회전, 반전 또는 수정할 수 있 습니다. 한 쪽으로 치우친 그림처럼 흔한 실수를 검사할 때 이미지를 보는 방법을 바 꾸는 방법을 흔히 사용하므로, 예술가에게 유용한 기능입니다. M 키로 이미지를 반전 시키면 이러한 왜곡을 쉽게 알 수 있습니다. 특정 곡선을 그리기 어렵다면 이미지를 회전시켜 그릴 수 있습니다. 물론 정밀하거 나 거친 작업을 위한 확대/축소 allows for direct zooming with the stylus. Mirroring You can mirror the view can be quickly done via M key. Mirroring is a great technique that seasoned digital artists use to quickly review the composition work to ensure that it “reads” well, even when flipped horizontally. 버전 5.1에 추가: If you use Alt + M, mirroring will use the cursor position as the center to mirror around instead of the middle of the

[across] 다음의문법을이용해서모든참여자에걸치도록노트를작성할수있다: • note across: note_description @startuml Alice->Bob:m1 Bob->Charlie:m2 note over Alice, Charlie: Old method for note over all part. with:\n ""note over //FirstPart Text-Based Language: Quickly define and visualize the states and transitions without the hassle of manual drawing. • Efficiency and Consistency: Ensure streamlined diagram creation and easy version control } network IntNET1 { dev_B [address = "dev_B1" ] dev_M [address = "dev_M1" ] } network IntNET2 { dev_B [address = "dev_B2" ] dev_M [address = "dev_M2" ] } } @enduml • only the first @startuml nwdiag {

over all participants, with the syntax: • note across: note_description @startuml Alice->Bob:m1 Bob->Charlie:m2 note over Alice, Charlie: Old method for note over all part. with:\n ""note over //FirstPart } network IntNET1 { dev_B [address = "dev_B1" ] dev_M [address = "dev_M1" ] } network IntNET2 { dev_B [address = "dev_B2" ] dev_M [address = "dev_M2" ] } } @enduml • only the first @startuml PlantUML } network IntNET1 { dev_B [address = "dev_B1" ] dev_M [address = "dev_M1" ] } network IntNET2 { dev_B [address = "dev_B2" ] dev_M [address = "dev_M2" ] } } @enduml • the first and the second @startuml

over all participants, with the syntax: • note across: note_description @startuml Alice->Bob:m1 Bob->Charlie:m2 note over Alice, Charlie: Old method for note over all part. with:\n ""note over //FirstPart } network IntNET1 { dev_B [address = "dev_B1" ] dev_M [address = "dev_M1" ] } network IntNET2 { dev_B [address = "dev_B2" ] dev_M [address = "dev_M2" ] } } @enduml • only the first @startuml PlantUML } network IntNET1 { dev_B [address = "dev_B1" ] dev_M [address = "dev_M1" ] } network IntNET2 { dev_B [address = "dev_B2" ] dev_M [address = "dev_M2" ] } } @enduml • the first and the second @startuml

over all participants, with the syntax: • note across: note_description @startuml Alice->Bob:m1 Bob->Charlie:m2 note over Alice, Charlie: Old method for note over all part. with:\n ""note over //FirstPart } network IntNET1 { dev_B [address = "dev_B1" ] dev_M [address = "dev_M1" ] } network IntNET2 { dev_B [address = "dev_B2" ] dev_M [address = "dev_M2" ] } } @enduml • only the first @startuml PlantUML } network IntNET1 { dev_B [address = "dev_B1" ] dev_M [address = "dev_M1" ] } network IntNET2 { dev_B [address = "dev_B2" ] dev_M [address = "dev_M2" ] } } @enduml • the first and the second @startuml

변형 Teleport { x: u32, y: u32 }, // 구조체 변형 } fn main() { let m: PlayerMove = PlayerMove::Run(Direction::Left); println!("이번 차례: {:?}", m); } 키 포인트: • Enumerations allow you to collect a set of values 출력으로 인쇄합니다. fn main() { println!("Hello from Rust!"); } 그런 다음, 이 바이너리를 빌드하고, 가상 디바이스에 넣고, 실행합니다: m hello_rust adb push "$ANDROID_PRODUCT_OUT/system/bin/hello_rust" /data/local/tmp adb shell /data/local/tmp/hello_rust greeting(name: &str) -> String { format!("{name}님, 안녕하세요. 만나서 반갑습니다.") } 이전처럼, 빌드하고, 가상 디바이스로 넣고, 실행합니다: m hello_rust_with_dep adb push "$ANDROID_PRODUCT_OUT/system/bin/hello_rust_with_dep" /data/local/tmp adb

변형 Teleport { x: u32, y: u32 }, // 구조체 변형 } fn main() { let m: PlayerMove = PlayerMove::Run(Direction::Left); println!("이번 차례: {:?}", m); } 키 포인트: • Enumerations allow you to collect a set of values 출력으로 인쇄합니다. fn main() { println!("Hello from Rust!"); } 그런 다음, 이 바이너리를 빌드하고, 가상 디바이스에 넣고, 실행합니다: m hello_rust adb push "$ANDROID_PRODUCT_OUT/system/bin/hello_rust" /data/local/tmp adb shell /data/local/tmp/hello_rust greeting(name: &str) -> String { format!("{name}님, 안녕하세요. 만나서 반갑습니다.") } 이전처럼, 빌드하고, 가상 디바이스로 넣고, 실행합니다: m hello_rust_with_dep adb push "$ANDROID_PRODUCT_OUT/system/bin/hello_rust_with_dep" /data/local/tmp adb

explanations1 ... explanations2 ... end note [Task2] lasts 4 days [Task1] -> [Task2] -- Separator title -- [M1] happens on 5 days after [Task1]'s end -- end -- @enduml 10.19 Add notes @startgantt [task01] lasts Grammar and verbal form 10 GANTT DIAGRAM 10.25 Grammar and verbal form Verbal form Example [T] starts [M] happens 10.26 Add title, header, footer, caption or legend on gantt diagram @startuml header some 23) 258 / 306 18.5 StdLib 18 DEFINING AND USING SPRITES @startuml sprite $bug [15x15/16z] PKzR2i0m2BFMi15p__FEjQEqB1z27aeqCqixa8S4OT7C53cKpsHpaYPDJY_12MHM-BLRyywPhrrlw3qumqNThmXgd1TOterAZmOW8sgiJafogofWRwtV3nCF

explanations1 ... explanations2 ... end note [Task2] lasts 4 days [Task1] -> [Task2] -- Separator title -- [M1] happens on 5 days after [Task1]'s end -- end -- @enduml 10.19 Add notes @startgantt [task01] lasts Grammar and verbal form 10 GANTT DIAGRAM 10.25 Grammar and verbal form Verbal form Example [T] starts [M] happens 10.26 Add title, header, footer, caption or legend on gantt diagram @startuml header some 22) 246 / 294 18.5 StdLib 18 DEFINING AND USING SPRITES @startuml sprite $bug [15x15/16z] PKzR2i0m2BFMi15p__FEjQEqB1z27aeqCqixa8S4OT7C53cKpsHpaYPDJY_12MHM-BLRyywPhrrlw3qumqNThmXgd1TOterAZmOW8sgiJafogofWRwtV3nCF

m0 start :click on <$printer> to print the page; @enduml @startuml sprite $bug [15x15/16z] PKzR2i0m2BFMi15p__FEjQEqB1z27aeqCqixa8S4OT7C53cKpsHpaYPDJY_12MHM-BLRyywPhrrlw3qumqNThmXgd1TOterAZmOW8sgiJafogofWRwtV3nCF