Blender v2.92 参考手册(繁体中文版)using cage). For even more control you can use a Cage Object. Note There is a CPU fixed memory footprint for every object used to bake from. In order to avoid crashes due to lack of memory, the high-poly in the 1980s. For each texel, EWA samples, weights, and accumulates texels within an elliptical footprint and then divides the result by the sum of the weights. Eccentricity Maximum Eccentricity. Higher increase the size of every Python instance by 4 bytes. In case of complex scenes, the increased memory footprint would be nontrivial compared to the few usage cases where it is currently needed. Reference Development0 码力 | 3966 页 | 203.00 MB | 1 年前3- Blender v2.92 参考手册(繁体中文版)using cage). For even more control you can use a Cage Object. Note There is a CPU fixed memory footprint for every object used to bake from. In order to avoid crashes due to lack of memory, the high-poly in the 1980s. For each texel, EWA samples, weights, and accumulates texels within an elliptical footprint and then divides the result by the sum of the weights. Eccentricity Maximum Eccentricity. Higher increase the size of every Python instance by 4 bytes. In case of complex scenes, the increased memory footprint would be nontrivial compared to the few usage cases where it is currently needed. Reference Development0 码力 | 3868 页 | 198.83 MB | 1 年前3
- Blender v3.0 参考手册(繁体中文版)using cage). For even more control you can use a Cage Object. Note There is a CPU fixed memory footprint for every object used to bake from. In order to avoid crashes due to lack of memory, the high-poly in the 1980s. For each texel, EWA samples, weights, and accumulates texels within an elliptical footprint and then divides the result by the sum of the weights. Eccentricity Maximum Eccentricity. Higher increase the size of every Python instance by 4 bytes. In case of complex scenes, the increased memory footprint would be nontrivial compared to the few usage cases where it is currently needed. Reference Development0 码力 | 4215 页 | 227.19 MB | 1 年前3
- Blender v3.1 参考手册(繁体中文版)using cage). For even more control you can use a Cage Object. Note There is a CPU fixed memory footprint for every object used to bake from. In order to avoid crashes due to lack of memory, the high-poly in the 1980s. For each texel, EWA samples, weights, and accumulates texels within an elliptical footprint and then divides the result by the sum of the weights. Eccentricity Maximum Eccentricity. Higher increase the size of every Python instance by 4 bytes. In case of complex scenes, the increased memory footprint would be nontrivial compared to the few usage cases where it is currently needed. Reference Development0 码力 | 4393 页 | 256.31 MB | 1 年前3
- Blender v3.4 参考手册(繁体中文版)using cage). For even more control you can use a Cage Object. Note There is a CPU fixed memory footprint for every object used to bake from. In order to avoid crashes due to lack of memory, the high-poly in the 1980s. For each texel, EWA samples, weights, and accumulates texels within an elliptical footprint and then divides the result by the sum of the weights. Eccentricity Maximum Eccentricity. Higher increase the size of every Python instance by 4 bytes. In case of complex scenes, the increased memory footprint would be nontrivial compared to the few usage cases where it is currently needed. Reference Development0 码力 | 4469 页 | 258.38 MB | 1 年前3
- Blender v3.3 参考手册(繁体中文版)using cage). For even more control you can use a Cage Object. Note There is a CPU fixed memory footprint for every object used to bake from. In order to avoid crashes due to lack of memory, the high-poly in the 1980s. For each texel, EWA samples, weights, and accumulates texels within an elliptical footprint and then divides the result by the sum of the weights. Eccentricity Maximum Eccentricity. Higher increase the size of every Python instance by 4 bytes. In case of complex scenes, the increased memory footprint would be nontrivial compared to the few usage cases where it is currently needed. Reference Development0 码力 | 4464 页 | 259.55 MB | 1 年前3
- Blender v3.2 参考手册(繁体中文版)using cage). For even more control you can use a Cage Object. Note There is a CPU fixed memory footprint for every object used to bake from. In order to avoid crashes due to lack of memory, the high-poly in the 1980s. For each texel, EWA samples, weights, and accumulates texels within an elliptical footprint and then divides the result by the sum of the weights. Eccentricity Maximum Eccentricity. Higher increase the size of every Python instance by 4 bytes. In case of complex scenes, the increased memory footprint would be nontrivial compared to the few usage cases where it is currently needed. Reference Development0 码力 | 4355 页 | 255.63 MB | 1 年前3
- Blender v4.0 参考手册(繁体中文版)using cage). For even more control you can use a Cage Object. Note There is a CPU fixed memory footprint for every object used to bake from. In order to avoid crashes due to lack of memory, the high-poly in the 1980s. For each texel, EWA samples, weights, and accumulates texels within an elliptical footprint and then divides the result by the sum of the weights. Eccentricity Maximum Eccentricity. Higher increase the size of every Python instance by 4 bytes. In case of complex scenes, the increased memory footprint would be nontrivial compared to the few usage cases where it is currently needed. Reference Category:0 码力 | 5220 页 | 303.08 MB | 1 年前3
- Blender v3.6 参考手册(繁体中文版)using cage). For even more control you can use a Cage Object. Note There is a CPU fixed memory footprint for every object used to bake from. In order to avoid crashes due to lack of memory, the high-poly in the 1980s. For each texel, EWA samples, weights, and accumulates texels within an elliptical footprint and then divides the result by the sum of the weights. Eccentricity Maximum Eccentricity. Higher increase the size of every Python instance by 4 bytes. In case of complex scenes, the increased memory footprint would be nontrivial compared to the few usage cases where it is currently needed. Reference Development0 码力 | 4744 页 | 297.98 MB | 1 年前3
- Blender v3.5 参考手册(繁体中文版)using cage). For even more control you can use a Cage Object. Note There is a CPU fixed memory footprint for every object used to bake from. In order to avoid crashes due to lack of memory, the high-poly in the 1980s. For each texel, EWA samples, weights, and accumulates texels within an elliptical footprint and then divides the result by the sum of the weights. Eccentricity Maximum Eccentricity. Higher increase the size of every Python instance by 4 bytes. In case of complex scenes, the increased memory footprint would be nontrivial compared to the few usage cases where it is currently needed. Reference Development0 码力 | 4704 页 | 295.98 MB | 1 年前3
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