ~int attr3 +method0() string } class RepositoryD { #string attr0 ~int attr1 #boolean attr2 -int attr3 #method0() string } class ObserverE { +int attr0 ~int attr1 ~int attr2 ~int attr3 ~method0() T #{static} method1() T +method2() T } ManagerA <|.. ServiceC RepositoryB o-- RepositoryD ServiceC --> RepositoryD RepositoryD ..> ObserverE",output/886.pintora.png Map a complex business process with activity diagram. Include nested structures.,"activityDiagram title: Data Processing start partition Processing { if (Condition 0?) then (yes) :Action True 0; else (no) :Action False 0; endif :Step 1; :Step 2; :Step 3; if (Condition 4?) then (yes) :Action True 4; else (no) :Action False 4; endif :Step 5; if (Condition 6?) then (yes) :Action True 6; else (no) :Action False 6; endif fork :Parallel Task A7; forkagain :Parallel Task B7; endfork end",output/896.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 15 elements.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 *** Subitem 0.2 ** Feature 1 *** Subitem 1.0 *** Subitem 1.1 **** Detail 1.1.1 ** Feature 2 *** Subitem 2.0 **** Detail 2.0.1 ** Idea 3 *** Subitem 3.0 **** Detail 3.0.1",output/301.pintora.png Create a sequence diagram showing interaction between participants. Include about 12 elements.,"sequenceDiagram autonumber P1->>P0: msg_43 P0->>P1: msg_49 P1-->P0: msg_19 P0-->P1: msg_51 P0->P1: msg_78 P1-->>P0: msg_70 P1->P0: msg_80 P1-->P0: msg_37 P0-->>P1: msg_73 P1->>P0: msg_62 P0-->>P1: msg_15 P0-->P1: msg_89",output/279.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } class Class5 { +attribute1 +method1() } Class0 o-- Class1 Class1 *-- Class2 Class2 <|-- Class3 Class3 --> Class4 Class4 --> Class5",output/311.pintora.png Design an Entity Relationship diagram. Include about 13 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 ||--|| Ent3 : relates Ent3 ||--|{ Ent4 : relates",output/269.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 bool field_1 } TABLE_1 { int id PK datetime field_0 string field_1 } TABLE_2 { int id PK string field_0 float field_1 string field_2 int field_3 } TABLE_3 { int id PK int field_0 bool field_1 } TABLE_4 { int id PK string field_0 bool field_1 } TABLE_5 { int id PK string field_0 datetime field_1 } TABLE_6 { int id PK float field_0 int field_1 int field_2 string field_3 datetime field_4 } TABLE_7 { int id PK bool field_0 float field_1 datetime field_2 } TABLE_0 ||--|{ TABLE_1 : manages TABLE_1 ||--o{ TABLE_2 : uses TABLE_2 ||--|| TABLE_3 : has TABLE_3 ||--|{ TABLE_4 : owns TABLE_4 }|--|| TABLE_5 : has TABLE_5 ||--o{ TABLE_6 : owns TABLE_6 }|--|| TABLE_7 : manages",output/554.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork :Process 1; :Process 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Process 4; :Action 5; :Action 6; :Process 7; :Action 8; :Process 9; end",output/544.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 --> Class1 Class1 *-- Class2 Class2 o-- Class3 Class3 --> Class4",output/44.pintora.png Generate a DOT directed graph with 11 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""box"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n9 [shape=""ellipse"", label=""Node n9""] n10 [shape=""ellipse"", label=""Node n10""] n5 -> n9 n6 -> n1 n1 -> n5 n3 -> n6 n7 -> n3 n6 -> n4 n7 -> n0 n8 -> n9 n7 -> n9 n7 -> n3 n7 -> n4 n2 -> n9 n0 -> n5 }",output/495.pintora.png Create a sequence diagram showing interaction between participants. Include about 7 elements.,"sequenceDiagram autonumber P1->P0: msg_58 P1->>P3: msg_81 P0-->P3: msg_73 P0->>P2: msg_18 P2->P0: msg_20 P0-->>P3: msg_28 P2-->>P3: msg_6",output/54.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Process 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif if (Check 8?) then (yes) :Handle Yes 8; else (no) :Handle No 8; endif end",output/485.pintora.png Write a class diagram with all relationship types,"classDiagram class A class B class C class D class E class F class G class H %% Inheritance A <|-- B %% Composition C *-- D %% Aggregation E o-- F %% Association G --> H %% Dashed inheritance (interface implementation) A <|.. C",output/947.pintora.png Create a sequence diagram for a REST API CRUD operation,"sequenceDiagram title: REST API CRUD Operations participant Client participant API participant DB %% Create Client->>API: POST /users API->>DB: INSERT user DB-->>API: user_id API-->>Client: 201 Created == Read == Client->>API: GET /users/1 API->>DB: SELECT user DB-->>API: user data API-->>Client: 200 OK == Update == Client->>API: PUT /users/1 API->>DB: UPDATE user API-->>Client: 200 OK == Delete == Client->>API: DELETE /users/1 API->>DB: DELETE user API-->>Client: 204 No Content",output/957.pintora.png Create an activity diagram for a user registration process,"activityDiagram title: User Registration Process start :Enter registration form; :Submit form; if (Valid input?) then (yes) :Check email exists; if (Email available?) then (yes) :Create user account; :Send verification email; :Show success message; else (no) :Show email exists error; endif else (no) :Show validation errors; endif end",output/925.pintora.png Create a mind map with multiline text nodes,"mindmap * Project Plan ** :Phase 1 Complete by Q1; ** :Phase 2 Complete by Q2; ** :Phase 3 Complete by Q3;",output/935.pintora.png Generate a DOT directed graph with 11 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n9 [shape=""box"", label=""Node n9""] n10 [shape=""circle"", label=""Node n10""] n10 -> n7 n5 -> n8 n1 -> n8 n1 -> n4 n10 -> n7 n6 -> n10 n8 -> n9 n4 -> n9 n10 -> n9 n1 -> n6 n6 -> n4 n2 -> n4 n5 -> n4 }",output/791.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n0 -> n6 n1 -> n0 n6 -> n2 n1 -> n4 n6 -> n3 n6 -> n4 n6 -> n0 n7 -> n2 n5 -> n6 n1 -> n2 }",output/781.pintora.png Visualize a graph structure using DOT syntax. Include about 15 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n7 [label=""Node n7""] n2 -> n3 n5 -> n7 n4 -> n5 n3 -> n0 n7 -> n2 n7 -> n4 n2 -> n3 n4 -> n1 n6 -> n3 n4 -> n6 n4 -> n7 n2 -> n3 n3 -> n7 n4 -> n6 n6 -> n4 }",output/26.pintora.png Schedule tasks using a Gantt chart. Include about 9 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 9d ""Task 1"" : 2024-01-10, 6d ""Task 2"" : 2024-01-16, 3d",output/36.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; :Action 2; :Action 3; :Action 4; :Process 5; :Process 6; if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif :Process 8; if (Check 9?) then (yes) :Handle Yes 9; else (no) :Handle No 9; endif end",output/536.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 int field_1 datetime field_2 datetime field_3 } TABLE_1 { int id PK int field_0 string field_1 } TABLE_2 { int id PK datetime field_0 datetime field_1 float field_2 int field_3 } TABLE_0 ||--|| TABLE_1 : contains TABLE_1 ||--|{ TABLE_2 : contains",output/526.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P1->>P0: msg_30 P2->P0: msg_73 P0-->>P2: msg_50 P1->P3: msg_78 P3-->>P2: msg_62 P2-->P0: msg_4 P3->>P1: msg_54",output/363.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P0->>P3: msg_65 P2-->>P0: msg_51 P2->>P0: msg_57 P1-->>P0: msg_52 P0-->>P4: msg_88 P0->P4: msg_50 P3->>P4: msg_93 P3->P2: msg_76 P1->P2: msg_2",output/373.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 float field_1 bool field_2 int field_3 } TABLE_1 { int id PK string field_0 bool field_1 int field_2 bool field_3 datetime field_4 } TABLE_2 { int id PK string field_0 float field_1 string field_2 int field_3 float field_4 } TABLE_3 { int id PK bool field_0 datetime field_1 } TABLE_0 ||--o{ TABLE_1 : owns TABLE_1 }|--|| TABLE_2 : manages TABLE_2 }|--|| TABLE_3 : manages",output/650.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start :Process 0; if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Process 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif end",output/728.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start :Action 0; :Action 1; fork :Parallel 1 2; forkagain :Parallel 2 2; endfork :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; :Process 6; end",output/640.pintora.png Generate a DOT directed graph with 10 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n9 [shape=""diamond"", label=""Node n9""] n2 -> n3 n4 -> n9 n6 -> n7 n1 -> n9 n4 -> n0 n1 -> n6 n8 -> n0 n5 -> n0 n4 -> n7 n8 -> n5 n0 -> n1 n3 -> n2 }",output/738.pintora.png Generate a DOT directed graph with 6 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n0 -> n2 n0 -> n5 n0 -> n1 n1 -> n3 n0 -> n4 n0 -> n2 n5 -> n0 n2 -> n1 }",output/676.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 float field_1 float field_2 float field_3 } TABLE_1 { int id PK datetime field_0 string field_1 datetime field_2 float field_3 int field_4 } TABLE_2 { int id PK float field_0 datetime field_1 } TABLE_3 { int id PK string field_0 int field_1 datetime field_2 float field_3 } TABLE_4 { int id PK bool field_0 int field_1 datetime field_2 } TABLE_5 { int id PK int field_0 string field_1 datetime field_2 } TABLE_6 { int id PK bool field_0 int field_1 } TABLE_7 { int id PK int field_0 int field_1 string field_2 float field_3 int field_4 } TABLE_0 ||--o{ TABLE_1 : owns TABLE_1 }|--|| TABLE_2 : owns TABLE_2 }|--|| TABLE_3 : manages TABLE_3 ||--|| TABLE_4 : manages TABLE_4 ||--|| TABLE_5 : has TABLE_5 ||--|{ TABLE_6 : contains TABLE_6 ||--|{ TABLE_7 : contains",output/666.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 datetime field_1 int field_2 } TABLE_1 { int id PK int field_0 string field_1 } TABLE_2 { int id PK bool field_0 bool field_1 datetime field_2 bool field_3 } TABLE_3 { int id PK string field_0 datetime field_1 datetime field_2 float field_3 } TABLE_4 { int id PK float field_0 datetime field_1 bool field_2 } TABLE_0 ||--|{ TABLE_1 : uses TABLE_1 ||--o{ TABLE_2 : has TABLE_2 ||--|| TABLE_3 : contains TABLE_3 }|--|| TABLE_4 : owns",output/510.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 bool field_1 } TABLE_1 { int id PK string field_0 datetime field_1 } TABLE_2 { int id PK float field_0 float field_1 string field_2 } TABLE_3 { int id PK bool field_0 string field_1 datetime field_2 int field_3 bool field_4 } TABLE_0 ||--|{ TABLE_1 : contains TABLE_1 ||--|{ TABLE_2 : has TABLE_2 ||--o{ TABLE_3 : manages",output/468.pintora.png Generate a DOT directed graph with 11 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n9 [shape=""ellipse"", label=""Node n9""] n10 [shape=""ellipse"", label=""Node n10""] n10 -> n8 n9 -> n7 n1 -> n8 n8 -> n3 n2 -> n1 n3 -> n7 n4 -> n0 n1 -> n3 n8 -> n7 n3 -> n0 }",output/500.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""box"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n5 -> n7 n5 -> n7 n4 -> n6 n0 -> n8 n2 -> n8 n6 -> n8 n0 -> n8 n7 -> n5 n3 -> n6 n8 -> n0 }",output/478.pintora.png Create a sequence diagram showing interaction between participants. Include about 12 elements.,"sequenceDiagram autonumber P2->P0: msg_46 P1-->P3: msg_89 P3-->P0: msg_86 P3-->>P0: msg_35 P2-->>P3: msg_55 P2-->P1: msg_6 P3-->P0: msg_83 P0-->>P1: msg_68 P3->>P2: msg_5 P0->P3: msg_91 P0-->P3: msg_53 P1->>P2: msg_37",output/345.pintora.png Schedule tasks using a Gantt chart. Include about 12 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 7d ""Task 1"" : 2024-01-08, 4d ""Task 2"" : 2024-01-12, 9d ""Task 3"" : 2024-01-21, 5d",output/355.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 14 elements.,"mindmap * Root Topic ** Idea 0 *** Subitem 0.0 ** Feature 1 *** Subitem 1.0 *** Subitem 1.1 **** Detail 1.1.1 *** Subitem 1.2 **** Detail 1.2.1",output/10.pintora.png Visualize a graph structure using DOT syntax. Include about 9 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n0 -> n3 n2 -> n0 n0 -> n3 n2 -> n1 n0 -> n3 n3 -> n1 n0 -> n2 n3 -> n1 n0 -> n2 }",output/284.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } Class0 *-- Class1 Class1 --> Class2",output/294.pintora.png Build a detailed component architecture diagram. Use advanced syntax features.,"componentDiagram cloud ""GCP"" { [Comp0_0] [Comp0_1] } cloud ""AWS"" { [Comp1_0] [Comp1_1] } package ""Services"" { [Comp2_0] [Comp2_1] [Comp2_2] [Comp2_3] () I2 } database ""Data Store"" { [Comp3_0] [Comp3_1] [Comp3_2] [Comp3_3] () I3 } [Comp3_1] ..|> [Comp2_0] [Comp2_2] --> [Comp2_1] [Comp3_1] -- [Comp0_1] [Comp2_0] --> [Comp1_0] [Comp3_1] -- [Comp2_3] [Comp1_0] -- [Comp0_1] [Comp3_1] ..|> [Comp1_1] I3 ..|> [Comp0_1] I2 ..> [Comp3_3] [Comp0_1] --> [Comp1_1] [Comp2_0] -- [Comp2_1] [Comp2_0] ..> [Comp0_1] [Comp0_1] -- [Comp2_3] [Comp2_1] -- [Comp3_1] [Comp3_2] -- [Comp1_1] [Comp0_1] ..> I3 I2 ..> [Comp0_0] [Comp2_3] ..|> [Comp1_0] [Comp2_0] ..> [Comp0_1] [Comp3_3] -- [Comp3_0] [Comp2_2] ..> [Comp3_3] [Comp2_0] --> [Comp0_0] [Comp3_1] --> [Comp0_1] I2 ..|> [Comp2_0]",output/903.pintora.png Create a sequence diagram with activate/deactivate lifelines,"sequenceDiagram participant Browser participant Server participant Cache Browser->>Server: HTTP Request activate Server Server->>Cache: Check cache activate Cache Cache-->>Server: Cache miss deactivate Cache Server->>Server: Generate response Server-->>Browser: HTTP Response deactivate Browser",output/913.pintora.png Write an ER diagram for a library system,"erDiagram BOOK { int isbn PK string title int year_published int copies_available } AUTHOR { int author_id PK string name string nationality } MEMBER { int member_id PK string name date membership_date } LOAN { int loan_id PK int isbn FK int member_id FK date loan_date date return_date } BOOK }|--|| AUTHOR : ""written by"" MEMBER ||--o{ LOAN : borrows BOOK ||--o{ LOAN : ""is loaned"" ",output/961.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif :step_2; if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif :step_5; :step_6; :step_7; :step_8; if (check9?) then (yes) :action_yes_9; else (no) :action_no_9; endif :step_10; :step_11; end",output/180.pintora.png Model an object-oriented system with class diagram. Use advanced syntax features.,"classDiagram class HandlerA { #string attr0 #string attr1 +boolean attr2 #method0() void } class FactoryB { -string attr0 #method0() string } class ControllerC { -boolean attr0 ~int attr1 #List~T~ attr2 #method0() boolean ~{static} method1() boolean +method2() string } class FactoryD { ~string attr0 #List~T~ attr1 +boolean attr2 +method0() T } class RepositoryE { <> +int attr0 +string attr1 +string attr2 +method0() boolean } HandlerA o-- FactoryD FactoryB <|.. RepositoryE ControllerC *-- FactoryD FactoryD <|-- RepositoryE",output/819.pintora.png Write a DOT diagram with edge colors and labels,"dotDiagram @param ranksep 40 @param edgeType curved digraph Network { bgcolor=""white"" node [bgcolor=""#ffe0b2""] client[""Client""] lb[""Load Balancer""] server1[""Server 1""] server2[""Server 2""] db[""Database""] client -> lb [color=""#1976d2"", label=""HTTPS""] lb -> server1 [color=""#388e3c"", label=""HTTP""] lb -> server2 [color=""#388e3c"", label=""HTTP""] server1 -> db [color=""#7b1fa2"", label=""SQL""] server2 -> db [color=""#7b1fa2"", label=""SQL""] }",output/971.pintora.png Write a Pintora diagram: design a comprehensive entity relationship diagram.,"erDiagram title: School System @config({""er"": {""edgeType"": ""ortho""}}) CATEGORY { int category_id PK datetime status bool quantity int date } SHIPMENT { int shipment_id PK int name float quantity string quantity FK int status FK float phone } CUSTOMER { int customer_id PK int price text quantity string date bool description text quantity } INVENTORY { int inventory_id PK float price float price } USER { int user_id PK int status text name datetime email FK text description text price } ORDER { int order_id PK float quantity float address bool email } INVOICE { int invoice_id PK string quantity float phone int description string status } CATEGORY ||--|| SHIPMENT : belongs to SHIPMENT }|--|| USER : includes CUSTOMER ||--o{ USER : owns INVENTORY }o--o{ INVOICE : manages USER ||--|{ ORDER : processes ORDER ||--|{ INVOICE : references",output/809.pintora.png Design an Entity Relationship diagram. Include about 11 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent5 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--|| Ent2 : relates Ent2 }|--|| Ent3 : relates Ent3 }|--|| Ent4 : relates Ent4 ||--o{ Ent5 : relates",output/190.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 5d ""Task 1"" : 2024-01-06, 4d ""Task 2"" : 2024-01-10, 6d ""Task 3"" : 2024-01-16, 7d ""Task 4"" : 2024-01-23, 7d ""Task 5"" : 2024-01-30, 6d",output/62.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n0 -> n2 n3 -> n2 n1 -> n5 n4 -> n1 n5 -> n4 n4 -> n2 n1 -> n4 n3 -> n1 n0 -> n3 n1 -> n2 n5 -> n2 n3 -> n2 n2 -> n5 n2 -> n4 n1 -> n4 }",output/72.pintora.png Create a Gantt chart for Q1 roadmap,"gantt title Q1 Roadmap dateFormat YYYY-MM-DD section Dev ""Feature A"" : 2024-01-01, 30d ""Feature B"" : 2024-02-01, 20d",output/3.pintora.png Map out a process flow using an activity diagram. Include about 15 elements.,"activityDiagram start :step_0; if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif :step_2; if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif :step_5; if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif :step_7; if (check8?) then (yes) :action_yes_8; else (no) :action_no_8; endif :step_9; if (check10?) then (yes) :action_yes_10; else (no) :action_no_10; endif if (check11?) then (yes) :action_yes_11; else (no) :action_no_11; endif if (check12?) then (yes) :action_yes_12; else (no) :action_no_12; endif :step_13; if (check14?) then (yes) :action_yes_14; else (no) :action_no_14; endif end",output/327.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 <|-- Class1 Class1 <|-- Class2 Class2 --> Class3 Class3 --> Class4",output/337.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 string field_1 string field_2 string field_3 } TABLE_1 { int id PK string field_0 string field_1 int field_2 bool field_3 } TABLE_2 { int id PK bool field_0 float field_1 float field_2 int field_3 } TABLE_3 { int id PK datetime field_0 string field_1 float field_2 } TABLE_0 ||--o{ TABLE_1 : contains TABLE_1 ||--|{ TABLE_2 : has TABLE_2 ||--|{ TABLE_3 : uses",output/572.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start :Process 0; :Action 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; end",output/562.pintora.png Create a flow activity diagram with approximately 8 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; :Process 2; :Process 3; :Process 4; :Action 5; :Process 6; if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif end",output/614.pintora.png Create a sequence diagram with random interaction patterns involving 7 steps.,"sequenceDiagram participant Service_0 Service_2-->>Service_1: Message 489 Service_0-->>Service_1: Message 563 Service_0->Service_3: Message 934 Service_2-->Service_1: Message 742 loop Loop check Service_2-->>Service_1: Message 436 end Service_2-->>Service_1: Message 426 Service_0-->Service_2: Message 536",output/604.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif :step_2; :step_3; if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif :step_5; :step_6; :step_7; :step_8; :step_9; :step_10; :step_11; if (check12?) then (yes) :action_yes_12; else (no) :action_no_12; endif end",output/139.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n7 [label=""Node n7""] n7 -> n0 n0 -> n2 n2 -> n4 n1 -> n0 n3 -> n6 }",output/129.pintora.png Illustrate a complex business process with activity diagram.,"activityDiagram title: Order Fulfillment start fork :Parallel Task A0; forkagain :Parallel Task B0; endfork switch (Type 1?) case (A) :Handle A1; case (B) :Handle B1; endswitch :Step 2; :Step 3; :Step 4; while (Check 5?) is (yes) :Process 5; endwhile (done) :Step 6; if (Condition 7?) then (yes) :Action True 7; else (no) :Action False 7; endif end",output/844.pintora.png Model an object-oriented system with class diagram.,"classDiagram class HandlerA { <> -string attr0 #method0() boolean #method1() string -method2() string } class ServiceB { +boolean attr0 ~boolean attr1 -boolean attr2 -string attr3 -method0() boolean ~{static} method1() string #method2() T } class ControllerC { #List~T~ attr0 ~{static} method0() string -{static} method1() boolean ~{static} method2() string } class HandlerD { #int attr0 +{static} method0() void +method1() boolean ~{static} method2() boolean } class ControllerE { -int attr0 ~method0() void } HandlerA <|.. ControllerC ServiceB o-- ControllerC ControllerC --> HandlerD HandlerD <|-- ControllerE",output/854.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n0 -> n1 n0 -> n4 n1 -> n5 n4 -> n2 n8 -> n1 n0 -> n3 n1 -> n0 n8 -> n6 n0 -> n4 n6 -> n3 }",output/788.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n0 -> n3 n3 -> n1 n7 -> n4 n7 -> n1 n6 -> n5 n0 -> n5 n7 -> n6 n7 -> n5 n0 -> n6 }",output/798.pintora.png Create a sequence diagram with random interaction patterns involving 15 steps.,"sequenceDiagram autonumber alt Condition Service_1-->>Service_0: Message 128 else Other case Service_0-->>Service_1: Response end alt Condition Service_1-->>Service_0: Message 184 else Other case Service_0-->>Service_1: Response end Service_0-xService_1: Message 174 Service_0->>Service_1: Message 922 Service_0-->>Service_1: Message 151 Service_1->>Service_0: Message 564 Service_0->Service_1: Message 541 Service_0-->>Service_1: Message 699 Service_0-xService_1: Message 229 alt Condition Service_1->>Service_0: Message 960 else Other case Service_0-->>Service_1: Response end alt Condition Service_0->>Service_1: Message 866 else Other case Service_1-->>Service_0: Response end Service_1->>Service_0: Message 585 alt Condition Service_1-->>Service_0: Message 508 else Other case Service_0-->>Service_1: Response end alt Condition Service_1->>Service_0: Message 531 else Other case Service_0-->>Service_1: Response end Service_0-->Service_1: Message 212",output/596.pintora.png Create a sequence diagram with random interaction patterns involving 5 steps.,"sequenceDiagram autonumber participant Service_1 Service_0->Service_1: Message 838 Service_1->>Service_0: Message 153 Service_0->>Service_1: Message 743 Service_0-xService_1: Message 121 Service_0-->Service_1: Message 404",output/586.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; :step_2; :step_3; if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif end",output/86.pintora.png Generate a DOT directed graph with 10 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""circle"", label=""Node n8""] n9 [shape=""ellipse"", label=""Node n9""] n1 -> n4 n8 -> n9 n4 -> n7 n9 -> n5 n2 -> n8 n7 -> n9 n6 -> n2 n1 -> n2 n5 -> n1 n0 -> n9 n7 -> n8 }",output/457.pintora.png Schedule tasks using a Gantt chart. Include about 14 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 4d ""Task 1"" : 2024-01-05, 7d ""Task 2"" : 2024-01-12, 5d",output/96.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n6 -> n2 n2 -> n7 n6 -> n0 n0 -> n3 n4 -> n6 n4 -> n3 n7 -> n4 n4 -> n2 }",output/447.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } Class0 o-- Class1 Class1 <|-- Class2",output/202.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 8d ""Task 1"" : 2024-01-09, 7d ""Task 2"" : 2024-01-16, 2d",output/212.pintora.png Create a Gantt chart for agile sprint,"gantt title Sprint 23 dateFormat YYYY-MM-DD axisFormat %a axisInterval 1d section User Stories ""US-101: Login feature"" : us101, 2024-05-06, 3d ""US-102: Dashboard"" : us102, after us101, 4d ""US-103: Reports"" : us103, 2024-05-08, 5d section Tasks ""Code review"" : 2024-05-07, 8d ""Daily standups"" : 2024-05-06, 10d section Milestones ""Sprint Review"" : milestone, 2024-05-17, 0d",output/985.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif :step_2; :step_3; :step_4; :step_5; :step_6; if (check7?) then (yes) :action_yes_7; else (no) :action_no_7; endif end",output/164.pintora.png Create an ER diagram with optional attributes,"erDiagram PERSON { int id PK string first_name string last_name string middle_name ""optional"" date birth_date string phone ""optional"" } ADDRESS { int id PK int person_id FK string street string city string state string zip string country } PERSON ||--o{ ADDRESS : ""lives at"" ",output/995.pintora.png Design an Entity Relationship diagram. Include about 8 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent0 ||--|{ Ent1 : relates Ent1 ||--o{ Ent2 : relates",output/174.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 float field_1 datetime field_2 datetime field_3 } TABLE_1 { int id PK int field_0 int field_1 string field_2 int field_3 } TABLE_2 { int id PK bool field_0 int field_1 int field_2 } TABLE_3 { int id PK bool field_0 bool field_1 } TABLE_4 { int id PK int field_0 string field_1 } TABLE_5 { int id PK datetime field_0 float field_1 datetime field_2 float field_3 } TABLE_6 { int id PK string field_0 string field_1 int field_2 string field_3 int field_4 } TABLE_7 { int id PK bool field_0 float field_1 string field_2 float field_3 } TABLE_0 ||--|{ TABLE_1 : has TABLE_1 ||--|| TABLE_2 : has TABLE_2 ||--|| TABLE_3 : manages TABLE_3 ||--|| TABLE_4 : has TABLE_4 ||--|{ TABLE_5 : manages TABLE_5 ||--o{ TABLE_6 : uses TABLE_6 ||--o{ TABLE_7 : has",output/649.pintora.png Generate a DOT directed graph with 7 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n5 -> n6 n5 -> n1 n1 -> n2 n6 -> n2 n2 -> n5 n3 -> n5 n0 -> n1 }",output/731.pintora.png Create a sequence diagram with random interaction patterns involving 6 steps.,"sequenceDiagram participant Service_0 participant Service_1 Service_1-->>Service_0: Message 330 Service_0-->Service_1: Message 424 Service_2-->Service_0: Message 316 Service_1->Service_2: Message 963 Service_1-->Service_2: Message 214 Service_1-xService_0: Message 316",output/659.pintora.png Create a sequence diagram with random interaction patterns involving 8 steps.,"sequenceDiagram autonumber participant Service_1 alt Condition Service_0->>Service_1: Message 882 else Other case Service_1-->>Service_0: Response end Service_0->Service_1: Message 622 loop Loop check Service_0->Service_1: Message 497 end Service_0-->>Service_1: Message 622 alt Condition Service_0-->Service_1: Message 506 else Other case Service_1-->>Service_0: Response end Service_0->Service_1: Message 207 Service_1-->>Service_0: Message 588 Service_1-xService_0: Message 973",output/721.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; :Process 2; :Action 3; :Action 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif :Process 6; end",output/753.pintora.png Create a sequence diagram with random interaction patterns involving 10 steps.,"sequenceDiagram autonumber participant Service_0 Service_1-->Service_0: Message 667 Service_1-->Service_0: Message 622 Service_1-->>Service_0: Message 306 @note right of Service_0: Note processing Service_0->Service_1: Message 516 Service_1-->Service_0: Message 110 @note right of Service_1: Note processing Service_1->>Service_0: Message 552 loop Loop check Service_0->>Service_1: Message 955 end Service_0->>Service_1: Message 523 Service_1-->>Service_0: Message 803 Service_0->Service_1: Message 311",output/743.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Idea 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 ** Idea 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 **** Detail 1.1.1 ** Task 2 *** Subitem 2.0 **** Detail 2.0.1 *** Subitem 2.1 *** Subitem 2.2 **** Detail 2.2.1",output/106.pintora.png Model an object-oriented system with a class diagram. Include about 11 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 <|-- Class1 Class1 <|-- Class2 Class2 --> Class3",output/116.pintora.png Create a sequence diagram showing interaction between participants. Include about 15 elements.,"sequenceDiagram autonumber P0->P1: msg_31 P1-->>P0: msg_6 P0-->>P1: msg_19 P0->P1: msg_42 P1-->>P0: msg_87 P1-->>P0: msg_37 P0-->P1: msg_5 P1-->>P0: msg_23 P1->>P0: msg_74 P0->P1: msg_51 P1-->P0: msg_88 P1->P0: msg_53 P1-->>P0: msg_47 P0->>P1: msg_7 P1->P0: msg_31",output/318.pintora.png Schedule tasks using a Gantt chart. Include about 14 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 10d ""Task 1"" : 2024-01-11, 10d ""Task 2"" : 2024-01-21, 4d",output/260.pintora.png Model an object-oriented system with a class diagram. Include about 7 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } class Class5 { +attribute1 +method1() } Class0 <|-- Class1 Class1 *-- Class2 Class2 <|-- Class3 Class3 --> Class4 Class4 --> Class5",output/308.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 <|-- Class1 Class1 <|-- Class2 Class2 o-- Class3",output/270.pintora.png Generate a DOT directed graph with 11 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n9 [shape=""box"", label=""Node n9""] n10 [shape=""box"", label=""Node n10""] n6 -> n2 n6 -> n7 n8 -> n7 n8 -> n5 n7 -> n0 n6 -> n5 n5 -> n1 n7 -> n3 n9 -> n3 n3 -> n5 n0 -> n5 n0 -> n8 }",output/435.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; :Process 2; :Process 3; :Action 4; end",output/425.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""box"", label=""Node n7""] n8 [shape=""ellipse"", label=""Node n8""] n7 -> n5 n8 -> n5 n5 -> n1 n1 -> n7 n6 -> n5 n1 -> n5 n2 -> n8 n4 -> n2 n8 -> n7 n0 -> n3 }",output/692.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start :Process 0; if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Process 2; :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Action 5; :Process 6; :Process 7; :Process 8; end",output/682.pintora.png Map a complex business process with activity diagram. Use advanced syntax features.,"activityDiagram start while (Check 0?) is (yes) :Process 0; endwhile (done) @note right: Important step 1 :Critical action 1; :Step 2; :Step 3; :Step 4; :Step 5; fork :Parallel Task A6; forkagain :Parallel Task B6; endfork :Step 7; :Step 8; :Step 9; } end",output/826.pintora.png Design an advanced sequence diagram with complex interactions.,"sequenceDiagram autonumber participant [ ServiceB] par Parallel processing ServiceB->ServiceA: Task A and ServiceB->ServiceB: Task B end ServiceC-->ServiceB: Process event @note right of ServiceC: Processing ServiceC-->ServiceB: Update 2 ServiceA->ServiceC: Query 3 par Parallel processing ServiceC->ServiceA: Task A and ServiceC->ServiceB: Task B end ServiceA-->ServiceB: Update 5 loop Batch process ServiceB->ServiceC: Validate ServiceC-->>ServiceB: Response end ServiceB->ServiceA: Process event par Parallel processing ServiceC-->ServiceA: Task A and ServiceC-->ServiceB: Task B end activate ServiceB ServiceA->ServiceB: Request 9 deactivate ServiceB",output/836.pintora.png Schedule tasks using a Gantt chart. Include about 7 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 8d ""Task 1"" : 2024-01-09, 10d ""Task 2"" : 2024-01-19, 10d",output/295.pintora.png Design an Entity Relationship diagram. Include about 5 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent0 ||--|| Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 ||--|| Ent3 : relates",output/285.pintora.png Map out a process flow using an activity diagram. Include about 7 elements.,"activityDiagram start :step_0; :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif :step_4; :step_5; :step_6; end",output/11.pintora.png Write a sequence diagram showing parallel processing with fork,"sequenceDiagram title: Parallel Data Processing participant Controller participant Worker1 participant Worker2 participant Aggregator Controller->>Worker1: Process batch 1 Controller->>Worker2: Process batch 2 par #aaddff Parallel processing Worker1->>Worker1: Compute Worker1-->>Aggregator: Results 1 and Worker2->>Worker2: Compute Worker2-->>Aggregator: Results 2 end Aggregator-->>Controller: Combined results",output/912.pintora.png Visualize a complex graph with DOT diagram. Use advanced syntax features.,"dotDiagram graph G { bgcolor=""#f5f5f5"" node [shape=""plaintext"", bgcolor=""#e3f2fd""] subgraph cluster_0 { label=""Group A"" a0 [label=""Node a0""] a1 [label=""Node a1""] } subgraph cluster_1 { label=""Group B"" b0 [label=""Node b0""] b1 [label=""Node b1""] } b0 -- a1 a0 -- b1 a0 -- b1 b1 -- b0 a1 -- b1 }",output/902.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 int field_1 datetime field_2 string field_3 } TABLE_1 { int id PK string field_0 datetime field_1 } TABLE_2 { int id PK int field_0 bool field_1 datetime field_2 int field_3 } TABLE_3 { int id PK int field_0 datetime field_1 } TABLE_4 { int id PK int field_0 datetime field_1 string field_2 string field_3 } TABLE_5 { int id PK bool field_0 int field_1 } TABLE_0 ||--|{ TABLE_1 : manages TABLE_1 ||--|{ TABLE_2 : owns TABLE_2 ||--|| TABLE_3 : has TABLE_3 }|--|| TABLE_4 : contains TABLE_4 ||--|{ TABLE_5 : uses",output/667.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n0 -> n5 n0 -> n2 n1 -> n0 n0 -> n4 n3 -> n5 n1 -> n7 n6 -> n3 n5 -> n1 n8 -> n0 n3 -> n8 n5 -> n7 }",output/677.pintora.png Create a sequence diagram showing interaction between participants. Include about 15 elements.,"sequenceDiagram autonumber P4-->>P2: msg_60 P3-->>P1: msg_33 P0->P1: msg_43 P3-->>P2: msg_10 P2-->>P0: msg_97 P0->P2: msg_79 P1->P2: msg_73 P3->P4: msg_87 P3-->>P1: msg_77 P0->>P2: msg_25 P0->P3: msg_21 P4-->P3: msg_29 P2->>P1: msg_24 P3-->>P2: msg_68 P0->P1: msg_17",output/354.pintora.png Create a sequence diagram showing interaction between participants. Include about 12 elements.,"sequenceDiagram autonumber P1->P0: msg_42 P2-->>P1: msg_59 P2-->P0: msg_14 P1-->>P3: msg_1 P2->P4: msg_23 P4-->P1: msg_28 P2-->P3: msg_94 P4->>P1: msg_42 P4-->>P1: msg_11 P0->>P4: msg_39 P0->>P2: msg_24 P0-->P1: msg_97",output/344.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 bool field_1 datetime field_2 bool field_3 string field_4 } TABLE_1 { int id PK int field_0 bool field_1 } TABLE_2 { int id PK bool field_0 float field_1 } TABLE_3 { int id PK int field_0 int field_1 int field_2 } TABLE_0 ||--o{ TABLE_1 : uses TABLE_1 }|--|| TABLE_2 : has TABLE_2 }|--|| TABLE_3 : manages",output/479.pintora.png Create a sequence diagram with random interaction patterns involving 5 steps.,"sequenceDiagram autonumber participant Service_0 alt Condition Service_0->>Service_1: Message 101 else Other case Service_1-->>Service_0: Response end Service_0-xService_1: Message 189 Service_1->>Service_0: Message 901 loop Loop check Service_0-->Service_1: Message 516 end loop Loop check Service_0->Service_1: Message 378 end",output/501.pintora.png Write an Entity Relationship diagram with 7 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 datetime field_1 float field_2 } TABLE_1 { int id PK float field_0 string field_1 string field_2 string field_3 } TABLE_2 { int id PK datetime field_0 datetime field_1 datetime field_2 } TABLE_3 { int id PK bool field_0 int field_1 } TABLE_4 { int id PK int field_0 float field_1 bool field_2 datetime field_3 } TABLE_5 { int id PK string field_0 string field_1 } TABLE_6 { int id PK string field_0 string field_1 float field_2 int field_3 float field_4 } TABLE_0 ||--|{ TABLE_1 : uses TABLE_1 }|--|| TABLE_2 : owns TABLE_2 ||--|{ TABLE_3 : uses TABLE_3 ||--|| TABLE_4 : contains TABLE_4 ||--|{ TABLE_5 : owns TABLE_5 }|--|| TABLE_6 : has",output/469.pintora.png Create a flow activity diagram with approximately 8 logical steps including conditions.,"activityDiagram start :Process 0; if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Action 3; :Process 4; :Process 5; if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif fork :Parallel 1 7; forkagain :Parallel 2 7; endfork end",output/511.pintora.png Create a sequence diagram with random interaction patterns involving 15 steps.,"sequenceDiagram autonumber participant Service_0 Service_0-xService_1: Message 911 Service_1-->>Service_0: Message 112 @note right of Service_0: Note processing Service_0-->>Service_1: Message 879 loop Loop check Service_1->>Service_0: Message 608 end Service_1->Service_0: Message 685 Service_0-->>Service_1: Message 156 Service_1->>Service_0: Message 873 Service_1-->Service_0: Message 192 Service_0-->>Service_1: Message 263 Service_0->>Service_1: Message 228 Service_0-xService_1: Message 903 Service_0->>Service_1: Message 834 loop Loop check Service_0-->Service_1: Message 478 end Service_0->>Service_1: Message 181 Service_0->>Service_1: Message 235",output/563.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 string field_1 string field_2 bool field_3 } TABLE_1 { int id PK bool field_0 string field_1 bool field_2 } TABLE_2 { int id PK bool field_0 datetime field_1 string field_2 bool field_3 } TABLE_3 { int id PK datetime field_0 bool field_1 bool field_2 float field_3 } TABLE_0 }|--|| TABLE_1 : uses TABLE_1 ||--|| TABLE_2 : has TABLE_2 ||--o{ TABLE_3 : uses",output/573.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 4d ""Task 1"" : 2024-01-05, 5d ""Task 2"" : 2024-01-10, 2d ""Task 3"" : 2024-01-12, 7d",output/336.pintora.png Model an object-oriented system with a class diagram. Include about 10 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 <|-- Class1 Class1 o-- Class2 Class2 *-- Class3 Class3 *-- Class4",output/326.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 8d ""Task 1"" : 2024-01-09, 9d ""Task 2"" : 2024-01-18, 7d ""Task 3"" : 2024-01-25, 10d ""Task 4"" : 2024-02-04, 3d",output/128.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; :step_2; :step_3; :step_4; if (check5?) then (yes) :action_yes_5; else (no) :action_no_5; endif end",output/138.pintora.png Generate a DOT directed graph with 6 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n1 -> n5 n2 -> n3 n5 -> n2 n1 -> n2 n4 -> n2 n3 -> n4 n0 -> n1 }",output/605.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 datetime field_1 } TABLE_1 { int id PK string field_0 datetime field_1 int field_2 float field_3 string field_4 } TABLE_2 { int id PK int field_0 int field_1 string field_2 string field_3 } TABLE_3 { int id PK string field_0 float field_1 string field_2 bool field_3 int field_4 } TABLE_4 { int id PK float field_0 string field_1 } TABLE_5 { int id PK bool field_0 int field_1 } TABLE_6 { int id PK datetime field_0 datetime field_1 bool field_2 } TABLE_7 { int id PK string field_0 float field_1 string field_2 float field_3 } TABLE_0 ||--|{ TABLE_1 : has TABLE_1 ||--|| TABLE_2 : uses TABLE_2 }|--|| TABLE_3 : uses TABLE_3 ||--|{ TABLE_4 : contains TABLE_4 ||--o{ TABLE_5 : manages TABLE_5 }|--|| TABLE_6 : uses TABLE_6 ||--|| TABLE_7 : manages",output/615.pintora.png Create a detailed hierarchical mind map. Use advanced syntax features.,"mindmap * System Architecture ** Topic A *** Subtopic A.1 **** Detail A.1.1 *** Subtopic A.2 **** Detail A.2.1 **** Detail A.2.2 **** Detail A.2.3 *** Subtopic A.3 *** Subtopic A.4 ** Topic B *** Subtopic B.1 *** Subtopic B.2 *** Subtopic B.3 **** Detail B.3.1 *** Subtopic B.4 **** Detail B.4.1 **** Detail B.4.2 ** Topic C *** Subtopic C.1 *** Subtopic C.2 **** Detail C.2.1 *** Subtopic C.3 **** Detail C.3.1 **** Detail C.3.2 *** Subtopic C.4 **** Detail C.4.1 **** Detail C.4.2 **** Detail C.4.3 ** Topic D *** Subtopic D.1 *** Subtopic D.2 *** Subtopic D.3 **** Detail D.3.1 **** Detail D.3.2 **** Detail D.3.3 *** Subtopic D.4 ** Topic E *** Subtopic E.1 **** Detail E.1.1 **** Detail E.1.2 **** Detail E.1.3 *** Subtopic E.2 *** Subtopic E.3 **** Detail E.3.1 *** Subtopic E.4 **** Detail E.4.1",output/808.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent5 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 }|--|| Ent3 : relates Ent3 ||--o{ Ent4 : relates Ent4 ||--|| Ent5 : relates",output/191.pintora.png Create a DOT diagram for a state machine,"dotDiagram digraph StateMachine { bgcolor=""#fefefe"" node [bgcolor=""#e1f5fe""] idle [shape=""ellipse"", label=""Idle""] running [shape=""box"", label=""Running""] paused [shape=""box"", label=""Paused""] stopped [shape=""ellipse"", label=""Stopped""] idle -> running [label=""start""] running -> paused [label=""pause""] paused -> running [label=""resume""] running -> stopped [label=""stop""] paused -> stopped [label=""stop""] stopped -> idle [label=""reset""] }",output/970.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } Class0 <|-- Class1 Class1 *-- Class2",output/181.pintora.png Build a detailed component architecture diagram. Use advanced syntax features.,"componentDiagram title: Microservices package ""Backend"" { [Comp0_0] [Comp0_1] () I0 } database ""Data Store"" { [Comp1_0] [Comp1_1] [Comp1_2] [Comp1_3] } node ""Container Group"" { [Comp2_0] [Comp2_1] [Comp2_2] } I0 ..> [Comp1_1] [Comp1_1] ..> [Comp1_2] [Comp2_2] ..> [Comp2_1] [Comp1_3] ..> [Comp1_2] I0 --> [Comp0_1] [Comp1_1] -- [Comp1_3] [Comp0_0] --> [Comp2_1] [Comp0_1] --> I0 [Comp0_1] ..> [Comp1_2] [Comp1_2] --> [Comp2_1] [Comp1_0] -- [Comp2_2] [Comp1_0] ..|> [Comp1_3] [Comp1_1] -- [Comp0_0]",output/818.pintora.png Create an ER diagram for a school management system,"erDiagram STUDENT { int student_id PK string name date birth_date string email } TEACHER { int teacher_id PK string name string department } COURSE { int course_id PK string name int credits int teacher_id FK } ENROLLMENT { int student_id PK int course_id PK string grade date enrolled_date } STUDENT ||--o{ ENROLLMENT : enrolls COURSE ||--o{ ENROLLMENT : has TEACHER ||--o{ COURSE : teaches",output/960.pintora.png Draw a mindmap for project planning,"mindmap * Project ** Phase 1 *** Design *** Proto ** Phase 2 *** Dev *** Test",output/2.pintora.png Design an Entity Relationship diagram. Include about 9 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 }|--|| Ent3 : relates Ent3 }|--|| Ent4 : relates",output/73.pintora.png Map out a process flow using an activity diagram. Include about 13 elements.,"activityDiagram start :step_0; :step_1; :step_2; if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif :step_4; if (check5?) then (yes) :action_yes_5; else (no) :action_no_5; endif :step_6; :step_7; if (check8?) then (yes) :action_yes_8; else (no) :action_no_8; endif :step_9; :step_10; :step_11; :step_12; end",output/63.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 *** Subitem 0.1 **** Detail 0.1.1 ** Concept 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 *** Subitem 1.2",output/213.pintora.png Visualize a graph structure using DOT syntax. Include about 11 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n2 -> n1 n0 -> n5 n1 -> n2 n2 -> n0 n2 -> n1 n6 -> n2 n6 -> n5 n1 -> n2 n2 -> n4 n0 -> n4 n6 -> n4 }",output/203.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 int field_1 float field_2 bool field_3 } TABLE_1 { int id PK string field_0 float field_1 bool field_2 datetime field_3 int field_4 } TABLE_2 { int id PK bool field_0 datetime field_1 bool field_2 string field_3 string field_4 } TABLE_3 { int id PK bool field_0 datetime field_1 int field_2 string field_3 } TABLE_4 { int id PK datetime field_0 string field_1 int field_2 float field_3 int field_4 } TABLE_0 ||--o{ TABLE_1 : contains TABLE_1 ||--o{ TABLE_2 : uses TABLE_2 ||--o{ TABLE_3 : has TABLE_3 ||--o{ TABLE_4 : uses",output/446.pintora.png Draft a component diagram for system architecture. Include about 12 elements.,"componentDiagram package ""System"" { [Comp0] [Comp1] [Comp2] [Comp3] [Comp4] [Comp5] [Comp6] } [Comp0] --> [Comp1] [Comp1] --> [Comp2] [Comp2] --> [Comp3] [Comp3] --> [Comp4] [Comp4] --> [Comp5] [Comp5] --> [Comp6]",output/97.pintora.png Write a component diagram showing a system with 6 components distributed across packages.,"componentDiagram package ""System A"" { [Comp0] [Comp1] [Comp2] } package ""System B"" { [Comp3] [Comp4] [Comp5] } () HTTP () DB_Conn [Comp0] --> [Comp1] [Comp1] --> [Comp2] [Comp2] --> [Comp3] [Comp3] --> [Comp4] [Comp4] --> [Comp5] [Comp0] --> HTTP [Comp5] --> DB_Conn",output/456.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 8 elements.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 *** Subitem 0.1 **** Detail 0.1.1 ** Task 1 *** Subitem 1.0",output/87.pintora.png Generate a DOT directed graph with 5 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n2 -> n0 n0 -> n3 n4 -> n1 n4 -> n0 n4 -> n0 }",output/720.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 string field_1 } TABLE_1 { int id PK float field_0 datetime field_1 } TABLE_2 { int id PK string field_0 datetime field_1 string field_2 } TABLE_0 ||--|| TABLE_1 : has TABLE_1 ||--|{ TABLE_2 : manages",output/658.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 datetime field_1 } TABLE_1 { int id PK datetime field_0 string field_1 } TABLE_2 { int id PK datetime field_0 float field_1 float field_2 float field_3 bool field_4 } TABLE_3 { int id PK string field_0 bool field_1 float field_2 datetime field_3 string field_4 } TABLE_4 { int id PK string field_0 datetime field_1 bool field_2 int field_3 bool field_4 } TABLE_5 { int id PK int field_0 bool field_1 datetime field_2 int field_3 } TABLE_0 ||--|{ TABLE_1 : contains TABLE_1 ||--|| TABLE_2 : uses TABLE_2 }|--|| TABLE_3 : owns TABLE_3 }|--|| TABLE_4 : owns TABLE_4 ||--|{ TABLE_5 : has",output/730.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 float field_1 } TABLE_1 { int id PK bool field_0 bool field_1 } TABLE_2 { int id PK datetime field_0 int field_1 } TABLE_3 { int id PK datetime field_0 string field_1 int field_2 datetime field_3 bool field_4 } TABLE_0 ||--|{ TABLE_1 : owns TABLE_1 ||--|| TABLE_2 : owns TABLE_2 ||--o{ TABLE_3 : contains",output/648.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 14 elements.,"mindmap * Root Topic ** Idea 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 ** Idea 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1",output/175.pintora.png Write a DOT diagram for module dependencies,"dotDiagram @param edgeType curved digraph Modules { bgcolor=""#f5f5f5"" node [bgcolor=""#c8e6c9""] subgraph core { label=""Core"" utils[""utils""] config[""config""] logger[""logger""] } subgraph services { label=""Services"" auth[""auth""] api[""api""] db[""database""] } auth -> utils auth -> config api -> auth api -> logger db -> config db -> logger }",output/994.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 ** Idea 1 *** Subitem 1.0 *** Subitem 1.1 **** Detail 1.1.1",output/165.pintora.png Write a mind map for API design,"mindmap * REST API Design ** HTTP Methods *** GET *** POST *** PUT *** DELETE *** PATCH ** Status Codes *** 2xx Success *** 4xx Client Error *** 5xx Server Error ** Best Practices *** Versioning *** Pagination *** Rate Limiting *** HATEOAS ** Security *** Authentication *** Authorization *** Input Validation",output/984.pintora.png Generate a DOT directed graph with 11 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""box"", label=""Node n7""] n8 [shape=""circle"", label=""Node n8""] n9 [shape=""box"", label=""Node n9""] n10 [shape=""circle"", label=""Node n10""] n2 -> n6 n1 -> n3 n3 -> n7 n10 -> n8 n7 -> n2 n3 -> n6 n4 -> n0 n1 -> n6 n9 -> n1 n9 -> n2 }",output/799.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Action 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; end",output/789.pintora.png Schedule a project timeline with Gantt chart.,"gantt title Software Release dateFormat YYYY-MM-DD axisFormat %b %d section Marketing ""Task Mar1"" : 2024-01-01, 15d ""Task Mar2"" : 2024-01-16, 7d section Testing ""Task Tes1"" : 2024-01-23, 10d ""Task Tes2"" : 2024-02-02, 6d ""Milestone"" : milestone, 2024-02-08, 0d section Operations ""Task Ope1"" : 2024-02-08, 5d ""Task Ope2"" : 2024-02-13, 9d ""Task Ope3"" : 2024-02-22, 10d",output/855.pintora.png Model an object-oriented system with class diagram.,"classDiagram title: Singleton Pattern class RepositoryA { +List~T~ attr0 -method0() T } class ControllerB { <> #string attr0 ~boolean attr1 ~List~T~ attr2 +List~T~ attr3 #method0() boolean +method1() void -{static} method2() void } class ManagerC { +string attr0 ~method0() string +method1() T ~method2() void } class StrategyD { -int attr0 -List~T~ attr1 +boolean attr2 ~{static} method0() boolean -method1() void } class ControllerE { <> ~string attr0 -boolean attr1 -method0() void -method1() T } RepositoryA --> StrategyD ControllerB --> StrategyD ManagerC <|.. StrategyD StrategyD <|.. ControllerE",output/845.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 string field_1 datetime field_2 int field_3 bool field_4 } TABLE_1 { int id PK int field_0 int field_1 int field_2 } TABLE_2 { int id PK string field_0 bool field_1 float field_2 } TABLE_3 { int id PK bool field_0 int field_1 float field_2 datetime field_3 int field_4 } TABLE_4 { int id PK int field_0 float field_1 int field_2 datetime field_3 datetime field_4 } TABLE_5 { int id PK string field_0 int field_1 datetime field_2 datetime field_3 } TABLE_6 { int id PK datetime field_0 datetime field_1 int field_2 } TABLE_7 { int id PK datetime field_0 datetime field_1 } TABLE_0 ||--o{ TABLE_1 : contains TABLE_1 ||--|{ TABLE_2 : has TABLE_2 ||--o{ TABLE_3 : uses TABLE_3 ||--|{ TABLE_4 : manages TABLE_4 ||--|{ TABLE_5 : uses TABLE_5 }|--|| TABLE_6 : has TABLE_6 ||--o{ TABLE_7 : uses",output/587.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Action 3; :Process 4; end",output/597.pintora.png Build a detailed component architecture diagram.,"componentDiagram title: Microservices cloud ""Azure"" { [Comp0_0] [Comp0_1] } node ""Server Farm"" { [Comp1_0] [Comp1_1] [Comp1_2] () I1 } node ""Container Group"" { [Comp2_0] [Comp2_1] [Comp2_2] [Comp2_3] } [Comp2_0] -- [Comp1_0] I1 -- [Comp2_3] [Comp2_0] ..> [Comp1_2] [Comp1_1] ..> [Comp2_0] [Comp0_0] ..|> I1 [Comp2_1] ..> [Comp2_3] [Comp0_0] ..> I1 [Comp0_1] -- [Comp1_2] [Comp2_2] ..|> [Comp0_1] [Comp2_3] --> [Comp2_2] [Comp0_1] ..|> [Comp2_1] [Comp2_2] ..|> [Comp2_0] [Comp1_2] ..> [Comp1_0] [Comp1_0] -- [Comp2_0] [Comp2_0] -- [Comp1_1]",output/837.pintora.png Schedule a project timeline with Gantt chart.,"gantt title Software Release dateFormat YYYY-MM-DD axisFormat %b %d section Deployment ""Task Dep1"" : 2024-03-01, 4d ""Task Dep2"" : 2024-03-05, 20d ""Task Dep3"" : 2024-03-25, 17d ""Task Dep4"" : 2024-04-11, 8d section Testing ""Task Tes1"" : 2024-04-19, 3d ""Task Tes2"" : 2024-04-22, 5d",output/827.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Process 4; end",output/683.pintora.png Create a sequence diagram with random interaction patterns involving 14 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_1 Service_1-->>Service_0: Message 196 loop Loop check Service_1-xService_0: Message 973 end Service_0->>Service_1: Message 694 Service_1->>Service_0: Message 574 Service_1->>Service_0: Message 728 Service_0-xService_1: Message 125 Service_0->>Service_1: Message 677 Service_1-->Service_0: Message 338 alt Condition Service_0-->>Service_1: Message 825 else Other case Service_1-->>Service_0: Response end Service_0->Service_1: Message 123 Service_1-xService_0: Message 204 @note right of Service_1: Note processing Service_1-->>Service_0: Message 725 Service_1->Service_0: Message 577 alt Condition Service_0-->>Service_1: Message 741 else Other case Service_1-->>Service_0: Response end",output/693.pintora.png Model an object-oriented system with a class diagram. Include about 11 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 <|-- Class1 Class1 o-- Class2 Class2 <|-- Class3 Class3 *-- Class4",output/117.pintora.png Map out a process flow using an activity diagram. Include about 12 elements.,"activityDiagram start :step_0; :step_1; :step_2; if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif :step_5; :step_6; if (check7?) then (yes) :action_yes_7; else (no) :action_no_7; endif :step_8; :step_9; :step_10; if (check11?) then (yes) :action_yes_11; else (no) :action_no_11; endif end",output/107.pintora.png Create a sequence diagram with random interaction patterns involving 5 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_2 Service_3->Service_1: Message 341 Service_1->>Service_2: Message 982 Service_1->>Service_3: Message 281 Service_3-xService_0: Message 711 Service_2->>Service_3: Message 410",output/742.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Action 2; :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif :Action 6; if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif fork :Parallel 1 8; forkagain :Parallel 2 8; endfork end",output/752.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Action 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Process 3; :Process 4; :Process 5; :Process 6; end",output/424.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 datetime field_1 string field_2 datetime field_3 } TABLE_1 { int id PK datetime field_0 bool field_1 } TABLE_2 { int id PK float field_0 datetime field_1 } TABLE_3 { int id PK bool field_0 float field_1 datetime field_2 string field_3 } TABLE_0 }|--|| TABLE_1 : has TABLE_1 ||--|{ TABLE_2 : has TABLE_2 ||--|{ TABLE_3 : manages",output/434.pintora.png Map out a process flow using an activity diagram. Include about 5 elements.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif :step_2; :step_3; :step_4; end",output/271.pintora.png Design an Entity Relationship diagram. Include about 7 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--o{ Ent2 : relates Ent2 ||--|{ Ent3 : relates",output/309.pintora.png Schedule tasks using a Gantt chart. Include about 6 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 3d ""Task 1"" : 2024-01-04, 10d ""Task 2"" : 2024-01-14, 2d ""Task 3"" : 2024-01-16, 9d ""Task 4"" : 2024-01-25, 5d ""Task 5"" : 2024-01-30, 2d",output/261.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } class Class5 { +attribute1 +method1() } Class0 o-- Class1 Class1 *-- Class2 Class2 --> Class3 Class3 <|-- Class4 Class4 <|-- Class5",output/319.pintora.png Model an object-oriented system with a class diagram. Include about 10 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } class Class5 { +attribute1 +method1() } Class0 --> Class1 Class1 --> Class2 Class2 o-- Class3 Class3 *-- Class4 Class4 *-- Class5",output/402.pintora.png Write a component diagram showing a system with 4 components distributed across packages.,"componentDiagram package ""System A"" { [Comp0] [Comp1] } package ""System B"" { [Comp2] [Comp3] } () HTTP () DB_Conn [Comp0] --> [Comp1] [Comp1] --> [Comp2] [Comp2] --> [Comp3] [Comp0] --> HTTP [Comp3] --> DB_Conn",output/412.pintora.png Design an Entity Relationship diagram. Include about 15 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent0 ||--|| Ent1 : relates Ent1 }|--|| Ent2 : relates Ent2 ||--o{ Ent3 : relates",output/257.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 *** Subitem 0.1 **** Detail 0.1.1 *** Subitem 0.2 **** Detail 0.2.1 ** Concept 1 *** Subitem 1.0 **** Detail 1.0.1 ** Idea 2 *** Subitem 2.0 **** Detail 2.0.1 *** Subitem 2.1 **** Detail 2.1.1 ** Feature 3 *** Subitem 3.0 **** Detail 3.0.1 *** Subitem 3.1 **** Detail 3.1.1",output/247.pintora.png Schedule tasks using a Gantt chart. Include about 12 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 8d ""Task 1"" : 2024-01-09, 6d ""Task 2"" : 2024-01-15, 2d",output/131.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } Class0 --> Class1 Class1 <|-- Class2",output/121.pintora.png Create a sequence diagram with random interaction patterns involving 12 steps.,"sequenceDiagram Service_0->>Service_1: Message 387 Service_1-->>Service_0: Message 490 @note right of Service_1: Note processing Service_1-->>Service_0: Message 219 alt Condition Service_1-->Service_0: Message 495 else Other case Service_0-->>Service_1: Response end @note right of Service_0: Note processing Service_0-->>Service_1: Message 733 alt Condition Service_0->>Service_1: Message 199 else Other case Service_1-->>Service_0: Response end Service_0-->Service_1: Message 410 Service_0->>Service_1: Message 487 Service_1->Service_0: Message 678 Service_1-->Service_0: Message 671 Service_1-->>Service_0: Message 991 alt Condition Service_0-->>Service_1: Message 130 else Other case Service_1-->>Service_0: Response end",output/764.pintora.png Create a sequence diagram with random interaction patterns involving 12 steps.,"sequenceDiagram autonumber participant Service_1 participant Service_4 Service_2-xService_3: Message 309 Service_2->>Service_3: Message 209 alt Condition Service_3->>Service_2: Message 343 else Other case Service_2-->>Service_3: Response end @note right of Service_0: Note processing Service_0->Service_2: Message 507 Service_2->Service_3: Message 854 Service_0-->>Service_3: Message 538 Service_4-->>Service_2: Message 181 Service_4-->Service_1: Message 522 Service_1-->>Service_4: Message 806 Service_0-->Service_1: Message 211 Service_1->Service_2: Message 225 Service_4-xService_0: Message 928",output/774.pintora.png Model an object-oriented system with a class diagram. Include about 8 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 --> Class1 Class1 o-- Class2 Class2 o-- Class3 Class3 <|-- Class4",output/188.pintora.png Schedule a project timeline with Gantt chart.,"gantt title Infrastructure Upgrade dateFormat YYYY-MM-DD section Testing ""Task Tes1"" : 2024-03-01, 7d ""Task Tes2"" : 2024-03-08, 3d section Deployment ""Task Dep1"" : 2024-03-11, 5d ""Task Dep2"" : 2024-03-16, 10d ""Milestone"" : milestone, 2024-04-02, 0d",output/811.pintora.png Write a Gantt chart for daily schedule,"gantt title Daily Schedule dateFormat HH:mm axisFormat %H:%M axisInterval 1h section Morning ""Wake up & Exercise"" : 06:00, 1h ""Breakfast"" : 07:00, 30m ""Commute"" : 07:30, 45m section Work ""Morning meetings"" : 08:30, 2h ""Deep work"" : 10:30, 3h ""Lunch"" : 13:30, 1h section Afternoon ""Collaborative work"" : 14:30, 3h ""Wrap up"" : 17:30, 30m ""Commute home"" : 18:00, 45m",output/969.pintora.png Create a sequence diagram with random interaction patterns involving 11 steps.,"sequenceDiagram participant Service_0 participant Service_4 Service_4->Service_2: Message 381 Service_1-->>Service_0: Message 665 alt Condition Service_1->>Service_3: Message 443 else Other case Service_3-->>Service_1: Response end Service_2-xService_3: Message 363 Service_1-->>Service_0: Message 819 Service_1->Service_0: Message 820 Service_3->>Service_0: Message 722 Service_1->>Service_4: Message 294 Service_0-xService_4: Message 594 Service_1->Service_3: Message 427 Service_0->>Service_4: Message 994",output/801.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; :step_2; :step_3; :step_4; :step_5; if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif :step_7; if (check8?) then (yes) :action_yes_8; else (no) :action_no_8; endif :step_9; :step_10; :step_11; end",output/198.pintora.png Create a sequence diagram for database transaction,"sequenceDiagram title: Database Transaction participant App participant Connection participant [ DB] App->>Connection: Begin transaction activate Connection Connection->>DB: START TRANSACTION App->>Connection: Execute query 1 Connection->>DB: INSERT INTO orders App->>Connection: Execute query 2 Connection->>DB: UPDATE inventory alt All successful App->>Connection: Commit Connection->>DB: COMMIT else Error occurred App->>Connection: Rollback Connection->>DB: ROLLBACK end deactivate Connection",output/979.pintora.png Create a class diagram for singleton pattern,"classDiagram class Singleton { {static} -instance Singleton -data -Singleton() {static} +getInstance() Singleton +getData() +setData(data) } @note ""Private constructor prevents direct instantiation.\ngetInstance() creates instance if null."" class Client { +doSomething() } Client --> Singleton : uses",output/1003.pintora.png Map out a process flow using an activity diagram. Include about 8 elements.,"activityDiagram start :step_0; :step_1; :step_2; :step_3; if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif :step_5; :step_6; if (check7?) then (yes) :action_yes_7; else (no) :action_no_7; endif end",output/396.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 o-- Class1 Class1 <|-- Class2 Class2 *-- Class3",output/386.pintora.png Map out a process flow using an activity diagram. Include about 15 elements.,"activityDiagram start :step_0; :step_1; :step_2; :step_3; if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif :step_5; if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif :step_7; :step_8; if (check9?) then (yes) :action_yes_9; else (no) :action_no_9; endif :step_10; :step_11; :step_12; :step_13; if (check14?) then (yes) :action_yes_14; else (no) :action_no_14; endif end",output/18.pintora.png Write a Pintora diagram: schedule a project timeline with gantt chart.,"gantt title Marketing Campaign dateFormat YYYY-MM-DD axisFormat %b %d section Deployment ""Task Dep1"" : 2024-02-01, 18d ""Task Dep2"" : 2024-02-19, 13d ""Task Dep3"" : 2024-03-03, 3d ""Task Dep4"" : 2024-03-06, 11d ""Task Dep5"" : 2024-03-17, 16d section Operations ""Task Ope1"" : 2024-04-02, 5d ""Task Ope2"" : 2024-04-07, 5d ""Task Ope3"" : 2024-04-12, 19d ""Milestone"" : milestone, 2024-05-04, 0d",output/873.pintora.png Illustrate a complex business process with activity diagram.,"activityDiagram start fork :Parallel Task A0; forkagain :Parallel Task B0; endfork if (Condition 1?) then (yes) :Action True 1; else (no) :Action False 1; endif if (Condition 2?) then (yes) :Action True 2; else (no) :Action False 2; endif fork :Parallel Task A3; forkagain :Parallel Task B3; endfork switch (Type 4?) case (A) :Handle A4; case (B) :Handle B4; endswitch fork :Parallel Task A5; forkagain :Parallel Task B5; endfork switch (Type 6?) case (A) :Handle A6; case (B) :Handle B6; endswitch @note right: Important step 7 :Critical action 7; :Step 8; @note right: Important step 9 :Critical action 9; end",output/863.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start :Process 0; if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Process 4; :Process 5; :Process 6; end",output/706.pintora.png Write an Entity Relationship diagram with 7 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 int field_1 string field_2 datetime field_3 } TABLE_1 { int id PK datetime field_0 int field_1 float field_2 string field_3 datetime field_4 } TABLE_2 { int id PK float field_0 bool field_1 int field_2 datetime field_3 } TABLE_3 { int id PK float field_0 datetime field_1 string field_2 float field_3 datetime field_4 } TABLE_4 { int id PK string field_0 int field_1 bool field_2 } TABLE_5 { int id PK float field_0 string field_1 } TABLE_6 { int id PK bool field_0 datetime field_1 } TABLE_0 ||--|{ TABLE_1 : has TABLE_1 ||--o{ TABLE_2 : uses TABLE_2 }|--|| TABLE_3 : contains TABLE_3 ||--|{ TABLE_4 : manages TABLE_4 ||--o{ TABLE_5 : contains TABLE_5 }|--|| TABLE_6 : manages",output/716.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 15 elements.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 *** Subitem 0.2 **** Detail 0.2.1 ** Feature 1 *** Subitem 1.0 ** Feature 2 *** Subitem 2.0 **** Detail 2.0.1",output/153.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n6 -> n4 n5 -> n1 n5 -> n6 n4 -> n0 n5 -> n1 n2 -> n6 n3 -> n1 }",output/143.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 6d ""Task 1"" : 2024-01-07, 10d ""Task 2"" : 2024-01-17, 9d",output/235.pintora.png Visualize a graph structure using DOT syntax. Include about 15 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n1 -> n0 n1 -> n2 n6 -> n2 n5 -> n1 n4 -> n6 n4 -> n3 n0 -> n1 n0 -> n2 n3 -> n1 n0 -> n4 n5 -> n0 n6 -> n2 n6 -> n2 n6 -> n0 n4 -> n1 }",output/225.pintora.png Generate a DOT directed graph with 12 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""circle"", label=""Node n8""] n9 [shape=""box"", label=""Node n9""] n10 [shape=""ellipse"", label=""Node n10""] n11 [shape=""circle"", label=""Node n11""] n7 -> n3 n7 -> n5 n10 -> n11 n4 -> n1 n9 -> n10 n7 -> n1 n9 -> n4 n8 -> n1 n10 -> n3 n11 -> n7 n4 -> n3 n1 -> n0 n0 -> n4 n7 -> n9 }",output/460.pintora.png Write an Entity Relationship diagram with 7 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 bool field_1 bool field_2 } TABLE_1 { int id PK string field_0 datetime field_1 string field_2 int field_3 bool field_4 } TABLE_2 { int id PK string field_0 string field_1 bool field_2 } TABLE_3 { int id PK bool field_0 int field_1 bool field_2 } TABLE_4 { int id PK datetime field_0 datetime field_1 float field_2 } TABLE_5 { int id PK datetime field_0 string field_1 datetime field_2 string field_3 datetime field_4 } TABLE_6 { int id PK float field_0 datetime field_1 int field_2 datetime field_3 } TABLE_0 ||--o{ TABLE_1 : manages TABLE_1 }|--|| TABLE_2 : manages TABLE_2 ||--|{ TABLE_3 : uses TABLE_3 ||--|| TABLE_4 : owns TABLE_4 ||--o{ TABLE_5 : manages TABLE_5 }|--|| TABLE_6 : uses",output/518.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Process 4; end",output/470.pintora.png Create a flow activity diagram with approximately 8 logical steps including conditions.,"activityDiagram start :Process 0; fork :Parallel 1 1; forkagain :Parallel 2 1; endfork :Process 2; fork :Parallel 1 3; forkagain :Parallel 2 3; endfork fork :Parallel 1 4; forkagain :Parallel 2 4; endfork :Action 5; if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif :Process 7; end",output/508.pintora.png Write an Entity Relationship diagram with 7 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 datetime field_1 int field_2 string field_3 } TABLE_1 { int id PK string field_0 datetime field_1 bool field_2 } TABLE_2 { int id PK int field_0 bool field_1 string field_2 } TABLE_3 { int id PK string field_0 string field_1 } TABLE_4 { int id PK float field_0 float field_1 string field_2 } TABLE_5 { int id PK float field_0 int field_1 } TABLE_6 { int id PK datetime field_0 int field_1 } TABLE_0 ||--o{ TABLE_1 : uses TABLE_1 ||--o{ TABLE_2 : manages TABLE_2 ||--|| TABLE_3 : manages TABLE_3 ||--o{ TABLE_4 : manages TABLE_4 ||--|| TABLE_5 : has TABLE_5 ||--o{ TABLE_6 : uses",output/484.pintora.png Map out a process flow using an activity diagram. Include about 7 elements.,"activityDiagram start :step_0; :step_1; :step_2; :step_3; :step_4; if (check5?) then (yes) :action_yes_5; else (no) :action_no_5; endif :step_6; end",output/55.pintora.png Create a sequence diagram with random interaction patterns involving 10 steps.,"sequenceDiagram autonumber participant Service_1 participant Service_3 Service_0-->>Service_1: Message 591 loop Loop check Service_1-xService_3: Message 597 end @note right of Service_3: Note processing Service_3-xService_2: Message 593 loop Loop check Service_4-xService_1: Message 244 end Service_2->>Service_1: Message 251 Service_0->Service_4: Message 675 Service_1->Service_4: Message 414 alt Condition Service_2-xService_1: Message 469 else Other case Service_1-->>Service_2: Response end Service_3->Service_4: Message 744 loop Loop check Service_0-->>Service_4: Message 761 end",output/494.pintora.png Draft a component diagram for system architecture.,"componentDiagram package ""System"" { [Comp0] [Comp1] [Comp2] } [Comp0] --> [Comp1] [Comp1] --> [Comp2]",output/45.pintora.png Create a diagram demonstrating different comment styles,"dotDiagram %% This is a pintora-style line comment digraph G { // This is a C-style line comment bgcolor=""white"" /* This is a multi-line comment */ a -> b %% inline comment }",output/956.pintora.png Create a class diagram for a simple OOP hierarchy,"classDiagram title: Animal Hierarchy class Animal { <> +string name +int age +makeSound() +move() } class Dog { +string breed +bark() +fetch() } class Cat { +boolean isIndoor +meow() +scratch() } Animal <|-- Dog Animal <|-- Cat",output/946.pintora.png Model an object-oriented system with class diagram. Include nested structures.,"classDiagram class ManagerA { #string attr0 #method0() T +{static} method1() boolean } class HandlerB { <> #boolean attr0 ~string attr1 -method0() string } class ServiceC { <> +List~T~ attr0 -string attr1 #List~T~ attr2 ~List~T~ attr3 ~{static} method0() void ~{static} method1() T #method2() T } class ManagerD { <> #List~T~ attr0 ~method0() T -method1() string -method2() string } class RepositoryE { ~string attr0 #List~T~ attr1 -List~T~ attr2 +method0() boolean } ManagerA <|.. ServiceC HandlerB o-- ManagerD ServiceC ..> ManagerD ManagerD <|-- RepositoryE",output/897.pintora.png Design a detailed hierarchical mind map.,"mindmap @param layoutDirection RL * Technology Stack ** Topic A *** Subtopic A.1 **** Detail A.1.1 **** Detail A.1.2 *** Subtopic A.2 *** Subtopic A.3 **** Detail A.3.1 **** Detail A.3.2 **** Detail A.3.3 ** Topic B *** Subtopic B.1 *** Subtopic B.2 **** Detail B.2.1 **** Detail B.2.2 **** Detail B.2.3 *** Subtopic B.3 *** Subtopic B.4 ** Topic C *** Subtopic C.1 *** Subtopic C.2 **** Detail C.2.1 **** Detail C.2.2 *** Subtopic C.3 **** Detail C.3.1 **** Detail C.3.2 **** Detail C.3.3",output/887.pintora.png Generate a DOT directed graph with 12 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n9 [shape=""ellipse"", label=""Node n9""] n10 [shape=""diamond"", label=""Node n10""] n11 [shape=""box"", label=""Node n11""] n7 -> n2 n11 -> n10 n3 -> n4 n1 -> n8 n8 -> n6 n8 -> n1 n6 -> n8 n2 -> n11 n6 -> n0 n3 -> n6 n2 -> n6 n8 -> n10 n11 -> n3 }",output/623.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 bool field_1 string field_2 string field_3 } TABLE_1 { int id PK float field_0 datetime field_1 int field_2 float field_3 } TABLE_2 { int id PK float field_0 datetime field_1 int field_2 datetime field_3 datetime field_4 } TABLE_3 { int id PK string field_0 bool field_1 bool field_2 string field_3 } TABLE_4 { int id PK string field_0 float field_1 int field_2 float field_3 } TABLE_5 { int id PK datetime field_0 string field_1 datetime field_2 } TABLE_6 { int id PK string field_0 float field_1 int field_2 string field_3 } TABLE_7 { int id PK string field_0 int field_1 float field_2 string field_3 } TABLE_0 ||--|{ TABLE_1 : owns TABLE_1 ||--|{ TABLE_2 : has TABLE_2 }|--|| TABLE_3 : uses TABLE_3 }|--|| TABLE_4 : contains TABLE_4 }|--|| TABLE_5 : has TABLE_5 ||--o{ TABLE_6 : owns TABLE_6 }|--|| TABLE_7 : contains",output/633.pintora.png Generate a DOT directed graph with 5 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n2 -> n3 n3 -> n0 n1 -> n3 n4 -> n1 n3 -> n4 }",output/545.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n0 -> n3 n5 -> n2 n4 -> n5 n4 -> n2 n4 -> n3 n1 -> n0 n2 -> n1 n2 -> n6 n6 -> n2 }",output/555.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif :step_1; :step_2; :step_3; :step_4; :step_5; :step_6; if (check7?) then (yes) :action_yes_7; else (no) :action_no_7; endif :step_8; :step_9; end",output/268.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 *** Subitem 0.1 ** Idea 1 *** Subitem 1.0 **** Detail 1.0.1",output/310.pintora.png Map out a process flow using an activity diagram. Include about 15 elements.,"activityDiagram start :step_0; :step_1; :step_2; :step_3; :step_4; :step_5; :step_6; :step_7; :step_8; :step_9; :step_10; :step_11; :step_12; :step_13; if (check14?) then (yes) :action_yes_14; else (no) :action_no_14; endif end",output/278.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif :step_4; :step_5; end",output/300.pintora.png Schedule tasks using a Gantt chart. Include about 6 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 4d ""Task 1"" : 2024-01-05, 4d ""Task 2"" : 2024-01-09, 2d ""Task 3"" : 2024-01-11, 10d ""Task 4"" : 2024-01-21, 7d",output/372.pintora.png Visualize a graph structure using DOT syntax. Include about 6 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n2 -> n4 n3 -> n5 n1 -> n2 n2 -> n1 n0 -> n5 n5 -> n4 }",output/362.pintora.png Generate a DOT directed graph with 7 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n6 -> n4 n4 -> n1 n2 -> n4 n5 -> n0 n1 -> n6 n6 -> n1 n5 -> n0 n1 -> n3 n4 -> n6 }",output/527.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n4 -> n6 n0 -> n7 n6 -> n5 n0 -> n4 n5 -> n3 n0 -> n2 n2 -> n6 n3 -> n7 }",output/537.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 string field_1 } TABLE_1 { int id PK bool field_0 int field_1 int field_2 } TABLE_2 { int id PK int field_0 float field_1 } TABLE_0 }|--|| TABLE_1 : uses TABLE_1 ||--|{ TABLE_2 : owns",output/739.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; :Process 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; :Process 6; end",output/641.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 float field_1 float field_2 string field_3 datetime field_4 } TABLE_1 { int id PK bool field_0 float field_1 bool field_2 int field_3 int field_4 } TABLE_2 { int id PK int field_0 bool field_1 int field_2 string field_3 } TABLE_3 { int id PK int field_0 int field_1 } TABLE_4 { int id PK datetime field_0 int field_1 int field_2 } TABLE_5 { int id PK datetime field_0 float field_1 } TABLE_6 { int id PK int field_0 string field_1 } TABLE_7 { int id PK bool field_0 string field_1 int field_2 bool field_3 } TABLE_0 ||--|| TABLE_1 : uses TABLE_1 }|--|| TABLE_2 : uses TABLE_2 }|--|| TABLE_3 : owns TABLE_3 ||--|{ TABLE_4 : has TABLE_4 ||--|| TABLE_5 : has TABLE_5 ||--o{ TABLE_6 : manages TABLE_6 }|--|| TABLE_7 : has",output/729.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 float field_1 } TABLE_1 { int id PK float field_0 float field_1 bool field_2 bool field_3 } TABLE_2 { int id PK string field_0 string field_1 int field_2 } TABLE_3 { int id PK string field_0 datetime field_1 } TABLE_4 { int id PK string field_0 float field_1 datetime field_2 string field_3 } TABLE_0 ||--|{ TABLE_1 : has TABLE_1 ||--o{ TABLE_2 : contains TABLE_2 ||--|{ TABLE_3 : manages TABLE_3 ||--o{ TABLE_4 : contains",output/651.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; :Process 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Action 4; :Process 5; :Action 6; if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif :Process 8; if (Check 9?) then (yes) :Handle Yes 9; else (no) :Handle No 9; endif end",output/780.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 float field_1 } TABLE_1 { int id PK datetime field_0 float field_1 } TABLE_2 { int id PK datetime field_0 bool field_1 float field_2 } TABLE_3 { int id PK datetime field_0 datetime field_1 } TABLE_4 { int id PK string field_0 string field_1 } TABLE_0 ||--o{ TABLE_1 : owns TABLE_1 ||--o{ TABLE_2 : contains TABLE_2 ||--|| TABLE_3 : contains TABLE_3 ||--|{ TABLE_4 : contains",output/790.pintora.png Write a mind map with custom colors and layout,"mindmap @param layoutDirection TB @param { l1NodeBgColor #2B7A5D l1NodeTextColor #ffffff l2NodeBgColor #26946C l2NodeTextColor #ffffff nodeBgColor #67B599 textColor #ffffff } + Data Science ++ Statistics +++ Probability +++ Hypothesis Testing ++ Programming +++ Python +++ R",output/934.pintora.png Create a component diagram for a data pipeline,"componentDiagram title: Data Pipeline Architecture rectangle ""Data Sources"" { [Kafka] [S3 Bucket] } frame ""Processing"" { [Spark Job] [Airflow] } database ""Storage"" { [Data Warehouse] [Redis Cache] } [Kafka] --> [Spark Job] [S3 Bucket] --> [Spark Job] [Airflow] --> [Spark Job] : orchestrates [Spark Job] --> [Data Warehouse] [Data Warehouse] ..> [Redis Cache] : cache layer",output/924.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 ||--|| Ent3 : relates",output/37.pintora.png Visualize a graph structure using DOT syntax. Include about 7 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n3 -> n1 n2 -> n3 n3 -> n0 n1 -> n2 n1 -> n0 n1 -> n2 n1 -> n0 }",output/27.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 int field_1 int field_2 float field_3 float field_4 } TABLE_1 { int id PK bool field_0 string field_1 float field_2 } TABLE_2 { int id PK bool field_0 float field_1 } TABLE_3 { int id PK datetime field_0 datetime field_1 datetime field_2 bool field_3 } TABLE_4 { int id PK int field_0 string field_1 float field_2 string field_3 } TABLE_0 ||--o{ TABLE_1 : contains TABLE_1 }|--|| TABLE_2 : uses TABLE_2 ||--|| TABLE_3 : owns TABLE_3 }|--|| TABLE_4 : has",output/617.pintora.png Generate a DOT directed graph with 12 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n9 [shape=""ellipse"", label=""Node n9""] n10 [shape=""diamond"", label=""Node n10""] n11 [shape=""diamond"", label=""Node n11""] n11 -> n3 n1 -> n5 n8 -> n10 n0 -> n2 n3 -> n6 n3 -> n10 n8 -> n3 n8 -> n10 n6 -> n3 n6 -> n4 n2 -> n3 n11 -> n2 n1 -> n10 n11 -> n7 }",output/607.pintora.png Design an Entity Relationship diagram. Include about 12 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--|| Ent2 : relates Ent2 ||--o{ Ent3 : relates Ent3 }|--|| Ent4 : relates",output/324.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 *** Subitem 0.1 ** Concept 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1",output/334.pintora.png Generate a DOT directed graph with 5 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n2 -> n3 n1 -> n4 n2 -> n3 n2 -> n0 n0 -> n2 n2 -> n0 n4 -> n1 }",output/409.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 bool field_1 } TABLE_1 { int id PK string field_0 string field_1 } TABLE_2 { int id PK bool field_0 bool field_1 bool field_2 } TABLE_3 { int id PK bool field_0 datetime field_1 } TABLE_0 ||--|{ TABLE_1 : manages TABLE_1 }|--|| TABLE_2 : uses TABLE_2 ||--|{ TABLE_3 : has",output/571.pintora.png Create a sequence diagram with random interaction patterns involving 11 steps.,"sequenceDiagram autonumber participant Service_1 participant Service_3 loop Loop check Service_0->Service_1: Message 405 end Service_1->Service_2: Message 632 alt Condition Service_0-xService_3: Message 343 else Other case Service_3-->>Service_0: Response end Service_3-xService_0: Message 921 Service_2-->>Service_1: Message 775 loop Loop check Service_3-->>Service_0: Message 810 end Service_1-xService_2: Message 862 Service_2->>Service_0: Message 564 Service_0->Service_1: Message 972 loop Loop check Service_1-xService_3: Message 667 end Service_0-->Service_1: Message 706",output/419.pintora.png Create a sequence diagram with random interaction patterns involving 6 steps.,"sequenceDiagram autonumber participant Service_1 participant Service_2 participant Service_3 Service_0-->Service_1: Message 244 @note right of Service_3: Note processing Service_3-xService_0: Message 505 Service_2-xService_1: Message 128 Service_0-->>Service_2: Message 913 Service_0-->>Service_3: Message 847 Service_0->>Service_1: Message 251",output/561.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P0-->P1: msg_37 P0->>P1: msg_69 P0->P1: msg_94 P1-->>P0: msg_18 P0->P1: msg_73 P1-->P0: msg_64 P1->P0: msg_81 P0->>P1: msg_36 P0->>P1: msg_55",output/61.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P0->P1: msg_29 P0-->P2: msg_47 P1->>P3: msg_69 P0-->P1: msg_57 P1-->>P0: msg_75 P2->>P3: msg_26 P3->P0: msg_30 P1-->>P2: msg_94 P2->P3: msg_69 P2-->>P3: msg_49 P1-->>P0: msg_1 P0->P2: msg_95 P0-->>P1: msg_49 P2-->P0: msg_41 P3->P1: msg_50",output/71.pintora.png Create a sequence diagram for a user login flow,"sequenceDiagram participant User participant API User->>API: Login API-->>User: Token",output/0.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 7 elements.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 *** Subitem 0.2 ** Feature 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 ** Task 2 *** Subitem 2.0",output/183.pintora.png Create a component diagram for a CI/CD pipeline,"componentDiagram title: CI/CD Pipeline rectangle ""Source Control"" { [GitHub Repository] } rectangle ""CI Server"" { [Jenkins] () ""Build Trigger"" } cloud ""Container Registry"" { [Docker Hub] } node ""Kubernetes Cluster"" { [Staging Pod] [Production Pod] } [GitHub Repository] --> ""Build Trigger"" ""Build Trigger"" --> [Jenkins] [Jenkins] --> [Docker Hub] : push image [Docker Hub] --> [Staging Pod] : deploy [Staging Pod] ..> [Production Pod] : promote",output/962.pintora.png Model an object-oriented system with a class diagram. Include about 9 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } Class0 <|-- Class1 Class1 o-- Class2",output/193.pintora.png Create a class diagram for a design pattern (Factory),"classDiagram title: Factory Pattern class Product { <> +operation() } class ConcreteProductA { +operation() } class ConcreteProductB { +operation() } class Creator { <> +factoryMethod() Product +someOperation() } class ConcreteCreatorA { +factoryMethod() Product } class ConcreteCreatorB { +factoryMethod() Product } Product <|.. ConcreteProductA Product <|.. ConcreteProductB Creator <|-- ConcreteCreatorA Creator <|-- ConcreteCreatorB Creator --> Product : creates",output/972.pintora.png Write a Pintora diagram: model an object-oriented system with class diagram.,"classDiagram class ObserverA { <> -List~T~ attr0 #boolean attr1 #boolean attr2 +string attr3 ~method0() string } class ManagerB { -boolean attr0 #method0() boolean -method1() string } class ControllerC { #List~T~ attr0 ~List~T~ attr1 +List~T~ attr2 -int attr3 #method0() T } class ControllerD { -int attr0 -string attr1 ~method0() void -{static} method1() boolean } class ObserverE { <> +int attr0 +boolean attr1 ~List~T~ attr2 #method0() void -method1() boolean } class FactoryF { #List~T~ attr0 #method0() boolean +method1() boolean +method2() void } class StrategyG { +List~T~ attr0 -method0() void -method1() string #method2() string } ObserverA ..> FactoryF ManagerB <|.. ObserverE ControllerC *-- ObserverE ControllerD *-- StrategyG ObserverE o-- StrategyG FactoryF <|-- StrategyG",output/878.pintora.png Build a detailed component architecture diagram. Include nested structures.,"componentDiagram database ""Cache Layer"" { [Comp0_0] [Comp0_1] } package ""Services"" { [Comp1_0] [Comp1_1] } package ""Backend"" { [Comp2_0] [Comp2_1] } database ""Data Store"" { [Comp3_0] [Comp3_1] } [Comp3_1] ..> [Comp3_0] [Comp1_0] -- [Comp3_1] [Comp1_1] ..|> [Comp0_1] [Comp1_0] --> [Comp2_1] [Comp0_1] ..> [Comp3_0] [Comp0_0] -- [Comp0_1] [Comp0_0] ..|> [Comp1_1] [Comp0_1] ..> [Comp3_1] [Comp1_0] ..> [Comp3_0] [Comp1_1] ..|> [Comp0_1] [Comp2_1] ..> [Comp1_0]",output/900.pintora.png Write a sequence diagram using participant boxes and classifiers,"sequenceDiagram box #e7f2ff ""Frontend Services"" participant [ User] participant WebApp endbox box #fff2e7 ""Backend Services"" participant [ DB] as ""Database"" participant [ API] endbox User->>WebApp: Request data WebApp->>API: GET /data API->>DB: SELECT query DB-->>API: Results API-->>WebApp: JSON response WebApp-->>User: Display data",output/910.pintora.png Design an Entity Relationship diagram. Include about 5 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 ||--|| Ent2 : relates Ent2 ||--|{ Ent3 : relates",output/13.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n2 -> n5 n3 -> n1 n3 -> n5 n1 -> n5 n1 -> n2 n1 -> n3 }",output/287.pintora.png Model an object-oriented system with a class diagram. Include about 15 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 --> Class1 Class1 --> Class2 Class2 <|-- Class3 Class3 --> Class4",output/297.pintora.png Create a sequence diagram with random interaction patterns involving 7 steps.,"sequenceDiagram autonumber participant Service_1 participant Service_2 Service_2-->Service_1: Message 886 Service_1->>Service_2: Message 234 Service_2-->Service_1: Message 844 alt Condition Service_2-->>Service_1: Message 208 else Other case Service_1-->>Service_2: Response end Service_2->Service_1: Message 338 Service_2-xService_1: Message 419 Service_0->>Service_2: Message 610",output/513.pintora.png Generate a DOT directed graph with 12 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n9 [shape=""box"", label=""Node n9""] n10 [shape=""diamond"", label=""Node n10""] n11 [shape=""diamond"", label=""Node n11""] n2 -> n6 n6 -> n10 n0 -> n7 n10 -> n11 n10 -> n4 n11 -> n9 n5 -> n4 n8 -> n11 n8 -> n4 n0 -> n5 n3 -> n10 n11 -> n1 n5 -> n6 }",output/503.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 ** Feature 1 *** Subitem 1.0 *** Subitem 1.1",output/346.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } Class0 o-- Class1 Class1 o-- Class2",output/356.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Idea 0 *** Subitem 0.0 ** Task 1 *** Subitem 1.0 *** Subitem 1.1 *** Subitem 1.2 ** Task 2 *** Subitem 2.0 **** Detail 2.0.1 *** Subitem 2.1",output/158.pintora.png Design an Entity Relationship diagram. Include about 9 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent0 ||--|| Ent1 : relates Ent1 }|--|| Ent2 : relates",output/148.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; :Process 2; :Process 3; fork :Parallel 1 4; forkagain :Parallel 2 4; endfork if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif :Process 6; :Process 7; :Process 8; end",output/675.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 datetime field_1 datetime field_2 int field_3 } TABLE_1 { int id PK float field_0 datetime field_1 string field_2 } TABLE_2 { int id PK float field_0 bool field_1 } TABLE_0 ||--o{ TABLE_1 : manages TABLE_1 ||--|| TABLE_2 : manages",output/665.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""box"", label=""Node n7""] n8 [shape=""circle"", label=""Node n8""] n5 -> n1 n4 -> n8 n8 -> n2 n7 -> n4 n2 -> n5 n8 -> n5 n3 -> n0 n4 -> n2 n4 -> n0 }",output/691.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Action 1; :Process 2; :Action 3; :Action 4; :Action 5; fork :Parallel 1 6; forkagain :Parallel 2 6; endfork if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif if (Check 8?) then (yes) :Handle Yes 8; else (no) :Handle No 8; endif :Process 9; end",output/681.pintora.png Write a Pintora diagram: map a complex business process with activity diagram.,"activityDiagram title: Workflow start partition Completion { :Step 0; if (Condition 1?) then (yes) :Action True 1; else (no) :Action False 1; endif :Step 2; :Step 3; while (Check 4?) is (yes) :Process 4; endwhile (done) fork :Parallel Task A5; forkagain :Parallel Task B5; endfork if (Condition 6?) then (yes) :Action True 6; else (no) :Action False 6; endif switch (Type 7?) case (A) :Handle A7; case (B) :Handle B7; endswitch end",output/825.pintora.png Design a detailed hierarchical mind map.,"mindmap * Project Plan ** Topic A *** Subtopic A.1 *** Subtopic A.2 *** Subtopic A.3 **** Detail A.3.1 **** Detail A.3.2 **** Detail A.3.3 *** Subtopic A.4 ** Topic B *** Subtopic B.1 *** Subtopic B.2 **** Detail B.2.1 **** Detail B.2.2 *** Subtopic B.3 **** Detail B.3.1 **** Detail B.3.2 **** Detail B.3.3 *** Subtopic B.4 **** Detail B.4.1 **** Detail B.4.2 **** Detail B.4.3 ** Topic C *** Subtopic C.1 **** Detail C.1.1 **** Detail C.1.2 **** Detail C.1.3 *** Subtopic C.2 **** Detail C.2.1 ** Topic D *** Subtopic D.1 *** Subtopic D.2",output/835.pintora.png Schedule tasks using a Gantt chart. Include about 8 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 2d ""Task 1"" : 2024-01-03, 3d ""Task 2"" : 2024-01-06, 2d ""Task 3"" : 2024-01-08, 8d ""Task 4"" : 2024-01-16, 6d",output/263.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif :step_3; :step_4; :step_5; :step_6; :step_7; :step_8; if (check9?) then (yes) :action_yes_9; else (no) :action_no_9; endif :step_10; :step_11; :step_12; :step_13; end",output/273.pintora.png Create a sequence diagram with random interaction patterns involving 7 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_2 participant Service_3 Service_2->Service_1: Message 738 Service_2-->>Service_1: Message 775 Service_3-->>Service_0: Message 811 Service_2-->Service_1: Message 236 loop Loop check Service_3-->Service_2: Message 687 end Service_1-xService_0: Message 413 Service_2-xService_3: Message 618",output/436.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 datetime field_1 } TABLE_1 { int id PK string field_0 datetime field_1 datetime field_2 } TABLE_2 { int id PK string field_0 float field_1 float field_2 } TABLE_3 { int id PK datetime field_0 string field_1 bool field_2 datetime field_3 } TABLE_4 { int id PK string field_0 bool field_1 } TABLE_5 { int id PK int field_0 float field_1 float field_2 float field_3 bool field_4 } TABLE_6 { int id PK bool field_0 float field_1 } TABLE_7 { int id PK float field_0 float field_1 bool field_2 string field_3 int field_4 } TABLE_0 }|--|| TABLE_1 : uses TABLE_1 }|--|| TABLE_2 : manages TABLE_2 ||--|{ TABLE_3 : owns TABLE_3 ||--|| TABLE_4 : uses TABLE_4 ||--|| TABLE_5 : contains TABLE_5 ||--o{ TABLE_6 : owns TABLE_6 }|--|| TABLE_7 : manages",output/426.pintora.png Create a sequence diagram with random interaction patterns involving 8 steps.,"sequenceDiagram autonumber Service_0-->>Service_1: Message 229 Service_1-xService_0: Message 285 Service_1->>Service_0: Message 703 Service_0-xService_1: Message 437 Service_1->>Service_0: Message 149 Service_1->>Service_0: Message 289 Service_0->>Service_1: Message 656 Service_0->>Service_1: Message 420",output/750.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 bool field_1 float field_2 } TABLE_1 { int id PK datetime field_0 bool field_1 bool field_2 bool field_3 float field_4 } TABLE_2 { int id PK bool field_0 float field_1 int field_2 bool field_3 datetime field_4 } TABLE_0 ||--|| TABLE_1 : contains TABLE_1 }|--|| TABLE_2 : contains",output/628.pintora.png Create a sequence diagram with random interaction patterns involving 14 steps.,"sequenceDiagram participant Service_1 @note right of Service_1: Note processing Service_1->Service_0: Message 689 alt Condition Service_0->>Service_1: Message 693 else Other case Service_1-->>Service_0: Response end Service_0-xService_1: Message 122 alt Condition Service_0-xService_1: Message 388 else Other case Service_1-->>Service_0: Response end Service_1-xService_0: Message 783 Service_0->Service_1: Message 958 Service_0-->Service_1: Message 626 alt Condition Service_1->Service_0: Message 353 else Other case Service_0-->>Service_1: Response end Service_1-->>Service_0: Message 959 @note right of Service_1: Note processing Service_1->>Service_0: Message 976 Service_0-xService_1: Message 174 Service_1-xService_0: Message 498 Service_0->>Service_1: Message 191 @note right of Service_0: Note processing Service_0-->Service_1: Message 191",output/740.pintora.png Generate a DOT directed graph with 6 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n1 -> n2 n1 -> n3 n4 -> n1 n5 -> n2 n1 -> n5 n1 -> n3 n0 -> n2 n1 -> n3 }",output/638.pintora.png Design an Entity Relationship diagram. Include about 5 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent5 { int id PK string name } Ent0 ||--|{ Ent1 : relates Ent1 ||--o{ Ent2 : relates Ent2 ||--|| Ent3 : relates Ent3 ||--o{ Ent4 : relates Ent4 ||--|| Ent5 : relates",output/105.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 14 elements.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 *** Subitem 0.1 **** Detail 0.1.1 *** Subitem 0.2 **** Detail 0.2.1 ** Concept 1 *** Subitem 1.0 **** Detail 1.0.1 ** Idea 2 *** Subitem 2.0 **** Detail 2.0.1 *** Subitem 2.1 **** Detail 2.1.1 *** Subitem 2.2 **** Detail 2.2.1",output/115.pintora.png Create a sequence diagram showing interaction between participants. Include about 13 elements.,"sequenceDiagram autonumber P1->>P0: msg_5 P0->P2: msg_91 P0->P1: msg_8 P0->>P1: msg_8 P2-->>P0: msg_50 P0-->>P1: msg_11 P1-->P2: msg_15 P0->P2: msg_8 P0->P1: msg_54 P2->P1: msg_79 P1->>P0: msg_54 P0->P1: msg_83 P2-->P0: msg_41",output/167.pintora.png Write a DOT diagram for a binary tree,"dotDiagram digraph BinaryTree { bgcolor=""white"" node [shape=""circle"", bgcolor=""#fff9c4""] root[""50""] l1[""30""] r1[""70""] ll[""20""] lr[""40""] rl[""60""] rr[""80""] root -> l1 root -> r1 l1 -> ll l1 -> lr r1 -> rl r1 -> rr }",output/986.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 ||--|| Ent2 : relates Ent2 ||--|{ Ent3 : relates Ent3 }|--|| Ent4 : relates",output/177.pintora.png Write a component diagram for plugin architecture,"componentDiagram package ""Core Application"" { [Plugin Manager] () IPlugin [Core Engine] } package ""Plugins"" { [Auth Plugin] [Analytics Plugin] [Export Plugin] } [Plugin Manager] --> IPlugin IPlugin <|-- [Auth Plugin] IPlugin <|-- [Analytics Plugin] IPlugin <|-- [Export Plugin] [Core Engine] --> [Plugin Manager]",output/996.pintora.png Generate a DOT directed graph with 7 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n5 -> n6 n3 -> n0 n2 -> n0 n5 -> n4 n0 -> n4 n3 -> n1 n0 -> n4 }",output/732.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif :Process 8; if (Check 9?) then (yes) :Handle Yes 9; else (no) :Handle No 9; endif end",output/722.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; :Action 2; :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Action 5; :Process 6; :Action 7; if (Check 8?) then (yes) :Handle Yes 8; else (no) :Handle No 8; endif end",output/454.pintora.png Map out a process flow using an activity diagram. Include about 14 elements.,"activityDiagram start :step_0; :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif :step_3; :step_4; :step_5; :step_6; if (check7?) then (yes) :action_yes_7; else (no) :action_no_7; endif if (check8?) then (yes) :action_yes_8; else (no) :action_no_8; endif :step_9; :step_10; if (check11?) then (yes) :action_yes_11; else (no) :action_no_11; endif :step_12; if (check13?) then (yes) :action_yes_13; else (no) :action_no_13; endif end",output/85.pintora.png Create a sequence diagram with random interaction patterns involving 14 steps.,"sequenceDiagram participant Service_0 participant Service_1 Service_1-->>Service_0: Message 164 Service_0->Service_1: Message 433 Service_0->Service_1: Message 719 Service_1-->Service_0: Message 154 Service_1->>Service_0: Message 274 Service_1-->Service_0: Message 872 Service_1-xService_0: Message 786 Service_0->Service_1: Message 863 Service_0-->>Service_1: Message 235 Service_1-xService_0: Message 291 Service_1-xService_0: Message 343 alt Condition Service_0->>Service_1: Message 805 else Other case Service_1-->>Service_0: Response end Service_1->Service_0: Message 693 loop Loop check Service_1->Service_0: Message 651 end",output/444.pintora.png Create a sequence diagram showing interaction between participants. Include about 5 elements.,"sequenceDiagram autonumber P0-->>P1: msg_6 P1-->P0: msg_94 P0-->>P3: msg_35 P2->P3: msg_74 P2->P1: msg_88",output/95.pintora.png Design an Entity Relationship diagram. Include about 15 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 ||--o{ Ent2 : relates Ent2 ||--|| Ent3 : relates Ent3 ||--|| Ent4 : relates",output/201.pintora.png Map out a process flow using an activity diagram. Include about 7 elements.,"activityDiagram start :step_0; :step_1; :step_2; if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif if (check5?) then (yes) :action_yes_5; else (no) :action_no_5; endif :step_6; end",output/379.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 8 elements.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 ** Idea 1 *** Subitem 1.0 ** Concept 2 *** Subitem 2.0 *** Subitem 2.1 ** Task 3 *** Subitem 3.0",output/211.pintora.png Map out a process flow using an activity diagram. Include about 6 elements.,"activityDiagram start :step_0; :step_1; :step_2; if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif :step_4; :step_5; end",output/369.pintora.png Create a sequence diagram with random interaction patterns involving 15 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_2 alt Condition Service_2-->Service_1: Message 697 else Other case Service_1-->>Service_2: Response end Service_2-->>Service_0: Message 475 Service_0-xService_2: Message 939 Service_0->>Service_1: Message 670 Service_2-->>Service_1: Message 682 Service_0-xService_2: Message 900 Service_2->>Service_0: Message 119 loop Loop check Service_0->Service_2: Message 770 end Service_1-xService_2: Message 772 Service_1->Service_0: Message 871 Service_2-xService_1: Message 713 Service_1->>Service_2: Message 644 Service_2->>Service_0: Message 514 Service_0->>Service_1: Message 493 Service_1->>Service_0: Message 256",output/595.pintora.png Create a sequence diagram with random interaction patterns involving 13 steps.,"sequenceDiagram Service_0-->Service_1: Message 592 Service_0-->>Service_1: Message 445 Service_0-xService_1: Message 272 Service_0-->Service_1: Message 820 Service_1->Service_0: Message 382 @note right of Service_0: Note processing Service_0-->Service_1: Message 232 Service_1-->Service_0: Message 953 loop Loop check Service_1->Service_0: Message 579 end Service_0->>Service_1: Message 307 Service_1-xService_0: Message 724 loop Loop check Service_0-xService_1: Message 782 end @note right of Service_0: Note processing Service_0->Service_1: Message 741 Service_1-xService_0: Message 868",output/585.pintora.png Create an advanced sequence diagram with complex interactions.,"sequenceDiagram title: System Communication autonumber participant [ ServiceB] participant [ ServiceC] loop Batch process ServiceB-->>ServiceC: Update 0 ServiceC-->>ServiceB: Response end ServiceA-->ServiceB: Process event ServiceA-->>ServiceB: Validate ServiceB-->>ServiceA: Query 3 ServiceB->ServiceA: Process event par Parallel processing ServiceC-->ServiceA: Task A and ServiceC-->ServiceB: Task B end alt Success ServiceC-->>ServiceB: Update 6 ServiceB-->>ServiceC: OK else Error ServiceB-->>ServiceC: Error code end par Parallel processing ServiceB-->>ServiceA: Task A and ServiceB-->>ServiceB: Task B end par Parallel processing ServiceB->ServiceA: Task A and ServiceB->ServiceB: Task B end ServiceB-->>ServiceC: Process event",output/847.pintora.png Design a detailed hierarchical mind map.,"mindmap @param layoutDirection BT * Project Plan ** Topic A *** Subtopic A.1 **** Detail A.1.1 *** Subtopic A.2 **** Detail A.2.1 **** Detail A.2.2 **** Detail A.2.3 ** Topic B *** Subtopic B.1 **** Detail B.1.1 *** Subtopic B.2 *** Subtopic B.3 ** Topic C *** Subtopic C.1 *** Subtopic C.2 *** Subtopic C.3 **** Detail C.3.1 **** Detail C.3.2 **** Detail C.3.3 ** Topic D *** Subtopic D.1 *** Subtopic D.2 **** Detail D.2.1 **** Detail D.2.2 ** Topic E *** Subtopic E.1 *** Subtopic E.2 *** Subtopic E.3 *** Subtopic E.4 **** Detail E.4.1 **** Detail E.4.2",output/857.pintora.png Create an advanced sequence diagram with complex interactions. Use advanced syntax features.,"sequenceDiagram autonumber participant ServiceA participant [ ServiceB] participant [ ServiceD] participant [ ServiceE] ServiceF-xServiceD: Validate loop Retry ServiceC-->ServiceA: Query 1 ServiceA-->>ServiceC: Response end loop Batch process ServiceD->>ServiceE: Process event ServiceE-->>ServiceD: Response end alt Authenticated ServiceF-xServiceC: Fetch data ServiceC-->>ServiceF: OK else Error ServiceC-->>ServiceF: Error code end ServiceB->>ServiceC: Process event alt Authenticated ServiceB-xServiceC: Request 5 ServiceC-->>ServiceB: OK else Error ServiceC-->>ServiceB: Error code end ServiceE->ServiceC: Fetch data alt Authenticated ServiceF->ServiceE: Update 7 ServiceE-->>ServiceF: OK else Error ServiceE-->>ServiceF: Error code end ServiceC->ServiceD: Query 8 ServiceE-->ServiceB: Fetch data",output/861.pintora.png Create an ER diagram with custom styling,"erDiagram @param fill #aabb00 @param stroke #aacc00 @param textColor #333333 @param attributeFill #fcfff2 @param labelBackground #ffffff @param fontSize 14 @param edgeType ortho ARTIST { int id PK string name string genre } ALBUM { int id PK string title date release_date } ARTIST ||--o{ ALBUM : creates",output/919.pintora.png Design an advanced sequence diagram with complex interactions.,"sequenceDiagram title: User Flow participant [ ServiceB] participant [ ServiceC] ServiceA->>ServiceC: Validate par Parallel processing ServiceA-->ServiceA: Task A and ServiceA-->ServiceB: Task B end par Parallel processing ServiceD-->>ServiceA: Task A and ServiceD-->>ServiceB: Task B end par Parallel processing ServiceD-->ServiceA: Task A and ServiceD-->ServiceB: Task B end ServiceA->ServiceC: Validate ServiceC->ServiceD: Fetch data par Parallel processing ServiceD-->>ServiceA: Task A and ServiceD-->>ServiceB: Task B end alt Success ServiceA-->>ServiceB: Validate ServiceB-->>ServiceA: OK else Error ServiceB-->>ServiceA: Error code end ServiceA-->ServiceD: Request 8 @note right of ServiceA: Validating ServiceA->ServiceC: Fetch data alt Success ServiceC->ServiceB: Query 10 ServiceB-->>ServiceC: OK else Error ServiceB-->>ServiceC: Error code end ServiceD-->>ServiceA: Process event",output/871.pintora.png Create a sequence diagram with multiline notes and dividers,"sequenceDiagram Alice->>Bob: Hello Bob @note over Alice,Bob: This is a note over both participants == First Section == Bob->>Alice: Hi Alice! @start_note left of Alice This is a multiline note on the left side of Alice @end_note == Second Section == Alice-->>Bob: How are you? @note right of Bob: Short note",output/909.pintora.png Create a sequence diagram with random interaction patterns involving 13 steps.,"sequenceDiagram autonumber Service_2-xService_1: Message 394 Service_3->>Service_0: Message 945 alt Condition Service_2-->>Service_1: Message 825 else Other case Service_1-->>Service_2: Response end alt Condition Service_3-xService_0: Message 374 else Other case Service_0-->>Service_3: Response end Service_0-->Service_2: Message 578 Service_0-->Service_1: Message 531 Service_2->>Service_0: Message 169 Service_0->Service_2: Message 355 loop Loop check Service_3->Service_0: Message 467 end Service_0-xService_2: Message 729 Service_2-xService_0: Message 503 Service_2->>Service_1: Message 159 Service_2-->>Service_1: Message 210",output/472.pintora.png Create a flow activity diagram with approximately 8 logical steps including conditions.,"activityDiagram start :Process 0; if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Process 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif :Action 7; end",output/462.pintora.png Schedule tasks using a Gantt chart. Include about 8 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 9d ""Task 1"" : 2024-01-10, 2d ""Task 2"" : 2024-01-12, 10d ""Task 3"" : 2024-01-22, 8d ""Task 4"" : 2024-01-30, 7d ""Task 5"" : 2024-02-06, 10d",output/227.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 <|-- Class1 Class1 --> Class2 Class2 *-- Class3",output/237.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 ** Idea 1 *** Subitem 1.0 ** Idea 2 *** Subitem 2.0 **** Detail 2.0.1",output/141.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } class Class5 { +attribute1 +method1() } Class0 o-- Class1 Class1 <|-- Class2 Class2 o-- Class3 Class3 <|-- Class4 Class4 o-- Class5",output/151.pintora.png Generate a DOT directed graph with 10 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""box"", label=""Node n7""] n8 [shape=""ellipse"", label=""Node n8""] n9 [shape=""box"", label=""Node n9""] n1 -> n3 n8 -> n9 n6 -> n4 n7 -> n6 n9 -> n1 n1 -> n4 n7 -> n1 n6 -> n2 n3 -> n5 n2 -> n9 n8 -> n7 }",output/714.pintora.png Create a sequence diagram with random interaction patterns involving 8 steps.,"sequenceDiagram participant Service_0 participant Service_2 Service_0-->Service_1: Message 204 @note right of Service_0: Note processing Service_0-->Service_3: Message 244 @note right of Service_0: Note processing Service_0-->>Service_2: Message 805 Service_0-->Service_1: Message 532 loop Loop check Service_1->Service_2: Message 985 end Service_3-->Service_2: Message 980 Service_3-->>Service_1: Message 521 Service_0-->>Service_3: Message 404",output/704.pintora.png Create a sequence diagram with random interaction patterns involving 7 steps.,"sequenceDiagram autonumber participant Service_0 alt Condition Service_0-xService_1: Message 170 else Other case Service_1-->>Service_0: Response end alt Condition Service_1->>Service_0: Message 862 else Other case Service_0-->>Service_1: Response end Service_0-->>Service_1: Message 748 Service_0-xService_1: Message 553 loop Loop check Service_0-->>Service_1: Message 540 end loop Loop check Service_0->Service_1: Message 294 end Service_1-xService_0: Message 342",output/776.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 int field_1 datetime field_2 } TABLE_1 { int id PK bool field_0 string field_1 int field_2 } TABLE_2 { int id PK string field_0 bool field_1 string field_2 datetime field_3 } TABLE_3 { int id PK datetime field_0 float field_1 datetime field_2 int field_3 } TABLE_4 { int id PK bool field_0 bool field_1 int field_2 float field_3 } TABLE_5 { int id PK float field_0 datetime field_1 datetime field_2 bool field_3 } TABLE_0 ||--o{ TABLE_1 : contains TABLE_1 ||--|| TABLE_2 : has TABLE_2 }|--|| TABLE_3 : manages TABLE_3 }|--|| TABLE_4 : owns TABLE_4 }|--|| TABLE_5 : contains",output/766.pintora.png Schedule tasks using a Gantt chart. Include about 15 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 4d ""Task 1"" : 2024-01-05, 4d ""Task 2"" : 2024-01-09, 7d",output/123.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; :step_2; :step_3; :step_4; :step_5; :step_6; if (check7?) then (yes) :action_yes_7; else (no) :action_no_7; endif end",output/133.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P3-->P4: msg_94 P2-->P3: msg_33 P1->P2: msg_86 P0->>P4: msg_37 P1-->P4: msg_85 P0->P3: msg_30 P0-->>P4: msg_3 P3-->P0: msg_97 P4->P2: msg_63 P3->>P1: msg_18",output/245.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Idea 0 *** Subitem 0.0 **** Detail 0.0.1 ** Task 1 *** Subitem 1.0 *** Subitem 1.1 **** Detail 1.1.1",output/255.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Process 3; :Action 4; end",output/410.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; :Process 2; :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif :Process 6; :Process 7; :Action 8; end",output/568.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 **** Detail 0.0.1 ** Feature 1 *** Subitem 1.0 **** Detail 1.0.1 ** Feature 2 *** Subitem 2.0 **** Detail 2.0.1 *** Subitem 2.1 *** Subitem 2.2 ** Feature 3 *** Subitem 3.0 *** Subitem 3.1",output/400.pintora.png Write an Entity Relationship diagram with 7 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 float field_1 int field_2 bool field_3 datetime field_4 } TABLE_1 { int id PK datetime field_0 float field_1 float field_2 string field_3 string field_4 } TABLE_2 { int id PK datetime field_0 bool field_1 string field_2 datetime field_3 } TABLE_3 { int id PK float field_0 int field_1 bool field_2 string field_3 } TABLE_4 { int id PK float field_0 int field_1 datetime field_2 bool field_3 } TABLE_5 { int id PK bool field_0 float field_1 string field_2 bool field_3 float field_4 } TABLE_6 { int id PK bool field_0 string field_1 datetime field_2 datetime field_3 int field_4 } TABLE_0 }|--|| TABLE_1 : owns TABLE_1 ||--|| TABLE_2 : has TABLE_2 ||--|| TABLE_3 : has TABLE_3 ||--|{ TABLE_4 : has TABLE_4 }|--|| TABLE_5 : has TABLE_5 }|--|| TABLE_6 : manages",output/578.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 8 elements.,"mindmap * Root Topic ** Idea 0 *** Subitem 0.0 **** Detail 0.0.1 ** Idea 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 ** Feature 2 *** Subitem 2.0 ** Idea 3 *** Subitem 3.0 **** Detail 3.0.1 *** Subitem 3.1 **** Detail 3.1.1",output/384.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif :step_4; :step_5; end",output/394.pintora.png Design an Entity Relationship diagram. Include about 12 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 ||--|{ Ent3 : relates",output/78.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P1->>P0: msg_72 P1-->>P0: msg_74 P0->P1: msg_49 P1-->>P2: msg_66 P0-->P1: msg_76 P1->P2: msg_33 P1->>P0: msg_65",output/9.pintora.png Create a mind map for database concepts,"mindmap + Database Systems ++ Relational +++ PostgreSQL +++ MySQL +++ SQLite ++ NoSQL +++ Document Store ++++ MongoDB ++++ CouchDB +++ Key-Value ++++ Redis ++++ DynamoDB +++ Graph ++++ Neo4j ++++ Amazon Neptune -- Concepts --- ACID --- CAP Theorem --- Indexing --- Normalization",output/1001.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 }|--|| Ent2 : relates Ent2 ||--|| Ent3 : relates",output/68.pintora.png Generate a DOT directed graph with 5 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n4 -> n2 n1 -> n4 n3 -> n4 n0 -> n4 n4 -> n2 n4 -> n1 }",output/803.pintora.png Illustrate a complex business process with activity diagram.,"activityDiagram title: Data Processing start while (Check 0?) is (yes) :Process 0; endwhile (done) while (Check 1?) is (yes) :Process 1; endwhile (done) while (Check 2?) is (yes) :Process 2; endwhile (done) if (Condition 3?) then (yes) :Action True 3; else (no) :Action False 3; endif while (Check 4?) is (yes) :Process 4; endwhile (done) if (Condition 5?) then (yes) :Action True 5; else (no) :Action False 5; endif :Step 6; if (Condition 7?) then (yes) :Action True 7; else (no) :Action False 7; endif } end",output/813.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n8 [shape=""circle"", label=""Node n8""] n3 -> n4 n4 -> n6 n8 -> n1 n7 -> n1 n4 -> n0 n8 -> n2 n5 -> n6 n4 -> n8 }",output/653.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""ellipse"", label=""Node n8""] n1 -> n8 n7 -> n8 n3 -> n4 n5 -> n4 n0 -> n5 n7 -> n4 n4 -> n8 n2 -> n7 n1 -> n4 n0 -> n8 n7 -> n6 }",output/643.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start :Action 0; :Action 1; :Process 2; :Action 3; :Action 4; :Process 5; if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif fork :Parallel 1 7; forkagain :Parallel 2 7; endfork :Action 8; end",output/535.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""box"", label=""Node n7""] n6 -> n2 n7 -> n6 n3 -> n1 n6 -> n0 n0 -> n7 n6 -> n2 n3 -> n5 n7 -> n4 n2 -> n6 n1 -> n7 }",output/525.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 *** Subitem 0.2 **** Detail 0.2.1 ** Feature 1 *** Subitem 1.0 ** Task 2 *** Subitem 2.0 *** Subitem 2.1 **** Detail 2.1.1 *** Subitem 2.2 ** Concept 3 *** Subitem 3.0 **** Detail 3.0.1 *** Subitem 3.1 **** Detail 3.1.1",output/218.pintora.png Map out a process flow using an activity diagram. Include about 5 elements.,"activityDiagram start :step_0; if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif :step_2; if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif :step_4; end",output/360.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P0->>P1: msg_97 P1->P0: msg_79 P0->>P1: msg_81 P0->>P1: msg_96 P1-->P0: msg_40 P0-->P1: msg_92 P1-->P0: msg_62",output/208.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 3d ""Task 1"" : 2024-01-04, 2d ""Task 2"" : 2024-01-06, 2d ""Task 3"" : 2024-01-08, 5d ""Task 4"" : 2024-01-13, 3d",output/370.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P1->>P0: msg_28 P0->P1: msg_71 P0-->>P2: msg_64 P1->>P2: msg_4 P1->>P0: msg_91 P2-->P0: msg_56",output/25.pintora.png Visualize a graph structure using DOT syntax. Include about 14 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n1 -> n2 n0 -> n3 n4 -> n1 n1 -> n0 n3 -> n1 n2 -> n1 n1 -> n3 n4 -> n1 n3 -> n0 n2 -> n4 n4 -> n2 n3 -> n4 n4 -> n0 n2 -> n3 }",output/35.pintora.png Write an activity diagram with while and repeat loops,"activityDiagram start :Initialize counter; while (counter < 10) is (yes) :Process item; :Increment counter; endwhile (done) repeat :Read next batch; :Process batch; repeatwhile (more batches?) is (yes) not (no) :Finalize results; end",output/926.pintora.png Create a Gantt chart for a product launch,"gantt title Product Launch Timeline dateFormat YYYY-MM-DD axisFormat MM-DD axisInterval 1w section Research ""Market Analysis"" : 2024-01-01, 2024-01-15 ""User Research"" : 2024-01-08, 2024-01-22 section Development ""MVP Development"" : dev-mvp, 2024-01-22, 30d ""Testing"" : after dev-mvp, 14d section Launch ""Beta Release"" : milestone, 2024-03-01, 0d ""Marketing Campaign"" : 2024-03-01, 2024-03-15 ""Public Launch"" : milestone, 2024-03-15, 0d",output/936.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n3 -> n4 n1 -> n4 n4 -> n5 n4 -> n2 n5 -> n2 n4 -> n7 n2 -> n3 n4 -> n6 n2 -> n0 }",output/792.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 float field_1 string field_2 float field_3 bool field_4 } TABLE_1 { int id PK int field_0 int field_1 bool field_2 } TABLE_2 { int id PK string field_0 bool field_1 bool field_2 int field_3 } TABLE_3 { int id PK datetime field_0 bool field_1 datetime field_2 float field_3 } TABLE_4 { int id PK string field_0 datetime field_1 float field_2 string field_3 bool field_4 } TABLE_5 { int id PK float field_0 float field_1 string field_2 int field_3 } TABLE_6 { int id PK int field_0 string field_1 } TABLE_7 { int id PK datetime field_0 int field_1 int field_2 float field_3 } TABLE_0 }|--|| TABLE_1 : has TABLE_1 ||--|| TABLE_2 : uses TABLE_2 ||--o{ TABLE_3 : manages TABLE_3 ||--o{ TABLE_4 : manages TABLE_4 ||--|{ TABLE_5 : uses TABLE_5 ||--o{ TABLE_6 : manages TABLE_6 ||--|{ TABLE_7 : uses",output/782.pintora.png Create a sequence diagram with random interaction patterns involving 13 steps.,"sequenceDiagram participant Service_4 alt Condition Service_3->>Service_2: Message 743 else Other case Service_2-->>Service_3: Response end loop Loop check Service_0-->Service_2: Message 764 end @note right of Service_3: Note processing Service_3-xService_4: Message 322 @note right of Service_3: Note processing Service_3-->>Service_0: Message 743 Service_4-->>Service_0: Message 347 Service_4->Service_0: Message 922 Service_0-->Service_1: Message 107 Service_3->Service_1: Message 724 Service_2->Service_4: Message 891 Service_4-xService_3: Message 764 Service_0->Service_3: Message 387 Service_0->>Service_4: Message 998 Service_1-xService_2: Message 389",output/688.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif fork :Parallel 1 3; forkagain :Parallel 2 3; endfork if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Action 5; end",output/698.pintora.png Create a DOT diagram with edge and node styles,"dotDiagram digraph Styles { bgcolor=""#ffffff"" solid_node [style=""solid"", label=""Solid""] dashed_node [style=""dashed"", label=""Dashed""] dotted_node [style=""dotted"", label=""Dotted""] bold_node [style=""bold"", label=""Bold""] solid_node -> dashed_node [style=""solid""] dashed_node -> dotted_node [style=""dashed""] dotted_node -> bold_node [style=""dotted""] bold_node -> solid_node [style=""bold""] }",output/944.pintora.png Create a component diagram with custom style selectors,"@pre @style { .component__interface { backgroundColor: #61afef; } .component__component { backgroundColor: #98c379; } } @endpre componentDiagram [Application] () IDatabase () ILogger [Application] --> IDatabase [Application] --> ILogger",output/954.pintora.png Create a sequence diagram with random interaction patterns involving 12 steps.,"sequenceDiagram autonumber participant Service_1 alt Condition Service_4-->Service_0: Message 726 else Other case Service_0-->>Service_4: Response end Service_0-->Service_4: Message 345 loop Loop check Service_1-xService_3: Message 568 end Service_4-->Service_0: Message 578 @note right of Service_0: Note processing Service_0->Service_3: Message 902 loop Loop check Service_0-->>Service_1: Message 709 end Service_4->>Service_2: Message 864 Service_0->>Service_1: Message 920 loop Loop check Service_4-xService_3: Message 622 end Service_1->>Service_2: Message 138 alt Condition Service_2-->Service_4: Message 365 else Other case Service_4-->>Service_2: Response end Service_0-->>Service_4: Message 604",output/496.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 **** Detail 0.0.1 ** Task 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 **** Detail 1.1.1",output/47.pintora.png Create a sequence diagram with random interaction patterns involving 14 steps.,"sequenceDiagram autonumber participant Service_0 loop Loop check Service_0-->>Service_1: Message 148 end Service_0-->>Service_1: Message 419 Service_0-->>Service_1: Message 326 Service_1->Service_0: Message 899 alt Condition Service_0-->Service_1: Message 934 else Other case Service_1-->>Service_0: Response end Service_1-->Service_0: Message 792 Service_0-->Service_1: Message 988 @note right of Service_0: Note processing Service_0-->>Service_1: Message 130 alt Condition Service_1->>Service_0: Message 150 else Other case Service_0-->>Service_1: Response end Service_0->Service_1: Message 701 Service_1-->>Service_0: Message 795 loop Loop check Service_1->>Service_0: Message 850 end Service_0-->Service_1: Message 246 Service_1-->>Service_0: Message 742",output/486.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent5 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 }|--|| Ent3 : relates Ent3 ||--o{ Ent4 : relates Ent4 }|--|| Ent5 : relates",output/57.pintora.png Schedule tasks using a Gantt chart. Include about 6 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 10d ""Task 1"" : 2024-01-11, 9d ""Task 2"" : 2024-01-20, 8d",output/302.pintora.png Model an object-oriented system with a class diagram. Include about 12 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 <|-- Class1 Class1 *-- Class2 Class2 o-- Class3 Class3 --> Class4",output/312.pintora.png Create a sequence diagram with random interaction patterns involving 10 steps.,"sequenceDiagram participant Service_0 participant Service_1 Service_0-xService_1: Message 791 Service_1-xService_0: Message 753 Service_1-xService_0: Message 424 Service_0-xService_1: Message 489 Service_1-->Service_0: Message 484 alt Condition Service_1-xService_0: Message 357 else Other case Service_0-->>Service_1: Response end Service_0-->Service_1: Message 698 Service_1-xService_0: Message 392 Service_1->Service_0: Message 111 Service_0->Service_1: Message 704",output/557.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 datetime field_1 bool field_2 } TABLE_1 { int id PK float field_0 float field_1 } TABLE_2 { int id PK float field_0 bool field_1 float field_2 datetime field_3 } TABLE_3 { int id PK bool field_0 datetime field_1 } TABLE_4 { int id PK int field_0 int field_1 datetime field_2 bool field_3 float field_4 } TABLE_0 ||--|{ TABLE_1 : contains TABLE_1 }|--|| TABLE_2 : owns TABLE_2 ||--o{ TABLE_3 : contains TABLE_3 ||--|{ TABLE_4 : manages",output/547.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; :Action 2; :Process 3; :Process 4; :Process 5; :Action 6; :Action 7; if (Check 8?) then (yes) :Handle Yes 8; else (no) :Handle No 8; endif :Action 9; end",output/749.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n3 -> n2 n4 -> n2 n2 -> n0 n5 -> n7 n0 -> n5 n5 -> n7 n6 -> n5 }",output/631.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 string field_1 string field_2 datetime field_3 int field_4 } TABLE_1 { int id PK int field_0 float field_1 datetime field_2 datetime field_3 string field_4 } TABLE_2 { int id PK datetime field_0 datetime field_1 bool field_2 } TABLE_3 { int id PK int field_0 int field_1 } TABLE_0 }|--|| TABLE_1 : uses TABLE_1 }|--|| TABLE_2 : owns TABLE_2 ||--|| TABLE_3 : contains",output/759.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Action 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; end",output/621.pintora.png Write a Pintora diagram: model an object-oriented system with class diagram.,"classDiagram title: Factory Pattern class FactoryA { +List~T~ attr0 ~List~T~ attr1 -method0() T } class HandlerB { #int attr0 #method0() T } class ControllerC { <> #List~T~ attr0 #method0() boolean ~method1() T ~method2() string } class ControllerD { ~int attr0 +List~T~ attr1 #int attr2 -int attr3 -method0() boolean ~method1() string } class ServiceE { ~List~T~ attr0 -int attr1 ~boolean attr2 -List~T~ attr3 +method0() T #method1() boolean } class ControllerF { #string attr0 +boolean attr1 +{static} method0() boolean -method1() void } FactoryA <|-- HandlerB HandlerB ..> ControllerD ControllerC *-- ControllerF ControllerD *-- ServiceE ServiceE *-- ControllerF",output/885.pintora.png Write a Pintora diagram: visualize a complex graph with dot diagram.,"dotDiagram graph G { bgcolor=""#f5f5f5"" node [shape=""plaintext"", bgcolor=""#e3f2fd""] n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n7 [label=""Node n7""] n8 [label=""Node n8""] n9 [label=""Node n9""] n1 -- n2 n3 -- n4 [color=""purple""] n2 -- n6 n6 -- n4 n0 -- n2 n2 -- n5 [color=""blue""] n3 -- n4 n1 -- n0 [color=""purple""] n7 -- n8 n3 -- n4 }",output/895.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P1-->P0: msg_94 P1-->P0: msg_98 P1-->>P0: msg_96 P1-->>P0: msg_99 P1-->P0: msg_5 P0->P1: msg_74 P0->>P1: msg_10 P0-->P1: msg_93 P0-->>P1: msg_55 P1-->>P0: msg_3 P1-->>P0: msg_88 P0->P1: msg_80 P1-->P0: msg_63 P1-->>P0: msg_13",output/236.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P0-->P1: msg_85 P1->P0: msg_8 P0-->>P1: msg_98 P1->P0: msg_55 P1->P0: msg_52 P1-->P0: msg_100 P0->>P1: msg_9 P1-->>P0: msg_3 P1->>P0: msg_29 P1-->>P0: msg_92 P0-->P1: msg_27 P0->P1: msg_22 P0-->>P1: msg_47 P0->P1: msg_48 P1-->>P0: msg_73",output/226.pintora.png Generate a DOT directed graph with 10 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n9 [shape=""circle"", label=""Node n9""] n7 -> n2 n0 -> n5 n9 -> n3 n1 -> n4 n5 -> n8 n1 -> n8 n6 -> n9 n7 -> n6 n8 -> n6 }",output/463.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 bool field_1 int field_2 } TABLE_1 { int id PK string field_0 int field_1 } TABLE_2 { int id PK float field_0 string field_1 int field_2 } TABLE_0 }|--|| TABLE_1 : contains TABLE_1 }|--|| TABLE_2 : uses",output/473.pintora.png Generate a DOT directed graph with 6 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n3 -> n0 n0 -> n2 n3 -> n2 n1 -> n0 n3 -> n2 n2 -> n3 n2 -> n4 n0 -> n5 }",output/705.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start :Process 0; if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Process 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif fork :Parallel 1 4; forkagain :Parallel 2 4; endfork :Process 5; end",output/715.pintora.png Create a sequence diagram showing interaction between participants. Include about 8 elements.,"sequenceDiagram autonumber P0->P1: msg_70 P1-->>P0: msg_29 P0->>P1: msg_25 P0-->P1: msg_27 P1-->P0: msg_63 P1->>P0: msg_47 P1->>P0: msg_13 P1-->P0: msg_25",output/150.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P3-->>P2: msg_68 P4-->P3: msg_42 P2->P4: msg_89 P3-->P2: msg_8 P4->>P2: msg_75 P0-->>P2: msg_44 P3-->P0: msg_49 P3-->P0: msg_30",output/140.pintora.png Write a sequence diagram for an e-commerce checkout process,"sequenceDiagram title: E-commerce Checkout autonumber participant Customer participant Cart participant Payment participant Inventory Customer->>Cart: Add items Cart->>Inventory: Check stock Inventory-->>Cart: Items available Customer->>Cart: Checkout Cart->>Payment: Process payment activate Payment Payment->>Payment: Validate card Payment-->>Cart: Payment confirmed deactivate Payment Cart->>Inventory: Update stock Inventory-->>Cart: Stock updated Cart-->>Customer: Order confirmed",output/908.pintora.png Create a detailed hierarchical mind map. Include nested structures.,"mindmap @param layoutDirection RL * Learning Path ** Topic A *** Subtopic A.1 **** Detail A.1.1 **** Detail A.1.2 *** Subtopic A.2 *** Subtopic A.3 *** Subtopic A.4 **** Detail A.4.1 **** Detail A.4.2 **** Detail A.4.3 ** Topic B *** Subtopic B.1 *** Subtopic B.2 *** Subtopic B.3 **** Detail B.3.1 **** Detail B.3.2 *** Subtopic B.4 ** Topic C *** Subtopic C.1 *** Subtopic C.2 **** Detail C.2.1 *** Subtopic C.3 **** Detail C.3.1 ** Topic D *** Subtopic D.1 *** Subtopic D.2 *** Subtopic D.3 **** Detail D.3.1 *** Subtopic D.4 **** Detail D.4.1 **** Detail D.4.2 **** Detail D.4.3 ** Topic E *** Subtopic E.1 **** Detail E.1.1 *** Subtopic E.2 *** Subtopic E.3 *** Subtopic E.4",output/870.pintora.png Write an ER diagram with all cardinality types,"erDiagram %% Demonstrating all cardinality types A ||--|| B : ""exactly one to exactly one"" C ||--o| D : ""exactly one to zero or one"" E ||--o{ F : ""exactly one to zero or more"" G ||--|{ H : ""exactly one to one or more"" I }|--|| J : ""one or more to exactly one"" K }o--o{ L : ""zero or more to zero or more"" ",output/918.pintora.png Write a Pintora diagram: visualize a complex graph with dot diagram.,"dotDiagram graph G { bgcolor=""#f5f5f5"" node [shape=""plaintext"", bgcolor=""#e3f2fd""] n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n7 [label=""Node n7""] n8 [label=""Node n8""] n2 -- n5 n7 -- n1 n6 -- n7 [color=""blue""] n7 -- n6 n0 -- n4 n6 -- n2 n7 -- n8 [color=""red""] n8 -- n5 n7 -- n6 [color=""blue""] n8 -- n5 n5 -- n3 [color=""green""] n5 -- n3 n3 -- n7 n3 -- n6 n7 -- n8 [color=""blue""] n7 -- n4 n5 -- n1 [color=""red""] n2 -- n4 }",output/860.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 *-- Class1 Class1 <|-- Class2 Class2 o-- Class3 Class3 o-- Class4",output/69.pintora.png Design an Entity Relationship diagram. Include about 15 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 }|--|| Ent2 : relates Ent2 }|--|| Ent3 : relates",output/8.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 }|--|| Ent3 : relates",output/79.pintora.png Write a sequence diagram for cache invalidation,"sequenceDiagram title: Cache Invalidation Pattern participant Writer participant CacheService participant Database participant Reader Writer->>Database: Update data Database-->>Writer: Success Writer->>CacheService: Invalidate cache key CacheService->>CacheService: Delete cached entry Reader->>CacheService: Request data CacheService->>CacheService: Cache miss CacheService->>Database: Fetch fresh data Database-->>CacheService: Data CacheService->>CacheService: Store in cache CacheService-->>Reader: Return data",output/1000.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 9d ""Task 1"" : 2024-01-10, 5d ""Task 2"" : 2024-01-15, 6d ""Task 3"" : 2024-01-21, 3d ""Task 4"" : 2024-01-24, 8d",output/395.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 7d ""Task 1"" : 2024-01-08, 10d ""Task 2"" : 2024-01-18, 4d ""Task 3"" : 2024-01-22, 3d",output/385.pintora.png Write a Pintora diagram: map a complex business process with activity diagram.,"activityDiagram start partition Processing { switch (Type 0?) case (A) :Handle A0; case (B) :Handle B0; endswitch :Step 1; :Step 2; @note right: Important step 3 :Critical action 3; fork :Parallel Task A4; forkagain :Parallel Task B4; endfork fork :Parallel Task A5; forkagain :Parallel Task B5; endfork end",output/812.pintora.png Create a sequence diagram with random interaction patterns involving 6 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_1 participant Service_2 alt Condition Service_1-->>Service_0: Message 173 else Other case Service_0-->>Service_1: Response end Service_1-xService_2: Message 425 Service_0-xService_1: Message 608 Service_1->Service_2: Message 996 Service_0->>Service_2: Message 727 Service_0-->>Service_1: Message 353",output/802.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 3d ""Task 1"" : 2024-01-04, 8d ""Task 2"" : 2024-01-12, 3d ""Task 3"" : 2024-01-15, 2d ""Task 4"" : 2024-01-17, 4d ""Task 5"" : 2024-01-21, 6d",output/132.pintora.png Map out a process flow using an activity diagram. Include about 10 elements.,"activityDiagram start :step_0; :step_1; :step_2; :step_3; :step_4; :step_5; :step_6; if (check7?) then (yes) :action_yes_7; else (no) :action_no_7; endif :step_8; :step_9; end",output/122.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 float field_1 int field_2 int field_3 } TABLE_1 { int id PK float field_0 bool field_1 float field_2 int field_3 string field_4 } TABLE_2 { int id PK datetime field_0 bool field_1 string field_2 } TABLE_3 { int id PK string field_0 datetime field_1 } TABLE_0 ||--o{ TABLE_1 : uses TABLE_1 ||--|| TABLE_2 : contains TABLE_2 ||--o{ TABLE_3 : contains",output/767.pintora.png Write an Entity Relationship diagram with 7 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 float field_1 bool field_2 datetime field_3 } TABLE_1 { int id PK bool field_0 float field_1 datetime field_2 datetime field_3 int field_4 } TABLE_2 { int id PK bool field_0 datetime field_1 float field_2 string field_3 int field_4 } TABLE_3 { int id PK datetime field_0 datetime field_1 datetime field_2 datetime field_3 } TABLE_4 { int id PK datetime field_0 datetime field_1 float field_2 } TABLE_5 { int id PK datetime field_0 float field_1 } TABLE_6 { int id PK string field_0 int field_1 float field_2 } TABLE_0 ||--o{ TABLE_1 : contains TABLE_1 }|--|| TABLE_2 : uses TABLE_2 }|--|| TABLE_3 : has TABLE_3 }|--|| TABLE_4 : manages TABLE_4 ||--|{ TABLE_5 : uses TABLE_5 ||--|| TABLE_6 : manages",output/777.pintora.png Generate a DOT directed graph with 7 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n6 -> n5 n3 -> n2 n2 -> n6 n1 -> n4 n0 -> n6 n1 -> n4 n6 -> n4 n0 -> n4 n4 -> n3 }",output/579.pintora.png Create a sequence diagram showing interaction between participants. Include about 6 elements.,"sequenceDiagram autonumber P0->P1: msg_81 P0-->>P1: msg_87 P1->>P0: msg_18 P0-->>P1: msg_7 P0-->P1: msg_47 P1-->>P0: msg_10",output/401.pintora.png Create a sequence diagram with random interaction patterns involving 9 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_1 participant Service_2 participant Service_3 Service_3-->Service_2: Message 830 Service_1->Service_3: Message 769 Service_1->>Service_0: Message 426 Service_0->>Service_1: Message 891 Service_2-->Service_0: Message 121 Service_3-->>Service_1: Message 889 alt Condition Service_2-->Service_1: Message 331 else Other case Service_1-->>Service_2: Response end alt Condition Service_0->>Service_1: Message 936 else Other case Service_1-->>Service_0: Response end Service_0-xService_3: Message 939",output/569.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""ellipse"", label=""Node n8""] n8 -> n2 n0 -> n6 n1 -> n4 n2 -> n5 n4 -> n1 n0 -> n3 n3 -> n4 n3 -> n1 n4 -> n7 n1 -> n3 n8 -> n6 }",output/411.pintora.png Schedule tasks using a Gantt chart. Include about 6 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 8d ""Task 1"" : 2024-01-09, 10d ""Task 2"" : 2024-01-19, 2d",output/254.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n1 -> n4 n4 -> n1 n1 -> n0 n3 -> n2 n1 -> n3 n0 -> n1 n0 -> n5 n3 -> n2 n0 -> n2 n1 -> n2 n3 -> n0 }",output/244.pintora.png Schedule tasks using a Gantt chart. Include about 6 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 8d ""Task 1"" : 2024-01-09, 10d ""Task 2"" : 2024-01-19, 4d ""Task 3"" : 2024-01-23, 9d ""Task 4"" : 2024-02-01, 4d ""Task 5"" : 2024-02-05, 9d",output/34.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P2-->P0: msg_88 P2-->P0: msg_72 P3-->>P0: msg_87 P4->>P0: msg_96 P3-->>P0: msg_56 P3-->P0: msg_75 P0->>P4: msg_99",output/24.pintora.png Create a sequence diagram with random interaction patterns involving 5 steps.,"sequenceDiagram participant Service_1 participant Service_2 Service_1->Service_2: Message 945 Service_1-->Service_0: Message 557 Service_1-->>Service_2: Message 479 alt Condition Service_2-->Service_3: Message 755 else Other case Service_3-->>Service_2: Response end Service_3->Service_0: Message 781",output/783.pintora.png Write an Entity Relationship diagram with 7 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 int field_1 string field_2 int field_3 } TABLE_1 { int id PK float field_0 string field_1 bool field_2 datetime field_3 } TABLE_2 { int id PK int field_0 float field_1 string field_2 } TABLE_3 { int id PK int field_0 float field_1 int field_2 string field_3 int field_4 } TABLE_4 { int id PK datetime field_0 datetime field_1 string field_2 float field_3 bool field_4 } TABLE_5 { int id PK string field_0 bool field_1 bool field_2 string field_3 } TABLE_6 { int id PK bool field_0 string field_1 float field_2 int field_3 string field_4 } TABLE_0 ||--o{ TABLE_1 : manages TABLE_1 ||--|{ TABLE_2 : contains TABLE_2 ||--|{ TABLE_3 : has TABLE_3 }|--|| TABLE_4 : owns TABLE_4 ||--|{ TABLE_5 : manages TABLE_5 ||--|| TABLE_6 : has",output/793.pintora.png Write a Gantt chart with task dependencies,"gantt title Sprint Planning dateFormat YYYY-MM-DD section Backend ""Design API"" : api-design, 2024-02-01, 5d ""Implement API"" : api-impl, after api-design, 10d ""API Testing"" : after api-impl, 5d section Frontend ""UI Mockups"" : ui-design, 2024-02-01, 7d ""Implement UI"" : after ui-design, 14d section Integration ""Integration Testing"" : after api-impl, 7d",output/937.pintora.png Create an activity diagram with parallel processing,"activityDiagram title: Parallel Order Processing start :Receive order; fork :Validate payment; forkagain :Check inventory; forkagain :Calculate shipping; endfork :Confirm order; :Send notification; end",output/927.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork :Process 1; :Action 2; :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Action 5; fork :Parallel 1 6; forkagain :Parallel 2 6; endfork if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif fork :Parallel 1 8; forkagain :Parallel 2 8; endfork if (Check 9?) then (yes) :Handle Yes 9; else (no) :Handle No 9; endif end",output/642.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 float field_1 } TABLE_1 { int id PK string field_0 datetime field_1 int field_2 datetime field_3 int field_4 } TABLE_2 { int id PK bool field_0 float field_1 bool field_2 bool field_3 datetime field_4 } TABLE_0 ||--|| TABLE_1 : owns TABLE_1 ||--o{ TABLE_2 : manages",output/652.pintora.png Design an Entity Relationship diagram. Include about 12 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--|| Ent2 : relates Ent2 ||--|{ Ent3 : relates",output/371.pintora.png Design an Entity Relationship diagram. Include about 8 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent5 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 ||--|| Ent2 : relates Ent2 ||--|{ Ent3 : relates Ent3 ||--|{ Ent4 : relates Ent4 ||--|{ Ent5 : relates",output/209.pintora.png Create a sequence diagram showing interaction between participants. Include about 5 elements.,"sequenceDiagram autonumber P0-->>P1: msg_91 P0->>P1: msg_93 P0->>P1: msg_29 P0-->>P1: msg_31 P1->>P0: msg_63",output/361.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 o-- Class1 Class1 *-- Class2 Class2 <|-- Class3",output/219.pintora.png Write a component diagram showing a system with 7 components distributed across packages.,"componentDiagram package ""System A"" { [Comp0] [Comp1] [Comp2] } package ""System B"" { [Comp3] [Comp4] [Comp5] [Comp6] } () HTTP () DB_Conn [Comp0] --> [Comp1] [Comp1] --> [Comp2] [Comp2] --> [Comp3] [Comp3] --> [Comp4] [Comp4] --> [Comp5] [Comp5] --> [Comp6] [Comp0] --> HTTP [Comp6] --> DB_Conn",output/524.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 float field_1 int field_2 int field_3 } TABLE_1 { int id PK string field_0 string field_1 string field_2 } TABLE_2 { int id PK datetime field_0 int field_1 string field_2 float field_3 } TABLE_3 { int id PK float field_0 int field_1 } TABLE_4 { int id PK int field_0 datetime field_1 } TABLE_5 { int id PK float field_0 bool field_1 string field_2 string field_3 } TABLE_6 { int id PK bool field_0 int field_1 float field_2 float field_3 float field_4 } TABLE_7 { int id PK datetime field_0 bool field_1 bool field_2 string field_3 } TABLE_0 }|--|| TABLE_1 : contains TABLE_1 }|--|| TABLE_2 : has TABLE_2 ||--|| TABLE_3 : manages TABLE_3 }|--|| TABLE_4 : manages TABLE_4 }|--|| TABLE_5 : uses TABLE_5 ||--|{ TABLE_6 : owns TABLE_6 }|--|| TABLE_7 : owns",output/534.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 float field_1 bool field_2 } TABLE_1 { int id PK datetime field_0 bool field_1 datetime field_2 datetime field_3 } TABLE_2 { int id PK datetime field_0 datetime field_1 } TABLE_3 { int id PK int field_0 bool field_1 datetime field_2 datetime field_3 } TABLE_4 { int id PK float field_0 int field_1 bool field_2 } TABLE_5 { int id PK bool field_0 datetime field_1 string field_2 int field_3 } TABLE_0 ||--o{ TABLE_1 : uses TABLE_1 }|--|| TABLE_2 : owns TABLE_2 ||--|| TABLE_3 : manages TABLE_3 ||--|| TABLE_4 : manages TABLE_4 }|--|| TABLE_5 : owns",output/546.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Action 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif fork :Parallel 1 3; forkagain :Parallel 2 3; endfork if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; end",output/556.pintora.png Schedule tasks using a Gantt chart. Include about 11 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 9d ""Task 1"" : 2024-01-10, 10d ""Task 2"" : 2024-01-20, 8d",output/313.pintora.png Create a sequence diagram showing interaction between participants. Include about 14 elements.,"sequenceDiagram autonumber P3->>P1: msg_86 P0-->>P2: msg_52 P0-->>P3: msg_27 P0-->>P1: msg_30 P0->P2: msg_73 P1->>P3: msg_84 P3->P2: msg_43 P3->P1: msg_100 P3-->P1: msg_5 P0->>P3: msg_50 P1->P3: msg_13 P0->P3: msg_25 P1->P2: msg_11 P2-->>P0: msg_65",output/303.pintora.png Create an advanced sequence diagram with complex interactions.,"sequenceDiagram autonumber participant [ ServiceA] participant [ ServiceD] participant [ ServiceE] participant [ ServiceF] ServiceB->>ServiceF: Query 0 loop Retry ServiceC-->ServiceB: Validate ServiceB-->>ServiceC: Response end loop Retry ServiceF-xServiceE: Process event ServiceE-->>ServiceF: Response end @note right of ServiceB: Validating ServiceB-->ServiceE: Validate ServiceE->ServiceB: Query 4 ServiceE-xServiceB: Request 5 ServiceF-->>ServiceA: Update 6 ServiceA-->>ServiceF: Fetch data ServiceF-xServiceE: Request 8 ServiceF->>ServiceB: Query 9 par Parallel processing ServiceD-->>ServiceA: Task A and ServiceD-->>ServiceB: Task B end",output/894.pintora.png Write a Pintora diagram: visualize a complex graph with dot diagram.,"dotDiagram graph G { bgcolor=""#f5f5f5"" node [shape=""circle"", bgcolor=""#e3f2fd""] subgraph cluster_0 { label=""Group A"" a0 [label=""Node a0""] a1 [label=""Node a1""] a2 [label=""Node a2""] a3 [label=""Node a3""] } subgraph cluster_1 { label=""Group B"" b0 [label=""Node b0""] b1 [label=""Node b1""] } a1 -- a0 [color=""green""] a1 -- b1 a0 -- a1 [color=""blue""] b1 -- a3 a3 -- a1 a2 -- b0 [color=""purple""] a2 -- b1 b1 -- a3 [color=""purple""] a3 -- b0 [color=""blue""] a1 -- b0 }",output/884.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start :Action 0; if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Action 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif fork :Parallel 1 4; forkagain :Parallel 2 4; endfork if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif :Action 6; end",output/620.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 float field_1 } TABLE_1 { int id PK bool field_0 float field_1 } TABLE_2 { int id PK float field_0 string field_1 datetime field_2 int field_3 string field_4 } TABLE_3 { int id PK bool field_0 int field_1 int field_2 datetime field_3 } TABLE_4 { int id PK int field_0 float field_1 } TABLE_5 { int id PK bool field_0 int field_1 string field_2 string field_3 } TABLE_0 }|--|| TABLE_1 : uses TABLE_1 ||--|{ TABLE_2 : has TABLE_2 ||--|| TABLE_3 : uses TABLE_3 ||--|{ TABLE_4 : has TABLE_4 ||--|{ TABLE_5 : owns",output/758.pintora.png Create a flow activity diagram with approximately 8 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Process 2; :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif :Process 6; :Process 7; end",output/630.pintora.png Write an Entity Relationship diagram with 7 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 datetime field_1 float field_2 } TABLE_1 { int id PK string field_0 float field_1 datetime field_2 datetime field_3 } TABLE_2 { int id PK float field_0 float field_1 } TABLE_3 { int id PK datetime field_0 float field_1 } TABLE_4 { int id PK int field_0 bool field_1 string field_2 } TABLE_5 { int id PK bool field_0 bool field_1 bool field_2 datetime field_3 } TABLE_6 { int id PK float field_0 bool field_1 } TABLE_0 }|--|| TABLE_1 : manages TABLE_1 ||--|{ TABLE_2 : contains TABLE_2 ||--o{ TABLE_3 : contains TABLE_3 ||--|{ TABLE_4 : contains TABLE_4 ||--o{ TABLE_5 : owns TABLE_5 ||--|{ TABLE_6 : owns",output/748.pintora.png Write an activity diagram with @bindClass,"@pre @style { .highlight { actionBackground: #ff6b6b; textColor: #ffffff; } } @endpre activityDiagram start :Normal action; :Important action; @bindClass action-1 highlight end",output/955.pintora.png Write a DOT undirected graph,"dotDiagram graph Network { bgcolor=""#f0f0f0"" node [bgcolor=""#aaddff""] server1 -- switch1 server2 -- switch1 server3 -- switch2 switch1 -- router switch2 -- router router -- firewall firewall -- internet }",output/945.pintora.png Create a sequence diagram with random interaction patterns involving 10 steps.,"sequenceDiagram participant Service_3 participant Service_4 Service_4->>Service_3: Message 267 Service_0-xService_4: Message 642 Service_3->>Service_2: Message 410 Service_0-->Service_4: Message 518 Service_2-->>Service_3: Message 137 loop Loop check Service_4-->Service_0: Message 496 end Service_0->>Service_4: Message 633 Service_1->Service_3: Message 298 Service_2->Service_0: Message 181 Service_3->>Service_0: Message 308",output/699.pintora.png Generate a DOT directed graph with 6 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n4 -> n5 n5 -> n3 n3 -> n0 n3 -> n5 n0 -> n3 n3 -> n4 n5 -> n4 n2 -> n4 }",output/689.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 ** Idea 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 *** Subitem 1.2 **** Detail 1.2.1 ** Idea 2 *** Subitem 2.0",output/56.pintora.png Create a sequence diagram with random interaction patterns involving 12 steps.,"sequenceDiagram participant Service_1 Service_1-xService_0: Message 146 Service_0->>Service_1: Message 810 Service_0-xService_1: Message 823 Service_1-->Service_0: Message 950 Service_0-->>Service_1: Message 653 Service_1-->>Service_0: Message 331 Service_0-->>Service_1: Message 813 Service_1-xService_0: Message 755 Service_0-xService_1: Message 315 Service_1-->Service_0: Message 468 alt Condition Service_0-xService_1: Message 869 else Other case Service_1-->>Service_0: Response end Service_0->Service_1: Message 610",output/487.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 }|--|| Ent2 : relates Ent2 ||--|| Ent3 : relates Ent3 ||--|| Ent4 : relates",output/46.pintora.png Generate a DOT directed graph with 5 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n0 -> n1 n0 -> n4 n1 -> n2 n3 -> n4 n0 -> n1 n3 -> n4 }",output/497.pintora.png Create a complex sequence diagram with loops and alts,"sequenceDiagram participant Client participant Server loop Retry Client->>Server: Ping alt Success Server-->>Client: Pong else Timeout Server-->>Client: Error end end",output/1.pintora.png Design an Entity Relationship diagram. Include about 12 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent5 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 }|--|| Ent2 : relates Ent2 }|--|| Ent3 : relates Ent3 ||--|| Ent4 : relates Ent4 ||--o{ Ent5 : relates",output/70.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 10 elements.,"mindmap * Root Topic ** Idea 0 *** Subitem 0.0 **** Detail 0.0.1 ** Task 1 *** Subitem 1.0 **** Detail 1.0.1",output/60.pintora.png Write a class diagram for a repository pattern,"classDiagram class IRepository { <> +getById(id) T +getAll() List~T~ +add(entity) void +update(entity) void +delete(id) void } class UserRepository { -DbContext context +getById(id) User +getAll() List~User~ +add(user) void +findByEmail(email) User } class OrderRepository { -DbContext context +getById(id) Order +getAll() List~Order~ +findByUser(userId) List~Order~ } IRepository <|.. UserRepository IRepository <|.. OrderRepository",output/973.pintora.png Model an object-oriented system with a class diagram. Include about 5 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } class Class5 { +attribute1 +method1() } Class0 <|-- Class1 Class1 o-- Class2 Class2 <|-- Class3 Class3 o-- Class4 Class4 o-- Class5",output/192.pintora.png Write a component diagram for a message queue architecture,"componentDiagram title: Message Queue Architecture package ""Producers"" { [Order Service] [Notification Service] } package ""Message Broker"" { [RabbitMQ] () ""Exchange"" () ""Queue"" } package ""Consumers"" { [Email Worker] [SMS Worker] [Analytics Worker] } [Order Service] --> ""Exchange"" [Notification Service] --> ""Exchange"" ""Exchange"" --> ""Queue"" ""Queue"" --> [Email Worker] ""Queue"" --> [SMS Worker] ""Queue"" --> [Analytics Worker]",output/963.pintora.png Create a sequence diagram showing interaction between participants. Include about 7 elements.,"sequenceDiagram autonumber P1-->P3: msg_89 P2->>P3: msg_31 P2-->>P0: msg_12 P2-->P0: msg_86 P0-->P3: msg_78 P0->>P1: msg_41 P0-->P1: msg_98",output/182.pintora.png Create a sequence diagram with random interaction patterns involving 13 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_1 participant Service_3 @note right of Service_4: Note processing Service_4-->Service_3: Message 287 loop Loop check Service_2->Service_3: Message 308 end Service_1->Service_0: Message 450 Service_4-->>Service_0: Message 471 Service_0->Service_2: Message 913 Service_4->>Service_0: Message 814 @note right of Service_1: Note processing Service_1->>Service_0: Message 225 Service_3-->>Service_0: Message 719 Service_4-->Service_3: Message 671 Service_3-xService_1: Message 359 @note right of Service_3: Note processing Service_3->Service_1: Message 825 loop Loop check Service_1->>Service_3: Message 902 end loop Loop check Service_4->Service_0: Message 721 end",output/606.pintora.png Generate a DOT directed graph with 7 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n0 -> n2 n0 -> n2 n3 -> n6 n2 -> n4 n1 -> n6 n6 -> n4 n5 -> n3 }",output/616.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 bool field_1 float field_2 datetime field_3 int field_4 } TABLE_1 { int id PK datetime field_0 float field_1 } TABLE_2 { int id PK datetime field_0 float field_1 } TABLE_0 ||--|| TABLE_1 : uses TABLE_1 ||--|{ TABLE_2 : contains",output/560.pintora.png Generate a DOT directed graph with 11 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n8 [shape=""ellipse"", label=""Node n8""] n9 [shape=""diamond"", label=""Node n9""] n10 [shape=""circle"", label=""Node n10""] n1 -> n3 n5 -> n0 n0 -> n8 n6 -> n5 n6 -> n9 n5 -> n8 n2 -> n5 n2 -> n9 n8 -> n3 n4 -> n1 n3 -> n7 }",output/418.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start :Action 0; :Process 1; :Process 2; :Action 3; :Process 4; :Action 5; :Process 6; :Action 7; if (Check 8?) then (yes) :Handle Yes 8; else (no) :Handle No 8; endif :Process 9; end",output/570.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Idea 0 *** Subitem 0.0 ** Feature 1 *** Subitem 1.0",output/408.pintora.png Map out a process flow using an activity diagram. Include about 11 elements.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif :step_1; :step_2; :step_3; :step_4; :step_5; :step_6; :step_7; if (check8?) then (yes) :action_yes_8; else (no) :action_no_8; endif :step_9; if (check10?) then (yes) :action_yes_10; else (no) :action_no_10; endif end",output/335.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 6d ""Task 1"" : 2024-01-07, 5d ""Task 2"" : 2024-01-12, 8d ""Task 3"" : 2024-01-20, 8d ""Task 4"" : 2024-01-28, 3d ""Task 5"" : 2024-01-31, 7d",output/325.pintora.png Schedule tasks using a Gantt chart. Include about 7 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 4d ""Task 1"" : 2024-01-05, 8d ""Task 2"" : 2024-01-13, 9d ""Task 3"" : 2024-01-22, 10d",output/357.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P1-->>P0: msg_79 P0-->>P1: msg_32 P1-->P0: msg_26 P1-->P0: msg_88 P0->>P1: msg_82",output/347.pintora.png Create a sequence diagram with random interaction patterns involving 6 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_1 alt Condition Service_0-xService_1: Message 935 else Other case Service_1-->>Service_0: Response end Service_1->Service_0: Message 782 alt Condition Service_0-->Service_1: Message 927 else Other case Service_1-->>Service_0: Response end Service_0-->Service_1: Message 850 Service_0-->Service_1: Message 481 Service_1-->>Service_0: Message 485",output/502.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 bool field_1 } TABLE_1 { int id PK int field_0 bool field_1 } TABLE_2 { int id PK float field_0 float field_1 bool field_2 } TABLE_0 ||--|| TABLE_1 : has TABLE_1 ||--|| TABLE_2 : has",output/512.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif fork :Parallel 1 4; forkagain :Parallel 2 4; endfork if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif fork :Parallel 1 8; forkagain :Parallel 2 8; endfork end",output/664.pintora.png Create a sequence diagram with random interaction patterns involving 15 steps.,"sequenceDiagram participant Service_0 participant Service_1 Service_1->Service_0: Message 412 alt Condition Service_0->>Service_1: Message 372 else Other case Service_1-->>Service_0: Response end @note right of Service_1: Note processing Service_1-xService_0: Message 103 Service_0->Service_1: Message 141 Service_1-xService_0: Message 134 Service_0->>Service_1: Message 826 Service_0-->>Service_1: Message 246 Service_1-->>Service_0: Message 499 Service_1-->>Service_0: Message 966 Service_1-xService_0: Message 284 @note right of Service_1: Note processing Service_1-->Service_0: Message 371 alt Condition Service_0->Service_1: Message 866 else Other case Service_1-->>Service_0: Response end Service_1->>Service_0: Message 182 Service_1-xService_0: Message 177 alt Condition Service_0-->>Service_1: Message 905 else Other case Service_1-->>Service_0: Response end",output/674.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n7 [label=""Node n7""] n3 -> n4 n7 -> n5 n4 -> n5 n0 -> n7 n6 -> n2 n6 -> n5 n7 -> n3 n4 -> n7 n0 -> n6 n5 -> n2 n0 -> n3 n6 -> n5 }",output/149.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n2 -> n0 n0 -> n2 n0 -> n1 n1 -> n2 n2 -> n0 n1 -> n2 n1 -> n3 n1 -> n2 n0 -> n1 n0 -> n1 n0 -> n2 n1 -> n2 n1 -> n3 }",output/159.pintora.png Create a sequence diagram with colored groups and loops,"sequenceDiagram @param loopLineColor #79caf1 @param actorBackground #61afef participant Client participant Server loop #88bbf4 Retry mechanism Client->>Server: Request alt #ccdd77 Success Server-->>Client: 200 OK else #ee776f Error Server-->>Client: 500 Error end end",output/911.pintora.png Design a comprehensive Entity Relationship diagram.,"erDiagram ORDER { int order_id PK text description float email float quantity int address } SHIPMENT { int shipment_id PK datetime price bool phone bool email FK } USER { int user_id PK string email FK text email } CATEGORY { int category_id PK datetime phone int description datetime date } INVOICE { int invoice_id PK datetime phone float email datetime phone string quantity } PRODUCT { int product_id PK float price text date float phone datetime address int name } ORDER ||--o{ USER : references SHIPMENT }o--o{ PRODUCT : references USER ||--|| INVOICE : references CATEGORY ||--|{ PRODUCT : belongs to INVOICE }|..|{ PRODUCT : has",output/869.pintora.png Write a Pintora diagram: map a complex business process with activity diagram.,"activityDiagram start partition Validation { if (Condition 0?) then (yes) :Action True 0; else (no) :Action False 0; endif :Step 1; @note right: Important step 2 :Critical action 2; :Step 3; switch (Type 4?) case (A) :Handle A4; case (B) :Handle B4; endswitch :Step 5; end",output/901.pintora.png Build a detailed component architecture diagram.,"componentDiagram node ""Server Farm"" { [Comp0_0] [Comp0_1] () I0 } node ""Cluster"" { [Comp1_0] [Comp1_1] [Comp1_2] [Comp1_3] } package ""Backend"" { [Comp2_0] [Comp2_1] [Comp2_2] } database ""Persistence"" { [Comp3_0] [Comp3_1] [Comp3_2] } I0 ..|> [Comp2_0] [Comp1_0] ..|> [Comp0_1] [Comp0_0] --> [Comp2_2] [Comp2_1] ..|> [Comp2_0] I0 -- [Comp1_0] [Comp3_2] -- [Comp2_0] [Comp3_0] ..|> I0 [Comp3_2] ..|> [Comp0_1] [Comp2_1] ..> [Comp1_1] [Comp0_0] -- [Comp1_2] [Comp1_0] -- [Comp3_1] [Comp1_1] --> [Comp3_0] I0 -- [Comp0_1] [Comp3_1] -- [Comp1_1] [Comp2_0] --> [Comp1_0] [Comp3_0] ..> [Comp1_0] [Comp1_0] ..> [Comp1_2] [Comp2_2] ..|> [Comp1_1] [Comp1_3] ..> [Comp2_2]",output/879.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; :step_2; if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif :step_4; :step_5; :step_6; :step_7; :step_8; if (check9?) then (yes) :action_yes_9; else (no) :action_no_9; endif if (check10?) then (yes) :action_yes_10; else (no) :action_no_10; endif end",output/296.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 **** Detail 0.0.1 ** Idea 1 *** Subitem 1.0 ** Idea 2 *** Subitem 2.0 *** Subitem 2.1 ** Feature 3 *** Subitem 3.0 *** Subitem 3.1",output/286.pintora.png Visualize a graph structure using DOT syntax. Include about 8 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n3 -> n2 n2 -> n3 n1 -> n0 n2 -> n3 n1 -> n0 n3 -> n2 n3 -> n0 n2 -> n0 }",output/12.pintora.png Create a flow activity diagram with approximately 8 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; :Process 2; fork :Parallel 1 3; forkagain :Parallel 2 3; endfork :Process 4; :Process 5; :Action 6; :Process 7; end",output/427.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 string field_1 float field_2 datetime field_3 } TABLE_1 { int id PK string field_0 bool field_1 float field_2 } TABLE_2 { int id PK float field_0 datetime field_1 string field_2 bool field_3 bool field_4 } TABLE_3 { int id PK float field_0 string field_1 } TABLE_4 { int id PK int field_0 int field_1 } TABLE_5 { int id PK float field_0 int field_1 } TABLE_0 ||--|{ TABLE_1 : uses TABLE_1 ||--|{ TABLE_2 : uses TABLE_2 ||--|| TABLE_3 : has TABLE_3 }|--|| TABLE_4 : contains TABLE_4 ||--|{ TABLE_5 : has",output/437.pintora.png Create a sequence diagram showing interaction between participants. Include about 14 elements.,"sequenceDiagram autonumber P1-->>P0: msg_24 P0->>P1: msg_57 P0->P1: msg_60 P0->>P1: msg_87 P0-->>P1: msg_60 P0->P1: msg_9 P1->>P0: msg_79 P1-->P0: msg_31 P1->>P0: msg_10 P0->P1: msg_75 P0-->P1: msg_70 P1->>P0: msg_17 P1->>P0: msg_52 P0->P1: msg_9",output/272.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n3 -> n1 n5 -> n2 n5 -> n0 n2 -> n4 n5 -> n4 }",output/262.pintora.png Design an Entity Relationship diagram. Include about 9 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent0 ||--|| Ent1 : relates Ent1 ||--|{ Ent2 : relates",output/114.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P2-->>P1: msg_1 P1-->>P3: msg_8 P0-->>P2: msg_11 P1-->>P2: msg_51 P1->>P2: msg_6 P3->>P2: msg_29 P0-->P2: msg_15 P0->>P1: msg_80 P1-->P0: msg_86 P0->P3: msg_45 P2-->P0: msg_37 P0->>P2: msg_48 P0->P2: msg_78 P1->P3: msg_35 P1->P2: msg_41",output/104.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start :Process 0; if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Process 4; :Process 5; end",output/639.pintora.png Create a sequence diagram with random interaction patterns involving 7 steps.,"sequenceDiagram participant Service_0 participant Service_2 Service_2-->Service_0: Message 600 Service_1-xService_0: Message 290 Service_1-xService_2: Message 806 alt Condition Service_2-->Service_1: Message 686 else Other case Service_1-->>Service_2: Response end Service_0-->Service_1: Message 247 alt Condition Service_0-xService_2: Message 525 else Other case Service_2-->>Service_0: Response end @note right of Service_2: Note processing Service_2->Service_1: Message 260",output/741.pintora.png Create a sequence diagram with random interaction patterns involving 11 steps.,"sequenceDiagram participant Service_0 participant Service_1 participant Service_2 Service_1-xService_0: Message 478 Service_0-xService_3: Message 403 Service_1->Service_0: Message 173 Service_0-xService_2: Message 253 Service_3->Service_0: Message 576 Service_3-->>Service_4: Message 129 alt Condition Service_2->Service_4: Message 553 else Other case Service_4-->>Service_2: Response end @note right of Service_0: Note processing Service_0->Service_3: Message 806 alt Condition Service_2->Service_0: Message 867 else Other case Service_0-->>Service_2: Response end Service_2->>Service_0: Message 905 Service_0-->>Service_4: Message 415",output/629.pintora.png Generate a DOT directed graph with 12 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""ellipse"", label=""Node n8""] n9 [shape=""box"", label=""Node n9""] n10 [shape=""box"", label=""Node n10""] n11 [shape=""diamond"", label=""Node n11""] n0 -> n10 n1 -> n2 n4 -> n11 n9 -> n7 n6 -> n0 n11 -> n9 n10 -> n1 n10 -> n5 n9 -> n5 n6 -> n11 n8 -> n2 n5 -> n0 }",output/751.pintora.png Build a detailed component architecture diagram. Use advanced syntax features.,"componentDiagram title: Cloud Architecture cloud ""GCP"" { [Comp0_0] [Comp0_1] () I0 } package ""Frontend"" { [Comp1_0] [Comp1_1] [Comp1_2] [Comp1_3] () I1 } database ""Data Store"" { [Comp2_0] [Comp2_1] } [Comp1_3] ..> [Comp2_1] [Comp2_1] ..> [Comp1_2] [Comp2_0] --> [Comp1_1] [Comp0_0] -- [Comp2_0] [Comp1_2] -- [Comp2_1] [Comp1_0] ..> [Comp2_0] [Comp0_1] -- [Comp0_0] [Comp1_0] -- I1 [Comp2_0] --> I0 [Comp1_1] -- [Comp2_0] I1 ..> [Comp1_2] [Comp2_0] ..|> I1 I0 ..|> [Comp1_3] [Comp0_1] -- I0 [Comp0_1] ..|> [Comp0_0] [Comp2_0] -- [Comp1_1] [Comp0_1] ..> [Comp1_1]",output/834.pintora.png Map a complex business process with activity diagram.,"activityDiagram start if (Condition 0?) then (yes) :Action True 0; else (no) :Action False 0; endif fork :Parallel Task A1; forkagain :Parallel Task B1; endfork if (Condition 2?) then (yes) :Action True 2; else (no) :Action False 2; endif :Step 3; if (Condition 4?) then (yes) :Action True 4; else (no) :Action False 4; endif :Step 5; while (Check 6?) is (yes) :Process 6; endwhile (done) :Step 7; :Step 8; :Step 9; @note right: Important step 10 :Critical action 10; } end",output/824.pintora.png Generate a DOT directed graph with 10 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""circle"", label=""Node n8""] n9 [shape=""circle"", label=""Node n9""] n6 -> n7 n5 -> n7 n3 -> n9 n1 -> n4 n9 -> n8 n6 -> n9 n0 -> n5 n3 -> n9 n1 -> n8 n7 -> n3 n9 -> n5 n9 -> n3 }",output/680.pintora.png Generate a DOT directed graph with 12 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""box"", label=""Node n7""] n8 [shape=""circle"", label=""Node n8""] n9 [shape=""circle"", label=""Node n9""] n10 [shape=""box"", label=""Node n10""] n11 [shape=""ellipse"", label=""Node n11""] n9 -> n7 n0 -> n1 n9 -> n11 n11 -> n10 n1 -> n10 n2 -> n4 n8 -> n6 n10 -> n1 n6 -> n10 n1 -> n11 n9 -> n5 n2 -> n4 }",output/690.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""ellipse"", label=""Node n8""] n6 -> n5 n3 -> n6 n3 -> n1 n3 -> n6 n0 -> n3 n3 -> n7 n4 -> n1 n8 -> n1 n6 -> n5 n2 -> n0 }",output/584.pintora.png Create a sequence diagram with random interaction patterns involving 11 steps.,"sequenceDiagram participant Service_2 participant Service_3 Service_3->Service_4: Message 351 Service_1->>Service_4: Message 943 alt Condition Service_2->>Service_0: Message 322 else Other case Service_0-->>Service_2: Response end @note right of Service_0: Note processing Service_0-->Service_3: Message 400 Service_2->>Service_1: Message 979 Service_2-->>Service_1: Message 230 Service_4->>Service_2: Message 713 alt Condition Service_1->>Service_4: Message 603 else Other case Service_4-->>Service_1: Response end alt Condition Service_3-->Service_2: Message 370 else Other case Service_2-->>Service_3: Response end loop Loop check Service_4-->>Service_0: Message 370 end loop Loop check Service_3->Service_0: Message 454 end",output/594.pintora.png Build a detailed component architecture diagram.,"componentDiagram title: Microservices package ""Services"" { [Comp0_0] [Comp0_1] } package ""Services"" { [Comp1_0] [Comp1_1] [Comp1_2] [Comp1_3] } [Comp1_0] --> [Comp1_2] [Comp1_1] -- [Comp1_0] [Comp0_1] --> [Comp0_0] [Comp1_2] --> [Comp1_0] [Comp0_1] --> [Comp1_1] [Comp1_2] ..|> [Comp1_0] [Comp1_0] --> [Comp1_2]",output/856.pintora.png Create an advanced sequence diagram with complex interactions. Use advanced syntax features.,"sequenceDiagram title: API Interaction autonumber participant [ ServiceA] participant [ ServiceB] participant [ ServiceE] participant [ ServiceF] ServiceB->>ServiceF: Validate par Parallel processing ServiceB-->>ServiceA: Task A and ServiceB-->>ServiceB: Task B end ServiceD-->ServiceA: Validate alt Valid ServiceD->>ServiceA: Query 3 ServiceA-->>ServiceD: OK else Error ServiceA-->>ServiceD: Error code end alt Valid ServiceB-xServiceF: Query 4 ServiceF-->>ServiceB: OK else Error ServiceF-->>ServiceB: Error code end par Parallel processing ServiceA-->ServiceA: Task A and ServiceA-->ServiceB: Task B end loop Batch process ServiceC-xServiceD: Validate ServiceD-->>ServiceC: Response end alt Authenticated ServiceE-xServiceB: Query 7 ServiceB-->>ServiceE: OK else Error ServiceB-->>ServiceE: Error code end ServiceD->ServiceB: Process event",output/846.pintora.png Create a sequence diagram with random interaction patterns involving 13 steps.,"sequenceDiagram autonumber participant Service_1 participant Service_2 loop Loop check Service_2-->>Service_0: Message 104 end Service_1-->>Service_0: Message 590 Service_0-->>Service_1: Message 867 Service_0-xService_2: Message 505 Service_2-xService_0: Message 943 loop Loop check Service_0->Service_2: Message 544 end alt Condition Service_1-->Service_2: Message 844 else Other case Service_2-->>Service_1: Response end Service_1-->Service_2: Message 319 Service_2-->>Service_0: Message 927 Service_1->Service_0: Message 167 Service_0->Service_2: Message 244 alt Condition Service_1-->Service_0: Message 901 else Other case Service_0-->>Service_1: Response end Service_2->Service_1: Message 814",output/723.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif fork :Parallel 1 1; forkagain :Parallel 2 1; endfork if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Action 3; :Process 4; end",output/733.pintora.png Create an activity diagram for batch processing,"activityDiagram title: Batch Processing Job start :Load configuration; :Connect to data source; while (Has more batches?) is (yes) :Read batch of records; fork :Transform records; forkagain :Validate records; endfork if (Validation passed?) then (yes) :Write to destination; :Update progress; else (no) :Log errors; :Move to error queue; endif endwhile (no more) :Generate report; :Send notification; end",output/997.pintora.png Schedule tasks using a Gantt chart. Include about 8 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 3d ""Task 1"" : 2024-01-04, 8d ""Task 2"" : 2024-01-12, 7d ""Task 3"" : 2024-01-19, 5d",output/176.pintora.png Create a sequence diagram with optional fragment,"sequenceDiagram participant User participant API participant Cache participant DB User->>API: Request data API->>Cache: Check cache opt Cache hit Cache-->>API: Cached data API-->>User: Return cached end API->>DB: Query database DB-->>API: Fresh data API->>Cache: Update cache API-->>User: Return data",output/987.pintora.png Map out a process flow using an activity diagram. Include about 9 elements.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif :step_1; :step_2; if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif :step_5; :step_6; if (check7?) then (yes) :action_yes_7; else (no) :action_no_7; endif :step_8; end",output/166.pintora.png Model an object-oriented system with a class diagram. Include about 10 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 <|-- Class1 Class1 o-- Class2 Class2 o-- Class3 Class3 --> Class4",output/368.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif :step_3; :step_4; :step_5; if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif :step_7; :step_8; :step_9; :step_10; end",output/210.pintora.png Map out a process flow using an activity diagram. Include about 10 elements.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif :step_1; :step_2; :step_3; if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif :step_5; if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif :step_7; if (check8?) then (yes) :action_yes_8; else (no) :action_no_8; endif :step_9; end",output/378.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } class Class5 { +attribute1 +method1() } Class0 <|-- Class1 Class1 o-- Class2 Class2 *-- Class3 Class3 --> Class4 Class4 --> Class5",output/200.pintora.png Schedule tasks using a Gantt chart. Include about 5 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 9d ""Task 1"" : 2024-01-10, 5d ""Task 2"" : 2024-01-15, 9d",output/94.pintora.png Generate a DOT directed graph with 6 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n3 -> n5 n2 -> n4 n0 -> n1 n5 -> n3 n4 -> n2 n3 -> n0 n0 -> n4 }",output/445.pintora.png Schedule tasks using a Gantt chart. Include about 5 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 10d ""Task 1"" : 2024-01-11, 3d ""Task 2"" : 2024-01-14, 8d ""Task 3"" : 2024-01-22, 10d ""Task 4"" : 2024-02-01, 2d ""Task 5"" : 2024-02-03, 5d",output/84.pintora.png Create a sequence diagram with random interaction patterns involving 11 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_1 Service_1-->>Service_0: Message 607 alt Condition Service_0-xService_1: Message 290 else Other case Service_1-->>Service_0: Response end Service_0->>Service_1: Message 665 Service_1->>Service_0: Message 360 Service_0-xService_1: Message 875 loop Loop check Service_0->Service_1: Message 360 end Service_0-->>Service_1: Message 701 loop Loop check Service_1->Service_0: Message 904 end Service_0-->>Service_1: Message 152 Service_1->Service_0: Message 725 Service_1->>Service_0: Message 751",output/455.pintora.png Schedule a project timeline with Gantt chart. Include nested structures.,"gantt title Marketing Campaign dateFormat YYYY-MM-DD section Marketing ""Task Mar1"" : 2024-06-01, 12d ""Task Mar2"" : 2024-06-13, 4d ""Task Mar3"" : 2024-06-17, 5d ""Task Mar4"" : 2024-06-22, 13d section Planning ""Task Pla1"" : 2024-07-05, 13d ""Task Pla2"" : 2024-07-18, 8d ""Task Pla3"" : 2024-07-26, 10d",output/898.pintora.png Create a sequence diagram showing interaction between participants. Include about 13 elements.,"sequenceDiagram autonumber P3->P0: msg_12 P1-->>P3: msg_84 P3-->>P0: msg_24 P3->P4: msg_45 P0-->>P1: msg_18 P2-->>P4: msg_52 P1-->>P3: msg_67 P2-->P4: msg_80 P2-->>P4: msg_63 P2->>P1: msg_35 P3-->>P2: msg_57 P1-->>P0: msg_23 P2-->>P3: msg_49",output/101.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n1 -> n3 n1 -> n4 n2 -> n1 n2 -> n3 n2 -> n4 n2 -> n0 n1 -> n0 n1 -> n2 n1 -> n0 n4 -> n2 }",output/111.pintora.png Model an object-oriented system with class diagram. Use advanced syntax features.,"classDiagram title: Singleton Pattern class FactoryA { -List~T~ attr0 ~boolean attr1 -method0() boolean #method1() string -method2() string } class ManagerB { ~boolean attr0 #List~T~ attr1 ~method0() string -method1() boolean #method2() string } class RepositoryC { <> -List~T~ attr0 #List~T~ attr1 ~string attr2 +method0() void } class ObserverD { <> +boolean attr0 -method0() void #method1() string -{static} method2() boolean } class HandlerE { <> ~List~T~ attr0 -boolean attr1 #List~T~ attr2 ~method0() T ~method1() string +{static} method2() void } class HandlerF { +boolean attr0 +boolean attr1 -method0() void -{static} method1() string } class RepositoryG { +int attr0 #int attr1 -int attr2 #string attr3 +method0() string -method1() string #{static} method2() boolean } FactoryA o-- HandlerF ManagerB *-- RepositoryC RepositoryC --> RepositoryG ObserverD <|-- HandlerE HandlerE <|.. HandlerF HandlerF <|.. RepositoryG",output/888.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Process 2; fork :Parallel 1 3; forkagain :Parallel 2 3; endfork :Process 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif end",output/754.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Process 3; fork :Parallel 1 4; forkagain :Parallel 2 4; endfork if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif :Process 6; :Action 7; if (Check 8?) then (yes) :Handle Yes 8; else (no) :Handle No 8; endif if (Check 9?) then (yes) :Handle Yes 9; else (no) :Handle No 9; endif end",output/744.pintora.png Create a sequence diagram with random interaction patterns involving 10 steps.,"sequenceDiagram autonumber participant Service_1 Service_1->Service_0: Message 868 Service_0->>Service_1: Message 515 Service_1->Service_0: Message 714 Service_0-->Service_1: Message 694 Service_1->>Service_0: Message 426 loop Loop check Service_0->Service_1: Message 315 end Service_1-->Service_0: Message 378 Service_1->>Service_0: Message 711 Service_1->>Service_0: Message 324 Service_0->Service_1: Message 770",output/432.pintora.png Write an Entity Relationship diagram with 7 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 bool field_1 datetime field_2 } TABLE_1 { int id PK string field_0 int field_1 datetime field_2 datetime field_3 float field_4 } TABLE_2 { int id PK int field_0 string field_1 } TABLE_3 { int id PK float field_0 string field_1 } TABLE_4 { int id PK string field_0 int field_1 } TABLE_5 { int id PK float field_0 string field_1 int field_2 } TABLE_6 { int id PK float field_0 float field_1 bool field_2 int field_3 string field_4 } TABLE_0 }|--|| TABLE_1 : owns TABLE_1 ||--o{ TABLE_2 : owns TABLE_2 }|--|| TABLE_3 : has TABLE_3 ||--|{ TABLE_4 : manages TABLE_4 }|--|| TABLE_5 : uses TABLE_5 ||--|| TABLE_6 : uses",output/422.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 14 elements.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 ** Idea 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 *** Subitem 1.2 ** Idea 2 *** Subitem 2.0 *** Subitem 2.1",output/267.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 ** Task 1 *** Subitem 1.0 *** Subitem 1.1 **** Detail 1.1.1",output/277.pintora.png Create a sequence diagram for OAuth2 authorization flow,"sequenceDiagram title: OAuth2 Authorization Code Flow participant User participant App participant AuthServer participant ResourceServer User->>App: Click login App->>AuthServer: Redirect to authorize AuthServer->>User: Show login form User->>AuthServer: Enter credentials AuthServer->>App: Authorization code App->>AuthServer: Exchange code for token AuthServer-->>App: Access token + Refresh token App->>ResourceServer: Request with token ResourceServer-->>App: Protected resource App-->>User: Show data",output/959.pintora.png Design an advanced sequence diagram with complex interactions.,"sequenceDiagram participant [ ServiceD] ServiceD->ServiceA: Process event ServiceB->>ServiceC: Fetch data loop Poll ServiceC-->>ServiceB: Update 2 ServiceB-->>ServiceC: Response end ServiceD->ServiceC: Validate ServiceA-xServiceB: Query 4 ServiceB-xServiceA: Update 5 ServiceC-xServiceB: Process event loop Batch process ServiceB->ServiceC: Update 7 ServiceC-->>ServiceB: Response end @note right of ServiceC: Validating ServiceC-xServiceA: Request 8 ServiceC-xServiceA: Process event ServiceA-xServiceC: Request 10 activate ServiceB ServiceA->>ServiceB: Query 11 deactivate ServiceB loop Retry ServiceB->ServiceC: Query 12 ServiceC-->>ServiceB: Response end",output/821.pintora.png Write a class diagram with cardinality labels,"classDiagram class Company { +string name +string address } class Department { +string name +int budget } class Employee { +string name +string title } Company ""1"" *-- ""many"" Department : has Department ""1"" *-- ""1..*"" Employee : employs Employee ""many"" --> ""1"" Department : works in",output/949.pintora.png Visualize a complex graph with DOT diagram.,"dotDiagram graph G { bgcolor=""#f5f5f5"" node [shape=""plaintext"", bgcolor=""#e3f2fd""] subgraph cluster_0 { label=""Group A"" a0 [label=""Node a0""] a1 [label=""Node a1""] a2 [label=""Node a2""] } subgraph cluster_1 { label=""Group B"" b0 [label=""Node b0""] b1 [label=""Node b1""] b2 [label=""Node b2""] b3 [label=""Node b3""] } b2 -- a1 b2 -- b0 b1 -- a2 a2 -- b0 b0 -- b3 [color=""purple""] a0 -- a1 b2 -- b1 a0 -- b1 b3 -- a0 a2 -- b3 a0 -- b0 b0 -- a1 b0 -- b2 }",output/831.pintora.png Generate a DOT directed graph with 5 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n0 -> n3 n1 -> n3 n3 -> n0 n4 -> n3 n1 -> n3 n3 -> n0 }",output/695.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n0 -> n7 n2 -> n0 n6 -> n0 n3 -> n5 n2 -> n3 n5 -> n6 n6 -> n2 n7 -> n5 }",output/685.pintora.png Design a detailed hierarchical mind map.,"mindmap * Product Strategy ** Topic A *** Subtopic A.1 **** Detail A.1.1 **** Detail A.1.2 *** Subtopic A.2 *** Subtopic A.3 *** Subtopic A.4 ** Topic B *** Subtopic B.1 *** Subtopic B.2 *** Subtopic B.3 *** Subtopic B.4 ** Topic C *** Subtopic C.1 **** Detail C.1.1 *** Subtopic C.2 **** Detail C.2.1 *** Subtopic C.3 **** Detail C.3.1 ** Topic D *** Subtopic D.1 **** Detail D.1.1 **** Detail D.1.2 **** Detail D.1.3 *** Subtopic D.2 **** Detail D.2.1 *** Subtopic D.3 **** Detail D.3.1 *** Subtopic D.4 ** Topic E *** Subtopic E.1 *** Subtopic E.2 **** Detail E.2.1",output/843.pintora.png Map a complex business process with activity diagram. Use advanced syntax features.,"activityDiagram start :Step 0; @note right: Important step 1 :Critical action 1; fork :Parallel Task A2; forkagain :Parallel Task B2; endfork fork :Parallel Task A3; forkagain :Parallel Task B3; endfork @note right: Important step 4 :Critical action 4; :Step 5; while (Check 6?) is (yes) :Process 6; endwhile (done) :Step 7; fork :Parallel Task A8; forkagain :Parallel Task B8; endfork switch (Type 9?) case (A) :Handle A9; case (B) :Handle B9; endswitch while (Check 10?) is (yes) :Process 10; endwhile (done) end",output/853.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; :Action 2; :Process 3; :Process 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif :Action 6; end",output/591.pintora.png Design an Entity Relationship diagram. Include about 13 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent0 ||--|{ Ent1 : relates Ent1 }|--|| Ent2 : relates",output/38.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 ** Idea 1 *** Subitem 1.0",output/28.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; fork :Parallel 1 2; forkagain :Parallel 2 2; endfork :Process 3; :Process 4; end",output/581.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 15 elements.,"mindmap * Root Topic ** Idea 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 ** Task 1 *** Subitem 1.0 **** Detail 1.0.1 ** Task 2 *** Subitem 2.0 *** Subitem 2.1 **** Detail 2.1.1",output/205.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 12 elements.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 ** Idea 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 **** Detail 1.1.1 ** Idea 2 *** Subitem 2.0 *** Subitem 2.1 **** Detail 2.1.1",output/215.pintora.png Create a sequence diagram showing interaction between participants. Include about 8 elements.,"sequenceDiagram autonumber P1-->>P2: msg_92 P0-->>P1: msg_42 P1->P2: msg_51 P2->P0: msg_3 P1-->>P2: msg_1 P2->>P0: msg_62 P0-->>P2: msg_37 P2->P0: msg_5",output/81.pintora.png Generate a DOT directed graph with 10 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""ellipse"", label=""Node n8""] n9 [shape=""circle"", label=""Node n9""] n9 -> n1 n1 -> n9 n6 -> n3 n3 -> n8 n1 -> n6 n2 -> n8 n4 -> n1 n7 -> n4 n3 -> n9 n6 -> n2 }",output/528.pintora.png Create a flow activity diagram with approximately 8 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif fork :Parallel 1 3; forkagain :Parallel 2 3; endfork if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif fork :Parallel 1 5; forkagain :Parallel 2 5; endfork :Process 6; :Action 7; end",output/450.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif fork :Parallel 1 2; forkagain :Parallel 2 2; endfork :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Action 5; end",output/538.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P4-->>P1: msg_42 P2->>P4: msg_54 P2-->>P1: msg_98 P3-->>P4: msg_79 P4->P3: msg_11 P4->>P3: msg_54 P4-->>P3: msg_60 P4->>P2: msg_19",output/91.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 datetime field_1 float field_2 } TABLE_1 { int id PK float field_0 datetime field_1 float field_2 int field_3 } TABLE_2 { int id PK datetime field_0 int field_1 int field_2 } TABLE_0 }|--|| TABLE_1 : owns TABLE_1 ||--|| TABLE_2 : uses",output/440.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 float field_1 datetime field_2 float field_3 } TABLE_1 { int id PK bool field_0 bool field_1 datetime field_2 float field_3 datetime field_4 } TABLE_2 { int id PK string field_0 datetime field_1 float field_2 datetime field_3 } TABLE_3 { int id PK float field_0 datetime field_1 float field_2 int field_3 string field_4 } TABLE_4 { int id PK int field_0 float field_1 string field_2 } TABLE_5 { int id PK int field_0 string field_1 string field_2 } TABLE_6 { int id PK int field_0 int field_1 float field_2 int field_3 } TABLE_7 { int id PK float field_0 bool field_1 datetime field_2 int field_3 } TABLE_0 ||--o{ TABLE_1 : contains TABLE_1 ||--o{ TABLE_2 : uses TABLE_2 ||--|{ TABLE_3 : owns TABLE_3 ||--o{ TABLE_4 : manages TABLE_4 ||--|| TABLE_5 : contains TABLE_5 ||--|| TABLE_6 : owns TABLE_6 ||--|{ TABLE_7 : manages",output/736.pintora.png Create a sequence diagram with random interaction patterns involving 15 steps.,"sequenceDiagram autonumber participant Service_2 @note right of Service_1: Note processing Service_1-->Service_0: Message 325 Service_2-xService_1: Message 346 @note right of Service_0: Note processing Service_0-->>Service_1: Message 426 Service_1->Service_0: Message 564 Service_0-->>Service_2: Message 730 loop Loop check Service_0-->>Service_2: Message 144 end @note right of Service_1: Note processing Service_1->Service_2: Message 174 loop Loop check Service_0->Service_2: Message 434 end alt Condition Service_0-xService_2: Message 904 else Other case Service_2-->>Service_0: Response end Service_1->>Service_2: Message 652 Service_0->>Service_2: Message 454 Service_1-xService_0: Message 163 Service_0-xService_2: Message 405 Service_0-xService_1: Message 109 Service_0-->Service_1: Message 473",output/726.pintora.png Write an activity diagram with nested conditions,"activityDiagram start :Get user input; if (Input valid?) then (yes) if (User authenticated?) then (yes) if (Has permission?) then (yes) :Execute action; else (no) :Show permission denied; endif else (no) :Redirect to login; endif else (no) :Show validation error; endif end",output/982.pintora.png Model an object-oriented system with a class diagram. Include about 5 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 --> Class1 Class1 o-- Class2 Class2 --> Class3 Class3 --> Class4",output/163.pintora.png Write a mind map for DevOps practices,"mindmap @param layoutDirection TB * DevOps ** Culture *** Collaboration *** Continuous Improvement *** Shared Responsibility ** Practices *** CI/CD *** Infrastructure as Code *** Monitoring ** Tools *** Jenkins *** Docker *** Kubernetes *** Terraform",output/992.pintora.png Model an object-oriented system with a class diagram. Include about 9 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } class Class5 { +attribute1 +method1() } Class0 o-- Class1 Class1 --> Class2 Class2 o-- Class3 Class3 --> Class4 Class4 o-- Class5",output/173.pintora.png Create a mind map for learning a programming language,"mindmap + Python Learning Path ++ Basics +++ Variables +++ Data Types +++ Control Flow +++ Functions ++ Intermediate +++ OOP +++ File I/O +++ Error Handling +++ Modules -- Advanced --- Decorators --- Generators --- Async/Await --- Metaclasses -- Libraries --- NumPy --- Pandas --- Django --- FastAPI",output/966.pintora.png Map out a process flow using an activity diagram. Include about 12 elements.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif :step_1; :step_2; :step_3; :step_4; :step_5; :step_6; :step_7; if (check8?) then (yes) :action_yes_8; else (no) :action_no_8; endif :step_9; :step_10; :step_11; end",output/187.pintora.png Create a component diagram for a serverless architecture,"componentDiagram title: Serverless Architecture cloud ""AWS"" { rectangle ""API Layer"" { [API Gateway] } rectangle ""Compute"" { [Lambda - Auth] [Lambda - Users] [Lambda - Orders] } database ""Storage"" { [DynamoDB] [S3] } rectangle ""Events"" { [SNS] [SQS] } } [API Gateway] --> [Lambda - Auth] [API Gateway] --> [Lambda - Users] [API Gateway] --> [Lambda - Orders] [Lambda - Users] --> [DynamoDB] [Lambda - Orders] --> [DynamoDB] [Lambda - Orders] --> [SNS] [SNS] --> [SQS] [Lambda - Orders] --> [S3]",output/976.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 <|-- Class1 Class1 *-- Class2 Class2 <|-- Class3",output/197.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n4 -> n2 n5 -> n1 n4 -> n3 n2 -> n0 n0 -> n1 }",output/65.pintora.png Write a class diagram with inheritance,"classDiagram class Animal class Dog class Cat Animal <|-- Dog Animal <|-- Cat",output/4.pintora.png Draft a component diagram for system architecture.,"componentDiagram package ""System"" { [Comp0] [Comp1] [Comp2] [Comp3] [Comp4] [Comp5] [Comp6] [Comp7] } [Comp0] --> [Comp1] [Comp1] --> [Comp2] [Comp2] --> [Comp3] [Comp3] --> [Comp4] [Comp4] --> [Comp5] [Comp5] --> [Comp6] [Comp6] --> [Comp7]",output/75.pintora.png Visualize a graph structure using DOT syntax. Include about 9 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n1 -> n2 n5 -> n3 n5 -> n3 n1 -> n3 n1 -> n0 n5 -> n6 n2 -> n4 n3 -> n4 n6 -> n3 }",output/399.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 10 elements.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 *** Subitem 0.1 ** Concept 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 **** Detail 1.1.1 ** Feature 2 *** Subitem 2.0 **** Detail 2.0.1 ** Feature 3 *** Subitem 3.0 *** Subitem 3.1 **** Detail 3.1.1 *** Subitem 3.2",output/389.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 datetime field_1 bool field_2 datetime field_3 int field_4 } TABLE_1 { int id PK string field_0 string field_1 int field_2 bool field_3 } TABLE_2 { int id PK bool field_0 int field_1 } TABLE_0 }|--|| TABLE_1 : contains TABLE_1 }|--|| TABLE_2 : uses",output/575.pintora.png Generate a DOT directed graph with 12 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n9 [shape=""ellipse"", label=""Node n9""] n10 [shape=""ellipse"", label=""Node n10""] n11 [shape=""ellipse"", label=""Node n11""] n11 -> n9 n10 -> n6 n5 -> n10 n8 -> n11 n4 -> n8 n6 -> n9 n1 -> n4 n6 -> n2 n11 -> n6 n3 -> n0 n3 -> n9 n6 -> n2 n8 -> n5 n5 -> n0 }",output/565.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 6d ""Task 1"" : 2024-01-07, 2d ""Task 2"" : 2024-01-09, 4d",output/320.pintora.png Create a sequence diagram showing interaction between participants. Include about 12 elements.,"sequenceDiagram autonumber P1->P0: msg_45 P0->P1: msg_38 P0-->P1: msg_17 P1-->P0: msg_21 P1-->P0: msg_35 P0-->>P1: msg_32 P1-->P0: msg_40 P1-->>P0: msg_1 P1->>P0: msg_4 P1->>P0: msg_14 P0->P1: msg_89 P0-->P1: msg_73",output/258.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P0-->>P1: msg_39 P1-->>P0: msg_82 P1-->>P0: msg_58 P1->P0: msg_43 P0->>P1: msg_100 P1-->>P0: msg_17",output/330.pintora.png Create a sequence diagram showing interaction between participants. Include about 12 elements.,"sequenceDiagram autonumber P1-->>P0: msg_89 P4->P1: msg_1 P1->P4: msg_58 P4->P2: msg_69 P1-->P4: msg_27 P1-->P3: msg_88 P2-->>P1: msg_29 P2->>P1: msg_57 P1->P2: msg_92 P3-->P4: msg_43 P0->P2: msg_54 P0->P1: msg_24",output/248.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; :Process 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Action 5; end",output/613.pintora.png Create a sequence diagram with random interaction patterns involving 15 steps.,"sequenceDiagram autonumber participant Service_0 Service_1-xService_0: Message 201 loop Loop check Service_0-xService_1: Message 926 end Service_1->Service_0: Message 509 Service_1-->Service_0: Message 828 Service_1-->>Service_0: Message 608 Service_0-xService_1: Message 896 Service_0-xService_1: Message 483 Service_0->Service_1: Message 739 @note right of Service_0: Note processing Service_0-xService_1: Message 767 Service_1-->Service_0: Message 468 Service_1->>Service_0: Message 471 Service_0->>Service_1: Message 719 Service_1->Service_0: Message 296 @note right of Service_1: Note processing Service_1-xService_0: Message 758 loop Loop check Service_0-xService_1: Message 283 end",output/603.pintora.png Create a sequence diagram with random interaction patterns involving 6 steps.,"sequenceDiagram participant Service_1 Service_4->Service_1: Message 768 alt Condition Service_0-->Service_3: Message 643 else Other case Service_3-->>Service_0: Response end alt Condition Service_2->Service_4: Message 772 else Other case Service_4-->>Service_2: Response end Service_3-->Service_1: Message 807 loop Loop check Service_0->Service_2: Message 826 end Service_3->>Service_2: Message 788",output/671.pintora.png Create a sequence diagram with random interaction patterns involving 13 steps.,"sequenceDiagram participant Service_0 participant Service_2 participant Service_3 participant Service_4 Service_3-->Service_4: Message 723 @note right of Service_3: Note processing Service_3-->>Service_2: Message 591 @note right of Service_4: Note processing Service_4->>Service_1: Message 117 Service_2->>Service_4: Message 838 Service_1-xService_3: Message 253 Service_2-->Service_1: Message 744 Service_1-->>Service_3: Message 498 alt Condition Service_4-->Service_0: Message 631 else Other case Service_0-->>Service_4: Response end @note right of Service_0: Note processing Service_0->>Service_4: Message 135 Service_2-xService_1: Message 352 Service_2-xService_1: Message 168 alt Condition Service_1-->>Service_0: Message 773 else Other case Service_0-->>Service_1: Response end Service_2-xService_4: Message 876",output/709.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n1 -> n0 n8 -> n6 n2 -> n1 n1 -> n4 n8 -> n2 n3 -> n6 n1 -> n7 n8 -> n0 }",output/661.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 string field_1 bool field_2 } TABLE_1 { int id PK string field_0 int field_1 string field_2 string field_3 bool field_4 } TABLE_2 { int id PK string field_0 string field_1 } TABLE_3 { int id PK float field_0 datetime field_1 string field_2 } TABLE_4 { int id PK datetime field_0 datetime field_1 bool field_2 } TABLE_0 ||--o{ TABLE_1 : owns TABLE_1 ||--o{ TABLE_2 : uses TABLE_2 ||--|{ TABLE_3 : has TABLE_3 }|--|| TABLE_4 : manages",output/719.pintora.png Schedule tasks using a Gantt chart. Include about 5 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 5d ""Task 1"" : 2024-01-06, 5d ""Task 2"" : 2024-01-11, 2d ""Task 3"" : 2024-01-13, 8d ""Task 4"" : 2024-01-21, 2d ""Task 5"" : 2024-01-23, 9d",output/342.pintora.png Create a sequence diagram showing interaction between participants. Include about 14 elements.,"sequenceDiagram autonumber P1->P0: msg_25 P1-->P0: msg_68 P1->P0: msg_36 P0-->P1: msg_86 P0->>P1: msg_33 P0->P1: msg_96 P1->>P0: msg_70 P0-->P1: msg_89 P1->>P0: msg_76 P0-->P1: msg_43 P1->>P0: msg_35 P0->>P1: msg_75 P0-->P1: msg_75 P0-->P1: msg_31",output/352.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 string field_1 bool field_2 } TABLE_1 { int id PK string field_0 int field_1 bool field_2 } TABLE_2 { int id PK float field_0 datetime field_1 bool field_2 bool field_3 string field_4 } TABLE_3 { int id PK bool field_0 bool field_1 string field_2 datetime field_3 } TABLE_4 { int id PK string field_0 float field_1 datetime field_2 bool field_3 int field_4 } TABLE_5 { int id PK int field_0 float field_1 string field_2 datetime field_3 string field_4 } TABLE_0 }|--|| TABLE_1 : contains TABLE_1 ||--o{ TABLE_2 : has TABLE_2 ||--o{ TABLE_3 : uses TABLE_3 ||--|| TABLE_4 : contains TABLE_4 }|--|| TABLE_5 : owns",output/517.pintora.png Create a sequence diagram with random interaction patterns involving 8 steps.,"sequenceDiagram participant Service_0 participant Service_1 participant Service_2 Service_1-xService_2: Message 564 Service_2-->Service_0: Message 535 @note right of Service_2: Note processing Service_2-->Service_1: Message 451 Service_1-xService_0: Message 225 Service_1-->>Service_0: Message 739 Service_1->Service_0: Message 917 alt Condition Service_1-->Service_0: Message 597 else Other case Service_0-->>Service_1: Response end Service_0-->>Service_1: Message 784",output/507.pintora.png Schedule tasks using a Gantt chart. Include about 8 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 6d ""Task 1"" : 2024-01-07, 4d ""Task 2"" : 2024-01-11, 3d ""Task 3"" : 2024-01-14, 6d ""Task 4"" : 2024-01-20, 5d ""Task 5"" : 2024-01-25, 8d",output/283.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--o{ Ent2 : relates Ent2 }|--|| Ent3 : relates",output/293.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 ** Idea 1 *** Subitem 1.0 *** Subitem 1.1",output/17.pintora.png Schedule a project timeline with Gantt chart.,"gantt title Product Launch dateFormat YYYY-MM-DD section Testing ""Task Tes1"" : 2024-05-01, 18d ""Task Tes2"" : 2024-05-19, 21d ""Task Tes3"" : 2024-06-09, 21d ""Task Tes4"" : 2024-06-30, 15d ""Task Tes5"" : 2024-07-15, 15d section Operations ""Task Ope1"" : 2024-07-30, 21d ""Task Ope2"" : 2024-08-20, 19d ""Milestone"" : milestone, 2024-09-09, 0d ""Task Ope3"" : 2024-09-08, 17d section Development ""Task Dev1"" : 2024-09-25, 15d ""Task Dev2"" : 2024-10-10, 10d ""Task Dev3"" : 2024-10-20, 6d section Marketing ""Task Mar1"" : 2024-10-26, 16d ""Task Mar2"" : 2024-11-11, 5d ""Task Mar3"" : 2024-11-16, 9d ""Milestone"" : milestone, 2024-12-02, 0d ""Task Mar4"" : 2024-11-25, 13d",output/904.pintora.png Write a sequence diagram with multiline message text,"sequenceDiagram Alice->>Bob: Hello!\nHow are you doing today? Bob-->>Alice: I'm fine,\nthanks for asking! Alice->>Bob: Great to hear!\nLet's meet later.",output/914.pintora.png Create a flow activity diagram with approximately 8 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif fork :Parallel 1 2; forkagain :Parallel 2 2; endfork :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; :Process 6; :Process 7; end",output/796.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 datetime field_1 bool field_2 datetime field_3 } TABLE_1 { int id PK string field_0 bool field_1 string field_2 float field_3 } TABLE_2 { int id PK datetime field_0 float field_1 } TABLE_3 { int id PK string field_0 float field_1 float field_2 } TABLE_4 { int id PK int field_0 string field_1 float field_2 } TABLE_5 { int id PK int field_0 int field_1 int field_2 string field_3 float field_4 } TABLE_6 { int id PK int field_0 float field_1 float field_2 } TABLE_7 { int id PK bool field_0 datetime field_1 bool field_2 bool field_3 } TABLE_0 }|--|| TABLE_1 : owns TABLE_1 ||--|| TABLE_2 : has TABLE_2 ||--o{ TABLE_3 : uses TABLE_3 }|--|| TABLE_4 : owns TABLE_4 ||--|{ TABLE_5 : owns TABLE_5 ||--|| TABLE_6 : uses TABLE_6 ||--o{ TABLE_7 : contains",output/786.pintora.png Create a component diagram with cloud and database groupings,"componentDiagram cloud ""AWS Cloud"" { [Load Balancer] node ""EC2 Instances"" { [App Server 1] [App Server 2] } } database ""RDS"" { folder ""Primary"" { [MySQL Primary] } folder ""Replica"" { [MySQL Replica] } } [Load Balancer] --> [App Server 1] [Load Balancer] --> [App Server 2] [App Server 1] --> [MySQL Primary] [App Server 2] --> [MySQL Primary] [MySQL Primary] ..> [MySQL Replica] : replication",output/922.pintora.png Write a mind map using +/- side notation,"mindmap + Machine Learning ++ Supervised Learning +++ Classification +++ Regression ++ Unsupervised Learning +++ Clustering +++ Dimensionality Reduction -- Deep Learning --- Neural Networks --- CNN --- RNN -- Reinfortic Learning --- Q-Learning --- Policy Gradient",output/932.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 2d ""Task 1"" : 2024-01-03, 4d ""Task 2"" : 2024-01-07, 9d ""Task 3"" : 2024-01-16, 8d ""Task 4"" : 2024-01-24, 3d ""Task 5"" : 2024-01-27, 3d",output/21.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n6 -> n5 n0 -> n1 n6 -> n1 n4 -> n5 n7 -> n6 n0 -> n5 n6 -> n4 n3 -> n6 }",output/588.pintora.png Generate a DOT directed graph with 10 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n9 [shape=""ellipse"", label=""Node n9""] n8 -> n1 n4 -> n2 n0 -> n2 n3 -> n9 n9 -> n4 n4 -> n6 n8 -> n2 n0 -> n2 n8 -> n7 n1 -> n8 n9 -> n0 }",output/598.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 --> Class1 Class1 *-- Class2 Class2 --> Class3 Class3 <|-- Class4",output/31.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif :step_2; if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif :step_4; :step_5; :step_6; :step_7; :step_8; :step_9; :step_10; if (check11?) then (yes) :action_yes_11; else (no) :action_no_11; endif if (check12?) then (yes) :action_yes_12; else (no) :action_no_12; endif :step_13; if (check14?) then (yes) :action_yes_14; else (no) :action_no_14; endif end",output/364.pintora.png Model an object-oriented system with a class diagram. Include about 14 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 <|-- Class1 Class1 o-- Class2 Class2 --> Class3 Class3 --> Class4",output/374.pintora.png Create a sequence diagram with random interaction patterns involving 10 steps.,"sequenceDiagram participant Service_1 participant Service_2 Service_1-xService_2: Message 997 Service_0->>Service_1: Message 385 Service_2-->Service_1: Message 117 Service_1->>Service_2: Message 703 Service_0->>Service_2: Message 600 Service_1->Service_0: Message 554 Service_1->>Service_0: Message 684 loop Loop check Service_1-xService_2: Message 466 end Service_1->>Service_0: Message 747 Service_2-->Service_0: Message 415",output/531.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif :step_2; :step_3; :step_4; :step_5; :step_6; :step_7; :step_8; if (check9?) then (yes) :action_yes_9; else (no) :action_no_9; endif end",output/98.pintora.png Create a sequence diagram with random interaction patterns involving 11 steps.,"sequenceDiagram participant Service_0 participant Service_3 alt Condition Service_0-->Service_3: Message 667 else Other case Service_3-->>Service_0: Response end Service_3-->>Service_2: Message 669 Service_0-->Service_3: Message 483 alt Condition Service_0-->Service_3: Message 295 else Other case Service_3-->>Service_0: Response end Service_1-xService_2: Message 108 Service_0->Service_1: Message 487 alt Condition Service_0-xService_2: Message 206 else Other case Service_2-->>Service_0: Response end Service_3-xService_2: Message 634 Service_4-->>Service_3: Message 813 Service_3-xService_0: Message 596 Service_4-->Service_2: Message 541",output/449.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 6 elements.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 ** Concept 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1",output/88.pintora.png Create a flow activity diagram with approximately 8 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Process 2; :Process 3; :Process 4; :Process 5; fork :Parallel 1 6; forkagain :Parallel 2 6; endfork :Process 7; end",output/521.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 bool field_1 } TABLE_1 { int id PK int field_0 string field_1 datetime field_2 int field_3 } TABLE_2 { int id PK bool field_0 string field_1 datetime field_2 datetime field_3 float field_4 } TABLE_0 }|--|| TABLE_1 : manages TABLE_1 }|--|| TABLE_2 : manages",output/459.pintora.png Generate a DOT directed graph with 12 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n9 [shape=""ellipse"", label=""Node n9""] n10 [shape=""box"", label=""Node n10""] n11 [shape=""diamond"", label=""Node n11""] n8 -> n2 n4 -> n1 n3 -> n7 n1 -> n2 n11 -> n4 n4 -> n7 n3 -> n5 n9 -> n5 n10 -> n3 n11 -> n4 }",output/657.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 int field_1 } TABLE_1 { int id PK datetime field_0 datetime field_1 } TABLE_2 { int id PK int field_0 datetime field_1 int field_2 datetime field_3 int field_4 } TABLE_0 ||--|{ TABLE_1 : uses TABLE_1 }|--|| TABLE_2 : has",output/647.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 9d ""Task 1"" : 2024-01-10, 3d ""Task 2"" : 2024-01-13, 8d",output/118.pintora.png Write a Pintora diagram: design a comprehensive entity relationship diagram.,"erDiagram title: Inventory System CATEGORY { int category_id PK bool date float date text phone } REVIEW { int review_id PK datetime name FK bool address datetime status bool phone FK float status } SHIPMENT { int shipment_id PK bool quantity datetime status FK } PAYMENT { int payment_id PK float price float status } INVOICE { int invoice_id PK int status string price bool name int address FK } CATEGORY }o--o{ REVIEW : belongs to REVIEW ||--|| INVOICE : belongs to SHIPMENT }|..|{ PAYMENT : manages PAYMENT }o--o{ INVOICE : owns",output/881.pintora.png Design a comprehensive Entity Relationship diagram. Include nested structures.,"erDiagram REVIEW { int review_id PK string address FK bool phone } PRODUCT { int product_id PK bool name string name } CATEGORY { int category_id PK int address text phone datetime quantity datetime description bool name } ORDER { int order_id PK text date float price text description } USER { int user_id PK datetime description FK bool date int status string description float status } REVIEW }|--|| PRODUCT : has PRODUCT }|..|{ USER : manages CATEGORY ||--|{ USER : processes ORDER }|..|{ USER : processes",output/891.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 8d ""Task 1"" : 2024-01-09, 3d ""Task 2"" : 2024-01-12, 9d ""Task 3"" : 2024-01-21, 9d ""Task 4"" : 2024-01-30, 9d ""Task 5"" : 2024-02-08, 5d",output/108.pintora.png Create a sequence diagram with random interaction patterns involving 9 steps.,"sequenceDiagram participant Service_0 participant Service_1 Service_0-xService_1: Message 239 Service_1-->>Service_0: Message 924 alt Condition Service_0-->Service_1: Message 532 else Other case Service_1-->>Service_0: Response end Service_1-->Service_0: Message 598 Service_1->Service_0: Message 595 Service_1-->>Service_0: Message 979 Service_1-xService_0: Message 159 Service_0-->Service_1: Message 254 Service_0-->Service_1: Message 573",output/635.pintora.png Create a flow activity diagram with approximately 8 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Action 2; :Action 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif :Action 7; end",output/625.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start :Process 0; fork :Parallel 1 1; forkagain :Parallel 2 1; endfork :Action 2; :Action 3; :Action 4; :Process 5; end",output/553.pintora.png Create a sequence diagram with random interaction patterns involving 9 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_1 Service_0-->Service_1: Message 308 Service_0->>Service_1: Message 817 Service_1->Service_0: Message 275 loop Loop check Service_1-xService_0: Message 778 end Service_1->Service_0: Message 858 Service_0->>Service_1: Message 870 Service_1-xService_0: Message 386 Service_0-xService_1: Message 524 Service_1-->Service_0: Message 456",output/543.pintora.png Map out a process flow using an activity diagram. Include about 9 elements.,"activityDiagram start :step_0; :step_1; :step_2; :step_3; if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif if (check5?) then (yes) :action_yes_5; else (no) :action_no_5; endif if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif if (check7?) then (yes) :action_yes_7; else (no) :action_no_7; endif :step_8; end",output/306.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 11 elements.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 *** Subitem 0.2 **** Detail 0.2.1 ** Concept 1 *** Subitem 1.0 *** Subitem 1.1",output/316.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 ** Idea 1 *** Subitem 1.0 **** Detail 1.0.1",output/43.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 string field_1 bool field_2 datetime field_3 float field_4 } TABLE_1 { int id PK string field_0 int field_1 int field_2 string field_3 int field_4 } TABLE_2 { int id PK string field_0 int field_1 datetime field_2 string field_3 string field_4 } TABLE_3 { int id PK int field_0 int field_1 float field_2 float field_3 float field_4 } TABLE_4 { int id PK string field_0 datetime field_1 datetime field_2 } TABLE_5 { int id PK int field_0 bool field_1 } TABLE_6 { int id PK int field_0 datetime field_1 float field_2 } TABLE_7 { int id PK int field_0 float field_1 bool field_2 float field_3 } TABLE_0 }|--|| TABLE_1 : contains TABLE_1 ||--o{ TABLE_2 : contains TABLE_2 }|--|| TABLE_3 : uses TABLE_3 ||--|{ TABLE_4 : owns TABLE_4 ||--|| TABLE_5 : has TABLE_5 ||--|{ TABLE_6 : uses TABLE_6 ||--o{ TABLE_7 : uses",output/492.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--o{ Ent2 : relates",output/53.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif end",output/482.pintora.png Create a DOT diagram for a package dependency graph,"dotDiagram digraph Dependencies { bgcolor=""#fafafa"" node [bgcolor=""#61afef"", color=""#333""] app[""Application""] core[""Core Library""] utils[""Utilities""] logger[""Logger""] config[""Config""] app -> core app -> utils core -> logger core -> config utils -> logger }",output/940.pintora.png Write a Pintora diagram: create an advanced sequence diagram with complex interactions.,"sequenceDiagram title: System Communication participant [ ServiceA] participant ServiceB ServiceC-->ServiceA: Validate loop Batch process ServiceC->>ServiceA: Query 1 ServiceA-->>ServiceC: Response end ServiceC-->ServiceA: Validate loop Poll ServiceC-xServiceB: Process event ServiceB-->>ServiceC: Response end par Parallel processing ServiceA->ServiceA: Task A and ServiceA->ServiceB: Task B end ServiceA->>ServiceC: Fetch data par Parallel processing ServiceA->>ServiceA: Task A and ServiceA->>ServiceB: Task B end @note right of ServiceC: Validating ServiceC-->ServiceB: Query 7",output/838.pintora.png Create a class diagram with annotations,"classDiagram class IRepository { <> +find(id) +save(entity) +delete(id) } class Status { <> PENDING ACTIVE COMPLETED } class UserRepository { +find(id) +save(user) +findByEmail(email) } IRepository <|.. UserRepository",output/950.pintora.png Build a detailed component architecture diagram.,"componentDiagram database ""Cache Layer"" { [Comp0_0] [Comp0_1] () I0 } cloud ""GCP"" { [Comp1_0] [Comp1_1] } [Comp0_0] ..> [Comp1_0] [Comp1_1] --> I0 [Comp0_0] ..|> [Comp1_1] I0 ..> [Comp0_0] [Comp1_0] ..|> I0 [Comp0_0] ..> [Comp1_1] [Comp0_1] -- [Comp1_1] [Comp1_1] -- I0 [Comp0_1] ..|> [Comp1_0]",output/828.pintora.png Generate a DOT directed graph with 11 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n9 [shape=""box"", label=""Node n9""] n10 [shape=""circle"", label=""Node n10""] n2 -> n6 n5 -> n9 n7 -> n9 n2 -> n5 n2 -> n8 n8 -> n6 n7 -> n5 n5 -> n3 n8 -> n0 n0 -> n2 n0 -> n4 n2 -> n6 }",output/668.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 datetime field_1 int field_2 } TABLE_1 { int id PK bool field_0 float field_1 int field_2 float field_3 } TABLE_2 { int id PK int field_0 string field_1 string field_2 } TABLE_3 { int id PK int field_0 bool field_1 float field_2 int field_3 int field_4 } TABLE_4 { int id PK string field_0 datetime field_1 } TABLE_5 { int id PK datetime field_0 bool field_1 datetime field_2 } TABLE_6 { int id PK bool field_0 int field_1 string field_2 datetime field_3 } TABLE_7 { int id PK string field_0 bool field_1 datetime field_2 } TABLE_0 }|--|| TABLE_1 : has TABLE_1 ||--|| TABLE_2 : contains TABLE_2 ||--|| TABLE_3 : uses TABLE_3 }|--|| TABLE_4 : contains TABLE_4 ||--|| TABLE_5 : has TABLE_5 ||--|| TABLE_6 : has TABLE_6 }|--|| TABLE_7 : uses",output/710.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Action 1; :Action 2; :Process 3; :Action 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif :Process 6; end",output/678.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif fork :Parallel 1 3; forkagain :Parallel 2 3; endfork :Process 4; :Process 5; :Action 6; end",output/700.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 5d ""Task 1"" : 2024-01-06, 3d ""Task 2"" : 2024-01-09, 6d ""Task 3"" : 2024-01-15, 9d",output/145.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } Class0 *-- Class1 Class1 *-- Class2",output/155.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 ||--|| Ent3 : relates Ent3 }|--|| Ent4 : relates",output/223.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n6 -> n3 n3 -> n2 n6 -> n4 n3 -> n4 n2 -> n3 n4 -> n6 n1 -> n2 n6 -> n2 n1 -> n6 n6 -> n4 n2 -> n6 n4 -> n3 }",output/233.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start :Process 0; if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Process 2; :Process 3; :Process 4; :Process 5; :Process 6; :Action 7; :Process 8; :Action 9; end",output/476.pintora.png Create a sequence diagram with random interaction patterns involving 8 steps.,"sequenceDiagram autonumber participant Service_0 Service_1->>Service_0: Message 487 Service_1->Service_0: Message 453 Service_0->>Service_1: Message 532 Service_0->>Service_1: Message 486 Service_1-->Service_0: Message 606 Service_1-xService_0: Message 796 loop Loop check Service_1-xService_0: Message 376 end Service_0-->>Service_1: Message 775",output/466.pintora.png Design a comprehensive Entity Relationship diagram. Include nested structures.,"erDiagram title: CRM System PRODUCT { int product_id PK bool date text description float name string price FK text quantity } PAYMENT { int payment_id PK int email FK string address } INVOICE { int invoice_id PK text name FK text phone bool email int name } CUSTOMER { int customer_id PK datetime name FK datetime price } PRODUCT ||--o{ CUSTOMER : processes PAYMENT ||--|| CUSTOMER : owns INVOICE }o--o{ CUSTOMER : references",output/865.pintora.png Model an object-oriented system with class diagram. Include nested structures.,"classDiagram class ServiceA { +int attr0 -boolean attr1 -boolean attr2 ~method0() T +{static} method1() boolean ~method2() void } class ManagerB { <> -List~T~ attr0 ~int attr1 +string attr2 #method0() string -method1() T } class ObserverC { -int attr0 +{static} method0() string ~method1() boolean ~method2() T } class StrategyD { #boolean attr0 #List~T~ attr1 +string attr2 #boolean attr3 +method0() boolean } class RepositoryE { <> +string attr0 +string attr1 ~int attr2 -List~T~ attr3 -method0() T } ServiceA <|-- RepositoryE ManagerB *-- ObserverC ObserverC ..> StrategyD StrategyD --> RepositoryE",output/875.pintora.png Design a detailed hierarchical mind map.,"mindmap @param layoutDirection LR * Project Plan ** Topic A *** Subtopic A.1 **** Detail A.1.1 **** Detail A.1.2 **** Detail A.1.3 *** Subtopic A.2 **** Detail A.2.1 *** Subtopic A.3 *** Subtopic A.4 **** Detail A.4.1 **** Detail A.4.2 ** Topic B *** Subtopic B.1 **** Detail B.1.1 **** Detail B.1.2 **** Detail B.1.3 *** Subtopic B.2 *** Subtopic B.3 **** Detail B.3.1 **** Detail B.3.2 ** Topic C *** Subtopic C.1 *** Subtopic C.2 **** Detail C.2.1 ** Topic D *** Subtopic D.1 *** Subtopic D.2 **** Detail D.2.1 **** Detail D.2.2 *** Subtopic D.3 **** Detail D.3.1 **** Detail D.3.2 *** Subtopic D.4 **** Detail D.4.1 ** Topic E *** Subtopic E.1 **** Detail E.1.1 **** Detail E.1.2 *** Subtopic E.2 **** Detail E.2.1 *** Subtopic E.3 **** Detail E.3.1",output/807.pintora.png Write a Pintora diagram: map a complex business process with activity diagram.,"activityDiagram start partition Completion { while (Check 0?) is (yes) :Process 0; endwhile (done) fork :Parallel Task A1; forkagain :Parallel Task B1; endfork if (Condition 2?) then (yes) :Action True 2; else (no) :Action False 2; endif :Step 3; switch (Type 4?) case (A) :Handle A4; case (B) :Handle B4; endswitch fork :Parallel Task A5; forkagain :Parallel Task B5; endfork if (Condition 6?) then (yes) :Action True 6; else (no) :Action False 6; endif end",output/817.pintora.png Create a component diagram for logging infrastructure,"componentDiagram title: Centralized Logging package ""Applications"" { [Web Server] [API Server] [Background Jobs] } package ""Log Collection"" { [Fluentd] () ""Log Input"" } package ""Storage & Analysis"" { [Elasticsearch] [Kibana] } [Web Server] --> ""Log Input"" [API Server] --> ""Log Input"" [Background Jobs] --> ""Log Input"" ""Log Input"" -- [Fluentd] [Fluentd] --> [Elasticsearch] [Elasticsearch] <-- [Kibana] : query",output/1005.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 5 elements.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 *** Subitem 0.1 **** Detail 0.1.1 *** Subitem 0.2 ** Feature 1 *** Subitem 1.0 ** Concept 2 *** Subitem 2.0 **** Detail 2.0.1",output/380.pintora.png Map out a process flow using an activity diagram. Include about 5 elements.,"activityDiagram start :step_0; :step_1; :step_2; if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif :step_4; end",output/390.pintora.png Generate a DOT directed graph with 6 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n4 -> n0 n0 -> n3 n0 -> n1 n5 -> n4 n2 -> n5 }",output/414.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 6 elements.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 *** Subitem 0.1 ** Idea 1 *** Subitem 1.0 *** Subitem 1.1 **** Detail 1.1.1 *** Subitem 1.2",output/404.pintora.png Create a sequence diagram showing interaction between participants. Include about 7 elements.,"sequenceDiagram autonumber P1-->>P0: msg_89 P1->P0: msg_82 P1->>P0: msg_57 P1-->P0: msg_13 P0-->P1: msg_35 P0->P1: msg_35 P1-->>P0: msg_21",output/339.pintora.png Create a sequence diagram showing interaction between participants. Include about 11 elements.,"sequenceDiagram autonumber P0->>P3: msg_19 P0->>P3: msg_85 P0->P1: msg_24 P0-->P3: msg_61 P1->>P0: msg_42 P2-->P0: msg_2 P3->>P0: msg_28 P2->P1: msg_44 P0->>P2: msg_53 P2->>P0: msg_49 P2->P0: msg_39",output/241.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif :step_4; :step_5; if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif :step_7; :step_8; :step_9; if (check10?) then (yes) :action_yes_10; else (no) :action_no_10; endif end",output/329.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 ||--|| Ent1 : relates Ent1 ||--|| Ent2 : relates Ent2 ||--o{ Ent3 : relates Ent3 ||--|{ Ent4 : relates",output/251.pintora.png Create a sequence diagram showing interaction between participants. Include about 13 elements.,"sequenceDiagram autonumber P1-->>P0: msg_18 P1->>P0: msg_10 P0->>P1: msg_13 P0->>P1: msg_44 P0->>P1: msg_5 P1-->P0: msg_10 P1-->>P0: msg_7 P0-->>P1: msg_56 P0->>P1: msg_8 P0-->P1: msg_93 P1-->>P0: msg_67 P1-->P0: msg_1 P0->>P1: msg_21",output/127.pintora.png Visualize a graph structure using DOT syntax. Include about 15 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n7 [label=""Node n7""] n0 -> n1 n2 -> n4 n0 -> n7 n3 -> n5 n0 -> n5 n6 -> n4 n3 -> n2 n3 -> n1 n6 -> n5 n3 -> n7 n4 -> n6 n3 -> n7 n6 -> n3 n6 -> n5 n2 -> n1 }",output/137.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start :Action 0; if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Process 2; :Process 3; :Action 4; :Process 5; end",output/772.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Process 3; :Process 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif end",output/762.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n8 -> n4 n1 -> n5 n6 -> n8 n0 -> n8 n2 -> n8 n4 -> n7 n5 -> n1 n6 -> n3 n0 -> n5 n0 -> n1 }",output/458.pintora.png Draft a component diagram for system architecture. Include about 5 elements.,"componentDiagram package ""System"" { [Comp0] [Comp1] [Comp2] [Comp3] } [Comp0] --> [Comp1] [Comp1] --> [Comp2] [Comp2] --> [Comp3]",output/89.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; :Process 2; :Process 3; :Process 4; end",output/520.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif fork :Parallel 1 3; forkagain :Parallel 2 3; endfork :Process 4; :Process 5; fork :Parallel 1 6; forkagain :Parallel 2 6; endfork if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif :Action 8; end",output/448.pintora.png Create a sequence diagram with random interaction patterns involving 12 steps.,"sequenceDiagram autonumber Service_1-->>Service_0: Message 983 Service_1-xService_0: Message 828 Service_0-->>Service_1: Message 985 Service_1-->>Service_0: Message 218 Service_1-xService_0: Message 493 Service_1->Service_0: Message 966 Service_0->Service_1: Message 572 Service_1->Service_0: Message 668 Service_1->>Service_0: Message 702 Service_0->>Service_1: Message 723 Service_0-->>Service_1: Message 891 Service_0->>Service_1: Message 635",output/530.pintora.png Schedule tasks using a Gantt chart. Include about 14 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 3d ""Task 1"" : 2024-01-04, 7d ""Task 2"" : 2024-01-11, 4d ""Task 3"" : 2024-01-15, 4d",output/99.pintora.png Visualize a graph structure using DOT syntax. Include about 7 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n7 [label=""Node n7""] n6 -> n1 n2 -> n5 n3 -> n1 n1 -> n0 n5 -> n6 n2 -> n1 n5 -> n6 }",output/375.pintora.png Schedule tasks using a Gantt chart. Include about 14 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 2d ""Task 1"" : 2024-01-03, 3d ""Task 2"" : 2024-01-06, 7d ""Task 3"" : 2024-01-13, 6d ""Task 4"" : 2024-01-19, 6d ""Task 5"" : 2024-01-25, 5d",output/365.pintora.png Create a flow activity diagram with approximately 8 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif fork :Parallel 1 2; forkagain :Parallel 2 2; endfork if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Process 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif :Process 6; if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif end",output/646.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; :Action 2; :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif end",output/656.pintora.png Create a multiroot mind map,"mindmap * Frontend Technologies ** React ** Vue ** Angular * Backend Technologies ** Node.js ** Python ** Go * Database Systems ** PostgreSQL ** MongoDB ** Redis",output/933.pintora.png Write a component diagram with custom colors,"componentDiagram @param componentBackground #61afef @param componentBorderColor #4a9de0 package ""Frontend"" { [React App] [Redux Store] } package ""Backend"" { [Express Server] [MongoDB] } [React App] --> [Redux Store] [React App] ..> [Express Server] : REST API [Express Server] --> [MongoDB]",output/923.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 int field_1 } TABLE_1 { int id PK datetime field_0 int field_1 string field_2 } TABLE_2 { int id PK bool field_0 datetime field_1 float field_2 float field_3 float field_4 } TABLE_3 { int id PK int field_0 string field_1 datetime field_2 string field_3 bool field_4 } TABLE_0 ||--o{ TABLE_1 : uses TABLE_1 ||--|| TABLE_2 : manages TABLE_2 ||--|{ TABLE_3 : manages",output/787.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; :Action 2; :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Action 5; :Action 6; if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif :Process 8; end",output/797.pintora.png Create a sequence diagram with random interaction patterns involving 9 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_2 Service_0->>Service_1: Message 463 Service_2-->>Service_0: Message 531 Service_0-->Service_1: Message 478 Service_0->Service_1: Message 679 Service_0-->Service_1: Message 741 Service_0-->>Service_2: Message 298 Service_2-xService_1: Message 958 loop Loop check Service_0-xService_2: Message 117 end loop Loop check Service_0-->>Service_2: Message 141 end",output/599.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n4 -> n6 n3 -> n4 n5 -> n1 n1 -> n0 n3 -> n1 n0 -> n2 }",output/30.pintora.png Map out a process flow using an activity diagram. Include about 7 elements.,"activityDiagram start :step_0; :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif :step_5; if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif end",output/20.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 int field_1 bool field_2 bool field_3 } TABLE_1 { int id PK int field_0 int field_1 float field_2 } TABLE_2 { int id PK bool field_0 string field_1 } TABLE_3 { int id PK bool field_0 bool field_1 float field_2 float field_3 datetime field_4 } TABLE_4 { int id PK float field_0 int field_1 int field_2 } TABLE_5 { int id PK int field_0 datetime field_1 } TABLE_6 { int id PK bool field_0 string field_1 } TABLE_7 { int id PK datetime field_0 string field_1 bool field_2 bool field_3 bool field_4 } TABLE_0 ||--|{ TABLE_1 : manages TABLE_1 ||--o{ TABLE_2 : contains TABLE_2 ||--|{ TABLE_3 : owns TABLE_3 ||--|| TABLE_4 : contains TABLE_4 ||--o{ TABLE_5 : uses TABLE_5 }|--|| TABLE_6 : contains TABLE_6 ||--|{ TABLE_7 : uses",output/589.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 bool field_1 datetime field_2 datetime field_3 } TABLE_1 { int id PK datetime field_0 float field_1 } TABLE_2 { int id PK string field_0 datetime field_1 int field_2 } TABLE_3 { int id PK datetime field_0 datetime field_1 int field_2 datetime field_3 } TABLE_4 { int id PK int field_0 bool field_1 } TABLE_0 ||--o{ TABLE_1 : has TABLE_1 ||--|| TABLE_2 : uses TABLE_2 }|--|| TABLE_3 : manages TABLE_3 ||--|{ TABLE_4 : manages",output/483.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n2 -> n0 n1 -> n2 n0 -> n2 n2 -> n3 n3 -> n0 n1 -> n2 n2 -> n1 n1 -> n2 n2 -> n1 n2 -> n3 n0 -> n2 n3 -> n1 n2 -> n0 }",output/52.pintora.png Create a sequence diagram with random interaction patterns involving 14 steps.,"sequenceDiagram autonumber participant Service_3 participant Service_4 loop Loop check Service_2->>Service_4: Message 580 end Service_3-->>Service_4: Message 601 Service_3->>Service_2: Message 626 Service_2->Service_3: Message 275 Service_3-xService_0: Message 746 Service_1-->Service_4: Message 597 @note right of Service_1: Note processing Service_1->Service_4: Message 751 Service_4-->Service_2: Message 303 Service_2-xService_1: Message 525 loop Loop check Service_3-->Service_0: Message 355 end Service_3->Service_1: Message 563 Service_2->>Service_0: Message 879 Service_1-->Service_2: Message 132 Service_0->>Service_3: Message 328",output/493.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 14 elements.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 ** Task 1 *** Subitem 1.0",output/42.pintora.png Visualize a complex graph with DOT diagram.,"dotDiagram graph G { bgcolor=""#f5f5f5"" node [shape=""ellipse"", bgcolor=""#e3f2fd""] n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n7 [label=""Node n7""] n8 [label=""Node n8""] n8 -- n0 n5 -- n4 n1 -- n7 n5 -- n0 n3 -- n4 [color=""green""] n5 -- n8 n4 -- n8 n3 -- n4 n8 -- n0 n3 -- n8 n4 -- n6 n7 -- n6 n0 -- n3 n4 -- n8 [color=""purple""] }",output/829.pintora.png Write a class diagram with static members,"classDiagram class DatabaseConnection { {static} DatabaseConnection instance -string connectionString {static} getInstance() DatabaseConnection +connect() void +disconnect() void +executeQuery(sql) ResultSet } class Logger { {static} Logger defaultLogger -string logLevel {static} getLogger(name) Logger +log(message) void +error(message) void }",output/951.pintora.png Build a detailed component architecture diagram. Use advanced syntax features.,"componentDiagram title: Cloud Architecture node ""Server Farm"" { [Comp0_0] [Comp0_1] [Comp0_2] () I0 } package ""Backend"" { [Comp1_0] [Comp1_1] () I1 } cloud ""Cloud Infrastructure"" { [Comp2_0] [Comp2_1] [Comp2_2] [Comp2_3] () I2 } database ""Persistence"" { [Comp3_0] [Comp3_1] [Comp3_2] [Comp3_3] } [Comp2_2] --> [Comp1_1] [Comp1_1] -- I0 I0 -- [Comp2_3] [Comp2_0] --> [Comp0_0] [Comp3_3] -- [Comp0_2] [Comp3_2] ..> [Comp3_3] I1 --> [Comp0_0] [Comp0_2] -- [Comp0_1] I1 ..|> [Comp2_0] I0 --> I1 [Comp2_3] ..> [Comp0_2] [Comp1_0] --> [Comp0_2] I2 ..> [Comp2_2] [Comp2_0] -- [Comp0_2] [Comp3_3] -- [Comp2_1] [Comp3_2] --> [Comp3_1] I0 ..> [Comp0_1]",output/839.pintora.png Write a DOT diagram with subgraphs,"dotDiagram digraph Architecture { bgcolor=""white"" node [color=""#111"", bgcolor=orange] subgraph Frontend { label=""Frontend Layer"" web[""Web App""] mobile[""Mobile App""] } subgraph Backend { label=""Backend Layer"" api[""API Server""] worker[""Background Worker""] } web -> api mobile -> api api -> worker }",output/941.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 string field_1 float field_2 string field_3 } TABLE_1 { int id PK float field_0 float field_1 string field_2 datetime field_3 } TABLE_2 { int id PK datetime field_0 float field_1 int field_2 bool field_3 } TABLE_3 { int id PK bool field_0 datetime field_1 string field_2 float field_3 float field_4 } TABLE_4 { int id PK datetime field_0 bool field_1 int field_2 } TABLE_5 { int id PK int field_0 datetime field_1 int field_2 float field_3 bool field_4 } TABLE_6 { int id PK int field_0 bool field_1 } TABLE_7 { int id PK datetime field_0 bool field_1 } TABLE_0 }|--|| TABLE_1 : owns TABLE_1 ||--o{ TABLE_2 : manages TABLE_2 }|--|| TABLE_3 : has TABLE_3 }|--|| TABLE_4 : manages TABLE_4 ||--|{ TABLE_5 : contains TABLE_5 ||--|| TABLE_6 : contains TABLE_6 ||--|{ TABLE_7 : owns",output/624.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 bool field_1 bool field_2 } TABLE_1 { int id PK datetime field_0 string field_1 } TABLE_2 { int id PK int field_0 bool field_1 } TABLE_3 { int id PK bool field_0 bool field_1 } TABLE_4 { int id PK datetime field_0 string field_1 datetime field_2 string field_3 } TABLE_5 { int id PK int field_0 float field_1 datetime field_2 datetime field_3 float field_4 } TABLE_6 { int id PK bool field_0 datetime field_1 bool field_2 bool field_3 } TABLE_7 { int id PK int field_0 int field_1 datetime field_2 } TABLE_0 }|--|| TABLE_1 : manages TABLE_1 ||--|| TABLE_2 : contains TABLE_2 ||--o{ TABLE_3 : owns TABLE_3 ||--|{ TABLE_4 : owns TABLE_4 ||--|| TABLE_5 : contains TABLE_5 }|--|| TABLE_6 : has TABLE_6 ||--|| TABLE_7 : contains",output/634.pintora.png Design a comprehensive Entity Relationship diagram. Include nested structures.,"erDiagram CUSTOMER { int customer_id PK datetime description int phone float price string description FK } USER { int user_id PK datetime address string phone FK } CATEGORY { int category_id PK int status FK bool name } INVENTORY { int inventory_id PK datetime date int price float address FK string description FK } CUSTOMER }|--|| USER : manages USER }o--o{ INVENTORY : contains CATEGORY }|--|| INVENTORY : contains",output/890.pintora.png Design an Entity Relationship diagram. Include about 10 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 ||--|{ Ent1 : relates Ent1 ||--|| Ent2 : relates Ent2 ||--|{ Ent3 : relates Ent3 ||--o{ Ent4 : relates",output/109.pintora.png Schedule tasks using a Gantt chart. Include about 14 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 3d ""Task 1"" : 2024-01-04, 10d ""Task 2"" : 2024-01-14, 7d ""Task 3"" : 2024-01-21, 4d ""Task 4"" : 2024-01-25, 2d",output/119.pintora.png Design an advanced sequence diagram with complex interactions.,"sequenceDiagram title: API Interaction participant [ ServiceA] participant [ ServiceB] participant [ ServiceC] ServiceC-->ServiceB: Validate ServiceA-->>ServiceC: Update 1 alt Success ServiceE-->>ServiceB: Fetch data ServiceB-->>ServiceE: OK else Error ServiceB-->>ServiceE: Error code end alt Success ServiceA-->ServiceB: Request 3 ServiceB-->>ServiceA: OK else Error ServiceB-->>ServiceA: Error code end ServiceE-->>ServiceA: Fetch data ServiceC->ServiceA: Fetch data alt Authenticated ServiceA-->ServiceC: Process event ServiceC-->>ServiceA: OK else Error ServiceC-->>ServiceA: Error code end par Parallel processing ServiceB-->>ServiceA: Task A and ServiceB-->>ServiceB: Task B end ServiceB-->ServiceA: Query 8 activate ServiceD ServiceC-xServiceD: Request 9 deactivate ServiceD alt Success ServiceE->>ServiceA: Validate ServiceA-->>ServiceE: OK else Error ServiceA-->>ServiceE: Error code end ServiceB->ServiceE: Request 11",output/880.pintora.png Map out a process flow using an activity diagram. Include about 11 elements.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif :step_3; if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif :step_5; if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif :step_7; if (check8?) then (yes) :action_yes_8; else (no) :action_no_8; endif if (check9?) then (yes) :action_yes_9; else (no) :action_no_9; endif :step_10; end",output/317.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } class Class5 { +attribute1 +method1() } Class0 *-- Class1 Class1 *-- Class2 Class2 --> Class3 Class3 *-- Class4 Class4 *-- Class5",output/307.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; :Process 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif end",output/542.pintora.png Generate a DOT directed graph with 7 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n3 -> n2 n3 -> n2 n2 -> n1 n6 -> n1 n3 -> n6 n4 -> n6 }",output/552.pintora.png Illustrate a complex business process with activity diagram.,"activityDiagram start if (Condition 0?) then (yes) :Action True 0; else (no) :Action False 0; endif if (Condition 1?) then (yes) :Action True 1; else (no) :Action False 1; endif if (Condition 2?) then (yes) :Action True 2; else (no) :Action False 2; endif :Step 3; if (Condition 4?) then (yes) :Action True 4; else (no) :Action False 4; endif :Step 5; if (Condition 6?) then (yes) :Action True 6; else (no) :Action False 6; endif :Step 7; :Step 8; :Step 9; } end",output/874.pintora.png Design a detailed hierarchical mind map.,"mindmap @param layoutDirection TB * Product Strategy ** Topic A *** Subtopic A.1 *** Subtopic A.2 *** Subtopic A.3 ** Topic B *** Subtopic B.1 *** Subtopic B.2 ** Topic C *** Subtopic C.1 **** Detail C.1.1 **** Detail C.1.2 **** Detail C.1.3 *** Subtopic C.2 **** Detail C.2.1 **** Detail C.2.2 **** Detail C.2.3 *** Subtopic C.3",output/864.pintora.png Model an object-oriented system with a class diagram. Include about 14 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 *-- Class1 Class1 *-- Class2 Class2 *-- Class3",output/154.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent5 { int id PK string name } Ent0 ||--|| Ent1 : relates Ent1 ||--|| Ent2 : relates Ent2 ||--o{ Ent3 : relates Ent3 ||--o{ Ent4 : relates Ent4 }|--|| Ent5 : relates",output/144.pintora.png Write an Entity Relationship diagram with 7 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 datetime field_1 datetime field_2 int field_3 string field_4 } TABLE_1 { int id PK int field_0 float field_1 string field_2 } TABLE_2 { int id PK string field_0 string field_1 bool field_2 } TABLE_3 { int id PK int field_0 bool field_1 float field_2 int field_3 datetime field_4 } TABLE_4 { int id PK float field_0 float field_1 bool field_2 } TABLE_5 { int id PK string field_0 int field_1 } TABLE_6 { int id PK string field_0 datetime field_1 datetime field_2 int field_3 } TABLE_0 ||--o{ TABLE_1 : owns TABLE_1 ||--|{ TABLE_2 : contains TABLE_2 }|--|| TABLE_3 : manages TABLE_3 ||--o{ TABLE_4 : owns TABLE_4 ||--|| TABLE_5 : has TABLE_5 }|--|| TABLE_6 : contains",output/701.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 float field_1 } TABLE_1 { int id PK string field_0 string field_1 float field_2 float field_3 } TABLE_2 { int id PK float field_0 datetime field_1 } TABLE_3 { int id PK int field_0 bool field_1 int field_2 } TABLE_4 { int id PK int field_0 datetime field_1 } TABLE_5 { int id PK bool field_0 int field_1 } TABLE_0 }|--|| TABLE_1 : contains TABLE_1 ||--|| TABLE_2 : owns TABLE_2 }|--|| TABLE_3 : has TABLE_3 ||--|| TABLE_4 : contains TABLE_4 ||--|| TABLE_5 : owns",output/679.pintora.png Generate a DOT directed graph with 12 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n9 [shape=""ellipse"", label=""Node n9""] n10 [shape=""box"", label=""Node n10""] n11 [shape=""ellipse"", label=""Node n11""] n8 -> n3 n5 -> n3 n10 -> n9 n3 -> n9 n10 -> n11 n4 -> n11 n8 -> n10 n8 -> n6 n3 -> n5 n11 -> n0 n10 -> n3 }",output/711.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Process 2; :Action 3; :Process 4; fork :Parallel 1 5; forkagain :Parallel 2 5; endfork end",output/669.pintora.png Generate a DOT directed graph with 5 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n2 -> n4 n4 -> n0 n2 -> n1 n3 -> n1 n2 -> n3 }",output/467.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""box"", label=""Node n7""] n4 -> n7 n3 -> n6 n1 -> n0 n2 -> n5 n3 -> n6 n0 -> n5 n6 -> n7 n2 -> n6 n2 -> n1 }",output/477.pintora.png Map out a process flow using an activity diagram. Include about 5 elements.,"activityDiagram start :step_0; :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif :step_3; :step_4; end",output/232.pintora.png Create a sequence diagram showing interaction between participants. Include about 8 elements.,"sequenceDiagram autonumber P1->P2: msg_62 P2-->P1: msg_7 P0->>P2: msg_98 P0-->>P1: msg_94 P0-->>P2: msg_20 P1->>P2: msg_68 P2->P1: msg_16 P0-->>P2: msg_48",output/222.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 *** Subitem 0.1 *** Subitem 0.2 **** Detail 0.2.1 ** Feature 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 **** Detail 1.1.1 ** Feature 2 *** Subitem 2.0 ** Task 3 *** Subitem 3.0 **** Detail 3.0.1",output/250.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 5d ""Task 1"" : 2024-01-06, 8d ""Task 2"" : 2024-01-14, 8d ""Task 3"" : 2024-01-22, 10d ""Task 4"" : 2024-02-01, 2d",output/328.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n1 -> n3 n4 -> n3 n1 -> n5 n3 -> n1 n2 -> n3 n3 -> n1 n5 -> n3 n0 -> n4 n5 -> n2 n2 -> n5 n2 -> n4 n1 -> n5 n4 -> n1 }",output/240.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P1->P0: msg_17 P0-->P1: msg_55 P1->>P0: msg_10 P1->>P0: msg_3 P1-->>P0: msg_14 P1-->>P0: msg_72 P0->P1: msg_30 P1-->P0: msg_77 P0-->P1: msg_30 P0-->>P1: msg_69 P0->P1: msg_46 P0-->P1: msg_31 P0-->>P1: msg_6 P1->>P0: msg_12 P0->P1: msg_90",output/338.pintora.png Visualize a graph structure using DOT syntax. Include about 13 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n5 -> n1 n0 -> n2 n3 -> n5 n0 -> n1 n0 -> n6 n4 -> n0 n2 -> n5 n3 -> n6 n5 -> n1 n4 -> n0 n4 -> n3 n3 -> n1 n2 -> n3 }",output/405.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; :Action 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Process 4; end",output/415.pintora.png Create a sequence diagram with random interaction patterns involving 14 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_2 participant Service_3 Service_1-->>Service_2: Message 753 alt Condition Service_0-->Service_2: Message 810 else Other case Service_2-->>Service_0: Response end Service_3-xService_1: Message 932 Service_0->Service_3: Message 585 alt Condition Service_1-->Service_3: Message 601 else Other case Service_3-->>Service_1: Response end Service_3-xService_2: Message 381 loop Loop check Service_2-->Service_0: Message 824 end Service_2-->>Service_1: Message 454 loop Loop check Service_2-xService_1: Message 669 end Service_1-->Service_0: Message 250 Service_3-->>Service_0: Message 378 Service_3-->>Service_0: Message 868 Service_1->>Service_3: Message 214 loop Loop check Service_2->>Service_3: Message 248 end",output/763.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n4 -> n3 n2 -> n4 n1 -> n7 n4 -> n1 n6 -> n0 n4 -> n6 }",output/773.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n1 -> n5 n4 -> n2 n3 -> n5 n5 -> n2 n0 -> n2 }",output/136.pintora.png Schedule tasks using a Gantt chart. Include about 15 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 9d ""Task 1"" : 2024-01-10, 4d ""Task 2"" : 2024-01-14, 7d",output/126.pintora.png Illustrate a complex business process with activity diagram.,"activityDiagram start if (Condition 0?) then (yes) :Action True 0; else (no) :Action False 0; endif if (Condition 1?) then (yes) :Action True 1; else (no) :Action False 1; endif :Step 2; :Step 3; while (Check 4?) is (yes) :Process 4; endwhile (done) if (Condition 5?) then (yes) :Action True 5; else (no) :Action False 5; endif :Step 6; } end",output/816.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; :Action 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Action 4; end",output/806.pintora.png Schedule tasks using a Gantt chart. Include about 9 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 6d ""Task 1"" : 2024-01-07, 6d ""Task 2"" : 2024-01-13, 8d",output/391.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P2->P1: msg_58 P1-->>P0: msg_91 P2->>P0: msg_4 P0->P1: msg_99 P1->P2: msg_5 P1-->>P0: msg_29",output/381.pintora.png Write an activity diagram for file upload,"activityDiagram title: File Upload Process start :Select file; if (File size within limit?) then (yes) if (Valid file type?) then (yes) :Calculate checksum; :Upload to server; if (Upload successful?) then (yes) :Store metadata; :Generate thumbnail; :Return file URL; else (no) :Show upload error; endif else (no) :Show invalid type error; endif else (no) :Show size limit error; endif end",output/1004.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Action 1; :Process 2; :Process 3; :Process 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif end",output/684.pintora.png Create a flow activity diagram with approximately 8 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif fork :Parallel 1 2; forkagain :Parallel 2 2; endfork :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; :Action 6; if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif end",output/694.pintora.png Design an advanced sequence diagram with complex interactions.,"sequenceDiagram title: API Interaction autonumber participant [ ServiceB] participant ServiceC participant [ ServiceD] participant [ ServiceE] loop Poll ServiceC->>ServiceB: Request 0 ServiceB-->>ServiceC: Response end ServiceC-->ServiceB: Update 1 ServiceD-xServiceA: Fetch data par Parallel processing ServiceA-->ServiceA: Task A and ServiceA-->ServiceB: Task B end par Parallel processing ServiceB-->ServiceA: Task A and ServiceB-->ServiceB: Task B end @note right of ServiceD: Processing ServiceD-->>ServiceA: Fetch data ServiceB-xServiceD: Request 6 ServiceA->ServiceC: Fetch data loop Batch process ServiceA-xServiceD: Request 8 ServiceD-->>ServiceA: Response end",output/830.pintora.png Create a class diagram with visibility modifiers,"classDiagram class BankAccount { -double balance -string accountNumber #string ownerName +getBalance() double +deposit(amount) void -validateAmount(amount) boolean ~internalAudit() void }",output/948.pintora.png Write a Pintora diagram: create an advanced sequence diagram with complex interactions.,"sequenceDiagram participant [ ServiceA] participant [ ServiceD] participant [ ServiceE] ServiceB-xServiceA: Query 0 par Parallel processing ServiceC-->>ServiceA: Task A and ServiceC-->>ServiceB: Task B end ServiceE-->>ServiceB: Validate activate ServiceE ServiceD->ServiceE: Validate deactivate ServiceE ServiceA-->ServiceE: Query 4 activate ServiceD ServiceE->ServiceD: Process event deactivate ServiceD activate ServiceC ServiceD->>ServiceC: Update 6 deactivate ServiceC loop Retry ServiceE->ServiceB: Query 7 ServiceB-->>ServiceE: Response end",output/820.pintora.png Write a sequence diagram for WebSocket communication,"sequenceDiagram title: WebSocket Chat participant [ User1] participant Server participant [ User2] User1->>Server: Connect WebSocket Server-->>User1: Connection established User2->>Server: Connect WebSocket Server-->>User2: Connection established User1->>Server: Send message ""Hello"" Server->>User2: Broadcast ""Hello"" User2->>Server: Send message ""Hi!"" Server->>User1: Broadcast ""Hi!"" ",output/958.pintora.png Create a flow activity diagram with approximately 8 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; :Process 2; :Process 3; fork :Parallel 1 4; forkagain :Parallel 2 4; endfork fork :Parallel 1 5; forkagain :Parallel 2 5; endfork fork :Parallel 1 6; forkagain :Parallel 2 6; endfork fork :Parallel 1 7; forkagain :Parallel 2 7; endfork end",output/745.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 int field_1 } TABLE_1 { int id PK float field_0 float field_1 int field_2 } TABLE_2 { int id PK datetime field_0 bool field_1 string field_2 } TABLE_3 { int id PK datetime field_0 string field_1 datetime field_2 int field_3 int field_4 } TABLE_0 }|--|| TABLE_1 : uses TABLE_1 ||--o{ TABLE_2 : uses TABLE_2 }|--|| TABLE_3 : manages",output/755.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 ||--|| Ent1 : relates Ent1 ||--|| Ent2 : relates Ent2 ||--o{ Ent3 : relates Ent3 ||--|| Ent4 : relates",output/110.pintora.png Visualize a complex graph with DOT diagram.,"dotDiagram digraph G { bgcolor=""#f5f5f5"" node [shape=""diamond"", bgcolor=""#e3f2fd""] n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n2 -> n5 n3 -> n1 n5 -> n3 n0 -> n4 [color=""purple""] n3 -> n0 [color=""red""] n3 -> n4 n2 -> n5 [color=""purple""] n4 -> n3 [color=""purple""] n4 -> n1 n0 -> n5 n0 -> n5 n5 -> n3 [color=""blue""] }",output/889.pintora.png Design a comprehensive Entity Relationship diagram. Include nested structures.,"erDiagram CATEGORY { int category_id PK bool quantity FK text quantity FK text price int status bool phone } PRODUCT { int product_id PK float email FK datetime date FK bool status FK datetime price FK } INVOICE { int invoice_id PK bool date text address } USER { int user_id PK datetime price text date text description text status int name } CATEGORY ||--|{ PRODUCT : belongs to PRODUCT }|..|{ USER : belongs to INVOICE }|--|| USER : manages",output/899.pintora.png Schedule tasks using a Gantt chart. Include about 11 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 9d ""Task 1"" : 2024-01-10, 7d ""Task 2"" : 2024-01-17, 6d ""Task 3"" : 2024-01-23, 4d",output/100.pintora.png Schedule tasks using a Gantt chart. Include about 11 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 6d ""Task 1"" : 2024-01-07, 5d ""Task 2"" : 2024-01-12, 5d ""Task 3"" : 2024-01-17, 5d",output/276.pintora.png Create a sequence diagram showing interaction between participants. Include about 5 elements.,"sequenceDiagram autonumber P0-->>P1: msg_94 P0->P1: msg_98 P1-->>P0: msg_41 P0->P1: msg_51 P0->P1: msg_64",output/266.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""ellipse"", label=""Node n8""] n0 -> n7 n2 -> n0 n5 -> n4 n0 -> n4 n5 -> n1 n5 -> n8 n0 -> n3 n7 -> n5 n5 -> n7 n1 -> n8 n7 -> n3 }",output/423.pintora.png Write a component diagram showing a system with 8 components distributed across packages.,"componentDiagram package ""System A"" { [Comp0] [Comp1] [Comp2] [Comp3] } package ""System B"" { [Comp4] [Comp5] [Comp6] [Comp7] } () HTTP () DB_Conn [Comp0] --> [Comp1] [Comp1] --> [Comp2] [Comp2] --> [Comp3] [Comp3] --> [Comp4] [Comp4] --> [Comp5] [Comp5] --> [Comp6] [Comp6] --> [Comp7] [Comp0] --> HTTP [Comp7] --> DB_Conn",output/433.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""box"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n8 -> n7 n6 -> n3 n8 -> n7 n4 -> n1 n2 -> n5 n4 -> n6 n0 -> n1 n3 -> n6 n2 -> n3 }",output/441.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start :Process 0; if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Process 3; :Process 4; :Action 5; end",output/539.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n7 [label=""Node n7""] n7 -> n5 n5 -> n1 n1 -> n0 n3 -> n2 n3 -> n6 n6 -> n4 n4 -> n2 n2 -> n6 n4 -> n5 n2 -> n7 n0 -> n4 n7 -> n0 }",output/90.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 bool field_1 string field_2 float field_3 } TABLE_1 { int id PK float field_0 int field_1 bool field_2 int field_3 } TABLE_2 { int id PK int field_0 float field_1 float field_2 float field_3 bool field_4 } TABLE_3 { int id PK float field_0 datetime field_1 } TABLE_4 { int id PK string field_0 float field_1 } TABLE_0 ||--|{ TABLE_1 : manages TABLE_1 ||--o{ TABLE_2 : contains TABLE_2 ||--o{ TABLE_3 : manages TABLE_3 ||--o{ TABLE_4 : contains",output/451.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 *** Subitem 0.2 ** Concept 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 **** Detail 1.1.1 ** Task 2 *** Subitem 2.0 **** Detail 2.0.1 *** Subitem 2.1 **** Detail 2.1.1 ** Idea 3 *** Subitem 3.0 *** Subitem 3.1",output/80.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 float field_1 int field_2 bool field_3 } TABLE_1 { int id PK int field_0 float field_1 } TABLE_2 { int id PK datetime field_0 datetime field_1 string field_2 bool field_3 } TABLE_3 { int id PK bool field_0 bool field_1 string field_2 string field_3 int field_4 } TABLE_0 ||--|| TABLE_1 : contains TABLE_1 ||--|{ TABLE_2 : owns TABLE_2 ||--|| TABLE_3 : uses",output/529.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif :step_1; :step_2; :step_3; if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif if (check5?) then (yes) :action_yes_5; else (no) :action_no_5; endif :step_6; :step_7; :step_8; if (check9?) then (yes) :action_yes_9; else (no) :action_no_9; endif if (check10?) then (yes) :action_yes_10; else (no) :action_no_10; endif if (check11?) then (yes) :action_yes_11; else (no) :action_no_11; endif :step_12; end",output/214.pintora.png Visualize a graph structure using DOT syntax. Include about 15 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n0 -> n3 n1 -> n3 n1 -> n2 n3 -> n4 n4 -> n0 n3 -> n1 n2 -> n3 n2 -> n0 n3 -> n0 n3 -> n2 n0 -> n4 n0 -> n2 n0 -> n3 n1 -> n4 n1 -> n4 }",output/204.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 7d ""Task 1"" : 2024-01-08, 8d ""Task 2"" : 2024-01-16, 3d ""Task 3"" : 2024-01-19, 10d ""Task 4"" : 2024-01-29, 3d ""Task 5"" : 2024-02-01, 2d",output/172.pintora.png Create a sequence diagram for rate limiting,"sequenceDiagram participant Client participant RateLimiter participant API Client->>RateLimiter: Request RateLimiter->>RateLimiter: Check token bucket alt Tokens available RateLimiter->>RateLimiter: Consume token RateLimiter->>API: Forward request API-->>RateLimiter: Response RateLimiter-->>Client: 200 OK else No tokens RateLimiter-->>Client: 429 Too Many Requests @note right of Client: Retry-After header included end",output/993.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 10 elements.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 ** Task 1 *** Subitem 1.0",output/162.pintora.png Create a class diagram for observer pattern,"classDiagram class Subject { <> +attach(observer) +detach(observer) +notify() } class Observer { <> +update() } class ConcreteSubject { -state -observers List~Observer~ +getState() +setState(state) } class ConcreteObserver { -subject +update() } Subject <|.. ConcreteSubject Observer <|.. ConcreteObserver Subject --> Observer : notifies ConcreteObserver --> ConcreteSubject : observes",output/983.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start :Action 0; :Process 1; fork :Parallel 1 2; forkagain :Parallel 2 2; endfork if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Process 4; :Process 5; :Process 6; end",output/727.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n6 -> n2 n7 -> n6 n0 -> n3 n0 -> n6 n1 -> n2 n5 -> n6 n4 -> n3 }",output/737.pintora.png Visualize a complex graph with DOT diagram. Include nested structures.,"dotDiagram graph G { bgcolor=""#f5f5f5"" node [shape=""ellipse"", bgcolor=""#e3f2fd""] subgraph cluster_0 { label=""Group A"" a0 [label=""Node a0""] a1 [label=""Node a1""] a2 [label=""Node a2""] a3 [label=""Node a3""] } subgraph cluster_1 { label=""Group B"" b0 [label=""Node b0""] b1 [label=""Node b1""] b2 [label=""Node b2""] } b2 -- b1 b2 -- a1 [color=""red""] a0 -- a2 b1 -- a1 [color=""blue""] a3 -- b0 b0 -- a3 [color=""blue""] b2 -- b1 a3 -- a0 [color=""green""] a0 -- a3 [color=""red""] b1 -- b0 [color=""blue""] b1 -- a0 a0 -- a3 }",output/852.pintora.png Write a Pintora diagram: create a detailed hierarchical mind map.,"mindmap * System Architecture ** Topic A *** Subtopic A.1 **** Detail A.1.1 *** Subtopic A.2 *** Subtopic A.3 **** Detail A.3.1 ** Topic B *** Subtopic B.1 *** Subtopic B.2 **** Detail B.2.1 ** Topic C *** Subtopic C.1 **** Detail C.1.1 **** Detail C.1.2 *** Subtopic C.2 *** Subtopic C.3 *** Subtopic C.4",output/842.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 6d ""Task 1"" : 2024-01-07, 6d ""Task 2"" : 2024-01-13, 5d ""Task 3"" : 2024-01-18, 7d ""Task 4"" : 2024-01-25, 8d ""Task 5"" : 2024-02-02, 7d",output/29.pintora.png Create a sequence diagram with random interaction patterns involving 11 steps.,"sequenceDiagram autonumber participant Service_2 participant Service_3 participant Service_4 Service_0->Service_2: Message 467 Service_2-->Service_1: Message 269 loop Loop check Service_1-->>Service_2: Message 305 end Service_0-->Service_4: Message 924 Service_4-->Service_1: Message 195 @note right of Service_4: Note processing Service_4-xService_0: Message 240 Service_4->Service_2: Message 142 Service_1->>Service_4: Message 140 alt Condition Service_0->Service_3: Message 416 else Other case Service_3-->>Service_0: Response end Service_4->Service_0: Message 713 Service_2->Service_3: Message 850",output/580.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 string field_1 datetime field_2 datetime field_3 } TABLE_1 { int id PK bool field_0 float field_1 string field_2 float field_3 } TABLE_2 { int id PK float field_0 datetime field_1 int field_2 float field_3 } TABLE_3 { int id PK int field_0 datetime field_1 int field_2 int field_3 } TABLE_4 { int id PK datetime field_0 datetime field_1 int field_2 string field_3 } TABLE_5 { int id PK bool field_0 datetime field_1 string field_2 bool field_3 } TABLE_6 { int id PK int field_0 float field_1 } TABLE_7 { int id PK float field_0 float field_1 int field_2 string field_3 } TABLE_0 ||--|| TABLE_1 : has TABLE_1 ||--|{ TABLE_2 : owns TABLE_2 ||--|| TABLE_3 : contains TABLE_3 ||--|| TABLE_4 : owns TABLE_4 ||--|{ TABLE_5 : owns TABLE_5 }|--|| TABLE_6 : has TABLE_6 ||--|{ TABLE_7 : uses",output/590.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent5 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 ||--|| Ent3 : relates Ent3 ||--|| Ent4 : relates Ent4 ||--|{ Ent5 : relates",output/39.pintora.png Create a sequence diagram showing interaction between participants. Include about 11 elements.,"sequenceDiagram autonumber P2-->P4: msg_77 P1-->P3: msg_51 P2-->P3: msg_32 P1-->P0: msg_62 P2-->P1: msg_70 P4->>P1: msg_70 P3-->>P2: msg_10 P2-->>P0: msg_79 P4-->P3: msg_65 P4->>P1: msg_90 P3->>P1: msg_30",output/249.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P0-->P1: msg_4 P0-->P1: msg_26 P1-->P0: msg_67 P1->>P0: msg_62 P1-->>P0: msg_8 P1-->>P0: msg_47 P1-->>P0: msg_81 P0->>P1: msg_96",output/331.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif :step_3; :step_4; if (check5?) then (yes) :action_yes_5; else (no) :action_no_5; endif if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif :step_7; if (check8?) then (yes) :action_yes_8; else (no) :action_no_8; endif :step_9; if (check10?) then (yes) :action_yes_10; else (no) :action_no_10; endif :step_11; :step_12; if (check13?) then (yes) :action_yes_13; else (no) :action_no_13; endif end",output/259.pintora.png Create a sequence diagram showing interaction between participants. Include about 14 elements.,"sequenceDiagram autonumber P1-->>P0: msg_86 P0-->P1: msg_36 P0->>P1: msg_23 P1->P0: msg_18 P1-->>P0: msg_55 P1-->>P0: msg_22 P0->P1: msg_38 P1->P0: msg_38 P1-->>P0: msg_99 P0-->P1: msg_39 P1-->P0: msg_6 P0-->P1: msg_68 P1-->>P0: msg_37 P0-->P1: msg_20",output/321.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start :Process 0; fork :Parallel 1 1; forkagain :Parallel 2 1; endfork :Process 2; fork :Parallel 1 3; forkagain :Parallel 2 3; endfork :Process 4; :Process 5; if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif fork :Parallel 1 7; forkagain :Parallel 2 7; endfork if (Check 8?) then (yes) :Handle Yes 8; else (no) :Handle No 8; endif end",output/564.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 int field_1 string field_2 datetime field_3 int field_4 } TABLE_1 { int id PK string field_0 float field_1 bool field_2 int field_3 string field_4 } TABLE_2 { int id PK bool field_0 string field_1 datetime field_2 } TABLE_0 ||--o{ TABLE_1 : uses TABLE_1 ||--o{ TABLE_2 : has",output/574.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif fork :Parallel 1 1; forkagain :Parallel 2 1; endfork :Process 2; :Process 3; :Process 4; :Process 5; :Process 6; if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif fork :Parallel 1 8; forkagain :Parallel 2 8; endfork end",output/602.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Process 2; fork :Parallel 1 3; forkagain :Parallel 2 3; endfork fork :Parallel 1 4; forkagain :Parallel 2 4; endfork :Process 5; fork :Parallel 1 6; forkagain :Parallel 2 6; endfork end",output/612.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P3-->P2: msg_89 P3->>P4: msg_70 P1-->>P4: msg_51 P2-->>P4: msg_73 P2->P0: msg_46 P4->>P3: msg_55 P2->P0: msg_68 P2-->P4: msg_34",output/196.pintora.png Write an activity diagram for CI/CD pipeline,"activityDiagram title: CI/CD Pipeline start :Code commit; partition ""Continuous Integration"" { fork :Run unit tests; forkagain :Static code analysis; forkagain :Security scan; endfork if (All checks pass?) then (yes) :Build artifact; else (no) :Notify developer; end endif } partition ""Continuous Deployment"" { :Deploy to staging; :Run integration tests; if (Tests pass?) then (yes) :Deploy to production; :Health check; else (no) :Rollback; endif } end",output/977.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 8 elements.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 *** Subitem 0.1 ** Feature 1 *** Subitem 1.0",output/186.pintora.png Write a mind map for project management,"mindmap @param layoutDirection LR * Project Management ** Initiation *** Define scope *** Identify stakeholders *** Create charter ** Planning *** Create WBS *** Estimate resources *** Develop schedule ** Execution *** Assign tasks *** Manage team *** Track progress ** Closure *** Final deliverables *** Lessons learned *** Archive documents",output/967.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; :step_2; :step_3; :step_4; if (check5?) then (yes) :action_yes_5; else (no) :action_no_5; endif if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif if (check7?) then (yes) :action_yes_7; else (no) :action_no_7; endif :step_8; end",output/388.pintora.png Visualize a graph structure using DOT syntax. Include about 13 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n3 -> n2 n3 -> n1 n1 -> n2 n0 -> n1 n0 -> n2 n2 -> n0 n1 -> n3 n3 -> n1 n2 -> n0 n0 -> n3 n2 -> n0 n2 -> n1 n0 -> n1 }",output/398.pintora.png Map out a process flow using an activity diagram. Include about 11 elements.,"activityDiagram start :step_0; if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif :step_2; :step_3; :step_4; if (check5?) then (yes) :action_yes_5; else (no) :action_no_5; endif if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif :step_7; :step_8; :step_9; :step_10; end",output/74.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Idea 0 *** Subitem 0.0 *** Subitem 0.1 **** Detail 0.1.1 *** Subitem 0.2 ** Feature 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 ** Feature 2 *** Subitem 2.0 **** Detail 2.0.1 ** Task 3 *** Subitem 3.0",output/5.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } class Class5 { +attribute1 +method1() } Class0 <|-- Class1 Class1 *-- Class2 Class2 o-- Class3 Class3 o-- Class4 Class4 *-- Class5",output/64.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n7 [label=""Node n7""] n3 -> n0 n3 -> n6 n1 -> n4 n1 -> n5 n5 -> n1 n2 -> n7 n5 -> n0 n2 -> n5 n4 -> n1 n5 -> n4 n5 -> n3 }",output/16.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P1->P2: msg_28 P0->>P1: msg_36 P2->>P0: msg_77 P2-->P0: msg_48 P1->>P0: msg_78 P4-->P3: msg_78 P2->>P3: msg_93 P3-->P4: msg_20",output/292.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 *** Subitem 0.1 **** Detail 0.1.1 ** Task 1 *** Subitem 1.0 **** Detail 1.0.1 ** Idea 2 *** Subitem 2.0",output/282.pintora.png "Create an ER diagram for a blog system with users, posts, and comments","erDiagram title: Blog System ER Diagram USER { int id PK string username string email datetime created_at } POST { int id PK int author_id FK ""references USER"" string title text content datetime published_at } COMMENT { int id PK int post_id FK int user_id FK text content } USER ||--o{ POST : writes USER ||--o{ COMMENT : makes POST ||--o{ COMMENT : has",output/915.pintora.png Build a detailed component architecture diagram. Include nested structures.,"componentDiagram title: Cloud Architecture cloud ""Cloud Infrastructure"" { [Comp0_0] [Comp0_1] } node ""Container Group"" { [Comp1_0] [Comp1_1] } package ""Backend"" { [Comp2_0] [Comp2_1] [Comp2_2] } [Comp0_1] --> [Comp2_2] [Comp0_1] ..|> [Comp0_0] [Comp2_1] --> [Comp1_0] [Comp2_2] ..|> [Comp1_1] [Comp0_0] --> [Comp1_0] [Comp2_0] --> [Comp1_0] [Comp1_1] -- [Comp1_0] [Comp2_1] --> [Comp2_0] [Comp1_1] ..> [Comp2_1] [Comp0_1] ..|> [Comp2_0] [Comp2_2] ..|> [Comp0_1]",output/905.pintora.png Generate a DOT directed graph with 11 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n9 [shape=""box"", label=""Node n9""] n10 [shape=""diamond"", label=""Node n10""] n9 -> n3 n5 -> n0 n0 -> n7 n10 -> n4 n8 -> n0 n9 -> n6 n3 -> n10 n7 -> n5 n6 -> n5 n6 -> n10 n10 -> n2 n6 -> n0 }",output/718.pintora.png Generate a DOT directed graph with 7 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n5 -> n1 n6 -> n0 n3 -> n4 n4 -> n2 n4 -> n2 n2 -> n4 n6 -> n3 n5 -> n6 }",output/660.pintora.png Generate a DOT directed graph with 12 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n9 [shape=""circle"", label=""Node n9""] n10 [shape=""circle"", label=""Node n10""] n11 [shape=""ellipse"", label=""Node n11""] n7 -> n6 n7 -> n0 n11 -> n4 n3 -> n5 n9 -> n11 n2 -> n1 n5 -> n7 n7 -> n0 n6 -> n3 n7 -> n2 n3 -> n0 n9 -> n8 n3 -> n1 }",output/708.pintora.png Create a sequence diagram with random interaction patterns involving 12 steps.,"sequenceDiagram participant Service_1 participant Service_2 participant Service_3 participant Service_4 Service_3-->>Service_0: Message 591 Service_0-->Service_1: Message 627 Service_0-xService_2: Message 624 @note right of Service_2: Note processing Service_2->Service_0: Message 767 Service_1-->Service_3: Message 773 Service_0-->Service_3: Message 352 Service_4-->>Service_2: Message 982 Service_0-xService_1: Message 475 loop Loop check Service_0-->Service_2: Message 676 end Service_4->Service_3: Message 426 alt Condition Service_3-->>Service_0: Message 943 else Other case Service_0-->>Service_3: Response end Service_4->>Service_1: Message 913",output/670.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Action 1; :Process 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif fork :Parallel 1 5; forkagain :Parallel 2 5; endfork if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif if (Check 8?) then (yes) :Handle Yes 8; else (no) :Handle No 8; endif :Process 9; end",output/506.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start :Process 0; :Action 1; :Process 2; :Process 3; :Process 4; end",output/516.pintora.png Design an Entity Relationship diagram. Include about 5 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--|| Ent2 : relates",output/353.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P2-->P3: msg_20 P0->P3: msg_47 P3-->P1: msg_50 P1-->>P3: msg_99 P0->>P2: msg_49 P1->P0: msg_29 P3->P0: msg_39 P0->P1: msg_75 P0-->>P1: msg_80 P2-->>P3: msg_83 P1-->>P0: msg_23 P0-->P2: msg_72 P2->P3: msg_100 P3-->>P1: msg_6 P2->>P3: msg_5",output/343.pintora.png Write a DOT diagram with arrow styles,"dotDiagram digraph Arrows { bgcolor=""#faf5f5"" node [bgcolor=orange] a -> b [arrowhead=""normal""] c -> d [arrowhead=""diamond""] e -> f [arrowhead=""dot""] g -> h [arrowhead=""open""] i -> j [arrowhead=""box""] k -> l [arrowhead=""odot""] }",output/943.pintora.png Write an ER diagram with @config styling,"erDiagram @config({ ""themeConfig"": { ""theme"": ""larkLight"" }, ""er"": { ""edgeType"": ""ortho"" } }) @param fontSize 16 @param fontStyle italic USER { int id PK string name } POST { int id PK int user_id FK } USER ||--o{ POST : creates",output/953.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Process 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Process 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif end",output/491.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; :step_2; if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif :step_4; :step_5; :step_6; :step_7; end",output/40.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork :Process 1; :Process 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Process 4; end",output/481.pintora.png Draft a component diagram for system architecture. Include about 8 elements.,"componentDiagram package ""System"" { [Comp0] [Comp1] [Comp2] [Comp3] [Comp4] } [Comp0] --> [Comp1] [Comp1] --> [Comp2] [Comp2] --> [Comp3] [Comp3] --> [Comp4]",output/50.pintora.png Create a flow activity diagram with approximately 6 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork :Action 1; :Action 2; :Action 3; fork :Parallel 1 4; forkagain :Parallel 2 4; endfork :Action 5; end",output/428.pintora.png Create a sequence diagram with random interaction patterns involving 7 steps.,"sequenceDiagram autonumber Service_0->>Service_1: Message 910 Service_0-->>Service_1: Message 817 loop Loop check Service_0-->Service_1: Message 695 end Service_1-->>Service_0: Message 307 alt Condition Service_0-->Service_1: Message 588 else Other case Service_1-->>Service_0: Response end alt Condition Service_0-xService_1: Message 639 else Other case Service_1-->>Service_0: Response end Service_1-->Service_0: Message 253",output/550.pintora.png Write an Entity Relationship diagram with 7 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 int field_1 datetime field_2 float field_3 bool field_4 } TABLE_1 { int id PK datetime field_0 string field_1 } TABLE_2 { int id PK bool field_0 string field_1 string field_2 } TABLE_3 { int id PK string field_0 datetime field_1 datetime field_2 } TABLE_4 { int id PK datetime field_0 string field_1 bool field_2 } TABLE_5 { int id PK datetime field_0 bool field_1 datetime field_2 datetime field_3 } TABLE_6 { int id PK string field_0 int field_1 bool field_2 } TABLE_0 ||--o{ TABLE_1 : uses TABLE_1 ||--|| TABLE_2 : contains TABLE_2 ||--|{ TABLE_3 : has TABLE_3 ||--o{ TABLE_4 : owns TABLE_4 ||--o{ TABLE_5 : contains TABLE_5 ||--o{ TABLE_6 : owns",output/438.pintora.png Create a sequence diagram with random interaction patterns involving 13 steps.,"sequenceDiagram autonumber participant Service_2 participant Service_3 participant Service_4 Service_0-->>Service_1: Message 708 Service_4-->Service_0: Message 973 Service_3-xService_0: Message 299 Service_2-xService_3: Message 933 Service_0->Service_4: Message 813 Service_4->>Service_1: Message 873 loop Loop check Service_2-->Service_4: Message 953 end Service_2-xService_3: Message 908 Service_3-xService_2: Message 195 Service_3-->Service_4: Message 774 Service_4-xService_3: Message 505 @note right of Service_0: Note processing Service_0->Service_4: Message 596 Service_1->Service_4: Message 298",output/540.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 10d ""Task 1"" : 2024-01-11, 10d ""Task 2"" : 2024-01-21, 3d ""Task 3"" : 2024-01-24, 5d",output/305.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif :step_3; :step_4; :step_5; end",output/315.pintora.png Design a comprehensive Entity Relationship diagram.,"erDiagram title: E-Commerce System ORDER { int order_id PK string quantity float name string phone FK datetime price FK string date } USER { int user_id PK bool description FK string name FK string date int price } PRODUCT { int product_id PK string price float status string description float quantity } REVIEW { int review_id PK text name FK datetime address datetime quantity } INVENTORY { int inventory_id PK bool phone bool phone float email string quantity float phone } CATEGORY { int category_id PK int description FK float name } ORDER ||--o{ USER : manages USER ||--o{ PRODUCT : owns PRODUCT ||--o{ CATEGORY : processes REVIEW ||--|{ INVENTORY : manages INVENTORY ||--|{ CATEGORY : has",output/882.pintora.png Create a detailed hierarchical mind map. Use advanced syntax features.,"mindmap @param layoutDirection TB * Product Strategy ** Topic A *** Subtopic A.1 **** Detail A.1.1 *** Subtopic A.2 ** Topic B *** Subtopic B.1 *** Subtopic B.2 ** Topic C *** Subtopic C.1 **** Detail C.1.1 **** Detail C.1.2 **** Detail C.1.3 *** Subtopic C.2 **** Detail C.2.1 **** Detail C.2.2 *** Subtopic C.3 *** Subtopic C.4 ** Topic D *** Subtopic D.1 *** Subtopic D.2 *** Subtopic D.3 ** Topic E *** Subtopic E.1 *** Subtopic E.2",output/892.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 int field_1 int field_2 bool field_3 int field_4 } TABLE_1 { int id PK float field_0 float field_1 datetime field_2 float field_3 string field_4 } TABLE_2 { int id PK datetime field_0 bool field_1 } TABLE_0 ||--o{ TABLE_1 : has TABLE_1 }|--|| TABLE_2 : has",output/636.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 string field_1 int field_2 } TABLE_1 { int id PK int field_0 int field_1 datetime field_2 bool field_3 } TABLE_2 { int id PK int field_0 string field_1 int field_2 int field_3 } TABLE_3 { int id PK string field_0 string field_1 bool field_2 float field_3 datetime field_4 } TABLE_4 { int id PK bool field_0 string field_1 int field_2 } TABLE_5 { int id PK datetime field_0 float field_1 string field_2 datetime field_3 } TABLE_6 { int id PK int field_0 datetime field_1 int field_2 int field_3 } TABLE_7 { int id PK float field_0 bool field_1 float field_2 datetime field_3 } TABLE_0 ||--|{ TABLE_1 : owns TABLE_1 ||--o{ TABLE_2 : contains TABLE_2 }|--|| TABLE_3 : manages TABLE_3 ||--|| TABLE_4 : manages TABLE_4 ||--|| TABLE_5 : contains TABLE_5 ||--o{ TABLE_6 : uses TABLE_6 ||--|| TABLE_7 : uses",output/626.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Action 1; :Process 2; :Action 3; :Action 4; end",output/654.pintora.png Create a sequence diagram with random interaction patterns involving 10 steps.,"sequenceDiagram participant Service_2 Service_1-->>Service_0: Message 522 Service_3-->Service_1: Message 939 Service_1->Service_3: Message 328 Service_2->Service_0: Message 908 Service_1-xService_0: Message 111 Service_3->Service_2: Message 391 loop Loop check Service_3-->>Service_0: Message 255 end Service_2->>Service_1: Message 128 loop Loop check Service_3-xService_2: Message 643 end loop Loop check Service_1->>Service_3: Message 131 end",output/644.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 *-- Class1 Class1 o-- Class2 Class2 --> Class3",output/179.pintora.png Write a class diagram for builder pattern,"classDiagram class Product { -partA -partB -partC } class Builder { <> +buildPartA() +buildPartB() +buildPartC() +getResult() Product } class ConcreteBuilder { -product Product +buildPartA() +buildPartB() +buildPartC() +getResult() Product } class Director { -builder Builder +construct() } Builder <|.. ConcreteBuilder Director --> Builder ConcreteBuilder --> Product : creates",output/998.pintora.png Create a sequence diagram showing interaction between participants. Include about 9 elements.,"sequenceDiagram autonumber P3->P4: msg_99 P3->P1: msg_33 P3->P4: msg_71 P0-->P4: msg_72 P0-->P2: msg_20 P0->>P3: msg_53 P4-->>P1: msg_44 P2-->>P4: msg_4 P1->P3: msg_26",output/169.pintora.png Write an ER diagram for inventory management,"erDiagram WAREHOUSE { int id PK string name string location } PRODUCT { int id PK string sku string name float price } INVENTORY { int warehouse_id PK int product_id PK int quantity date last_updated } SUPPLIER { int id PK string name string contact } SUPPLY { int supplier_id FK int product_id FK float cost } WAREHOUSE ||--o{ INVENTORY : stores PRODUCT ||--o{ INVENTORY : ""stored in"" SUPPLIER ||--o{ SUPPLY : provides PRODUCT ||--o{ SUPPLY : ""supplied by"" ",output/988.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } Class0 *-- Class1 Class1 o-- Class2",output/367.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 10 elements.,"mindmap * Root Topic ** Idea 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 ** Concept 1 *** Subitem 1.0",output/377.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start :Action 0; :Process 1; :Action 2; :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Action 5; fork :Parallel 1 6; forkagain :Parallel 2 6; endfork end",output/532.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 datetime field_1 float field_2 float field_3 } TABLE_1 { int id PK int field_0 int field_1 bool field_2 } TABLE_2 { int id PK string field_0 float field_1 float field_2 } TABLE_3 { int id PK int field_0 int field_1 } TABLE_4 { int id PK datetime field_0 datetime field_1 string field_2 int field_3 } TABLE_5 { int id PK datetime field_0 float field_1 } TABLE_6 { int id PK datetime field_0 datetime field_1 bool field_2 bool field_3 string field_4 } TABLE_7 { int id PK float field_0 int field_1 int field_2 } TABLE_0 ||--o{ TABLE_1 : has TABLE_1 ||--|{ TABLE_2 : has TABLE_2 ||--o{ TABLE_3 : owns TABLE_3 ||--o{ TABLE_4 : manages TABLE_4 ||--|{ TABLE_5 : manages TABLE_5 ||--|| TABLE_6 : contains TABLE_6 ||--|{ TABLE_7 : has",output/522.pintora.png Create a sequence diagram showing interaction between participants. Include about 14 elements.,"sequenceDiagram autonumber P2-->P0: msg_34 P0->P1: msg_73 P2-->>P1: msg_89 P1-->P3: msg_63 P1-->>P0: msg_21 P0->P3: msg_49 P3->P2: msg_14 P3-->>P1: msg_15 P3-->>P0: msg_36 P0->>P1: msg_49 P0->>P1: msg_11 P1->P3: msg_52 P2-->P1: msg_75 P1-->>P3: msg_13",output/22.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } class Class5 { +attribute1 +method1() } Class0 --> Class1 Class1 --> Class2 Class2 o-- Class3 Class3 <|-- Class4 Class4 <|-- Class5",output/32.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 bool field_1 } TABLE_1 { int id PK string field_0 string field_1 float field_2 int field_3 bool field_4 } TABLE_2 { int id PK bool field_0 string field_1 } TABLE_3 { int id PK string field_0 bool field_1 bool field_2 bool field_3 } TABLE_0 }|--|| TABLE_1 : uses TABLE_1 ||--o{ TABLE_2 : owns TABLE_2 ||--|| TABLE_3 : contains",output/795.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 float field_1 bool field_2 int field_3 } TABLE_1 { int id PK bool field_0 float field_1 } TABLE_2 { int id PK bool field_0 datetime field_1 bool field_2 int field_3 datetime field_4 } TABLE_3 { int id PK datetime field_0 int field_1 datetime field_2 bool field_3 } TABLE_4 { int id PK string field_0 int field_1 int field_2 } TABLE_5 { int id PK float field_0 bool field_1 datetime field_2 } TABLE_6 { int id PK datetime field_0 float field_1 } TABLE_7 { int id PK int field_0 datetime field_1 int field_2 } TABLE_0 ||--|| TABLE_1 : has TABLE_1 ||--o{ TABLE_2 : has TABLE_2 ||--o{ TABLE_3 : uses TABLE_3 }|--|| TABLE_4 : owns TABLE_4 ||--o{ TABLE_5 : owns TABLE_5 ||--|{ TABLE_6 : contains TABLE_6 ||--o{ TABLE_7 : owns",output/785.pintora.png Map a complex business process with activity diagram.,"activityDiagram start partition Validation { :Step 0; :Step 1; :Step 2; while (Check 3?) is (yes) :Process 3; endwhile (done) if (Condition 4?) then (yes) :Action True 4; else (no) :Action False 4; endif @note right: Important step 5 :Critical action 5; } end",output/859.pintora.png Write a component diagram showing interfaces and dependencies,"componentDiagram component Backend [Frontend] () ""HTTP API"" as HTTP () ""WebSocket"" as WS interface ""Database"" as DB [Frontend] --> HTTP : uses [Frontend] --> WS : subscribes HTTP -- Backend WS -- Backend Backend --> DB",output/921.pintora.png Write a Pintora diagram: build a detailed component architecture diagram.,"componentDiagram cloud ""Azure"" { [Comp0_0] [Comp0_1] [Comp0_2] [Comp0_3] () I0 } package ""Frontend"" { [Comp1_0] [Comp1_1] () I1 } cloud ""Cloud Infrastructure"" { [Comp2_0] [Comp2_1] [Comp2_2] () I2 } package ""API Layer"" { [Comp3_0] [Comp3_1] () I3 } I0 -- [Comp0_3] [Comp3_1] -- I2 [Comp1_0] --> [Comp2_1] [Comp2_0] --> I0 [Comp0_0] -- [Comp2_2] I0 -- I1 [Comp1_1] -- [Comp3_0] I1 ..|> [Comp0_3] [Comp3_0] ..> [Comp0_3] [Comp0_2] -- I0 I1 --> [Comp3_0] [Comp2_1] --> [Comp0_1] [Comp0_0] ..|> [Comp2_2] [Comp2_1] ..|> [Comp0_3] [Comp0_0] --> [Comp0_3] [Comp2_2] ..> [Comp0_3] [Comp1_1] ..> I0",output/849.pintora.png Create a mind map for a software development project,"mindmap title: Software Development * Project ** Planning *** Requirements *** Timeline *** Budget ** Development *** Frontend *** Backend *** Database ** Testing *** Unit Tests *** Integration *** E2E Tests ** Deployment *** Staging *** Production",output/931.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 5d ""Task 1"" : 2024-01-06, 4d ""Task 2"" : 2024-01-10, 3d ""Task 3"" : 2024-01-13, 10d ""Task 4"" : 2024-01-23, 6d",output/124.pintora.png Create a sequence diagram showing interaction between participants. Include about 13 elements.,"sequenceDiagram autonumber P3-->P2: msg_4 P0->>P2: msg_2 P2->>P1: msg_6 P2->>P1: msg_68 P0->>P3: msg_49 P2->P3: msg_29 P3-->P0: msg_86 P3-->>P0: msg_1 P0->P2: msg_29 P2->>P1: msg_74 P0->>P3: msg_70 P1-->>P0: msg_19 P1->P0: msg_69",output/134.pintora.png Generate a DOT directed graph with 10 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""circle"", label=""Node n8""] n9 [shape=""ellipse"", label=""Node n9""] n3 -> n5 n9 -> n3 n7 -> n5 n1 -> n5 n6 -> n3 n8 -> n2 n7 -> n5 n9 -> n3 n6 -> n0 n4 -> n2 n4 -> n7 }",output/771.pintora.png Write an Entity Relationship diagram with 8 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 string field_1 bool field_2 } TABLE_1 { int id PK bool field_0 datetime field_1 } TABLE_2 { int id PK string field_0 int field_1 bool field_2 float field_3 } TABLE_3 { int id PK datetime field_0 int field_1 int field_2 string field_3 } TABLE_4 { int id PK bool field_0 bool field_1 float field_2 int field_3 } TABLE_5 { int id PK bool field_0 int field_1 datetime field_2 bool field_3 bool field_4 } TABLE_6 { int id PK datetime field_0 string field_1 int field_2 datetime field_3 } TABLE_7 { int id PK string field_0 datetime field_1 } TABLE_0 }|--|| TABLE_1 : owns TABLE_1 ||--|| TABLE_2 : contains TABLE_2 ||--|| TABLE_3 : owns TABLE_3 ||--|{ TABLE_4 : uses TABLE_4 }|--|| TABLE_5 : uses TABLE_5 ||--|{ TABLE_6 : owns TABLE_6 }|--|| TABLE_7 : contains",output/609.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Action 1; :Process 2; :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif end",output/761.pintora.png Generate a DOT directed graph with 10 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n9 [shape=""circle"", label=""Node n9""] n2 -> n0 n8 -> n3 n3 -> n7 n8 -> n0 n0 -> n6 n9 -> n5 n0 -> n1 n7 -> n2 }",output/619.pintora.png Generate a DOT directed graph with 11 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n9 [shape=""circle"", label=""Node n9""] n10 [shape=""ellipse"", label=""Node n10""] n3 -> n4 n0 -> n10 n4 -> n5 n1 -> n4 n1 -> n10 n8 -> n10 n2 -> n6 n3 -> n6 n1 -> n4 n9 -> n1 n8 -> n2 }",output/417.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif :step_3; if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif :step_5; :step_6; :step_7; :step_8; end",output/407.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 --> Class1 Class1 *-- Class2 Class2 --> Class3",output/242.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 *** Subitem 0.1 **** Detail 0.1.1 ** Feature 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 **** Detail 1.1.1 *** Subitem 1.2 **** Detail 1.2.1 ** Feature 2 *** Subitem 2.0 *** Subitem 2.1 *** Subitem 2.2",output/252.pintora.png Write an ER diagram for a ticketing system,"erDiagram title: Support Ticketing System TICKET { int id PK string title text description string status string priority datetime created_at } USER { int id PK string name string email string role } COMMENT { int id PK int ticket_id FK int user_id FK text content datetime posted_at } ATTACHMENT { int id PK int ticket_id FK string filename string url } USER ||--o{ TICKET : creates USER ||--o{ TICKET : ""assigned to"" TICKET ||--o{ COMMENT : has USER ||--o{ COMMENT : writes TICKET ||--o{ ATTACHMENT : contains",output/1006.pintora.png Map out a process flow using an activity diagram. Include about 7 elements.,"activityDiagram start :step_0; if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif :step_2; :step_3; :step_4; if (check5?) then (yes) :action_yes_5; else (no) :action_no_5; endif :step_6; end",output/383.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P2-->>P0: msg_6 P2-->>P1: msg_84 P2->>P1: msg_11 P1-->P2: msg_44 P0-->>P2: msg_25 P0->P2: msg_13 P0-->>P1: msg_70 P2-->P1: msg_55",output/393.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 int field_1 int field_2 float field_3 } TABLE_1 { int id PK string field_0 float field_1 datetime field_2 } TABLE_2 { int id PK float field_0 bool field_1 string field_2 datetime field_3 string field_4 } TABLE_0 ||--o{ TABLE_1 : has TABLE_1 ||--o{ TABLE_2 : owns",output/804.pintora.png Write a Pintora diagram: build a detailed component architecture diagram.,"componentDiagram package ""Services"" { [Comp0_0] [Comp0_1] [Comp0_2] } database ""Persistence"" { [Comp1_0] [Comp1_1] () I1 } node ""Cluster"" { [Comp2_0] [Comp2_1] [Comp2_2] () I2 } [Comp2_2] ..> [Comp2_1] [Comp2_1] ..|> I1 [Comp0_1] ..> [Comp2_0] I2 --> [Comp2_1] [Comp2_0] ..|> [Comp2_2] [Comp2_1] -- [Comp0_2] [Comp0_2] --> [Comp0_1] [Comp1_1] --> [Comp0_2] I1 ..> I2 [Comp0_1] ..|> [Comp2_0] I1 --> [Comp1_1]",output/814.pintora.png Visualize a complex graph with DOT diagram.,"dotDiagram digraph G { bgcolor=""#f5f5f5"" node [shape=""plaintext"", bgcolor=""#e3f2fd""] subgraph cluster_0 { label=""Group A"" a0 [label=""Node a0""] a1 [label=""Node a1""] a2 [label=""Node a2""] } subgraph cluster_1 { label=""Group B"" b0 [label=""Node b0""] b1 [label=""Node b1""] } b1 -> a2 a2 -> b0 a0 -> a1 [color=""blue""] a2 -> a0 [color=""purple""] b1 -> a0 [color=""blue""] b0 -> a1 a0 -> b1 a2 -> a1 a1 -> a0 [color=""purple""] a1 -> b1 }",output/866.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--|{ Ent2 : relates",output/299.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 ** Task 1 *** Subitem 1.0 *** Subitem 1.1",output/289.pintora.png Map out a process flow using an activity diagram. Include about 10 elements.,"activityDiagram start :step_0; :step_1; if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif :step_5; if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif :step_7; :step_8; if (check9?) then (yes) :action_yes_9; else (no) :action_no_9; endif end",output/220.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 5 elements.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 *** Subitem 0.2 **** Detail 0.2.1 ** Feature 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1",output/358.pintora.png Schedule tasks using a Gantt chart. Include about 9 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 5d ""Task 1"" : 2024-01-06, 4d ""Task 2"" : 2024-01-10, 10d ""Task 3"" : 2024-01-20, 3d ""Task 4"" : 2024-01-23, 3d ""Task 5"" : 2024-01-26, 5d",output/230.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 ||--|| Ent1 : relates Ent1 }|--|| Ent2 : relates Ent2 ||--o{ Ent3 : relates Ent3 ||--o{ Ent4 : relates",output/348.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 string field_1 bool field_2 string field_3 string field_4 } TABLE_1 { int id PK string field_0 int field_1 datetime field_2 float field_3 bool field_4 } TABLE_2 { int id PK float field_0 datetime field_1 } TABLE_0 ||--|| TABLE_1 : owns TABLE_1 ||--o{ TABLE_2 : manages",output/475.pintora.png Generate a DOT directed graph with 6 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n5 -> n0 n1 -> n5 n0 -> n4 n3 -> n5 n4 -> n0 n5 -> n0 }",output/465.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 int field_1 bool field_2 float field_3 } TABLE_1 { int id PK string field_0 datetime field_1 datetime field_2 } TABLE_2 { int id PK int field_0 string field_1 float field_2 datetime field_3 int field_4 } TABLE_3 { int id PK int field_0 bool field_1 string field_2 int field_3 } TABLE_0 }|--|| TABLE_1 : contains TABLE_1 ||--|{ TABLE_2 : owns TABLE_2 ||--o{ TABLE_3 : has",output/713.pintora.png Generate a DOT directed graph with 11 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n9 [shape=""circle"", label=""Node n9""] n10 [shape=""box"", label=""Node n10""] n2 -> n9 n2 -> n1 n4 -> n2 n5 -> n10 n6 -> n10 n9 -> n7 n3 -> n8 n9 -> n7 n2 -> n5 n2 -> n1 n9 -> n2 }",output/703.pintora.png Model an object-oriented system with a class diagram. Include about 9 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 o-- Class1 Class1 o-- Class2 Class2 o-- Class3",output/146.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 o-- Class1 Class1 o-- Class2 Class2 *-- Class3",output/156.pintora.png Generate a DOT directed graph with 5 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n0 -> n2 n3 -> n0 n2 -> n4 n4 -> n3 n2 -> n1 n0 -> n4 }",output/735.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 bool field_1 datetime field_2 int field_3 } TABLE_1 { int id PK float field_0 float field_1 float field_2 } TABLE_2 { int id PK bool field_0 string field_1 bool field_2 string field_3 } TABLE_0 ||--|| TABLE_1 : contains TABLE_1 ||--o{ TABLE_2 : has",output/725.pintora.png Visualize a graph structure using DOT syntax. Include about 15 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n3 -> n1 n2 -> n0 n3 -> n2 n0 -> n2 n2 -> n0 n3 -> n1 n2 -> n3 n3 -> n2 n1 -> n3 n0 -> n3 n1 -> n2 n0 -> n1 n0 -> n3 n0 -> n3 n3 -> n1 }",output/160.pintora.png Create a component diagram with frame and folder containers,"componentDiagram frame ""Application Framework"" { folder ""Core Modules"" { [Authentication] [Authorization] [Logging] } folder ""Business Logic"" { [User Management] [Order Processing] } } [User Management] --> [Authentication] [User Management] --> [Authorization] [Order Processing] --> [Logging]",output/981.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 o-- Class1 Class1 --> Class2 Class2 o-- Class3 Class3 o-- Class4",output/170.pintora.png Create a class diagram for MVC pattern,"classDiagram title: MVC Pattern class Model { -data +getData() +setData(data) +notifyObservers() } class View { -controller +render() +getUserInput() } class Controller { -model -view +handleUserAction(action) +updateView() } Controller --> Model : updates Controller --> View : controls View --> Controller : user actions Model ..> View : notifies",output/991.pintora.png Create a sequence diagram showing interaction between participants. Include about 11 elements.,"sequenceDiagram autonumber P4->>P1: msg_43 P2->>P3: msg_13 P0->P2: msg_30 P4->>P1: msg_42 P1-->P0: msg_47 P2->>P4: msg_5 P4-->>P0: msg_75 P2-->>P4: msg_22 P2-->P3: msg_30 P2-->P4: msg_78 P4->P2: msg_76",output/206.pintora.png Model an object-oriented system with a class diagram. Include about 8 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 --> Class1 Class1 <|-- Class2 Class2 --> Class3",output/216.pintora.png Create a sequence diagram with random interaction patterns involving 12 steps.,"sequenceDiagram autonumber Service_0->>Service_1: Message 823 Service_0->Service_1: Message 287 Service_1->Service_0: Message 693 loop Loop check Service_1->Service_0: Message 231 end Service_0->Service_1: Message 791 alt Condition Service_0-xService_1: Message 685 else Other case Service_1-->>Service_0: Response end Service_0->Service_1: Message 789 Service_1-xService_0: Message 882 Service_0->Service_1: Message 967 Service_0->Service_1: Message 194 Service_1-->Service_0: Message 635 Service_0-->Service_1: Message 509",output/453.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 *-- Class1 Class1 o-- Class2 Class2 <|-- Class3 Class3 *-- Class4",output/82.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif fork :Parallel 1 3; forkagain :Parallel 2 3; endfork :Process 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif :Process 8; end",output/443.pintora.png Model an object-oriented system with a class diagram. Include about 7 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } Class0 <|-- Class1 Class1 <|-- Class2",output/92.pintora.png Generate a DOT directed graph with 6 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n3 -> n5 n3 -> n4 n1 -> n4 n0 -> n5 n1 -> n3 n0 -> n1 n0 -> n2 n0 -> n3 }",output/592.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start :Action 0; :Action 1; :Action 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Action 5; :Process 6; :Process 7; :Process 8; end",output/582.pintora.png Create a Gantt chart with custom styling,"gantt @param barHeight 25 @config({ ""gantt"": { ""barBackground"": ""#61afef"", ""sectionBackgrounds"": [""#e6f3ff"", ""#fff3e6"", null], ""sectionLabelColor"": ""#333333"" } }) title Project Schedule dateFormat YYYY-MM-DD section Planning ""Kickoff"" : 2024-01-01, 1d ""Requirements"" : 2024-01-02, 5d section Development ""Sprint 1"" : 2024-01-08, 14d ""Sprint 2"" : 2024-01-22, 14d section Delivery ""Release"" : milestone, 2024-02-05, 0d",output/938.pintora.png Map a complex business process with activity diagram. Use advanced syntax features.,"activityDiagram title: Workflow start partition Processing { @note right: Important step 0 :Critical action 0; fork :Parallel Task A1; forkagain :Parallel Task B1; endfork if (Condition 2?) then (yes) :Action True 2; else (no) :Action False 2; endif @note right: Important step 3 :Critical action 3; while (Check 4?) is (yes) :Process 4; endwhile (done) :Step 5; :Step 6; } end",output/850.pintora.png Write an activity diagram with switch-case,"activityDiagram start :Get user role; switch (role?) case (admin) :Show admin dashboard; case (editor) :Show editor panel; case (viewer) :Show read-only view; endswitch :Load permissions; end",output/928.pintora.png Build a detailed component architecture diagram.,"componentDiagram title: Microservices cloud ""Azure"" { [Comp0_0] [Comp0_1] [Comp0_2] [Comp0_3] } cloud ""GCP"" { [Comp1_0] [Comp1_1] [Comp1_2] () I1 } package ""Services"" { [Comp2_0] [Comp2_1] () I2 } package ""Frontend"" { [Comp3_0] [Comp3_1] } [Comp1_1] ..> [Comp3_1] [Comp1_1] -- [Comp0_1] [Comp1_1] -- [Comp2_1] [Comp1_1] ..> [Comp2_0] [Comp0_0] -- [Comp0_2] [Comp1_0] ..> [Comp0_1] [Comp3_0] --> [Comp0_2] [Comp1_1] ..|> I2 [Comp2_0] ..> [Comp1_1] [Comp1_0] ..|> [Comp3_0] [Comp0_3] ..|> [Comp0_1] [Comp1_1] --> [Comp0_3] [Comp3_0] ..> [Comp2_1] [Comp0_0] ..> [Comp1_0] [Comp3_0] --> [Comp0_2] [Comp0_3] ..|> I1 [Comp0_1] ..> [Comp2_0] [Comp0_0] ..|> [Comp0_3] [Comp1_0] -- I1 I2 -- [Comp1_2] I1 ..> [Comp0_3] [Comp1_0] ..> [Comp0_2] I1 --> [Comp3_1] [Comp1_0] -- [Comp1_1]",output/822.pintora.png Write a Pintora diagram: model an object-oriented system with class diagram.,"classDiagram title: Factory Pattern class FactoryA { -string attr0 #boolean attr1 ~int attr2 -method0() T +{static} method1() string } class ServiceB { -int attr0 +int attr1 +method0() void #method1() string ~method2() boolean } class ManagerC { +string attr0 ~string attr1 -boolean attr2 -method0() string +method1() T } class StrategyD { ~int attr0 #string attr1 #List~T~ attr2 #method0() T #method1() void +method2() string } class HandlerE { ~int attr0 -method0() void #{static} method1() T } class FactoryF { -boolean attr0 #method0() void ~method1() void #method2() string } class HandlerG { <> -int attr0 #method0() string +{static} method1() string ~{static} method2() void } FactoryA <|.. ManagerC ServiceB o-- HandlerG ManagerC <|-- StrategyD StrategyD <|.. HandlerE HandlerE ..> HandlerG FactoryF --> HandlerG",output/832.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n6 -> n7 n2 -> n6 n0 -> n3 n5 -> n3 n6 -> n7 n3 -> n6 n0 -> n4 n2 -> n6 }",output/696.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 float field_1 } TABLE_1 { int id PK datetime field_0 string field_1 float field_2 int field_3 bool field_4 } TABLE_2 { int id PK int field_0 bool field_1 int field_2 string field_3 } TABLE_3 { int id PK float field_0 string field_1 } TABLE_4 { int id PK float field_0 string field_1 float field_2 } TABLE_0 ||--|{ TABLE_1 : manages TABLE_1 ||--o{ TABLE_2 : has TABLE_2 ||--o{ TABLE_3 : manages TABLE_3 ||--|| TABLE_4 : has",output/686.pintora.png Create a sequence diagram with random interaction patterns involving 14 steps.,"sequenceDiagram participant Service_2 participant Service_3 Service_0-->>Service_3: Message 605 Service_0-xService_2: Message 300 loop Loop check Service_0-->>Service_2: Message 113 end Service_3->Service_1: Message 150 Service_0-->>Service_1: Message 970 @note right of Service_0: Note processing Service_0->>Service_3: Message 938 alt Condition Service_1-->Service_2: Message 277 else Other case Service_2-->>Service_1: Response end Service_3->>Service_2: Message 312 alt Condition Service_2-->Service_0: Message 505 else Other case Service_0-->>Service_2: Response end loop Loop check Service_1-->>Service_3: Message 203 end Service_0->>Service_1: Message 187 Service_0->>Service_1: Message 724 Service_1->>Service_0: Message 143 Service_2-xService_0: Message 200",output/488.pintora.png Design an Entity Relationship diagram. Include about 12 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 ||--o{ Ent3 : relates Ent3 }|--|| Ent4 : relates",output/59.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork :Action 1; fork :Parallel 1 2; forkagain :Parallel 2 2; endfork :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif end",output/498.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 2d ""Task 1"" : 2024-01-03, 9d ""Task 2"" : 2024-01-12, 8d ""Task 3"" : 2024-01-20, 2d ""Task 4"" : 2024-01-22, 3d ""Task 5"" : 2024-01-25, 9d",output/49.pintora.png Generate a DOT directed graph with 11 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""ellipse"", label=""Node n8""] n9 [shape=""circle"", label=""Node n9""] n10 [shape=""box"", label=""Node n10""] n5 -> n3 n6 -> n7 n4 -> n9 n10 -> n0 n5 -> n4 n6 -> n1 n5 -> n3 n5 -> n4 n9 -> n4 n4 -> n9 n8 -> n5 }",output/431.pintora.png Create a sequence diagram with random interaction patterns involving 5 steps.,"sequenceDiagram autonumber participant Service_0 Service_0-->>Service_1: Message 807 Service_0-->Service_1: Message 977 Service_0-xService_1: Message 989 Service_1-xService_0: Message 360 Service_1-->Service_0: Message 362",output/549.pintora.png Write a component diagram showing a system with 5 components distributed across packages.,"componentDiagram package ""System A"" { [Comp0] [Comp1] } package ""System B"" { [Comp2] [Comp3] [Comp4] } () HTTP () DB_Conn [Comp0] --> [Comp1] [Comp1] --> [Comp2] [Comp2] --> [Comp3] [Comp3] --> [Comp4] [Comp0] --> HTTP [Comp4] --> DB_Conn",output/421.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start :Action 0; if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Action 3; :Process 4; :Process 5; if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif end",output/559.pintora.png Create a sequence diagram showing interaction between participants.,"sequenceDiagram autonumber P1-->P2: msg_18 P3->P2: msg_37 P3->>P2: msg_79 P0-->P1: msg_47 P0-->P2: msg_66 P0-->P2: msg_18 P3-->P0: msg_92",output/264.pintora.png Model an object-oriented system with a class diagram. Include about 12 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 --> Class1 Class1 <|-- Class2 Class2 <|-- Class3",output/274.pintora.png Draft a component diagram for system architecture. Include about 7 elements.,"componentDiagram package ""System"" { [Comp0] [Comp1] [Comp2] [Comp3] [Comp4] [Comp5] } [Comp0] --> [Comp1] [Comp1] --> [Comp2] [Comp2] --> [Comp3] [Comp3] --> [Comp4] [Comp4] --> [Comp5]",output/102.pintora.png Schedule tasks using a Gantt chart. Include about 12 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 4d ""Task 1"" : 2024-01-05, 9d ""Task 2"" : 2024-01-14, 4d ""Task 3"" : 2024-01-18, 7d ""Task 4"" : 2024-01-25, 8d",output/112.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif end",output/757.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 bool field_1 string field_2 datetime field_3 int field_4 } TABLE_1 { int id PK bool field_0 float field_1 bool field_2 datetime field_3 } TABLE_2 { int id PK int field_0 int field_1 } TABLE_0 ||--|{ TABLE_1 : has TABLE_1 ||--|{ TABLE_2 : uses",output/747.pintora.png Create a Pintora sequence diagram showing a user login flow with authentication service,"sequenceDiagram title: User Login Flow participant User participant Frontend participant AuthService participant Database User->>Frontend: Enter credentials Frontend->>AuthService: POST /login AuthService->>Database: Query user Database-->>AuthService: User data alt Valid credentials AuthService-->>Frontend: JWT Token Frontend-->>User: Login successful else Invalid credentials AuthService-->>Frontend: 401 Unauthorized Frontend-->>User: Show error end",output/907.pintora.png Create an ER diagram showing inheritance relationships,"erDiagram PERSON { int id PK string name string phone } EMPLOYEE inherit PERSON CUSTOMER inherit PERSON EMPLOYEE { string department float salary date hire_date } CUSTOMER { string address int loyalty_points } EMPLOYEE ||--o{ ORDER : processes CUSTOMER ||--o{ ORDER : places",output/917.pintora.png Create a sequence diagram showing interaction between participants. Include about 7 elements.,"sequenceDiagram autonumber P3->>P2: msg_60 P0->>P1: msg_4 P2-->>P3: msg_30 P1-->P3: msg_81 P3-->P2: msg_50 P3-->>P1: msg_90 P2-->>P3: msg_35",output/280.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 7 elements.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 ** Idea 1 *** Subitem 1.0 **** Detail 1.0.1 ** Concept 2 *** Subitem 2.0 ** Feature 3 *** Subitem 3.0 *** Subitem 3.1 **** Detail 3.1.1",output/290.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif :step_1; :step_2; :step_3; :step_4; :step_5; :step_6; :step_7; if (check8?) then (yes) :action_yes_8; else (no) :action_no_8; endif if (check9?) then (yes) :action_yes_9; else (no) :action_no_9; endif end",output/14.pintora.png Visualize a graph structure using DOT syntax. Include about 15 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n1 -> n3 n1 -> n3 n0 -> n2 n4 -> n3 n3 -> n2 n1 -> n2 n2 -> n1 n2 -> n1 n1 -> n4 n2 -> n1 n1 -> n0 n2 -> n0 n1 -> n0 n4 -> n2 n1 -> n3 }",output/239.pintora.png Map out a process flow using an activity diagram. Include about 15 elements.,"activityDiagram start :step_0; if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif :step_2; :step_3; :step_4; :step_5; if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif :step_7; if (check8?) then (yes) :action_yes_8; else (no) :action_no_8; endif :step_9; :step_10; :step_11; :step_12; :step_13; if (check14?) then (yes) :action_yes_14; else (no) :action_no_14; endif end",output/341.pintora.png Visualize a graph structure using DOT syntax. Include about 8 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n2 -> n1 n4 -> n2 n1 -> n4 n3 -> n2 n4 -> n2 n3 -> n0 n1 -> n2 n4 -> n2 }",output/229.pintora.png Visualize a graph structure using DOT syntax. Include about 5 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n2 -> n0 n6 -> n2 n3 -> n4 n3 -> n4 n5 -> n2 }",output/351.pintora.png Generate a DOT directed graph with 6 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n0 -> n3 n2 -> n3 n2 -> n5 n1 -> n2 n0 -> n2 n2 -> n0 n4 -> n1 }",output/514.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n3 -> n1 n3 -> n8 n3 -> n8 n0 -> n3 n0 -> n3 n4 -> n7 n3 -> n8 n4 -> n1 n7 -> n0 n0 -> n2 }",output/504.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Action 3; :Process 4; end",output/672.pintora.png Generate a DOT directed graph with 11 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""box"", label=""Node n6""] n7 [shape=""box"", label=""Node n7""] n8 [shape=""diamond"", label=""Node n8""] n9 [shape=""diamond"", label=""Node n9""] n10 [shape=""diamond"", label=""Node n10""] n6 -> n2 n5 -> n0 n0 -> n10 n10 -> n4 n8 -> n0 n10 -> n5 n0 -> n9 n9 -> n5 n5 -> n10 n9 -> n1 n10 -> n0 }",output/662.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""circle"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n3 -> n1 n4 -> n1 n2 -> n0 n1 -> n0 n4 -> n6 n2 -> n1 n4 -> n3 n0 -> n6 n4 -> n5 }",output/768.pintora.png Generate a DOT directed graph with 12 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""ellipse"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""diamond"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n9 [shape=""diamond"", label=""Node n9""] n10 [shape=""diamond"", label=""Node n10""] n11 [shape=""box"", label=""Node n11""] n7 -> n2 n6 -> n8 n4 -> n6 n10 -> n5 n7 -> n3 n7 -> n1 n0 -> n8 n7 -> n9 n5 -> n0 n0 -> n5 n4 -> n9 }",output/610.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start :Action 0; :Process 1; :Action 2; :Action 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; :Process 6; :Process 7; :Process 8; :Process 9; end",output/778.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork :Action 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif fork :Parallel 1 3; forkagain :Parallel 2 3; endfork fork :Parallel 1 4; forkagain :Parallel 2 4; endfork :Process 5; fork :Parallel 1 6; forkagain :Parallel 2 6; endfork :Process 7; :Process 8; if (Check 9?) then (yes) :Handle Yes 9; else (no) :Handle No 9; endif end",output/600.pintora.png Create a sequence diagram with random interaction patterns involving 8 steps.,"sequenceDiagram participant Service_0 participant Service_2 participant Service_3 Service_0->Service_2: Message 557 Service_0-xService_2: Message 967 Service_2-->Service_1: Message 735 Service_1-->Service_3: Message 693 Service_2-->>Service_3: Message 798 Service_2-->Service_3: Message 188 @note right of Service_1: Note processing Service_1-xService_3: Message 113 Service_0-->Service_2: Message 375",output/576.pintora.png Create a sequence diagram with random interaction patterns involving 7 steps.,"sequenceDiagram participant Service_0 participant Service_1 participant Service_2 participant Service_3 loop Loop check Service_2-xService_0: Message 633 end Service_2-xService_0: Message 328 Service_2-->>Service_0: Message 476 alt Condition Service_1-xService_0: Message 351 else Other case Service_0-->>Service_1: Response end Service_0-->>Service_3: Message 112 Service_0-->Service_3: Message 975 alt Condition Service_3-xService_2: Message 841 else Other case Service_2-->>Service_3: Response end",output/566.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 8d ""Task 1"" : 2024-01-09, 3d ""Task 2"" : 2024-01-12, 7d ""Task 3"" : 2024-01-19, 6d ""Task 4"" : 2024-01-25, 6d ""Task 5"" : 2024-01-31, 5d",output/323.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 **** Detail 0.0.1 ** Task 1 *** Subitem 1.0 *** Subitem 1.1 ** Idea 2 *** Subitem 2.0 **** Detail 2.0.1 *** Subitem 2.1 **** Detail 2.1.1 *** Subitem 2.2",output/333.pintora.png Model an object-oriented system with a class diagram. Include about 5 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 *-- Class1 Class1 o-- Class2 Class2 o-- Class3 Class3 --> Class4",output/66.pintora.png Schedule tasks using a Gantt chart. Include about 7 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 7d ""Task 1"" : 2024-01-08, 9d ""Task 2"" : 2024-01-17, 5d ""Task 3"" : 2024-01-22, 7d ""Task 4"" : 2024-01-29, 7d",output/7.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 10d ""Task 1"" : 2024-01-11, 4d ""Task 2"" : 2024-01-15, 7d",output/76.pintora.png Visualize a graph structure using DOT syntax. Include about 10 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n0 -> n4 n5 -> n1 n3 -> n5 n5 -> n0 n4 -> n0 n3 -> n4 n5 -> n2 n3 -> n0 n2 -> n1 n4 -> n3 }",output/184.pintora.png Write an activity diagram for order fulfillment,"activityDiagram title: Order Fulfillment start :Receive order; partition Validation { :Validate payment; if (Payment valid?) then (yes) :Validate inventory; else (no) :Cancel order; end endif } partition Fulfillment { :Pick items from warehouse; :Pack items; :Generate shipping label; } partition Shipping { :Hand to carrier; :Update tracking; :Send notification; } end",output/965.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 7d ""Task 1"" : 2024-01-08, 2d ""Task 2"" : 2024-01-10, 10d",output/194.pintora.png Write an ER diagram for a social media platform,"erDiagram title: Social Media Database USER { int user_id PK string username string email datetime created_at } POST { int post_id PK int user_id FK text content datetime posted_at } COMMENT { int comment_id PK int post_id FK int user_id FK text content } LIKE { int user_id PK int post_id PK datetime liked_at } FOLLOW { int follower_id PK int following_id PK } USER ||--o{ POST : creates USER ||--o{ COMMENT : writes USER ||--o{ LIKE : gives POST ||--o{ COMMENT : has POST ||--o{ LIKE : receives USER ||--o{ FOLLOW : follows",output/975.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Process 3; :Action 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif :Action 6; :Process 7; :Process 8; :Process 9; end",output/583.pintora.png Create a sequence diagram with random interaction patterns involving 10 steps.,"sequenceDiagram loop Loop check Service_0-->Service_1: Message 783 end Service_1-->Service_0: Message 953 Service_1->>Service_0: Message 573 Service_1->Service_0: Message 851 loop Loop check Service_0->Service_1: Message 525 end Service_1-->Service_0: Message 667 Service_1->Service_0: Message 484 Service_0->Service_1: Message 396 Service_0-xService_1: Message 604 Service_0-->Service_1: Message 319",output/593.pintora.png Create an activity diagram with partitions and notes,"activityDiagram start partition Initialization { :Load configuration; @note right: Read from config.yaml group #88bbf4 ""Setup"" { :Initialize database; :Setup logging; } } partition Processing { :Start main loop; @start_note left Main processing loop runs until shutdown signal @end_note } end",output/929.pintora.png Visualize a complex graph with DOT diagram. Use advanced syntax features.,"dotDiagram digraph G { bgcolor=""#f5f5f5"" node [shape=""box"", bgcolor=""#e3f2fd""] n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n7 [label=""Node n7""] n6 -> n2 n7 -> n0 [color=""purple""] n0 -> n3 [color=""purple""] n1 -> n7 n4 -> n0 n7 -> n3 n1 -> n7 n3 -> n0 n0 -> n1 n1 -> n2 }",output/851.pintora.png Write a Gantt chart with mark dates,"gantt title Development Timeline dateFormat YYYY-MM-DDTHH axisFormat MM-DD section Phase 1 ""Planning"" : 2024-03-01, 2024-03-07 ""Design"" : 2024-03-07, 2024-03-14 markDate 2024-03-10T12 section Phase 2 ""Implementation"" : 2024-03-14, 2024-03-28 ""Review"" : 2024-03-28, 2024-04-01 markDate 2024-03-21T09",output/939.pintora.png Create an advanced sequence diagram with complex interactions.,"sequenceDiagram autonumber loop Poll ServiceE->ServiceA: Process event ServiceA-->>ServiceE: Response end ServiceC->ServiceD: Fetch data ServiceC-->ServiceF: Process event ServiceA-->>ServiceD: Process event activate ServiceC ServiceB-xServiceC: Request 4 deactivate ServiceC loop Retry ServiceC-xServiceF: Query 5 ServiceF-->>ServiceC: Response end loop Retry ServiceC-xServiceE: Fetch data ServiceE-->>ServiceC: Response end @note right of ServiceE: Computing ServiceE-->ServiceF: Query 7 ServiceC->>ServiceA: Request 8",output/841.pintora.png Write an activity diagram for exception handling,"activityDiagram start :Try block; if (Exception thrown?) then (yes) switch (Exception type?) case (IOException) :Log IO error; :Retry operation; case (SQLException) :Rollback transaction; :Log DB error; case (Other) :Log generic error; endswitch :Execute finally block; else (no) :Continue execution; :Execute finally block; endif end",output/990.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 8 elements.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 *** Subitem 0.1 *** Subitem 0.2 ** Concept 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 **** Detail 1.1.1 *** Subitem 1.2 **** Detail 1.2.1 ** Feature 2 *** Subitem 2.0 **** Detail 2.0.1 ** Idea 3 *** Subitem 3.0",output/171.pintora.png Write an ER diagram with dashed relationships,"erDiagram %% Dashed lines indicate non-identifying relationships EMPLOYEE { int id PK string name } PROJECT { int id PK string name } ASSIGNMENT { int employee_id PK int project_id PK date start_date } %% Solid line: identifying relationship EMPLOYEE ||--|{ ASSIGNMENT : has %% Dashed line: non-identifying relationship PROJECT }|..|{ ASSIGNMENT : includes",output/980.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; :step_1; :step_2; :step_3; if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif :step_5; :step_6; if (check7?) then (yes) :action_yes_7; else (no) :action_no_7; endif :step_8; :step_9; :step_10; :step_11; if (check12?) then (yes) :action_yes_12; else (no) :action_no_12; endif end",output/161.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 float field_1 int field_2 bool field_3 } TABLE_1 { int id PK int field_0 float field_1 } TABLE_2 { int id PK string field_0 datetime field_1 bool field_2 } TABLE_3 { int id PK datetime field_0 int field_1 } TABLE_4 { int id PK float field_0 float field_1 datetime field_2 string field_3 } TABLE_5 { int id PK float field_0 bool field_1 datetime field_2 } TABLE_0 ||--|{ TABLE_1 : manages TABLE_1 ||--|| TABLE_2 : owns TABLE_2 ||--o{ TABLE_3 : contains TABLE_3 ||--|{ TABLE_4 : has TABLE_4 ||--|| TABLE_5 : owns",output/724.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK int field_0 int field_1 string field_2 bool field_3 datetime field_4 } TABLE_1 { int id PK datetime field_0 int field_1 bool field_2 int field_3 } TABLE_2 { int id PK string field_0 datetime field_1 } TABLE_3 { int id PK int field_0 string field_1 bool field_2 float field_3 } TABLE_4 { int id PK int field_0 int field_1 float field_2 int field_3 bool field_4 } TABLE_5 { int id PK bool field_0 bool field_1 float field_2 string field_3 string field_4 } TABLE_0 }|--|| TABLE_1 : owns TABLE_1 ||--|| TABLE_2 : manages TABLE_2 ||--|| TABLE_3 : uses TABLE_3 ||--|| TABLE_4 : uses TABLE_4 ||--|| TABLE_5 : uses",output/734.pintora.png Visualize a graph structure using DOT syntax. Include about 7 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n2 -> n0 n3 -> n2 n3 -> n0 n3 -> n0 n1 -> n2 n1 -> n0 n3 -> n2 }",output/93.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start :Process 0; if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif :Process 2; :Process 3; :Process 4; :Process 5; :Process 6; if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif :Action 8; end",output/442.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent0 ||--|{ Ent1 : relates Ent1 }|--|| Ent2 : relates Ent2 ||--|| Ent3 : relates",output/83.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""diamond"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n8 [shape=""box"", label=""Node n8""] n8 -> n2 n3 -> n2 n0 -> n2 n1 -> n0 n4 -> n5 n6 -> n2 n6 -> n3 n5 -> n1 n1 -> n0 n5 -> n1 }",output/452.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n1 -> n0 n3 -> n4 n4 -> n0 n3 -> n4 n3 -> n2 n2 -> n0 n2 -> n3 n0 -> n1 n4 -> n1 n3 -> n1 n3 -> n1 }",output/217.pintora.png Design an Entity Relationship diagram. Include about 15 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 }|--|| Ent2 : relates Ent2 ||--|{ Ent3 : relates Ent3 ||--|| Ent4 : relates",output/207.pintora.png Create a sequence diagram showing interaction between participants. Include about 8 elements.,"sequenceDiagram autonumber P1-->P0: msg_56 P3->P2: msg_41 P3-->P2: msg_89 P2->P4: msg_31 P0->P3: msg_46 P2->>P4: msg_65 P3-->>P1: msg_36 P1->>P4: msg_72",output/275.pintora.png Map out a process flow using an activity diagram. Include about 11 elements.,"activityDiagram start :step_0; :step_1; :step_2; :step_3; if (check4?) then (yes) :action_yes_4; else (no) :action_no_4; endif if (check5?) then (yes) :action_yes_5; else (no) :action_no_5; endif :step_6; if (check7?) then (yes) :action_yes_7; else (no) :action_no_7; endif :step_8; if (check9?) then (yes) :action_yes_9; else (no) :action_no_9; endif :step_10; end",output/265.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start :Action 0; :Process 1; :Process 2; :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; :Process 6; if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif if (Check 8?) then (yes) :Handle Yes 8; else (no) :Handle No 8; endif if (Check 9?) then (yes) :Handle Yes 9; else (no) :Handle No 9; endif end",output/558.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 int field_1 bool field_2 bool field_3 float field_4 } TABLE_1 { int id PK string field_0 string field_1 string field_2 } TABLE_2 { int id PK datetime field_0 datetime field_1 string field_2 string field_3 } TABLE_0 }|--|| TABLE_1 : manages TABLE_1 ||--o{ TABLE_2 : uses",output/420.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 datetime field_1 int field_2 bool field_3 float field_4 } TABLE_1 { int id PK bool field_0 string field_1 } TABLE_2 { int id PK int field_0 float field_1 bool field_2 datetime field_3 datetime field_4 } TABLE_3 { int id PK float field_0 float field_1 bool field_2 string field_3 int field_4 } TABLE_4 { int id PK string field_0 float field_1 datetime field_2 } TABLE_0 }|--|| TABLE_1 : contains TABLE_1 ||--o{ TABLE_2 : manages TABLE_2 ||--|{ TABLE_3 : owns TABLE_3 ||--o{ TABLE_4 : owns",output/548.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 string field_1 datetime field_2 } TABLE_1 { int id PK int field_0 string field_1 } TABLE_2 { int id PK string field_0 int field_1 bool field_2 bool field_3 } TABLE_3 { int id PK float field_0 string field_1 string field_2 int field_3 int field_4 } TABLE_4 { int id PK int field_0 datetime field_1 datetime field_2 bool field_3 } TABLE_0 ||--|{ TABLE_1 : manages TABLE_1 ||--|{ TABLE_2 : owns TABLE_2 ||--o{ TABLE_3 : contains TABLE_3 ||--|{ TABLE_4 : has",output/430.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK string field_0 string field_1 int field_2 int field_3 int field_4 } TABLE_1 { int id PK int field_0 string field_1 string field_2 } TABLE_2 { int id PK bool field_0 float field_1 string field_2 string field_3 int field_4 } TABLE_3 { int id PK datetime field_0 float field_1 int field_2 int field_3 string field_4 } TABLE_4 { int id PK datetime field_0 float field_1 datetime field_2 int field_3 } TABLE_0 ||--|| TABLE_1 : uses TABLE_1 ||--|{ TABLE_2 : contains TABLE_2 ||--|| TABLE_3 : has TABLE_3 ||--o{ TABLE_4 : has",output/746.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; :Process 2; fork :Parallel 1 3; forkagain :Parallel 2 3; endfork if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif :Process 8; end",output/756.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start if (check0?) then (yes) :action_yes_0; else (no) :action_no_0; endif if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif if (check2?) then (yes) :action_yes_2; else (no) :action_no_2; endif :step_3; :step_4; :step_5; if (check6?) then (yes) :action_yes_6; else (no) :action_no_6; endif :step_7; :step_8; :step_9; if (check10?) then (yes) :action_yes_10; else (no) :action_no_10; endif :step_11; :step_12; :step_13; :step_14; end",output/113.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 <|-- Class1 Class1 <|-- Class2 Class2 *-- Class3 Class3 o-- Class4",output/103.pintora.png Generate a DOT directed graph with 7 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n6 -> n0 n5 -> n3 n6 -> n5 n4 -> n0 }",output/687.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 string field_1 string field_2 string field_3 } TABLE_1 { int id PK string field_0 int field_1 bool field_2 bool field_3 string field_4 } TABLE_2 { int id PK float field_0 datetime field_1 datetime field_2 bool field_3 bool field_4 } TABLE_3 { int id PK int field_0 float field_1 } TABLE_4 { int id PK datetime field_0 datetime field_1 float field_2 string field_3 datetime field_4 } TABLE_5 { int id PK bool field_0 string field_1 } TABLE_0 }|--|| TABLE_1 : contains TABLE_1 ||--|{ TABLE_2 : owns TABLE_2 }|--|| TABLE_3 : uses TABLE_3 ||--|| TABLE_4 : has TABLE_4 }|--|| TABLE_5 : owns",output/697.pintora.png Design a comprehensive Entity Relationship diagram.,"erDiagram @config({""er"": {""edgeType"": ""ortho""}}) PRODUCT { int product_id PK float phone datetime address int email int name } REVIEW { int review_id PK int phone text address float phone } INVOICE { int invoice_id PK int address string email } ORDER { int order_id PK datetime email datetime date } SHIPMENT { int shipment_id PK text quantity float address FK } PRODUCT }|..|{ REVIEW : manages REVIEW }|..|{ INVOICE : contains INVOICE ||--o{ SHIPMENT : includes ORDER }|..|{ SHIPMENT : contains",output/833.pintora.png Build a detailed component architecture diagram. Use advanced syntax features.,"componentDiagram title: Data Pipeline cloud ""Azure"" { [Comp0_0] [Comp0_1] () I0 } cloud ""Azure"" { [Comp1_0] [Comp1_1] [Comp1_2] [Comp1_3] } [Comp1_3] ..> [Comp1_1] [Comp1_1] -- [Comp1_0] [Comp1_3] ..> [Comp0_0] [Comp1_3] -- I0 [Comp1_0] --> [Comp0_0] [Comp0_0] ..> [Comp1_3] [Comp1_0] ..> [Comp0_1] [Comp1_0] ..|> [Comp1_1] I0 -- [Comp1_2] [Comp1_2] --> [Comp0_1] [Comp1_2] -- I0 [Comp1_0] ..|> [Comp0_0] [Comp1_1] ..|> I0",output/823.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 9d ""Task 1"" : 2024-01-10, 6d ""Task 2"" : 2024-01-16, 4d",output/48.pintora.png Write an Entity Relationship diagram with 7 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 float field_1 } TABLE_1 { int id PK int field_0 datetime field_1 float field_2 } TABLE_2 { int id PK datetime field_0 datetime field_1 bool field_2 int field_3 float field_4 } TABLE_3 { int id PK datetime field_0 bool field_1 int field_2 bool field_3 } TABLE_4 { int id PK bool field_0 int field_1 } TABLE_5 { int id PK bool field_0 int field_1 datetime field_2 int field_3 } TABLE_6 { int id PK bool field_0 datetime field_1 } TABLE_0 ||--|{ TABLE_1 : manages TABLE_1 ||--o{ TABLE_2 : manages TABLE_2 ||--o{ TABLE_3 : manages TABLE_3 }|--|| TABLE_4 : has TABLE_4 ||--o{ TABLE_5 : owns TABLE_5 }|--|| TABLE_6 : manages",output/499.pintora.png Design an Entity Relationship diagram. Include about 5 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent5 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 ||--o{ Ent3 : relates Ent3 ||--|{ Ent4 : relates Ent4 ||--o{ Ent5 : relates",output/58.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n6 [shape=""circle"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n5 -> n1 n2 -> n7 n0 -> n4 n7 -> n5 n0 -> n6 n4 -> n0 n6 -> n2 n4 -> n7 }",output/489.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif fork :Parallel 1 2; forkagain :Parallel 2 2; endfork if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Process 4; :Action 5; :Process 6; if (Check 7?) then (yes) :Handle Yes 7; else (no) :Handle No 7; endif if (Check 8?) then (yes) :Handle Yes 8; else (no) :Handle No 8; endif if (Check 9?) then (yes) :Handle Yes 9; else (no) :Handle No 9; endif end",output/505.pintora.png Write an Entity Relationship diagram with 7 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 float field_1 } TABLE_1 { int id PK int field_0 float field_1 bool field_2 datetime field_3 bool field_4 } TABLE_2 { int id PK string field_0 bool field_1 float field_2 bool field_3 datetime field_4 } TABLE_3 { int id PK datetime field_0 float field_1 string field_2 bool field_3 } TABLE_4 { int id PK datetime field_0 datetime field_1 } TABLE_5 { int id PK string field_0 int field_1 } TABLE_6 { int id PK datetime field_0 float field_1 bool field_2 float field_3 string field_4 } TABLE_0 ||--|| TABLE_1 : has TABLE_1 ||--|| TABLE_2 : manages TABLE_2 }|--|| TABLE_3 : contains TABLE_3 ||--|{ TABLE_4 : owns TABLE_4 ||--|| TABLE_5 : contains TABLE_5 ||--o{ TABLE_6 : contains",output/515.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n2 -> n0 n2 -> n1 n3 -> n1 n0 -> n1 n2 -> n1 }",output/350.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n5 -> n0 n2 -> n1 n2 -> n1 n2 -> n1 n2 -> n0 n5 -> n3 n1 -> n4 n0 -> n4 n4 -> n5 n0 -> n2 }",output/228.pintora.png Create a sequence diagram showing interaction between participants. Include about 8 elements.,"sequenceDiagram autonumber P0-->>P3: msg_99 P3-->P1: msg_98 P1->P3: msg_82 P1-->>P2: msg_10 P0->P2: msg_85 P2->P3: msg_15 P1-->>P2: msg_10 P0->>P2: msg_90",output/340.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent0 }|--|| Ent1 : relates Ent1 ||--o{ Ent2 : relates",output/238.pintora.png Create a sequence diagram with random interaction patterns involving 9 steps.,"sequenceDiagram autonumber Service_1->>Service_0: Message 356 Service_0->>Service_1: Message 459 Service_0->>Service_1: Message 990 Service_1->>Service_0: Message 232 Service_1-->Service_0: Message 475 Service_0-->Service_1: Message 184 Service_0-->>Service_1: Message 502 Service_0-->Service_1: Message 918 Service_1-->>Service_0: Message 684",output/663.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif :Process 1; :Process 2; fork :Parallel 1 3; forkagain :Parallel 2 3; endfork :Process 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif :Process 7; :Action 8; end",output/673.pintora.png Write an ER diagram for an e-commerce database schema,"erDiagram CUSTOMER { int id PK string name string email } ORDER { int id PK int customer_id FK datetime order_date float total } PRODUCT { int id PK string name float price int stock } ORDER_ITEM { int order_id PK int product_id PK int quantity float unit_price } CUSTOMER ||--o{ ORDER : places ORDER ||--|{ ORDER_ITEM : contains PRODUCT ||--o{ ORDER_ITEM : ""included in"" ",output/916.pintora.png Schedule a project timeline with Gantt chart.,"gantt title Infrastructure Upgrade dateFormat YYYY-MM-DD section Planning ""Task Pla1"" : 2024-01-01, 13d ""Task Pla2"" : 2024-01-14, 8d section Testing ""Task Tes1"" : 2024-01-22, 13d ""Task Tes2"" : 2024-02-04, 7d ""Milestone"" : milestone, 2024-02-16, 0d section Marketing ""Task Mar1"" : 2024-02-11, 16d ""Milestone"" : milestone, 2024-03-05, 0d ""Task Mar2"" : 2024-02-27, 18d ""Task Mar3"" : 2024-03-16, 11d ""Task Mar4"" : 2024-03-27, 16d ""Task Mar5"" : 2024-04-12, 4d",output/906.pintora.png Create a sequence diagram showing interaction between participants. Include about 9 elements.,"sequenceDiagram autonumber P2-->P0: msg_79 P2->>P1: msg_66 P1-->>P2: msg_72 P1-->>P2: msg_8 P1->P0: msg_91 P1->P2: msg_16 P2-->>P0: msg_76 P0->P2: msg_9 P2->>P1: msg_34",output/15.pintora.png Model an object-oriented system with a class diagram. Include about 15 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 o-- Class1 Class1 *-- Class2 Class2 <|-- Class3 Class3 *-- Class4",output/291.pintora.png Visualize a graph structure using DOT syntax. Include about 8 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n2 -> n1 n3 -> n0 n4 -> n2 n3 -> n4 n3 -> n1 n4 -> n1 n2 -> n1 n3 -> n0 }",output/281.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 *-- Class1 Class1 --> Class2 Class2 <|-- Class3 Class3 *-- Class4",output/77.pintora.png Visualize a graph structure using DOT syntax. Include about 5 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n5 -> n2 n0 -> n1 n0 -> n2 n3 -> n1 n3 -> n2 }",output/6.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 }|--|| Ent2 : relates Ent2 ||--o{ Ent3 : relates",output/67.pintora.png Create a sequence diagram for microservice communication with message queue,"sequenceDiagram title: Async Order Processing participant [ Client] participant OrderService participant [ MessageQueue] participant InventoryService participant NotificationService Client->>OrderService: Create order OrderService->>MessageQueue: Publish OrderCreated event OrderService-->>Client: 202 Accepted par Process asynchronously MessageQueue->>InventoryService: OrderCreated InventoryService->>InventoryService: Reserve items InventoryService->>MessageQueue: ItemsReserved and MessageQueue->>NotificationService: OrderCreated NotificationService->>NotificationService: Send confirmation end",output/974.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n0 -> n5 n0 -> n1 n0 -> n1 n4 -> n2 n5 -> n3 n4 -> n0 n3 -> n5 n0 -> n5 n2 -> n0 n5 -> n4 n3 -> n2 n5 -> n3 n0 -> n1 n1 -> n0 }",output/195.pintora.png Create an activity diagram for a code review process,"activityDiagram title: Code Review Process start :Create pull request; :Assign reviewers; fork :Review code quality; forkagain :Run automated tests; forkagain :Check coding standards; endfork if (All checks pass?) then (yes) if (Approved by reviewers?) then (yes) :Merge to main branch; :Deploy to staging; else (no) :Request changes; :Update code; endif else (no) :Fix failing checks; endif end",output/964.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } Class0 <|-- Class1 Class1 --> Class2",output/185.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""ellipse"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""ellipse"", label=""Node n7""] n2 -> n3 n4 -> n1 n6 -> n0 n5 -> n7 n3 -> n5 n2 -> n1 n5 -> n0 n2 -> n0 n7 -> n0 n5 -> n4 }",output/601.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 int field_1 float field_2 float field_3 } TABLE_1 { int id PK bool field_0 int field_1 datetime field_2 datetime field_3 } TABLE_2 { int id PK bool field_0 string field_1 datetime field_2 float field_3 } TABLE_3 { int id PK float field_0 bool field_1 } TABLE_4 { int id PK bool field_0 int field_1 string field_2 int field_3 } TABLE_5 { int id PK float field_0 datetime field_1 bool field_2 float field_3 int field_4 } TABLE_0 ||--|| TABLE_1 : manages TABLE_1 ||--|| TABLE_2 : contains TABLE_2 ||--|| TABLE_3 : contains TABLE_3 ||--|{ TABLE_4 : has TABLE_4 ||--|{ TABLE_5 : has",output/779.pintora.png Generate a DOT directed graph with 8 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""box"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""box"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n5 [shape=""ellipse"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""box"", label=""Node n7""] n2 -> n1 n6 -> n0 n4 -> n2 n1 -> n2 n0 -> n6 n0 -> n3 n1 -> n2 n2 -> n6 }",output/611.pintora.png Write an Entity Relationship diagram with 6 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 string field_1 } TABLE_1 { int id PK bool field_0 int field_1 string field_2 datetime field_3 string field_4 } TABLE_2 { int id PK bool field_0 int field_1 } TABLE_3 { int id PK bool field_0 string field_1 datetime field_2 bool field_3 string field_4 } TABLE_4 { int id PK bool field_0 datetime field_1 string field_2 } TABLE_5 { int id PK bool field_0 string field_1 datetime field_2 } TABLE_0 }|--|| TABLE_1 : uses TABLE_1 ||--|| TABLE_2 : has TABLE_2 ||--|{ TABLE_3 : contains TABLE_3 ||--o{ TABLE_4 : uses TABLE_4 }|--|| TABLE_5 : owns",output/769.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 6 elements.,"mindmap * Root Topic ** Feature 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 ** Task 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 **** Detail 1.1.1 *** Subitem 1.2 **** Detail 1.2.1 ** Feature 2 *** Subitem 2.0 *** Subitem 2.1 **** Detail 2.1.1 *** Subitem 2.2",output/332.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent5 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 }|--|| Ent2 : relates Ent2 ||--o{ Ent3 : relates Ent3 ||--|| Ent4 : relates Ent4 ||--o{ Ent5 : relates",output/322.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 bool field_1 bool field_2 } TABLE_1 { int id PK string field_0 float field_1 string field_2 bool field_3 } TABLE_2 { int id PK datetime field_0 float field_1 bool field_2 bool field_3 datetime field_4 } TABLE_0 ||--|| TABLE_1 : uses TABLE_1 ||--o{ TABLE_2 : uses",output/567.pintora.png Create a sequence diagram with random interaction patterns involving 8 steps.,"sequenceDiagram participant Service_2 participant Service_3 participant Service_4 loop Loop check Service_3-->>Service_1: Message 584 end Service_3->Service_0: Message 359 Service_0-->Service_1: Message 392 Service_1->>Service_0: Message 342 Service_2-->Service_0: Message 904 loop Loop check Service_2-xService_4: Message 885 end Service_2->Service_0: Message 507 Service_2-->Service_4: Message 198",output/577.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 ||--|{ Ent3 : relates Ent3 ||--o{ Ent4 : relates",output/314.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 15 elements.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 *** Subitem 0.2 ** Concept 1 *** Subitem 1.0 *** Subitem 1.1 **** Detail 1.1.1 ** Task 2 *** Subitem 2.0 *** Subitem 2.1 ** Task 3 *** Subitem 3.0 **** Detail 3.0.1 *** Subitem 3.1 *** Subitem 3.2 **** Detail 3.2.1",output/304.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 bool field_1 } TABLE_1 { int id PK int field_0 string field_1 datetime field_2 int field_3 float field_4 } TABLE_2 { int id PK float field_0 int field_1 int field_2 float field_3 datetime field_4 } TABLE_3 { int id PK bool field_0 float field_1 float field_2 } TABLE_0 ||--|| TABLE_1 : manages TABLE_1 ||--o{ TABLE_2 : uses TABLE_2 ||--|{ TABLE_3 : owns",output/541.pintora.png Write an Entity Relationship diagram with 3 tables and random relationships.,"erDiagram TABLE_0 { int id PK datetime field_0 int field_1 string field_2 bool field_3 int field_4 } TABLE_1 { int id PK datetime field_0 int field_1 } TABLE_2 { int id PK bool field_0 string field_1 int field_2 } TABLE_0 }|--|| TABLE_1 : owns TABLE_1 ||--|| TABLE_2 : manages",output/439.pintora.png Create a sequence diagram with random interaction patterns involving 14 steps.,"sequenceDiagram autonumber participant Service_2 Service_1-->>Service_0: Message 619 alt Condition Service_1-->Service_0: Message 517 else Other case Service_0-->>Service_1: Response end Service_0-->Service_2: Message 577 Service_0-->Service_2: Message 969 Service_0->>Service_1: Message 979 Service_1-->Service_2: Message 905 Service_1-->Service_2: Message 348 loop Loop check Service_0->>Service_1: Message 884 end loop Loop check Service_2-->>Service_1: Message 785 end Service_0->>Service_1: Message 122 Service_0->Service_1: Message 715 alt Condition Service_1-->>Service_0: Message 676 else Other case Service_0-->>Service_1: Response end Service_1->>Service_2: Message 675 Service_2-->>Service_0: Message 818",output/551.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 int field_1 int field_2 datetime field_3 } TABLE_1 { int id PK datetime field_0 int field_1 string field_2 string field_3 int field_4 } TABLE_2 { int id PK int field_0 datetime field_1 datetime field_2 string field_3 } TABLE_3 { int id PK float field_0 int field_1 } TABLE_4 { int id PK int field_0 bool field_1 datetime field_2 int field_3 } TABLE_0 ||--o{ TABLE_1 : uses TABLE_1 ||--|{ TABLE_2 : manages TABLE_2 ||--|| TABLE_3 : owns TABLE_3 ||--|{ TABLE_4 : uses",output/429.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start :Action 0; fork :Parallel 1 1; forkagain :Parallel 2 1; endfork if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Process 3; :Action 4; end",output/627.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK bool field_0 bool field_1 datetime field_2 string field_3 bool field_4 } TABLE_1 { int id PK bool field_0 float field_1 float field_2 } TABLE_2 { int id PK datetime field_0 float field_1 } TABLE_3 { int id PK bool field_0 bool field_1 float field_2 } TABLE_0 ||--|| TABLE_1 : manages TABLE_1 ||--|| TABLE_2 : owns TABLE_2 ||--o{ TABLE_3 : manages",output/637.pintora.png Design a comprehensive Entity Relationship diagram. Include nested structures.,"erDiagram title: Inventory System PAYMENT { int payment_id PK datetime quantity datetime description int email float price text phone } PRODUCT { int product_id PK float phone datetime price bool email int name FK } INVOICE { int invoice_id PK text email float quantity FK int date } CUSTOMER { int customer_id PK float description datetime name FK float address string quantity } INVENTORY { int inventory_id PK text quantity FK float quantity float status } PAYMENT }|--|| CUSTOMER : includes PRODUCT }|--|| INVOICE : contains INVOICE ||--|| INVENTORY : owns CUSTOMER ||--|{ INVENTORY : belongs to",output/893.pintora.png Model an object-oriented system with class diagram.,"classDiagram class FactoryA { <> #string attr0 #int attr1 -List~T~ attr2 ~method0() string -method1() boolean } class RepositoryB { -boolean attr0 -method0() T -method1() boolean } class RepositoryC { #boolean attr0 +{static} method0() string } class FactoryD { <> +int attr0 #boolean attr1 +{static} method0() void -method1() string } class ControllerE { +List~T~ attr0 -List~T~ attr1 +string attr2 ~method0() string ~{static} method1() string ~method2() void } class HandlerF { +boolean attr0 ~method0() void } class StrategyG { +int attr0 +int attr1 #boolean attr2 -List~T~ attr3 -method0() string -method1() T } FactoryA o-- HandlerF RepositoryB o-- HandlerF RepositoryC <|.. StrategyG FactoryD o-- ControllerE ControllerE ..> StrategyG HandlerF --> StrategyG",output/883.pintora.png Create a sequence diagram with @param styling,"sequenceDiagram @param loopLineColor #79caf1 @param actorBackground #61afef @param actorTextColor #ffffff @param messageFontFamily Consolas @param dividerTextColor #61afef User->>API: Request loop Retry API-->>API: Process end == Section == API-->>User: Response",output/952.pintora.png Create a DOT diagram with different node shapes,"dotDiagram digraph Shapes { bgcolor=""#f5f5f5"" start [shape=""ellipse"", label=""Start""] decision [shape=""diamond"", label=""Decision?""] process1 [shape=""box"", label=""Process A""] process2 [shape=""box"", label=""Process B""] end_node [shape=""circle"", label=""End""] note [shape=""plaintext"", label=""This is a note""] start -> decision decision -> process1 [label=""yes""] decision -> process2 [label=""no""] process1 -> end_node process2 -> end_node }",output/942.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 6d ""Task 1"" : 2024-01-07, 3d ""Task 2"" : 2024-01-10, 6d",output/51.pintora.png Create a sequence diagram with random interaction patterns involving 11 steps.,"sequenceDiagram autonumber participant Service_0 Service_1-->>Service_0: Message 623 Service_1-->Service_0: Message 895 Service_0->Service_1: Message 414 alt Condition Service_0-xService_1: Message 755 else Other case Service_1-->>Service_0: Response end Service_1->Service_0: Message 685 Service_1->>Service_0: Message 793 Service_1-->>Service_0: Message 324 Service_0-->Service_1: Message 964 Service_0->>Service_1: Message 795 Service_1->>Service_0: Message 684 Service_1-->>Service_0: Message 886",output/480.pintora.png Schedule tasks using a Gantt chart. Include about 13 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 9d ""Task 1"" : 2024-01-10, 8d ""Task 2"" : 2024-01-18, 9d ""Task 3"" : 2024-01-27, 2d",output/41.pintora.png Write an Entity Relationship diagram with 4 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 float field_1 datetime field_2 string field_3 string field_4 } TABLE_1 { int id PK bool field_0 string field_1 } TABLE_2 { int id PK float field_0 bool field_1 bool field_2 } TABLE_3 { int id PK datetime field_0 datetime field_1 float field_2 datetime field_3 datetime field_4 } TABLE_0 ||--|{ TABLE_1 : uses TABLE_1 }|--|| TABLE_2 : has TABLE_2 ||--|| TABLE_3 : owns",output/490.pintora.png Visualize a graph structure using DOT syntax. Include about 7 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n3 -> n0 n2 -> n0 n2 -> n4 n0 -> n1 n4 -> n2 n1 -> n2 n3 -> n0 }",output/33.pintora.png Model an object-oriented system with a class diagram. Include about 7 elements.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } class Class4 { +attribute1 +method1() } Class0 --> Class1 Class1 *-- Class2 Class2 *-- Class3 Class3 --> Class4",output/23.pintora.png Write an activity diagram with custom styling,"activityDiagram @param actionBackground #61afef @param textColor #ffffff @param noteTextColor #333333 @param edgeColor #143C9A @param edgeType curved start :First action; -> proceed to next; :Second action; if (condition?) then (yes) :Handle yes case; else (no) :Handle no case; endif end",output/930.pintora.png Create a detailed hierarchical mind map.,"mindmap * Learning Path ** Topic A *** Subtopic A.1 *** Subtopic A.2 **** Detail A.2.1 **** Detail A.2.2 **** Detail A.2.3 *** Subtopic A.3 *** Subtopic A.4 ** Topic B *** Subtopic B.1 **** Detail B.1.1 *** Subtopic B.2 *** Subtopic B.3 **** Detail B.3.1 **** Detail B.3.2 **** Detail B.3.3 ** Topic C *** Subtopic C.1 *** Subtopic C.2 *** Subtopic C.3 *** Subtopic C.4 ** Topic D *** Subtopic D.1 **** Detail D.1.1 **** Detail D.1.2 *** Subtopic D.2 *** Subtopic D.3 **** Detail D.3.1 **** Detail D.3.2 **** Detail D.3.3 *** Subtopic D.4",output/848.pintora.png Create a component diagram for a microservices architecture,"componentDiagram title: Microservices Architecture package ""API Gateway"" { [Gateway] () REST } package ""Services"" { [User Service] [Order Service] [Payment Service] } database ""Databases"" { [UserDB] [OrderDB] } [Gateway] --> REST REST --> [User Service] REST --> [Order Service] [Order Service] --> [Payment Service] [User Service] --> [UserDB] [Order Service] --> [OrderDB]",output/920.pintora.png Design a comprehensive Entity Relationship diagram. Use advanced syntax features.,"erDiagram @config({""er"": {""edgeType"": ""ortho""}}) SHIPMENT { int shipment_id PK text email int address text phone string quantity float price } INVOICE { int invoice_id PK string phone text date string status } CUSTOMER { int customer_id PK float address bool quantity FK datetime email } INVENTORY { int inventory_id PK bool phone float price } SHIPMENT }o--o{ CUSTOMER : references INVOICE ||--|{ INVENTORY : processes CUSTOMER }o--o{ INVENTORY : references",output/858.pintora.png Write an Entity Relationship diagram with 5 tables and random relationships.,"erDiagram TABLE_0 { int id PK float field_0 datetime field_1 string field_2 bool field_3 } TABLE_1 { int id PK bool field_0 bool field_1 int field_2 datetime field_3 } TABLE_2 { int id PK string field_0 string field_1 int field_2 string field_3 } TABLE_3 { int id PK int field_0 string field_1 datetime field_2 float field_3 bool field_4 } TABLE_4 { int id PK datetime field_0 string field_1 } TABLE_0 }|--|| TABLE_1 : owns TABLE_1 ||--|{ TABLE_2 : has TABLE_2 ||--o{ TABLE_3 : manages TABLE_3 ||--o{ TABLE_4 : owns",output/784.pintora.png Generate a DOT directed graph with 10 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""ellipse"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""diamond"", label=""Node n4""] n5 [shape=""box"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""ellipse"", label=""Node n8""] n9 [shape=""circle"", label=""Node n9""] n6 -> n5 n7 -> n3 n2 -> n6 n5 -> n6 n6 -> n4 n2 -> n9 n1 -> n9 n5 -> n9 n8 -> n3 n6 -> n1 }",output/794.pintora.png Create a component diagram for event-driven architecture,"componentDiagram title: Event-Driven Architecture rectangle ""Event Producers"" { [Web App] [Mobile App] [IoT Devices] } rectangle ""Event Bus"" { [Apache Kafka] () ""Topics"" } rectangle ""Event Consumers"" { [Analytics Service] [Notification Service] [Audit Service] } [Web App] --> ""Topics"" [Mobile App] --> ""Topics"" [IoT Devices] --> ""Topics"" ""Topics"" -- [Apache Kafka] [Apache Kafka] --> [Analytics Service] [Apache Kafka] --> [Notification Service] [Apache Kafka] --> [Audit Service]",output/989.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 11 elements.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 ** Task 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 *** Subitem 1.2 ** Feature 2 *** Subitem 2.0 *** Subitem 2.1 *** Subitem 2.2",output/168.pintora.png Create a Gantt chart showing parallel workstreams,"gantt title Parallel Development Streams dateFormat YYYY-MM-DD axisFormat %b %d section Stream A - Backend ""API Design"" : a1, 2024-06-01, 5d ""API Development"" : a2, after a1, 10d ""API Testing"" : after a2, 5d section Stream B - Frontend ""UI Design"" : b1, 2024-06-01, 7d ""UI Development"" : b2, after b1, 12d ""UI Testing"" : after b2, 5d section Integration ""Integration Testing"" : 2024-06-25, 7d ""UAT"" : 2024-07-02, 5d ""Go Live"" : milestone, 2024-07-07, 0d",output/999.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 6d ""Task 1"" : 2024-01-07, 4d ""Task 2"" : 2024-01-11, 8d ""Task 3"" : 2024-01-19, 7d",output/178.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start if (Check 0?) then (yes) :Handle Yes 0; else (no) :Handle No 0; endif if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif :Process 3; if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif :Process 7; :Process 8; end",output/645.pintora.png Generate a DOT directed graph with 6 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""circle"", label=""Node n1""] n2 [shape=""circle"", label=""Node n2""] n3 [shape=""ellipse"", label=""Node n3""] n4 [shape=""ellipse"", label=""Node n4""] n5 [shape=""circle"", label=""Node n5""] n2 -> n4 n2 -> n1 n4 -> n2 n1 -> n2 n0 -> n4 n0 -> n1 n2 -> n1 }",output/655.pintora.png Create a sequence diagram with random interaction patterns involving 5 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_1 participant Service_2 participant Service_3 Service_1-->Service_2: Message 476 alt Condition Service_4-->>Service_2: Message 662 else Other case Service_2-->>Service_4: Response end loop Loop check Service_1->>Service_2: Message 371 end Service_4-xService_1: Message 243 Service_4->>Service_3: Message 927",output/523.pintora.png Create a sequence diagram with random interaction patterns involving 11 steps.,"sequenceDiagram participant Service_0 participant Service_3 Service_3-xService_1: Message 140 loop Loop check Service_1->>Service_0: Message 517 end Service_0->>Service_2: Message 314 Service_2-->>Service_0: Message 254 Service_1-->Service_0: Message 161 Service_3->Service_2: Message 771 Service_1->>Service_3: Message 171 Service_0-->>Service_2: Message 237 Service_3-xService_2: Message 598 alt Condition Service_3-->>Service_2: Message 808 else Other case Service_2-->>Service_3: Response end Service_0->Service_1: Message 414",output/533.pintora.png Map out a process flow using an activity diagram.,"activityDiagram start :step_0; if (check1?) then (yes) :action_yes_1; else (no) :action_no_1; endif :step_2; if (check3?) then (yes) :action_yes_3; else (no) :action_no_3; endif :step_4; :step_5; :step_6; :step_7; if (check8?) then (yes) :action_yes_8; else (no) :action_no_8; endif if (check9?) then (yes) :action_yes_9; else (no) :action_no_9; endif :step_10; end",output/376.pintora.png Model an object-oriented system with a class diagram.,"classDiagram class Class0 { +attribute1 +method1() } class Class1 { +attribute1 +method1() } class Class2 { +attribute1 +method1() } class Class3 { +attribute1 +method1() } Class0 --> Class1 Class1 *-- Class2 Class2 <|-- Class3",output/366.pintora.png Design an Entity Relationship diagram.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent5 { int id PK string name } Ent0 ||--o{ Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 ||--|| Ent3 : relates Ent3 ||--|| Ent4 : relates Ent4 ||--|| Ent5 : relates",output/392.pintora.png Design an Entity Relationship diagram. Include about 6 elements.,"erDiagram Ent0 { int id PK string name } Ent1 { int id PK string name } Ent2 { int id PK string name } Ent3 { int id PK string name } Ent4 { int id PK string name } Ent0 ||--|| Ent1 : relates Ent1 ||--|{ Ent2 : relates Ent2 ||--|| Ent3 : relates Ent3 ||--|| Ent4 : relates",output/382.pintora.png Schedule a project timeline with Gantt chart. Include nested structures.,"gantt title Product Launch dateFormat YYYY-MM-DD section Development ""Task Dev1"" : 2024-04-01, 5d ""Task Dev2"" : 2024-04-06, 19d ""Task Dev3"" : 2024-04-25, 18d ""Task Dev4"" : 2024-05-13, 21d ""Task Dev5"" : 2024-06-03, 18d section Deployment ""Task Dep1"" : 2024-06-21, 16d ""Task Dep2"" : 2024-07-07, 5d ""Task Dep3"" : 2024-07-12, 11d section Marketing ""Task Mar1"" : 2024-07-23, 16d ""Task Mar2"" : 2024-08-08, 17d ""Task Mar3"" : 2024-08-25, 11d ""Task Mar4"" : 2024-09-05, 20d ""Task Mar5"" : 2024-09-25, 6d section Testing ""Task Tes1"" : 2024-10-01, 7d ""Task Tes2"" : 2024-10-08, 5d ""Task Tes3"" : 2024-10-13, 7d ""Task Tes4"" : 2024-10-20, 8d ""Task Tes5"" : 2024-10-28, 11d ""Milestone"" : milestone, 2024-11-14, 0d",output/815.pintora.png Generate a DOT directed graph with 5 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""diamond"", label=""Node n0""] n1 [shape=""box"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n3 -> n1 n4 -> n2 n2 -> n4 n3 -> n4 }",output/805.pintora.png Generate a DOT directed graph with 9 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""box"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""box"", label=""Node n4""] n5 [shape=""diamond"", label=""Node n5""] n6 [shape=""ellipse"", label=""Node n6""] n7 [shape=""circle"", label=""Node n7""] n8 [shape=""ellipse"", label=""Node n8""] n1 -> n7 n8 -> n2 n3 -> n7 n7 -> n4 n1 -> n7 n0 -> n5 n1 -> n4 n2 -> n5 n5 -> n1 }",output/618.pintora.png Create a sequence diagram with random interaction patterns involving 6 steps.,"sequenceDiagram participant Service_0 participant Service_1 participant Service_2 participant Service_3 Service_0-xService_1: Message 275 Service_1->Service_0: Message 512 Service_3->>Service_1: Message 443 alt Condition Service_3->Service_2: Message 526 else Other case Service_2-->>Service_3: Response end Service_1->Service_3: Message 759 Service_3-->Service_2: Message 616",output/760.pintora.png Create a sequence diagram with random interaction patterns involving 10 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_2 participant Service_3 Service_0-xService_2: Message 888 alt Condition Service_0-xService_1: Message 207 else Other case Service_1-->>Service_0: Response end Service_3->Service_0: Message 276 Service_2->>Service_1: Message 520 Service_1-->Service_3: Message 701 Service_0-xService_2: Message 744 alt Condition Service_1->Service_3: Message 426 else Other case Service_3-->>Service_1: Response end Service_3->>Service_2: Message 384 Service_3-xService_0: Message 547 loop Loop check Service_0-xService_2: Message 613 end",output/608.pintora.png Create a sequence diagram with random interaction patterns involving 10 steps.,"sequenceDiagram autonumber participant Service_0 participant Service_1 participant Service_3 participant Service_4 Service_1-xService_4: Message 775 Service_0->Service_3: Message 593 Service_0-xService_3: Message 210 Service_3-xService_1: Message 369 Service_2->Service_3: Message 990 Service_2->>Service_1: Message 633 loop Loop check Service_1-->>Service_0: Message 993 end Service_2-->>Service_4: Message 108 loop Loop check Service_2-->>Service_1: Message 555 end alt Condition Service_0-->>Service_4: Message 577 else Other case Service_4-->>Service_0: Response end",output/770.pintora.png Schedule tasks using a Gantt chart. Include about 5 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 9d ""Task 1"" : 2024-01-10, 9d ""Task 2"" : 2024-01-19, 2d ""Task 3"" : 2024-01-21, 3d ""Task 4"" : 2024-01-24, 10d ""Task 5"" : 2024-02-03, 9d",output/135.pintora.png Brainstorm a topic hierarchy with a mind map. Include about 12 elements.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 *** Subitem 0.2 ** Feature 1 *** Subitem 1.0 ** Task 2 *** Subitem 2.0",output/125.pintora.png Schedule tasks using a Gantt chart. Include about 12 elements.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 5d ""Task 1"" : 2024-01-06, 9d ""Task 2"" : 2024-01-15, 8d ""Task 3"" : 2024-01-23, 10d ""Task 4"" : 2024-02-02, 7d",output/253.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 10d ""Task 1"" : 2024-01-11, 10d ""Task 2"" : 2024-01-21, 3d ""Task 3"" : 2024-01-24, 3d ""Task 4"" : 2024-01-27, 5d ""Task 5"" : 2024-02-01, 4d",output/243.pintora.png Visualize a graph structure using DOT syntax. Include about 7 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n0 -> n4 n2 -> n1 n4 -> n0 n4 -> n5 n4 -> n0 n2 -> n1 n2 -> n5 }",output/406.pintora.png Create a flow activity diagram with approximately 10 logical steps including conditions.,"activityDiagram start fork :Parallel 1 0; forkagain :Parallel 2 0; endfork if (Check 1?) then (yes) :Handle Yes 1; else (no) :Handle No 1; endif if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif :Process 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif if (Check 6?) then (yes) :Handle Yes 6; else (no) :Handle No 6; endif :Action 7; fork :Parallel 1 8; forkagain :Parallel 2 8; endfork fork :Parallel 1 9; forkagain :Parallel 2 9; endfork end",output/416.pintora.png Create a flow activity diagram with approximately 7 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; fork :Parallel 1 2; forkagain :Parallel 2 2; endfork :Action 3; :Process 4; if (Check 5?) then (yes) :Handle Yes 5; else (no) :Handle No 5; endif :Process 6; end",output/464.pintora.png Generate a DOT directed graph with 5 nodes and random connections.,"dotDiagram digraph G { bgcolor=""white"" n0 [shape=""circle"", label=""Node n0""] n1 [shape=""diamond"", label=""Node n1""] n2 [shape=""diamond"", label=""Node n2""] n3 [shape=""diamond"", label=""Node n3""] n4 [shape=""circle"", label=""Node n4""] n2 -> n0 n1 -> n4 n0 -> n1 n3 -> n4 n1 -> n2 }",output/474.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 **** Detail 0.0.1 *** Subitem 0.1 **** Detail 0.1.1 *** Subitem 0.2 **** Detail 0.2.1 ** Task 1 *** Subitem 1.0 *** Subitem 1.1 **** Detail 1.1.1 ** Idea 2 *** Subitem 2.0 **** Detail 2.0.1 *** Subitem 2.1 **** Detail 2.1.1 *** Subitem 2.2 **** Detail 2.2.1 ** Task 3 *** Subitem 3.0 **** Detail 3.0.1",output/349.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Concept 0 *** Subitem 0.0 *** Subitem 0.1 **** Detail 0.1.1 *** Subitem 0.2 **** Detail 0.2.1 ** Concept 1 *** Subitem 1.0 **** Detail 1.0.1 ** Idea 2 *** Subitem 2.0 **** Detail 2.0.1 *** Subitem 2.1 **** Detail 2.1.1 *** Subitem 2.2 ** Task 3 *** Subitem 3.0 **** Detail 3.0.1",output/231.pintora.png Visualize a graph structure using DOT syntax. Include about 10 elements.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n6 [label=""Node n6""] n7 [label=""Node n7""] n7 -> n0 n3 -> n0 n2 -> n1 n3 -> n1 n1 -> n2 n2 -> n0 n4 -> n5 n5 -> n2 n5 -> n1 n0 -> n4 }",output/359.pintora.png Create a sequence diagram showing interaction between participants. Include about 6 elements.,"sequenceDiagram autonumber P3->P4: msg_92 P2->P0: msg_73 P4-->>P1: msg_35 P4->>P1: msg_82 P2-->>P0: msg_80 P3-->>P2: msg_19",output/221.pintora.png Schedule tasks using a Gantt chart.,"gantt title Project Schedule dateFormat YYYY-MM-DD section Phase 1 ""Task 0"" : 2024-01-01, 2d ""Task 1"" : 2024-01-03, 3d ""Task 2"" : 2024-01-06, 7d ""Task 3"" : 2024-01-13, 7d ""Task 4"" : 2024-01-20, 6d",output/157.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Task 0 *** Subitem 0.0 *** Subitem 0.1 *** Subitem 0.2 ** Idea 1 *** Subitem 1.0 **** Detail 1.0.1 *** Subitem 1.1 *** Subitem 1.2",output/147.pintora.png Create a flow activity diagram with approximately 9 logical steps including conditions.,"activityDiagram start :Process 0; :Process 1; if (Check 2?) then (yes) :Handle Yes 2; else (no) :Handle No 2; endif if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif if (Check 4?) then (yes) :Handle Yes 4; else (no) :Handle No 4; endif :Process 5; :Process 6; :Process 7; :Process 8; end",output/702.pintora.png Create a flow activity diagram with approximately 5 logical steps including conditions.,"activityDiagram start :Action 0; :Process 1; :Process 2; if (Check 3?) then (yes) :Handle Yes 3; else (no) :Handle No 3; endif fork :Parallel 1 4; forkagain :Parallel 2 4; endfork end",output/712.pintora.png Write a Pintora diagram: visualize a complex graph with dot diagram.,"dotDiagram digraph G { bgcolor=""#f5f5f5"" node [shape=""circle"", bgcolor=""#e3f2fd""] n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n4 [label=""Node n4""] n5 [label=""Node n5""] n1 -> n0 n4 -> n1 n1 -> n4 n2 -> n5 n4 -> n3 [color=""green""] n0 -> n2 [color=""green""] n2 -> n3 n2 -> n5 n3 -> n4 n2 -> n0 }",output/877.pintora.png Write a Pintora diagram: create a detailed hierarchical mind map.,"mindmap @param layoutDirection TB * System Architecture ** Topic A *** Subtopic A.1 **** Detail A.1.1 *** Subtopic A.2 **** Detail A.2.1 **** Detail A.2.2 **** Detail A.2.3 *** Subtopic A.3 ** Topic B *** Subtopic B.1 *** Subtopic B.2 **** Detail B.2.1 *** Subtopic B.3 **** Detail B.3.1 **** Detail B.3.2 *** Subtopic B.4 ** Topic C *** Subtopic C.1 *** Subtopic C.2 *** Subtopic C.3 **** Detail C.3.1 **** Detail C.3.2 **** Detail C.3.3 *** Subtopic C.4 **** Detail C.4.1 **** Detail C.4.2 ** Topic D *** Subtopic D.1 *** Subtopic D.2",output/867.pintora.png Brainstorm a topic hierarchy with a mind map.,"mindmap * Root Topic ** Idea 0 *** Subitem 0.0 ** Task 1 *** Subitem 1.0 ** Task 2 *** Subitem 2.0 **** Detail 2.0.1 ** Idea 3 *** Subitem 3.0 *** Subitem 3.1",output/288.pintora.png Visualize a graph structure using DOT syntax.,"dotDiagram digraph G { n0 [label=""Node n0""] n1 [label=""Node n1""] n2 [label=""Node n2""] n3 [label=""Node n3""] n2 -> n1 n3 -> n2 n0 -> n2 n1 -> n0 n2 -> n1 n1 -> n2 n0 -> n1 n2 -> n1 n1 -> n0 n3 -> n1 n0 -> n2 n2 -> n1 }",output/298.pintora.png