def execute(self, context):
try:
mesh = bpy.data.objects[self.currentobject];
except:
mesh = context.active_object;
if(mesh is not None):
heat_colors, k = getHKSColors(context, mesh, mesh.eigen_k, mesh.hks_t, mesh.hks_current_t);
pp = mesh.post_process_colors;
ppmin = mesh.post_process_min;
ppmax = mesh.post_process_max;
applyColoringForMeshErrors(context, mesh, heat_colors, v_group_name='hks', use_weights=False, use_histogram_preprocess=pp, percent_min=ppmin, percent_max=ppmax);
if(mesh.spectral_sync):
paired_mesh = detectMorN(mesh);
# pp = paired_mesh.post_process_colors;
# ppmin = paired_mesh.post_process_min;
# ppmax = paired_mesh.post_process_max;
if(paired_mesh):
heat_colors, k = getHKSColors(context, paired_mesh, mesh.eigen_k, mesh.hks_t, mesh.hks_current_t);
applyColoringForMeshErrors(context, paired_mesh, heat_colors, v_group_name='hks', use_weights=False, use_histogram_preprocess=pp, percent_min=ppmin, percent_max=ppmax);
return{'FINISHED'};
def execute(self, context):
try:
mesh = bpy.data.objects[self.currentobject];
except:
mesh = context.active_object;
if(mesh is not None):
gisif_colors, k, gisif_name = getGISIFColorsInner(context, mesh);
mesh.gisif_group_name = gisif_name;
mesh.gisif_signatures.clear();
if(not mesh.gisif_symmetries or not len(mesh.generic_landmarks)):
normalized_gisifs = np.interp(gisif_colors, (gisif_colors.min(), gisif_colors.max()), (0.0,1.0));
else:
if(len(mesh.generic_landmarks)):
mindex = min(len(mesh.generic_landmarks), mesh.gisif_symmetry_index) - 1;
marker = mesh.generic_landmarks[mindex];
bmarker = getBlenderMarker(mesh, marker);
bpy.ops.object.select_all(action="DESELECT");
bmarker.select = True;
indices = np.array(marker.v_indices);
uvw = np.array(marker.v_ratios);
o_vid = indices[np.argmax(uvw)];
normalized_gisifs = gisif_colors / np.sqrt(np.sum(gisif_colors**2));
delta_gisif_colors = np.sqrt((normalized_gisifs[o_vid] - normalized_gisifs)**2);
normalized_gisifs = np.interp(delta_gisif_colors, (delta_gisif_colors.min(), delta_gisif_colors.max()), (0.0,1.0));
pp = mesh.post_process_colors;
ppmin = mesh.post_process_min;
ppmax = mesh.post_process_max;
applyColoringForMeshErrors(context, mesh, normalized_gisifs, v_group_name='gisif', use_weights=False, use_histogram_preprocess=pp, percent_min=ppmin, percent_max=ppmax);
if(mesh.spectral_sync):
paired_mesh = detectMorN(mesh);
# pp = paired_mesh.post_process_colors;
# ppmin = paired_mesh.post_process_min;
# ppmax = paired_mesh.post_process_max;
if(paired_mesh):
gisif_colors, k, gisif_name = getGISIFColorsInner(context, mesh, applyMesh=paired_mesh);
paired_mesh.gisif_group_name = gisif_name;
normalized_gisifs = np.interp(gisif_colors, (gisif_colors.min(), gisif_colors.max()), (0.0,1.0));
applyColoringForMeshErrors(context, paired_mesh, normalized_gisifs, v_group_name='gisif', use_weights=False, use_histogram_preprocess=pp, percent_min=ppmin, percent_max=ppmax);
return{'FINISHED'};
def execute(self, context):
try:
mesh = bpy.data.objects[self.currentobject];
except:
mesh = context.active_object;
if(mesh is not None):
if(self.use_eigen_k != -1):
self.applySpectralShape(context, mesh, self.use_eigen_k);
else:
self.applySpectralShape(context, mesh, mesh.eigen_k);
if(mesh.spectral_sync):
paired_mesh = detectMorN(mesh);
if(paired_mesh):
self.applySpectralShape(context, paired_mesh, mesh.eigen_k);
return{'FINISHED'};
def execute(self, context):
try:
mesh = bpy.data.objects[self.currentobject]
except:
mesh = context.active_object
if (mesh is not None):
wks_colors, k = getWKSColors(context, mesh, mesh.eigen_k,
mesh.wks_e, mesh.wks_current_e,
mesh.wks_variance)
pp = mesh.post_process_colors
ppmin = mesh.post_process_min
ppmax = mesh.post_process_max
applyColoringForMeshErrors(context,
mesh,
wks_colors,
v_group_name='wks',
use_weights=False,
use_histogram_preprocess=pp,
percent_min=ppmin,
percent_max=ppmax)
if (mesh.spectral_sync):
paired_mesh = detectMorN(mesh)
# pp = paired_mesh.post_process_colors;
# ppmin = paired_mesh.post_process_min;
# ppmax = paired_mesh.post_process_max;
if (paired_mesh):
wks_colors, k = getWKSColors(context, paired_mesh,
mesh.eigen_k, mesh.wks_e,
mesh.wks_current_e,
mesh.wks_variance)
applyColoringForMeshErrors(context,
paired_mesh,
wks_colors,
v_group_name='wks',
use_weights=False,
use_histogram_preprocess=pp,
percent_min=ppmin,
percent_max=ppmax)
return {'FINISHED'}