templates see Create New Document. Make sure that the color profile is RGB and depth is set to 8-bit integer/channel in the color section. For advanced information about the color and color management refer left and additive RGB colors on the right. This difference means that printers benefit from color conversion before printing. When painting traditionally, we use pigments which also absorb the right light-waves using Photoshop. The intention is to make you productive in Krita as fast as possible and ease the conversion of old habits into new ones. This introduction is written with Krita version 2.9 and Photoshop

left and additive RGB colors on the right. This difference means that printers benefit from color conversion before printing. 전통적인 방식으로 그림을 그릴 때에는 원하는 색상의 물감을 사용합니다. 물감은 특정한 색상의 빛을 흡수하며, 물감을 섞을수록 빛이 많이 흡수되어 using Photoshop. The intention is to make you productive in Krita as fast as possible and ease the conversion of old habits into new ones. This introduction is written with Krita version 2.9 and Photoshop line art layer in grayscale can half the memory costs. Image color space vs layer color space vs conversion. Because there’s a difference between image color space and layer color space, you can change

Many printing houses have their own device profiles for their printers, or may prefer doing color conversion themselves. You can read more about colorimeter usage here. Working spaces These are delivered ask them about this step. They have a lot of experience with doing the best conversion, and may prefer to do the conversion from your working space to the device space of their printers. Another form the rest to their respective borders. This is what all matrix shaper profiles default to during conversion, because the ICC v4 workflow specifies to only use Relative Colorimetric for matrix shaper profiles

渐变，它为每个估值点返回一个单精度浮点 数据。 Color curve 变量对应的是 RGB 颜色渐变，它为每个估值点返回一组颜色矢 量。 Integers 和 Floats Int ( Integer/整数) 和 Float (浮点) 是数值。 Vector Vector (矢量) 是三个一组的浮点数据。 Color Color (颜色矢量) 是代表了一种 RGB 颜色的矢量。 Swatch zoom(kiszug::lenses::scale(100.0)); Here we use a .zoom() expression with a lens that implements conversion of the value in both directions. That is, when scaledStrength value is read, the lens multiplies adjustment is stored in a form of a qreal value with range 0…1, but the GUI widget shows it as an integer percentage value in range 0…100. Here is an example of how we can link these values with Lager:

渐变，它为每个估值点返回一 个单精度浮点数据。 Color curve 变量对应的是 RGB 颜色渐变，它为每个估值点返 回一组颜色矢量。 Integers 和 Floats Int ( Integer/整数) 和 Float (浮点) 是数值。 Vector Vector (矢量) 是三个一组的浮点数据。 Color Color (颜色矢量) 是代表了一种 RGB 颜色的矢量。 Swatch zoom(kiszug��lenses��scale(100.0)); Here we use a .zoom() expression with a lens that implements conversion of the value in both directions. That is, when scaledStrength value is read, the lens multiplies adjustment is stored in a form of a qreal value with range 0…1, but the GUI widget shows it as an integer percentage value in range 0…100. Here is an example of how we can link these values with Lager:

渐变，它为每个估值点返回一个单精度浮 点数据。 Color curve 变量对应的是 RGB 颜色渐变，它为每个估值点返回一组颜色矢 量。 Integers 和 Floats Int ( Integer/整数) 和 Float (浮点) 是数值。 Vector Vector (矢量) 是三个一组的浮点数据。 Color Color (颜色矢量) 是代表了一种 RGB 颜色的矢量。 Swatch zoom(kiszug::lenses::scale(100.0)); Here we use a .zoom() expression with a lens that implements conversion of the value in both directions. That is, when scaledStrength value is read, the lens multiplies adjustment is stored in a form of a qreal value with range 0…1, but the GUI widget shows it as an integer percentage value in range 0…100. Here is an example of how we can link these values with Lager:

渐变，它为每个估值点返回一个单精度浮 点数据。 Color curve 变量对应的是 RGB 颜色渐变，它为每个估值点返回一组颜色矢 量。 Integers 和 Floats Int ( Integer/整数) 和 Float (浮点) 是数值。 Vector Vector (矢量) 是三个一组的浮点数据。 Color Color (颜色矢量) 是代表了一种 RGB 颜色的矢量。 Swatch zoom(kiszug::lenses::scale(100.0)); Here we use a .zoom() expression with a lens that implements conversion of the value in both directions. That is, when scaledStrength value is read, the lens multiplies adjustment is stored in a form of a qreal value with range 0…1, but the GUI widget shows it as an integer percentage value in range 0…100. Here is an example of how we can link these values with Lager:

渐变，它为每个估值点返回⼀ 个单精度浮点数据。 Color curve 变量对应的是 RGB 颜⾊渐变，它为每个估值点返 回⼀组颜⾊⽮量。 Integers 和 Floats Int ( Integer/整数) 和 Float (浮点) 是数值。 Vector Vector (⽮量) 是三个⼀组的浮点数据。 Color Color (颜⾊⽮量) 是代表了⼀种 RGB 颜⾊的⽮量。 Swatch iterating. Drawbacks: the use of auto is be obfuscating. For example, auto x = 2 is not obviously an integer, and auto x = {"a", "b", "c"} returns std��initializer_list, and sometimes it is not clear what

渐变，它为每个估值点返回一个单精度浮 点数据。 Color curve 变量对应的是 RGB 颜色渐变，它为每个估值点返回一组颜色矢 量。 Integers 和 Floats Int ( Integer/整数) 和 Float (浮点) 是数值。 Vector Vector (矢量) 是三个一组的浮点数据。 Color Color (颜色矢量) 是代表了一种 RGB 颜色的矢量。 Swatch iterating. Drawbacks: the use of auto is be obfuscating. For example, auto x = 2 is not obviously an integer, and auto x = {"a", "b", "c"} returns std::initializer_list, and sometimes it is not clear what some