全部

1·Use platform specific texture compression.

使用平台特定的纹理压缩。

2·A texture compression algorithm based on hybrid coding is put forward.

提出了一种基于混合编码的纹理压缩算法。

3·The advanced texture compression methods are all based on hardware, so the potential of high compress ratio couldn't showed completely.

成熟的纹理压缩方法都是基于硬件的，纹理压缩的高压缩比潜力并没有充分被发挥出来。

4·Taking texture as the local property of images we can combine the texture compression and traditional compression methods to offset the disadvantage of the latter.

将纹理看成是图像本身的局部性质，就可将纹理压缩与传统压缩方法结合起来弥补后者的不足。

5·If you want to build an application archive (. Apk file) targeting a specific hardware architecture, you can use the Texture Compression option to override this default behavior.

如果你想生成一个应用程序包(. apk文件)针对一个特定的硬件架构，可以使用纹理压缩来覆盖默认的行为。

6·The proposed transform could represent the geometrical features such as edges and texture more sparsely, which is of great benefit to image compression.

多方向多尺度变换能以更稀疏的方式表示图像的边缘和纹理等几何特征，有利于图像压缩。

7·Experiments show that the proposed compression method exceeds JPEG2000 standard in compression performance and ability of image edges and texture preservation.

实验表明，提出的压缩方法具有很好的边缘和纹理保护能力，特别对于直线纹理图像，压缩性能优于JPEG2000标准。

8·With the strain increasing compression fiber texture ( fiber texture) tends to sharper, predictions of texture development are well accord with the EBSD measured results.

随着真应变的增加，压缩丝织构（织构）趋于锋锐，模拟结果与EBSD试验测得的织构演化结果能较好地吻合。

9·The twinning process in a magnesium AZ31 alloy with initial texture is quantitatively analyzed during plane-strain compression by means of orientation mapping based on EBSD technique.

利用背散射电子衍射取向成像技术，定量分析了具有初始织构的AZ31镁合金平面应变压缩时的孪生过程。

10·The deformation texture came mainly from initial texture before compression.

变形织构主要源自变形前的初始织构。