User:Le Forgeron/mesh - Revision history

Le Forgeron: /* warp */

2018-07-30T21:07:58Z

warp

Le Forgeron at 20:49, 30 July 2018

2018-07-30T20:49:03Z

Le Forgeron: /* planet */

2018-07-04T11:42:48Z

planet

Le Forgeron: /* planet */

2018-07-04T11:41:01Z

planet

Le Forgeron: /* planet */

2018-07-04T11:37:57Z

planet

Le Forgeron: /* STL */

2018-07-04T11:33:00Z

STL

Le Forgeron: /* STL */

2018-07-04T11:32:39Z

STL

Le Forgeron: /* Access to data of mesh (including mesh2) */

2018-07-04T11:31:53Z

Access to data of mesh (including mesh2)

Le Forgeron: /* Saving */

2018-07-02T13:12:58Z

Saving

Le Forgeron: /* GTS = */

2018-07-02T13:10:39Z

GTS =

@@ Line 527: / Line 527: @@
 #declare Vector =  <0.1,0.2,0.3>;
-#declare Boring_mesh= keep { original tesselate { original  Obj1 offset 0.1 accuracy <100,50,2> }
+#declare Boring_mesh= keep { original tesselate { original  Obj1 offset 0.1 accuracy <100,50,3> }
 		with box { <-1,-1,-1>,<4,1.5+1,0.04> } inner };

← Older revision		Revision as of 20:49, 30 July 2018
Line 1:		Line 1:
−	{{User:Le_Forgeron/HgPovray38/~~soon~~}}	+	{{User:Le_Forgeron/HgPovray38/available}}

	=== Access to data of mesh (including mesh2) ===		=== Access to data of mesh (including mesh2) ===

@@ Line 269: / Line 269: @@
 For each iteration:
-. Select anisotropic random direction : V
+# Select anisotropic random direction : V
-. Choose a random value between -`jitter` and +`jitter` : D
+# Choose a random value between -`jitter` and +`jitter` : D
-. create a plane with offset of D from `origin` and normal vector V
+# create a plane with offset of D from `origin` and normal vector V
-. use the plane to split the universe in two parts
+# use the plane to split the universe in two parts
-. for each vertices in the first part, move away from `origin`
+# for each vertices in the first part, move away from `origin`
-. for each vertices in the second part, move toward `origin`
+# for each vertices in the second part, move toward `origin`
 <table class="matte" width="670px" cellpadding="0" cellspacing="10">

@@ Line 276: / Line 276: @@
 . for each vertices in the second part, move toward `origin`
-[[Image:LeForgeronPlanet.jpg|Planet]]
+<table class="matte" width="670px" cellpadding="0" cellspacing="10">
 <source lang="pov">
@@ Line 320: / Line 322: @@
 object { Di texture { Planet } }
 </source>
 ====roll====

@@ Line 253: / Line 253: @@
 ====planet====
-To Do : illustration and explanation.
+<pre>
 ====roll====

@@ Line 97: / Line 97: @@
 ===== STL =====
-A mesh can be saved with stl_save. Beware of I/O restrictions.
+A mesh can be saved with <code>stl_save</code>. Beware of I/O restrictions.
 <pre>

@@ Line 71: / Line 71: @@
 ===== STL =====
-A mesh can be loaded with stl_load. Beware of I/O restrictions.
+A mesh can be loaded with <code>stl_load</code>. Beware of I/O restrictions.
 Aside from the filename of the file to load, the right keyword can be used to change the default left-handed coordinate system to a right-handed one.

@@ Line 3: / Line 3: @@
 === Access to data of mesh (including mesh2) ===
-* Returns the number of triangles in the mesh '''get_triangle_count( MESH )'''
+* Returns the number of triangles in the mesh <code>get_triangle_count( MESH )</code>
-* Returns the number of vertices in the mesh '''get_vertex_count( MESH )'''
+* Returns the number of vertices in the mesh <code>get_vertex_count( MESH )</code>
-* Returns the number of normal vectors in the mesh '''get_normal_count( MESH )'''
+* Returns the number of normal vectors in the mesh <code>get_normal_count( MESH )</code>
-* Returns the number of uv vectors in the mesh '''get_uv_count( MESH )'''
+* Returns the number of uv vectors in the mesh <code>get_uv_count( MESH )</code>
-* Returns the vertex vector that corresponds to the given index value (starting from 0) '''get_vertex( MESH, INDEX )'''
+* Returns the vertex vector that corresponds to the given index value (starting from 0) <code>get_vertex( MESH, INDEX )</code>
-* As get_vertex, but returns a normal vector '''get_normal( MESH, INDEX )'''
+* As get_vertex, but returns a normal vector <code>get_normal( MESH, INDEX )</code>
-* As get_vertex, but returns an uv vector (2D) '''get_uv( MESH, INDEX )'''
+* As get_vertex, but returns an uv vector (2D) <code>get_uv( MESH, INDEX )</code>
 * Returns a vector containing index values to vertices for the triangle number INDEX (starting from 0). This can be used to read the three vertices of the triangle calling get_vertex() with each vector component
-'''get_vertex_indices( MESH, INDEX )'''
+<code>get_vertex_indices( MESH, INDEX )</code>
-* The same as get_vertex_indices(), but returns indices to the normal vectors of the triangle number INDEX '''get_normal_indices( MESH, INDEX )'''
+* The same as get_vertex_indices(), but returns indices to the normal vectors of the triangle number INDEX <code>get_normal_indices( MESH, INDEX )</code>
-* The same as get_vertex_indices(), but returns indices to the uv vectors of the triangle number INDEX '''get_uv_indices( MESH, INDEX )'''
+* The same as get_vertex_indices(), but returns indices to the uv vectors of the triangle number INDEX <code>get_uv_indices( MESH, INDEX )</code>
-* Tells whether the triangle number INDEX is smooth or not. '''is_smooth_triangle( MESH, INDEX )'''
+* Tells whether the triangle number INDEX is smooth or not. <code>is_smooth_triangle( MESH, INDEX )</code>
 ===Mesh from and to file===

@@ Line 89: / Line 89: @@
 ====Saving====
 <p>A mesh can be saved with <code>gts_save</code>. Beware of I/O restrictions.</p>
 <pre>
@@ Line 94: / Line 95: @@
 </pre>
 <p>GTS format saves the geometry, but neither the faked normal or the textures</p>
 ===Getting a new mesh from a mesh===

@@ Line 18: / Line 18: @@
 ===Mesh from and to file===
 ====Loading====
-===== GTS ======
+===== GTS =====
 <p>A GTS file can be loaded with <code>gts_load</code>.</p>
@@ Line 68: / Line 68: @@
+  }
 </pre>
 ===== STL =====