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docs:gsvit_inputs
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docs:gsvit_inputs [2018/10/09 09:09] pklapetek |
docs:gsvit_inputs [2018/10/09 09:14] pklapetek |
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| <p><b>MEDIUM_EXPRESSION</b><br> | <p><b>MEDIUM_EXPRESSION</b><br> | ||
| - | <i>i_start j_start k_start i_end j_end k_end material_index void_index max_distance expression</i><br> | + | <i>i_start j_start k_start i_end j_end k_end material_index void_index max_distance distance_mode expression</i><br> |
| Alters object boundary using some analytical expression. In the expression, x, y and z mean the voxel coordinates. Basic mathematical functions and constants (pi) can be used. | Alters object boundary using some analytical expression. In the expression, x, y and z mean the voxel coordinates. Basic mathematical functions and constants (pi) can be used. | ||
| As an example, this combination of sine functions can create quite chaotic surface shape: | As an example, this combination of sine functions can create quite chaotic surface shape: | ||
| <tt><br><br> | <tt><br><br> | ||
| MEDIUM_EXPRESSION<br> | MEDIUM_EXPRESSION<br> | ||
| - | 10 10 10 290 290 290 1 0 10 0.5+0.08*sin(x/2)+0.08*sin(y/3)+0.08*sin(z/3.8)+0.08*sin((x+y)/5)+0.08*sin((y+z)/2.5)+0.08*sin((x+z)/4.2)<br> | + | 10 10 10 290 290 290 1 0 10 1 0.5+0.08*sin(x/2)+0.08*sin(y/3)+0.08*sin(z/3.8)+0.08*sin((x+y)/5)+0.08*sin((y+z)/2.5)+0.08*sin((x+z)/4.2)<br> |
| </tt> | </tt> | ||
docs/gsvit_inputs.txt ยท Last modified: 2023/08/06 15:05 by pklapetek
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