the unfinished features. It might mean less stability for a while, or things shown in the user interface that don’t work. But in practice, there is seldom really bad instability, and if it is, it’s easy is active in the settings, via Window ‣ Tile. Dockers Dockers are little subwindows in Krita’s interface. They contain useful tools, like the color selector, layer stack, tool options, et cetera. The Krita… ‣ Shortcuts and Settings ‣ Configure Krita… ‣ Canvas Input Settings. Navigation Interface Krita’s interface is very flexible and provides an ample choice for the artist to arrange the elements of

Krita 설정… ‣ 단축키, 설정 ‣ Krita 설정… ‣ 캔 버스 입력 설정 항목에서도 단축키 및 도구 모음을 설정할 수 있습니다. 탐색 인터페이스 Krita’s interface is very flexible and provides an ample choice for the artist to arrange the elements of the workspace that lets the artist to easily customize their own user interface experience. A Tour of the Krita Interface As we’ve said before, the Krita interface is very malleable and the way that you choose to configure the upper-right of the docker-window. Dockers, as the name implies, can be docked into the main interface. You can do this by dragging the docker to the sides of the canvas (or top or bottom if you prefer)

の設定を変更... ‣ ショートカット や 設定 ‣ Krita の設定を変更... ‣ キャ ンバス入力の設定 のどちらからでも設定できます。 操作 インターフェース Krita's interface is very flexible and provides an ample choice for the artist to arrange the elements of the workspace be shown, hidden, moved and rearranged, that lets the artist to easily customize their own user interface experience. Krita インターフェースツアー 先ほど言ったように、Krita のインターフェースは柔軟でご自身で選んだ作 業設定は下にあるようには見えないかもしれませんが、まずはここから始 overlay, and to 5% opacity. Then flatten the whole image and convert it to 8bit. The pattern will function as dithering giving a smoother look to gradients. If it's a gray-scale image, convert it to gray-scale

配置工具栏；要配置快捷键， 点击菜单栏的 设置 ‣ 配置 Krita ‣ 键盘快捷键 和 设置 ‣ 配置 Krita ‣ 画布输入设置。 视图控制 Krita 的界面设计 Kritaʼs interface is very flexible and provides an ample choice for the artist to arrange the elements of the workspace be shown, hidden, moved and rearranged, that lets the artist to easily customize their own user interface experience. 界面导览 由于 Krita 界面的可定制性，你的窗口不一定和下面参考图像显示 的完全相同，但各个元素的基本特征应该不难分辨。 A B C C D E A float z ) color ccellnoise ( vector v ) cellnoise 会在一片区域中依据整数位置生成一片带有恒定颜色的 方块。它和 PRMan cellnoise function 功能一致 [https://renderman.pixar.com/resources/RenderMan_20/cellnoise.htm l] 。 备注 ccellnoise 输出 color

配置工具栏；要配置快捷键，点击菜单 栏的 设置 ‣ 配置 Krita ‣ 键盘快捷键 和 设置 ‣ 配置 Krita ‣ 画布输入设置。 视图控制 Krita 的界面设计 Krita’s interface is very flexible and provides an ample choice for the artist to arrange the elements of the workspace be shown, hidden, moved and rearranged, that lets the artist to easily customize their own user interface experience. 界面导览 由于 Krita 界面的可定制性，你的窗口不一定和下面参考图像显示的完全相 同，但各个元素的基本特征应该不难分辨。 A B C C D E A float z ) color ccellnoise ( vector v ) cellnoise 会在一片区域中依据整数位置生成一片带有恒定颜色的方块。它 和 PRMan cellnoise function 功能一致 [https://renderman.pixar.com/resources/RenderMan_20/cellnoise.html] 。 备注 ccellnoise 输出 color

float z ) color ccellnoise ( vector v ) cellnoise 会在一片区域中依据整数位置生成一片带有恒定颜色的方块。它 和 PRMan cellnoise function 功能一致 [https://renderman.pixar.com/resources/RenderMan_20/cellnoise.html] 。 备注 ccellnoise 输出 color code:: python # Python comment def my_function(): alist = [] alist.append(1) string = "hello world" 显示为： # Python comment def my_function(): alist = [] alist.append(1) lager::with(allowedByTheBrush, isCheckedByUser) // `.map()` expression accepts a standard function or functor which is used to // transform the source cursor on-the-fly .map(std::logical_and{});

float z ) color ccellnoise ( vector v ) cellnoise 会在一片区域中依据整数位置生成一片带有恒定颜色的方块。 它和 PRMan cellnoise function 功能一致 [https://renderman.pixar.com/resources/RenderMan_20/cellnoise.html] 。 备注 ccellnoise 输出 color python # Python comment def my_function(): alist = [] alist.append(1) string = "hello world" 显示为： # Python comment def my_function(): alist = [] alist.append(1) lager::with(allowedByTheBrush, isCheckedByUser) // `.map()` expression accepts a standard function or functor which is used to // transform the source cursor on-the-fly .map(std::logical_and{});

的各种 C++ 程序类和 Q 开头的 Qt 程序类混列在⼀起会 让⼈觉得眼花缭乱。不过这正是 SIP ⼤展⾝⼿的地⽅：它会尽可能 把这些程序类翻译为简单易懂的 Python 格式。例如你可以看到 function filters() 返回⼀个 QStringList ，⽽ SIP 会把那些 QStringList 转换成正常的 Python 字符串。 from krita import * print(Krita float z ) color ccellnoise ( vector v ) cellnoise 会在⼀⽚区域中依据整数位置⽣成⼀⽚带有恒定颜⾊的 ⽅块。它和 PRMan cellnoise function 功能⼀致 [https://renderman.pixar.com/resources/RenderMan_20/cellnoise.ht ml] 。 注解 ccellnoise 输出 # Python comment def my_function(): alist = [] alist.append(1) string = "hello world" 显⽰为： # Python comment def my_function(): alist = [] alist.append(1)

的各种 C++ 程序类和 Q 开头的 Qt 程序类混列在一起会让人觉得眼 花缭乱。不过这正是 SIP 大展身手的地方：它会尽可能把这些程序类翻译为简 单易懂的 Python 格式。例如你可以看到 function filters() 返回一个 QStringList ，而 SIP 会把那些 QStringList 转换成正常的 Python 字符串。 from krita import * print(Krita float z ) color ccellnoise ( vector v ) cellnoise 会在一片区域中依据整数位置生成一片带有恒定颜色的方块。它 和 PRMan cellnoise function 功能一致 [https://renderman.pixar.com/resources/RenderMan_20/cellnoise.html] 。 注解 ccellnoise 输出 color code:: python # Python comment def my_function(): alist = [] alist.append(1) string = "hello world" 显示为： # Python comment def my_function(): alist = [] alist.append(1)