Data compare: You can simultaneously scroll, enlarge the images and set focus while using the overlay functionality.
数据比较：您可以在使用叠加功能的同时滚动、放大图像和设置焦点。
I then set that layer to Overlay and 50% Opacity, then duplicated it and set the duplicate to Soft Light and 50%.
然后我将这个图层的模式设置为叠加，50%透明，再将它复制一层，将复制的图层模式设置为柔光，50%透明。
Then set the layer to Overlay blending mode and use a mask to round off the corners.
然后将这个图层的混合模式设置为叠加，并用蒙版圆滑转角。
Now decrease the opacity of the watercolor layer to about 70% and set its blend mode to Overlay.
现在将水彩图层的透明度减少到70%左右，将覆盖模式设置为混合模式。
What we’re going to do instead is set it on top of the colored slide and set our blending mode to Overlay. Then throw your opacity to around 45%.
我们所要做的应该是将图片放置在幻灯片的顶层，然后将混合模式设为叠加，再将不透明度设为45%左右。
What we're going to do instead is set it on top of the colored slide and set our blending mode to Overlay. Then throw your opacity to around 45%.
我们所要做的应该是将图片放置在幻灯片的顶层，然后将混合模式设为叠加，再将不透明度设为45%左右。
Create a new empty layer above and set the mode to Overlay.
在它上面创建一个新层并设置其混合样式为叠加。
Finally, set the blend mode of the colorized layer to "Overlay". This will help blend the color into the image and let the darker line work underneath show through.
最后，将颜色图层的混合模式设置为“叠加”。这将帮助把颜色融合到图片中，并让暗色的线条在下面显现出来。
Set this layer to "overlay" and reduce the opacity to about 65%.
设置层混合模式为“叠加”，降低不透明度到65％。
An overlay arrow points to the current instruction, and you can set and remove breakpoints as with the source buffer.
有一个箭头指向当前指令，你可以像在源代码buffer中一样设置和清除断点。
I set this layer's blend mode to "overlay" to give the inner Kitty a little more pop.
再将阴影图层的混合模式设为“叠加”，以使阴影更好的融合到原图的色调中去。
Fill a new layer with red and set the blending mode to Overlay.
用红色填充，并设置新的混合模式为叠加层。
Next, I experimented with blending modes set to either "Multiply" or "Overlay".
接着，我尝试将混合模式设为“正片叠底”和“叠加”。
Here is a trick you can use when refining an image: duplicate flattened layer and set to Overlay Mode.
这里是一个方法你可以优化图象：重复看上去很平的层，设置为覆盖模式。
Scale and position the layer to match the existing versions of the model, then give it a Color Overlay with an off-black from your colour palette and set the blending mode to Screen.
规模和位置匹配层模型的现有版本，然后把它与场外从调色板黑一颜色叠加并设置混合模式为屏幕。
Adjust the Blend If slider and set its Blending Mode to Overlay.
调节混合颜色带，并设置混合模式为叠加。
Set the layer blend mode to "Overlay" to set the color into the image.
选择图层的混合模式为“叠加模式”，将颜色融入到图片里。
Once this was done I applied a Gaussian blur with a radius of 250px twice and set the layer up as overlay at %.
一旦这样做，我申请一个半径为250像素的高斯模糊两次，并设置在%覆盖层。
With the same brush and same white, paint the Windows to give them a frosted look. Set this layer's transfer mode to Overlay to make it match.
使用相同的笔刷和相同的白色，绘制窗户来获得一个严冬的外观。设置层的混合模式为叠加来使之相匹配。
Set the Layer Blend mode to "Overlay".
设置图层的混合模式为“叠加模式”。
Draw a rectangular shape and place it behind the shape. Set Fill to 0%. Add layer style Gradient Overlay.
画一个长方形，并将其背后的形状。设置塞0。加层风格梯度重叠。
Then I used the gradient tool set to Radiant (with black on the outside, and transparent on the inside) to create a darkening around the kid, and set that layer to Overlay.
接着我将渐变工具设置为径向渐变(黑色在外部中间透明)在小孩周围创建阴影接着将图层样式设置为叠加。
Then I duplicated that layer, and instead of white, filled the lights with yellow, and then set the layer to Overlay.
然后我复制了那个图层，我使用黄色而不是白色填充，然后把层设置为叠加。
Set it to Overlay and 30% for Opacity.
将它设置为覆盖30%的不透明度。
Step 4. Set the blend mode to 'Overlay' and change the fill opacity on 'Layout 1'.
步骤4。将图层模式设置为“叠加”，并调整一下“图层1”的填充不透明度。
To do this, I duplicated the final image layer, desaturated it, and set the layer blend mode to "Overlay" on top of the original layer.
为了达到这个目的，我把最终的图像复制了一层并减小饱和度，然后把混合模式改为“叠加”，将其移动到原始图层最上面。
Since the outside DIV element constrains the dimensions of the sidebar and the inner DIV is set to expand to the full size of its parent, the images will overlay each other exactly.
因为外边的DIV元素限制了边栏的尺寸，而内部的div会扩展到它的父元素的整个空间，所以这两个图像会精确地重叠。
An overlay model of user knowledge can be represented as a set of pairs "concept - value", one pair for each domain concept.
用户知识的叠加模型可以用一个“概念-值”值对的集合来描述，其中每个值对用于领域中的一个概念。
An overlay model of user knowledge can be represented as a set of pairs "concept - value", one pair for each domain concept.
用户知识的叠加模型可以用一个“概念-值”值对的集合来描述，其中每个值对用于领域中的一个概念。
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