Then add a Gaussian blur filter to the layer.
然后为图层添加一个高斯模糊滤镜。
Soften the shadow by adding Gaussian Blur filter.
柔化阴影，加入高斯模糊滤镜。
Select also for blurring Filter -blur -gaussian blur.
点击滤镜-模糊-高斯模糊。
Copy now the mask layer, applying to it Filter -blur -gaussian Blur.
复制面膜层，点击滤镜-模糊-高斯模糊。
DeNoise: Noise reduction plugin using a modified Gaussian blur algorithm.
DeNoise：使用高斯模糊算法的降噪插件。
Fill the selection with white, then give the layer a 170% Gaussian Blur.
用白色填充选择，然后给层了170%高斯模糊。
I also duplicated the dark paths layer and applied a Gaussian Blur filter.
我又复制黑色路径图层并使用了一个高斯模糊。
Apply then Filter -blur -gaussian Blur and change the layer type on Multiply.
点击滤镜-模糊-高斯模糊，层类型设置为叠加。
Now we add a Gaussian blur to the petal to give the shine map a nice glossy shimmer.
现在我们给花瓣添加高斯模糊，以便给发光贴图一个漂亮的辉光效果。
Then apply a Gaussian blur for blending both the colors and also remove the between line.
然后应用高斯模糊来混合两种颜色，消除清晰的分界线。
Copy the layer now (layer -duplicate layer) and blur it out with Filter -blur -gaussian blur.
将图层复制(图层-复制图层)，点击滤镜-模糊-高斯模糊，参数如下。
Select the visible logo layer and go to Filter Blur Gaussian Blur. Use 15pixels for the Radius.
选入眼到的标记图层，去滤镜面板，恍惚，高斯恍惚，半径值15。
Copy the layer now (layer - Duplicate layer) and blur it out with Filter - blur - Gaussian blur.
将图层复制(图层-复制图层)，点击滤镜-模糊-高斯模糊，参数如下。
Apply a Gaussian Blur to the layers. Each one will have a different value because of their sizes.
应用高斯模糊，不同的地方应用不同的半径。
Though analyzing of shadow algorithm, it chooses the algorithm that is based on Gaussian blur to improve.
透过对已有阴影算法的分析和比较，选择了基于高斯模糊的软阴影算法进行改进和实现。
The only filter I used here is Gaussian Blur which I used to create the shade applied to the black oval shape.
唯一的过滤器我用在这里是高斯模糊，我用来创建应用到黑色椭圆形状的阴影。
A novel image texture feature descriptor is proposed which is insensitive to Gaussian blur and Gaussian noise.
提出了一种对高斯模糊和高斯噪声鲁棒的图像纹理特征描述算子。
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。
Mathematically, applying a Gaussian blur to an image is the same as convolving the image with a Gaussian function.
数学上讲，对图像做高斯模糊等同于将图像与高斯函数卷积。
If you own an older version of Photoshop, a Gaussian Blur will do it too, but color blending will occur on the edges.
如果您拥有旧版本的Photoshop的高斯模糊将尽也，但颜色会发生融合的边缘。
The process is simple. First, you choose the defect type that you're working with: out of focus, motion blur, or Gaussian blur.
操作过程很简单，首先，你可以选择，你正在使用的缺陷类型：失焦，运动模糊，高斯模糊。
We can even make a selection on the Smart Object and apply a Gaussian Blur effect to it. And yes, you can use masking on it as well!
同样的，我们还可以在智能对象上做一个选区，然后应用一个高斯模糊的滤镜(图十二)。大家也可以自己发挥。
In the case of Gaussian blur, the restoration effect only using one degraded image was compared with that using two degraded images.
针对高斯模糊情况，利用单幅图像与两幅图像修复效果进行比较。
I realize how tedious this may be, but this step is pretty much identical to the last one except that you won't add a gaussian blur to these layers.
我知道如何乏味这可能是，但是这一步是非常一致的最后一个，但你不会添加高斯柔化这些层。
Since the Fourier transform of a Gaussian is another Gaussian, applying a Gaussian blur has the effect of reducing the image's high-frequency components; a Gaussian blur is thus a low pass filter.
由于高斯分布的傅里叶变换仍然是高斯分布，使用高斯模糊就减少了图像的高频分量，因此高斯模糊是低通滤波器。
Now use the arrows on your keyboard to move the shadow to the bottom left of the rectangle, then give it a Gaussian Blur with a radius of 1.5 pixels and bring down the opacity of the layer to 10%.
现在用方向键将阴影移动到原矩形的左下方，对其应用1.5像素的高斯模糊并将该图层不透明度降至10%。
Next, duplicate the layer just created and move the new layer to the top. This duplicated layer will be blurred again using the Gaussian blur Filter. However, use a higher radius such as 35 this time.
下一步，复制你刚才创建的图层并将它移至顶部，这个复制的图层将再次使用高斯模糊，然而，这次使用更大的半径，例如35。
A fine granularity dynamic single pixel template algorithm is proposed to resolve blur problem of image rotated by Gaussian template.
针对高斯模板用于图像旋转时，使图像产生模糊的问题，提出细粒度动态单像素模板算法。
The new method puts emphases on dealing with all kinds of noise from the imaging process, and USES Gaussian distribution to blur parameters of straight lines in order to ensure extraction robustness.
算法重点考虑到成像过程中必然引入的各种噪声，用高斯分布函数模糊化直线参数，使提取具有良好的稳健性。
Once you've brushed a few circles blur them by 3 pixels using the gaussian.
一旦你刷几界模糊了3使用高斯像素他们。
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