clone and file layers as well. Animation From version 3.0 onwards, Krita got raster animation support. You can use the timeline, animation and onionskin dockers, plus Krita’s amazing variety of brushes change the exposure on the view, Krita allows you to paint with HDR colors, and has native OpenEXR support! Painting with HDR colors What Krita Does Not Have Again, Krita is a digital paint application useful for aligning object horizontally or vertically, like with comic panels. Node (Vector Only) This snaps a vector node or an object to the nodes of another path. Extension (Vector Only) When we draw

3 HAL 크레이트들 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 261 51.4 Board support crates . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 261 51.5 타입 상태패턴 . . . . . reference so it won't be consumed. This ”match ergonomics” appeared in Rust 2018. If you want to support older Rust, replace msg with ref msg in the pattern. 12.3 흐름제어 Rust 에는 다른 언어와는 다른 몇 가지 제어 흐름 구조가 languages, Rust has no heuristic for choosing the ”most specific” match. There is work on adding this support, called specialization. 14.4 제네릭 타입 제한 (트레잇경계) 제네릭을 이용하다 보면 타입이 어떤 트레잇을 구현하고 있어야 하는 경우가있습니다. 그래야

3 HAL 크레이트들 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 260 51.4 Board support crates . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 260 51.5 타입 상태패턴 . . . . . reference so it won't be consumed. This ”match ergonomics” appeared in Rust 2018. If you want to support older Rust, replace msg with ref msg in the pattern. 12.3 흐름제어 Rust 에는 다른 언어와는 다른 몇 가지 제어 흐름 구조가 languages, Rust has no heuristic for choosing the ”most specific” match. There is work on adding this support, called specialization. 14.4 제네릭 타입 제한 (트레잇경계) 제네릭을 이용하다 보면 타입이 어떤 트레잇을 구현하고 있어야 하는 경우가있습니다. 그래야

skinparam packageStyle, or by using a stereotype on the package: @startuml scale 750 width package foo1 <<Node>> { class Class1 } package foo2 <> { class Class2 } package foo3 <> { class Class3 choosing PlantUML, users benefit from both the efficiency of markdown- based diagramming and the support of an active community. 4.1 Definition of objects You define instances of objects using the object 컴포넌트들과인터페이스들을그룹으로나누기위해여러가지키워드를사용할수있다: • package • node • folder • frame • cloud • database @startuml package "Some Group" { HTTP - [First Component] [Another Component] } node "Other Groups" { FTP - [Second Component]

skinparam packageStyle, or by using a stereotype on the package: @startuml scale 750 width package foo1 <<Node>> { class Class1 } package foo2 <> { class Class2 } package foo3 <> { class Class3 several lines end note @enduml 7.5 컴포넌트를그룹으로나누기 컴포넌트들과인터페이스들을그룹으로나누기위해여러가지키워드를사용할수있다: • package • node • folder • frame PlantUML 언어참조가이드 (1.2021.2) 122 / 407 7.5 컴포넌트를그룹으로나누기 7 컴포넌트다이어그램 • cloud • database @startuml package "Some Group" { HTTP - [First Component] [Another Component] } node "Other Groups" { FTP - [Second Component] [First Component] --> FTP } cloud { [Example 1] } database

skinparam packageStyle, or by using a stereotype on the package: @startuml scale 750 width package foo1 <<Node>> { class Class1 } package foo2 <> { class Class2 } package foo3 <> { class Class3 several lines end note @enduml 7.5 컴포넌트를그룹으로나누기 컴포넌트들과인터페이스들을그룹으로나누기위해여러가지키워드를사용할수있다: • package • node • folder • frame PlantUML 언어참조가이드 (1.2021.2) 122 / 390 7.5 컴포넌트를그룹으로나누기 7 컴포넌트다이어그램 • cloud • database @startuml package "Some Group" { HTTP - [First Component] [Another Component] } node "Other Groups" { FTP - [Second Component] [First Component] --> FTP } cloud { [Example 1] } database

skinparam packageStyle, or by using a stereotype on the package: @startuml scale 750 width package foo1 <<Node>> { class Class1 } package foo2 <> { class Class2 } package foo3 <> { class Class3 several lines end note @enduml 7.5 컴포넌트를그룹으로나누기 컴포넌트들과인터페이스들을그룹으로나누기위해여러가지키워드를사용할수있다: • package • node • folder • frame PlantUML 언어참조가이드 (1.2021.1) 122 / 385 7.5 컴포넌트를그룹으로나누기 7 컴포넌트다이어그램 • cloud • database @startuml package "Some Group" { HTTP - [First Component] [Another Component] } node "Other Groups" { FTP - [Second Component] [First Component] --> FTP } cloud { [Example 1] } database

skinparam packageStyle, or by using a stereotype on the package: @startuml scale 750 width package foo1 <<Node>> { class Class1 } package foo2 <> { class Class2 } package foo3 <> { class Class3 165 6.5 컴포넌트를그룹으로나누기 6 컴포넌트다이어그램 • node • folder • frame • cloud • database @startuml package "Some Group" { HTTP - [First Component] [Another Component] } node "Other Groups" { FTP - [Second Component] <> node node1 node node2 <node>> database Production skinparam component { backgroundColor<> DarkKhaki backgroundColor<> Green } skinparam node { borderColor

skinparam packageStyle, or by using a stereotype on the package: @startuml scale 750 width package foo1 <<Node>> { class Class1 } package foo2 <> { class Class2 } package foo3 <> { class Class3 171 6.5 컴포넌트를그룹으로나누기 6 컴포넌트다이어그램 • node • folder • frame • cloud • database @startuml package "Some Group" { HTTP - [First Component] [Another Component] } node "Other Groups" { FTP - [Second Component] <> node node1 node node2 <node>> database Production skinparam component { backgroundColor<> DarkKhaki backgroundColor<> Green } skinparam node { borderColor

skinparam packageStyle, or by using a stereotype on the package: @startuml scale 750 width package foo1 <<Node>> { class Class1 } package foo2 <> { class Class2 } package foo3 <> { class Class3 171 6.5 컴포넌트를그룹으로나누기 6 컴포넌트다이어그램 • node • folder • frame • cloud • database @startuml package "Some Group" { HTTP - [First Component] [Another Component] } node "Other Groups" { FTP - [Second Component] <> node node1 node node2 <node>> database Production skinparam component { backgroundColor<> DarkKhaki backgroundColor<> Green } skinparam node { borderColor