add write _glb_with_polycube_anim (.yml) algo

Author: sebmestrallet

definitions/algorithms/write_glb.yml

@@ -21,8 +21,6 @@ labeling: { # case of 'write_glb' applied on a 'labeling' subfolder
     path: AUTOMATIC_POLYCUBE,
     filename: to_glTF,
     command_line: '{mesh} {gltf} labeling={labeling}'
-      # we also need a wrapper for 
-      # '{mesh} {gltf} labeling={labeling} polycube={polycube}'
   },
   # no `output_folder` -> transformative algorithm
   arguments: {

definitions/algorithms/write_glb_with_polycube_anim.yml

@@ -0,0 +1,20 @@
+description:
+  Export a 3D model as glTF 2.0
+labeling: { # case of 'write_glb_with_polycube_anim' applied on a 'labeling' subfolder
+  executable: {
+    path: AUTOMATIC_POLYCUBE,
+    filename: to_glTF,
+    command_line: '{mesh} {gltf} labeling={labeling} polycube={polycube}'
+  },
+  # no `output_folder` -> transformative algorithm
+  arguments: {
+    input_files: {
+      mesh: SURFACE_MESH_OBJ,
+      labeling: SURFACE_LABELING_TXT,
+      polycube: POLYCUBE_SURFACE_MESH_OBJ
+    },
+    output_files: {
+      gltf: POLYCUBE_LABELING_MESH_ANIM_GLB
+    }
+  }
+}

definitions/data_folder_types/labeling.yml

@@ -8,7 +8,8 @@ filenames: {
   SURFACE_LABELING_MESH_GEOGRAM: labeled_surface.geogram,           # surface triangle mesh in the Geogram format with the surface labeling as facet attribute (to be visualized with Graphite)
   POLYCUBE_LABELING_MESH_GEOGRAM: fastbndpolycube.geogram,          # same as the polycube surface mesh, but with the labeling as facet attribute and in the Geogram format (to be visualized with Graphite)
   LABELING_STATS_JSON: labeling.stats.json,                         # labeling stats (nb charts/boundaries/corners/turning-points, nb invalid features) computed on SURFACE_LABELING_TXT, as JSON file
-  LABELED_MESH_GLB: labeled_mesh.glb                                # SURFACE_MESH_OBJ colored according to SURFACE_LABELING_TXT as glTF 2.0 binary file
+  LABELED_MESH_GLB: labeled_mesh.glb,                               # SURFACE_MESH_OBJ colored according to SURFACE_LABELING_TXT as glTF 2.0 binary file
+  POLYCUBE_LABELING_MESH_ANIM_GLB: fastbndpolycube_anim.glb         # colored SURFACE_MESH_OBJ to POLYCUBE_SURFACE_MESH_OBJ deformation animation as glTF 2.0 binary file
 }
 distinctive_content: [SURFACE_LABELING_TXT]
 default_view: surface