do it or by doing double-click, or by using a Shift + shortcut. You can scale selection. To do this, choose Select ‣ Scale. Note Also, in the Select menu there are more classical options to grow, shrink, feather, border, etc. If you enable Show Global Selection Mask (Select menu) you can scale/rotate/transform/move or paint on selection like on regular grayscale layer. Ctrl + H: Show / Hide separate view, so you can see the values instantly. Advanced Transform Tools Not just rotate and scale, but also cage, wrap, liquify and non-destructive transforms with the transform tool and masks. More

do it or by doing double-click, or by using a Shift + shortcut. You can scale selection. To do this, choose Select ‣ Scale. 참고 Also, in the Select menu there are more classical options to grow, shrink shrink, feather, border, etc. If you enable Show Global Selection Mask (Select menu) you can scale/rotate/transform/move or paint on selection like on regular grayscale layer. Ctrl + H: Show / Hide selection separate view, so you can see the values instantly. Advanced Transform Tools Not just rotate and scale, but also cage, wrap, liquify and non-destructive transforms with the transform tool and masks. More

values to the minimum the screen and the proofing profile can handle, while turning this on will scale the black to the screen- range, showing you the full range of grays in the image. 色域外警告 色域の外にある色の警告設定です。 images coming out of a render engine. 1.0 2.0 0.0 1.0 2.0 0.0 So, for example, we can choose to scale whiter-than-screen-white to our screen-white so we can see the contrasts there. The point of this pattern will function as dithering giving a smoother look to gradients. If it's a gray-scale image, convert it to gray-scale. If it's a color image, keep it in the working space profile: Many web browsers these

( color x, float h, float s, float i, float map=1 ) hsi 函数按 h (单位为度) 对色相进行 shift (偏移)，按 s 对饱和度进行 scale (按比例缩放)，按 i 对亮度进行缩放。可以提供 map (映射值) 来控制偏移 量。map 为 1 时色相旋转一周；map 为 0 时色相不旋转；对于 0 到 1 之间 的数值，偏移量将等比例缩放。 0...1 range // to 0...100 lager::cursor scaledStrength = strength.zoom(kiszug::lenses::scale(100.0)); Here we use a .zoom() expression with a lens that implements conversion of the value kiszug::map_mupliply(100.0) | kiszug::map_round, // setter: cast integer into a `qreal` and scale back into 0...1 range kiszug::map_static_cast | kiszug::map_mupliply(0

color x, float h, float s, float i, float map=1 ) hsi 函数按 h (单位为度) 对色相进行 shift (偏移)，按 s 对饱和度 进行 scale (按比例缩放)，按 i 对亮度进行缩放。可以提供 map (映射值) 来控制偏移量。map 为 1 时色相旋转一周；map 为 0 时色相不旋转；对于 0 到 1 之间的数值，偏移量将等比例缩 放。 0���1 range �� to 0���100 lager��cursor scaledStrength = strength.zoom(kiszug��lenses��scale(100.0)); Here we use a .zoom() expression with a lens that implements conversion of the value kiszug��map_mupliply(100.0) | kiszug��map_round, �� setter: cast integer into a `qreal` and scale back into 0���1 range kiszug��map_static_cast | kiszug��map_mupliply

( color x, float h, float s, float i, float map=1 ) hsi 函数按 h (单位为度) 对色相进行 shift (偏移)，按 s 对饱和度进行 scale (按比例缩放)，按 i 对亮度进行缩放。可以提供 map (映射值) 来控制偏移 量。map 为 1 时色相旋转一周；map 为 0 时色相不旋转；对于 0 到 1 之间 的数值，偏移量将等比例缩放。 0...1 range // to 0...100 lager::cursor scaledStrength = strength.zoom(kiszug::lenses::scale(100.0)); Here we use a .zoom() expression with a lens that implements conversion of the value kiszug::map_mupliply(100.0) | kiszug::map_round, // setter: cast integer into a `qreal` and scale back into 0...1 range kiszug::map_static_cast | kiszug::map_mupliply(0

( color x, float h, float s, float i, float map=1 ) hsi 函数按 h (单位为度) 对色相进行 shift (偏移)，按 s 对饱和度进行 scale (按比例缩放)，按 i 对亮度进行缩放。可以提供 map (映射值) 来控制偏移 量。map 为 1 时色相旋转一周；map 为 0 时色相不旋转；对于 0 到 1 之间 的数值，偏移量将等比例缩放。 0...1 range // to 0...100 lager::cursor scaledStrength = strength.zoom(kiszug::lenses::scale(100.0)); Here we use a .zoom() expression with a lens that implements conversion of the value kiszug::map_mupliply(100.0) | kiszug::map_round, // setter: cast integer into a `qreal` and scale back into 0...1 range kiszug::map_static_cast | kiszug::map_mupliply(0

color x, float h, float s, float i, float map=1 ) hsi 函数按 h (单位为度) 对⾊相进⾏ shift (偏移)，按 s 对饱和度 进⾏ scale (按⽐例缩放)，按 i 对亮度进⾏缩放。可以提供 map (映射值) 来控制偏移量。map 为 1 时⾊相旋转⼀周；map 为 0 时⾊相不旋转；对于 0 到 1 之间的数值，偏移量将等⽐例缩 放。 concurrent job of the stroke as well as with any update job executed by the scheduler Example: in Scale Image action each job scales its own layer. All the jobs are executed in parallel. SEQUENTIAL if done and the projection of the image does now correspond the changes you’ve just done. Example: in Scale Image action the signals of the image like sigSizeChanged should be emitted after all the work is

( color x, float h, float s, float i, float map=1 ) hsi 函数按 h (单位为度) 对色相进行 shift (偏移)，按 s 对饱和度进行 scale (按比例缩放)，按 i 对亮度进行缩放。可以提供 map (映射值) 来控制偏移 量。map 为 1 时色相旋转一周；map 为 0 时色相不旋转；对于 0 到 1 之间 的数值，偏移量将等比例缩放。 concurrent job of the stroke as well as with any update job executed by the scheduler Example: in Scale Image action each job scales its own layer. All the jobs are executed in parallel. SEQUENTIAL if done and the projection of the image does now correspond the changes you’ve just done. Example: in Scale Image action the signals of the image like sigSizeChanged should be emitted after all the work is