def get_autotags():
""" call all analysis functions """
ui = bpy.context.scene.blenderkitUI
if ui.asset_type == 'MODEL':
ob = utils.get_active_model()
obs = utils.get_hierarchy(ob)
props = ob.blenderkit
if props.name == "":
props.name = ob.name
# reset some properties here, because they might not get re-filled at all when they aren't needed anymore.
props.texture_resolution_max = 0
props.texture_resolution_min = 0
# disabled printing checking, some 3d print addon bug.
# check_printable( props, obs)
check_render_engine(props, obs)
dim, bbox_min, bbox_max = utils.get_dimensions(obs)
props.dimensions = dim
props.bbox_min = bbox_min
props.bbox_max = bbox_max
check_rig(props, obs)
check_anim(props, obs)
check_meshprops(props, obs)
check_modifiers(props, obs)
countObs(props, obs)
elif ui.asset_type == 'MATERIAL':
# reset some properties here, because they might not get re-filled at all when they aren't needed anymore.
mat = utils.get_active_asset()
props = mat.blenderkit
props.texture_resolution_max = 0
props.texture_resolution_min = 0
check_material(props, mat)
def get_autotags():
""" call all analysis functions """
ui = bpy.context.scene.blenderkitUI
if ui.asset_type =='MODEL':
ob = utils.get_active_model()
obs = utils.get_hierarchy(ob)
props = ob.blenderkit
if props.name == "":
props.name = ob.name
# reset some properties here, because they might not get re-filled at all when they aren't needed anymore.
props.texture_resolution_max = 0
props.texture_resolution_min = 0
# disabled printing checking, some 3d print addon bug.
# check_printable( props, obs)
check_render_engine(props, obs)
dim, bbox_min, bbox_max = utils.get_dimensions(obs)
props.dimensions = dim
props.bbox_min = bbox_min
props.bbox_max = bbox_max
check_rig(props, obs)
check_anim(props, obs)
check_meshprops(props, obs)
check_modifiers(props, obs)
countObs(props, obs)
elif ui.asset_type =='MATERIAL':
# reset some properties here, because they might not get re-filled at all when they aren't needed anymore.
mat = utils.get_active_asset()
props = mat.blenderkit
props.texture_resolution_max = 0
props.texture_resolution_min = 0
check_material(props, mat)
def duplicate_asset(source, **kwargs):
'''Duplicate asset when it's already appended in the scene, so that blender's append doesn't create duplicated data.'''
# we need to save selection
sel = utils.selection_get()
bpy.ops.object.select_all(action='DESELECT')
# check visibility
obs = utils.get_hierarchy(source)
if not check_all_visible(obs):
return None
# check selectability and select in one run
if not check_selectible(obs):
return None
# duplicate the asset objects
bpy.ops.object.duplicate(linked=True)
nobs = bpy.context.selected_objects[:]
#get parent
for ob in nobs:
if ob.parent not in nobs:
parent = ob
break
# restore original selection
utils.selection_set(sel)
return parent, nobs
def get_upload_data(self, context, asset_type):
user_preferences = bpy.context.preferences.addons['blenderkit'].preferences
api_key = user_preferences.api_key
export_data = {
"type": asset_type,
}
upload_params = {}
if asset_type == 'MODEL':
# Prepare to save the file
mainmodel = utils.get_active_model()
props = mainmodel.blenderkit
obs = utils.get_hierarchy(mainmodel)
obnames = []
for ob in obs:
obnames.append(ob.name)
export_data["models"] = obnames
export_data["thumbnail_path"] = bpy.path.abspath(props.thumbnail)
eval_path_computing = "bpy.data.objects['%s'].blenderkit.uploading" % mainmodel.name
eval_path_state = "bpy.data.objects['%s'].blenderkit.upload_state" % mainmodel.name
eval_path = "bpy.data.objects['%s']" % mainmodel.name
engines = [props.engine.lower()]
if props.engine1 != 'NONE':
engines.append(props.engine1.lower())
if props.engine2 != 'NONE':
engines.append(props.engine2.lower())
if props.engine3 != 'NONE':
engines.append(props.engine3.lower())
if props.engine == 'OTHER':
engines.append(props.engine_other.lower())
style = props.style.lower()
if style == 'OTHER':
style = props.style_other.lower()
pl_dict = {'FINISHED': 'finished', 'TEMPLATE': 'template'}
upload_data = {
"assetType": 'model',
}
upload_params = {
"productionLevel": props.production_level.lower(),
"model_style": style,
"engines": engines,
"modifiers": comma2array(props.modifiers),
"materials": comma2array(props.materials),
"shaders": comma2array(props.shaders),
"uv": props.uv,
"dimensionX": round(props.dimensions[0], 4),
"dimensionY": round(props.dimensions[1], 4),
"dimensionZ": round(props.dimensions[2], 4),
"boundBoxMinX": round(props.bbox_min[0], 4),
"boundBoxMinY": round(props.bbox_min[1], 4),
"boundBoxMinZ": round(props.bbox_min[2], 4),
"boundBoxMaxX": round(props.bbox_max[0], 4),
"boundBoxMaxY": round(props.bbox_max[1], 4),
"boundBoxMaxZ": round(props.bbox_max[2], 4),
"animated": props.animated,
"rig": props.rig,
"simulation": props.simulation,
"purePbr": props.pbr,
"faceCount": props.face_count,
"faceCountRender": props.face_count_render,
"manifold": props.manifold,
"objectCount": props.object_count,
# "scene": props.is_scene,
}
if props.use_design_year:
upload_params["designYear"] = props.design_year
if props.condition != 'UNSPECIFIED':
upload_params["condition"] = props.condition.lower()
if props.pbr:
pt = props.pbr_type
pt = pt.lower()
upload_params["pbrType"] = pt
if props.texture_resolution_max > 0:
upload_params["textureResolutionMax"] = props.texture_resolution_max
upload_params["textureResolutionMin"] = props.texture_resolution_min
if props.mesh_poly_type != 'OTHER':
upload_params["meshPolyType"] = props.mesh_poly_type.lower() # .replace('_',' ')
optional_params = ['manufacturer', 'designer', 'design_collection', 'design_variant']
for p in optional_params:
if eval('props.%s' % p) != '':
upload_params[sub_to_camel(p)] = eval('props.%s' % p)
if asset_type == 'SCENE':
# Prepare to save the file
s = bpy.context.scene
props = s.blenderkit
export_data["scene"] = s.name
export_data["thumbnail_path"] = bpy.path.abspath(props.thumbnail)
eval_path_computing = "bpy.data.scenes['%s'].blenderkit.uploading" % s.name
eval_path_state = "bpy.data.scenes['%s'].blenderkit.upload_state" % s.name
eval_path = "bpy.data.scenes['%s']" % s.name
engines = [props.engine.lower()]
if props.engine1 != 'NONE':
engines.append(props.engine1.lower())
if props.engine2 != 'NONE':
engines.append(props.engine2.lower())
if props.engine3 != 'NONE':
engines.append(props.engine3.lower())
if props.engine == 'OTHER':
engines.append(props.engine_other.lower())
style = props.style.lower()
if style == 'OTHER':
style = props.style_other.lower()
pl_dict = {'FINISHED': 'finished', 'TEMPLATE': 'template'}
upload_data = {
"assetType": 'scene',
}
upload_params = {
"productionLevel": props.production_level.lower(),
"model_style": style,
"engines": engines,
"modifiers": comma2array(props.modifiers),
"materials": comma2array(props.materials),
"shaders": comma2array(props.shaders),
"uv": props.uv,
"animated": props.animated,
# "simulation": props.simulation,
"purePbr": props.pbr,
"faceCount": 1, # props.face_count,
"faceCountRender": 1, # props.face_count_render,
"objectCount": 1, # props.object_count,
# "scene": props.is_scene,
}
if props.use_design_year:
upload_params["designYear"] = props.design_year
if props.condition != 'UNSPECIFIED':
upload_params["condition"] = props.condition.lower()
if props.pbr:
pt = props.pbr_type
pt = pt.lower()
upload_params["pbrType"] = pt
if props.texture_resolution_max > 0:
upload_params["textureResolutionMax"] = props.texture_resolution_max
upload_params["textureResolutionMin"] = props.texture_resolution_min
if props.mesh_poly_type != 'OTHER':
upload_params["meshPolyType"] = props.mesh_poly_type.lower() # .replace('_',' ')
elif asset_type == 'MATERIAL':
mat = bpy.context.active_object.active_material
props = mat.blenderkit
# props.name = mat.name
export_data["material"] = str(mat.name)
export_data["thumbnail_path"] = bpy.path.abspath(props.thumbnail)
# mat analytics happen here, since they don't take up any time...
asset_inspector.check_material(props, mat)
eval_path_computing = "bpy.data.materials['%s'].blenderkit.uploading" % mat.name
eval_path_state = "bpy.data.materials['%s'].blenderkit.upload_state" % mat.name
eval_path = "bpy.data.materials['%s']" % mat.name
engine = props.engine
if engine == 'OTHER':
engine = props.engine_other
engine = engine.lower()
style = props.style.lower()
if style == 'OTHER':
style = props.style_other.lower()
upload_data = {
"assetType": 'material',
}
upload_params = {
"material_style": style,
"engine": engine,
"shaders": comma2array(props.shaders),
"uv": props.uv,
"animated": props.animated,
"purePbr": props.pbr,
"textureSizeMeters": props.texture_size_meters,
}
if props.pbr:
upload_params["pbrType"] = props.pbr_type.lower()
if props.texture_resolution_max > 0:
upload_params["textureResolutionMax"] = props.texture_resolution_max
upload_params["textureResolutionMin"] = props.texture_resolution_min
elif asset_type == 'BRUSH':
brush = utils.get_active_brush()
props = brush.blenderkit
# props.name = brush.name
export_data["brush"] = str(brush.name)
export_data["thumbnail_path"] = bpy.path.abspath(brush.icon_filepath)
eval_path_computing = "bpy.data.brushes['%s'].blenderkit.uploading" % brush.name
eval_path_state = "bpy.data.brushes['%s'].blenderkit.upload_state" % brush.name
eval_path = "bpy.data.brushes['%s']" % brush.name
# mat analytics happen here, since they don't take up any time...
brush_type = ''
if bpy.context.sculpt_object is not None:
brush_type = 'sculpt'
elif bpy.context.image_paint_object: # could be just else, but for future p
brush_type = 'texture_paint'
upload_params = {
"mode": brush_type,
}
upload_data = {
"assetType": 'brush',
}
elif asset_type == 'TEXTURE':
style = props.style
if style == 'OTHER':
style = props.style_other
upload_data = {
"assetType": 'texture',
}
upload_params = {
"style": style,
"animated": props.animated,
"purePbr": props.pbr,
"resolution": props.resolution,
}
if props.pbr:
pt = props.pbr_type
pt = pt.lower()
upload_data["pbrType"] = pt
add_version(upload_data)
upload_data["name"] = props.name
upload_data["description"] = props.description
upload_data["tags"] = comma2array(props.tags)
if props.category == '':
upload_data["category"] = asset_type.lower()
else:
upload_data["category"] = props.category
if props.subcategory != '':
upload_data["category"] = props.subcategory
upload_data["license"] = props.license
upload_data["isFree"] = props.is_free
upload_data["isPrivate"] = props.is_private == 'PRIVATE'
upload_data["token"] = user_preferences.api_key
if props.asset_base_id != '':
upload_data['assetBaseId'] = props.asset_base_id
upload_data['id'] = props.id
upload_data['parameters'] = upload_params
return export_data, upload_data, eval_path_computing, eval_path_state, eval_path, props
def start_thumbnailer(self, context):
# Prepare to save the file
mainmodel = utils.get_active_model()
mainmodel.blenderkit.is_generating_thumbnail = True
mainmodel.blenderkit.thumbnail_generating_state = 'starting blender instance'
binary_path = bpy.app.binary_path
script_path = os.path.dirname(os.path.realpath(__file__))
basename, ext = os.path.splitext(bpy.data.filepath)
if not basename:
basename = os.path.join(basename, "temp")
if not ext:
ext = ".blend"
asset_name = mainmodel.name
tempdir = tempfile.mkdtemp()
file_dir = os.path.dirname(bpy.data.filepath)
thumb_path = os.path.join(file_dir, asset_name)
rel_thumb_path = os.path.join('//', asset_name)
i = 0
while os.path.isfile(thumb_path + '.jpg'):
thumb_path = os.path.join(file_dir, asset_name + '_' + str(i).zfill(4))
rel_thumb_path = os.path.join('//', asset_name + '_' + str(i).zfill(4))
i += 1
filepath = os.path.join(tempdir, "thumbnailer_blenderkit" + ext)
tfpath = paths.get_thumbnailer_filepath()
datafile = os.path.join(tempdir, BLENDERKIT_EXPORT_DATA_FILE)
try:
# save a copy of actual scene but don't interfere with the users models
bpy.ops.wm.save_as_mainfile(filepath=filepath,
compress=False,
copy=True)
obs = utils.get_hierarchy(mainmodel)
obnames = []
for ob in obs:
obnames.append(ob.name)
with open(datafile, 'w') as s:
bkit = mainmodel.blenderkit
json.dump(
{
"type": "model",
"models": str(obnames),
"thumbnail_angle": bkit.thumbnail_angle,
"thumbnail_snap_to": bkit.thumbnail_snap_to,
"thumbnail_background_lightness":
bkit.thumbnail_background_lightness,
"thumbnail_resolution": bkit.thumbnail_resolution,
"thumbnail_samples": bkit.thumbnail_samples,
"thumbnail_denoising": bkit.thumbnail_denoising,
}, s)
proc = subprocess.Popen([
binary_path, "--background", "-noaudio", tfpath, "--python",
os.path.join(script_path, "autothumb_model_bg.py"), "--", datafile,
filepath, thumb_path, tempdir
],
bufsize=1,
stdout=subprocess.PIPE,
stdin=subprocess.PIPE,
creationflags=utils.get_process_flags())
eval_path_computing = "bpy.data.objects['%s'].blenderkit.is_generating_thumbnail" % mainmodel.name
eval_path_state = "bpy.data.objects['%s'].blenderkit.thumbnail_generating_state" % mainmodel.name
eval_path = "bpy.data.objects['%s']" % mainmodel.name
bg_blender.add_bg_process(eval_path_computing=eval_path_computing,
eval_path_state=eval_path_state,
eval_path=eval_path,
process_type='THUMBNAILER',
process=proc)
mainmodel.blenderkit.thumbnail = rel_thumb_path + '.jpg'
mainmodel.blenderkit.thumbnail_generating_state = 'Saving .blend file'
except Exception as e:
self.report({'WARNING'}, "Error while exporting file: %s" % str(e))
return {'FINISHED'}
def start_thumbnailer(self, context):
# Prepare to save the file
mainmodel = utils.get_active_model()
mainmodel.blenderkit.is_generating_thumbnail = True
mainmodel.blenderkit.thumbnail_generating_state = 'starting blender instance'
binary_path = bpy.app.binary_path
script_path = os.path.dirname(os.path.realpath(__file__))
basename, ext = os.path.splitext(bpy.data.filepath)
if not basename:
basename = os.path.join(basename, "temp")
if not ext:
ext = ".blend"
asset_name = mainmodel.blenderkit.name
tempdir = tempfile.mkdtemp()
file_dir = os.path.dirname(bpy.data.filepath)
thumb_path = os.path.join(file_dir, asset_name)
rel_thumb_path = os.path.join('//', asset_name)
i = 0
while os.path.isfile(thumb_path + '.jpg'):
thumb_path = os.path.join(file_dir, asset_name + '_' + str(i).zfill(4))
rel_thumb_path = os.path.join('//', asset_name + '_' + str(i).zfill(4))
i += 1
filepath = os.path.join(tempdir, "thumbnailer_blenderkit" + ext)
tfpath = paths.get_thumbnailer_filepath()
datafile = os.path.join(tempdir, BLENDERKIT_EXPORT_DATA_FILE)
try:
# save a copy of actual scene but don't interfere with the users models
bpy.ops.wm.save_as_mainfile(filepath=filepath, compress=False, copy=True)
obs = utils.get_hierarchy(mainmodel)
obnames = []
for ob in obs:
obnames.append(ob.name)
with open(datafile, 'w') as s:
bkit = mainmodel.blenderkit
json.dump({
"type": "model",
"models": str(obnames),
"thumbnail_angle": bkit.thumbnail_angle,
"thumbnail_snap_to": bkit.thumbnail_snap_to,
"thumbnail_background_lightness": bkit.thumbnail_background_lightness,
"thumbnail_samples": bkit.thumbnail_samples,
"thumbnail_denoising": bkit.thumbnail_denoising,
}, s)
flags = BELOW_NORMAL_PRIORITY_CLASS
if sys.platform != 'win32': # TODO test this on windows and find out how to change process priority on linux
# without psutil - we don't want any more libs in the addon
flags = 0
proc = subprocess.Popen([
binary_path,
"--background",
"-noaudio",
tfpath,
"--python", os.path.join(script_path, "autothumb_model_bg.py"),
"--", datafile, filepath, thumb_path, tempdir
], bufsize=1, stdout=subprocess.PIPE, stdin=subprocess.PIPE, creationflags=flags)
eval_path_computing = "bpy.data.objects['%s'].blenderkit.is_generating_thumbnail" % mainmodel.name
eval_path_state = "bpy.data.objects['%s'].blenderkit.thumbnail_generating_state" % mainmodel.name
eval_path = "bpy.data.objects['%s']" % mainmodel.name
bg_blender.add_bg_process(eval_path_computing=eval_path_computing, eval_path_state=eval_path_state,
eval_path=eval_path, process_type='THUMBNAILER', process=proc)
mainmodel.blenderkit.thumbnail = rel_thumb_path + '.jpg'
mainmodel.blenderkit.thumbnail_generating_state = 'Saving .blend file'
except Exception as e:
self.report({'WARNING'}, "Error while exporting file: %s" % str(e))
return {'FINISHED'}
def get_upload_data(caller=None, context=None, asset_type=None):
'''
works though metadata from addom props and prepares it for upload to dicts.
Parameters
----------
caller - upload operator or none
context - context
asset_type - asset type in capitals (blender enum)
Returns
-------
export_ddta- all extra data that the process needs to upload and communicate with UI from a thread.
- eval_path_computing - string path to UI prop that denots if upload is still running
- eval_path_state - string path to UI prop that delivers messages about upload to ui
- eval_path - path to object holding upload data to be able to access it with various further commands
- models - in case of model upload, list of objects
- thumbnail_path - path to thumbnail file
upload_data - asset_data generated from the ui properties
'''
user_preferences = bpy.context.preferences.addons['blenderkit'].preferences
api_key = user_preferences.api_key
export_data = {
# "type": asset_type,
}
upload_params = {}
if asset_type == 'MODEL':
# Prepare to save the file
mainmodel = utils.get_active_model()
props = mainmodel.blenderkit
obs = utils.get_hierarchy(mainmodel)
obnames = []
for ob in obs:
obnames.append(ob.name)
export_data["models"] = obnames
export_data["thumbnail_path"] = bpy.path.abspath(props.thumbnail)
eval_path_computing = "bpy.data.objects['%s'].blenderkit.uploading" % mainmodel.name
eval_path_state = "bpy.data.objects['%s'].blenderkit.upload_state" % mainmodel.name
eval_path = "bpy.data.objects['%s']" % mainmodel.name
engines = [props.engine.lower()]
if props.engine1 != 'NONE':
engines.append(props.engine1.lower())
if props.engine2 != 'NONE':
engines.append(props.engine2.lower())
if props.engine3 != 'NONE':
engines.append(props.engine3.lower())
if props.engine == 'OTHER':
engines.append(props.engine_other.lower())
style = props.style.lower()
# if style == 'OTHER':
# style = props.style_other.lower()
pl_dict = {'FINISHED': 'finished', 'TEMPLATE': 'template'}
upload_data = {
"assetType": 'model',
}
upload_params = {
"productionLevel": props.production_level.lower(),
"model_style": style,
"engines": engines,
"modifiers": comma2array(props.modifiers),
"materials": comma2array(props.materials),
"shaders": comma2array(props.shaders),
"uv": props.uv,
"dimensionX": round(props.dimensions[0], 4),
"dimensionY": round(props.dimensions[1], 4),
"dimensionZ": round(props.dimensions[2], 4),
"boundBoxMinX": round(props.bbox_min[0], 4),
"boundBoxMinY": round(props.bbox_min[1], 4),
"boundBoxMinZ": round(props.bbox_min[2], 4),
"boundBoxMaxX": round(props.bbox_max[0], 4),
"boundBoxMaxY": round(props.bbox_max[1], 4),
"boundBoxMaxZ": round(props.bbox_max[2], 4),
"animated": props.animated,
"rig": props.rig,
"simulation": props.simulation,
"purePbr": props.pbr,
"faceCount": props.face_count,
"faceCountRender": props.face_count_render,
"manifold": props.manifold,
"objectCount": props.object_count,
"procedural": props.is_procedural,
"nodeCount": props.node_count,
"textureCount": props.texture_count,
"megapixels": round(props.total_megapixels / 1000000),
# "scene": props.is_scene,
}
if props.use_design_year:
upload_params["designYear"] = props.design_year
if props.condition != 'UNSPECIFIED':
upload_params["condition"] = props.condition.lower()
if props.pbr:
pt = props.pbr_type
pt = pt.lower()
upload_params["pbrType"] = pt
if props.texture_resolution_max > 0:
upload_params["textureResolutionMax"] = props.texture_resolution_max
upload_params["textureResolutionMin"] = props.texture_resolution_min
if props.mesh_poly_type != 'OTHER':
upload_params["meshPolyType"] = props.mesh_poly_type.lower() # .replace('_',' ')
optional_params = ['manufacturer', 'designer', 'design_collection', 'design_variant']
for p in optional_params:
if eval('props.%s' % p) != '':
upload_params[sub_to_camel(p)] = eval('props.%s' % p)
if asset_type == 'SCENE':
# Prepare to save the file
s = bpy.context.scene
props = s.blenderkit
export_data["scene"] = s.name
export_data["thumbnail_path"] = bpy.path.abspath(props.thumbnail)
eval_path_computing = "bpy.data.scenes['%s'].blenderkit.uploading" % s.name
eval_path_state = "bpy.data.scenes['%s'].blenderkit.upload_state" % s.name
eval_path = "bpy.data.scenes['%s']" % s.name
engines = [props.engine.lower()]
if props.engine1 != 'NONE':
engines.append(props.engine1.lower())
if props.engine2 != 'NONE':
engines.append(props.engine2.lower())
if props.engine3 != 'NONE':
engines.append(props.engine3.lower())
if props.engine == 'OTHER':
engines.append(props.engine_other.lower())
style = props.style.lower()
# if style == 'OTHER':
# style = props.style_other.lower()
pl_dict = {'FINISHED': 'finished', 'TEMPLATE': 'template'}
upload_data = {
"assetType": 'scene',
}
upload_params = {
"productionLevel": props.production_level.lower(),
"model_style": style,
"engines": engines,
"modifiers": comma2array(props.modifiers),
"materials": comma2array(props.materials),
"shaders": comma2array(props.shaders),
"uv": props.uv,
"animated": props.animated,
# "simulation": props.simulation,
"purePbr": props.pbr,
"faceCount": 1, # props.face_count,
"faceCountRender": 1, # props.face_count_render,
"objectCount": 1, # props.object_count,
# "scene": props.is_scene,
}
if props.use_design_year:
upload_params["designYear"] = props.design_year
if props.condition != 'UNSPECIFIED':
upload_params["condition"] = props.condition.lower()
if props.pbr:
pt = props.pbr_type
pt = pt.lower()
upload_params["pbrType"] = pt
if props.texture_resolution_max > 0:
upload_params["textureResolutionMax"] = props.texture_resolution_max
upload_params["textureResolutionMin"] = props.texture_resolution_min
if props.mesh_poly_type != 'OTHER':
upload_params["meshPolyType"] = props.mesh_poly_type.lower() # .replace('_',' ')
elif asset_type == 'MATERIAL':
mat = bpy.context.active_object.active_material
props = mat.blenderkit
# props.name = mat.name
export_data["material"] = str(mat.name)
export_data["thumbnail_path"] = bpy.path.abspath(props.thumbnail)
# mat analytics happen here, since they don't take up any time...
asset_inspector.check_material(props, mat)
eval_path_computing = "bpy.data.materials['%s'].blenderkit.uploading" % mat.name
eval_path_state = "bpy.data.materials['%s'].blenderkit.upload_state" % mat.name
eval_path = "bpy.data.materials['%s']" % mat.name
engine = props.engine
if engine == 'OTHER':
engine = props.engine_other
engine = engine.lower()
style = props.style.lower()
# if style == 'OTHER':
# style = props.style_other.lower()
upload_data = {
"assetType": 'material',
}
upload_params = {
"material_style": style,
"engine": engine,
"shaders": comma2array(props.shaders),
"uv": props.uv,
"animated": props.animated,
"purePbr": props.pbr,
"textureSizeMeters": props.texture_size_meters,
"procedural": props.is_procedural,
"nodeCount": props.node_count,
"textureCount": props.texture_count,
"megapixels": round(props.total_megapixels / 1000000),
}
if props.pbr:
upload_params["pbrType"] = props.pbr_type.lower()
if props.texture_resolution_max > 0:
upload_params["textureResolutionMax"] = props.texture_resolution_max
upload_params["textureResolutionMin"] = props.texture_resolution_min
elif asset_type == 'BRUSH':
brush = utils.get_active_brush()
props = brush.blenderkit
# props.name = brush.name
export_data["brush"] = str(brush.name)
export_data["thumbnail_path"] = bpy.path.abspath(brush.icon_filepath)
eval_path_computing = "bpy.data.brushes['%s'].blenderkit.uploading" % brush.name
eval_path_state = "bpy.data.brushes['%s'].blenderkit.upload_state" % brush.name
eval_path = "bpy.data.brushes['%s']" % brush.name
# mat analytics happen here, since they don't take up any time...
brush_type = ''
if bpy.context.sculpt_object is not None:
brush_type = 'sculpt'
elif bpy.context.image_paint_object: # could be just else, but for future p
brush_type = 'texture_paint'
upload_params = {
"mode": brush_type,
}
upload_data = {
"assetType": 'brush',
}
elif asset_type == 'HDR':
ui_props = bpy.context.scene.blenderkitUI
# imagename = ui_props.hdr_upload_image
image = ui_props.hdr_upload_image # bpy.data.images.get(imagename)
if not image:
return None, None
props = image.blenderkit
# props.name = brush.name
base, ext = os.path.splitext(image.filepath)
thumb_path = base + '.jpg'
export_data["thumbnail_path"] = bpy.path.abspath(thumb_path)
export_data["hdr"] = str(image.name)
export_data["hdr_filepath"] = str(bpy.path.abspath(image.filepath))
# export_data["thumbnail_path"] = bpy.path.abspath(brush.icon_filepath)
eval_path_computing = "bpy.data.images['%s'].blenderkit.uploading" % image.name
eval_path_state = "bpy.data.images['%s'].blenderkit.upload_state" % image.name
eval_path = "bpy.data.images['%s']" % image.name
# mat analytics happen here, since they don't take up any time...
upload_params = {
"textureResolutionMax": props.texture_resolution_max
}
upload_data = {
"assetType": 'hdr',
}
elif asset_type == 'TEXTURE':
style = props.style
# if style == 'OTHER':
# style = props.style_other
upload_data = {
"assetType": 'texture',
}
upload_params = {
"style": style,
"animated": props.animated,
"purePbr": props.pbr,
"resolution": props.resolution,
}
if props.pbr:
pt = props.pbr_type
pt = pt.lower()
upload_data["pbrType"] = pt
add_version(upload_data)
# caller can be upload operator, but also asset bar called from tooltip generator
if caller and caller.main_file == True:
upload_data["name"] = props.name
upload_data["displayName"] = props.name
else:
upload_data["displayName"] = props.name
upload_data["description"] = props.description
upload_data["tags"] = comma2array(props.tags)
# category is always only one value by a slug, that's why we go down to the lowest level and overwrite.
if props.category == '':
upload_data["category"] = asset_type.lower()
else:
upload_data["category"] = props.category
if props.subcategory != 'NONE':
upload_data["category"] = props.subcategory
if props.subcategory1 != 'NONE':
upload_data["category"] = props.subcategory1
upload_data["license"] = props.license
upload_data["isFree"] = props.is_free
upload_data["isPrivate"] = props.is_private == 'PRIVATE'
upload_data["token"] = user_preferences.api_key
upload_data['parameters'] = upload_params
# if props.asset_base_id != '':
export_data['assetBaseId'] = props.asset_base_id
export_data['id'] = props.id
export_data['eval_path_computing'] = eval_path_computing
export_data['eval_path_state'] = eval_path_state
export_data['eval_path'] = eval_path
return export_data, upload_data
def execute(self, context):
asset = utils.get_active_model()
asset.blenderkit.is_generating_thumbnail = True
asset.blenderkit.thumbnail_generating_state = 'starting blender instance'
tempdir = tempfile.mkdtemp()
ext = '.blend'
filepath = os.path.join(tempdir, "thumbnailer_blenderkit" + ext)
path_can_be_relative = True
file_dir = os.path.dirname(bpy.data.filepath)
if file_dir == '':
file_dir = tempdir
path_can_be_relative = False
an_slug = paths.slugify(asset.name)
thumb_path = os.path.join(file_dir, an_slug)
if path_can_be_relative:
rel_thumb_path = os.path.join('//', an_slug)
else:
rel_thumb_path = thumb_path
i = 0
while os.path.isfile(thumb_path + '.jpg'):
thumb_path = os.path.join(file_dir,
an_slug + '_' + str(i).zfill(4))
rel_thumb_path = os.path.join('//',
an_slug + '_' + str(i).zfill(4))
i += 1
bkit = asset.blenderkit
bkit.thumbnail = rel_thumb_path + '.jpg'
bkit.thumbnail_generating_state = 'Saving .blend file'
# save a copy of actual scene but don't interfere with the users models
bpy.ops.wm.save_as_mainfile(filepath=filepath,
compress=False,
copy=True)
# get all included objects
obs = utils.get_hierarchy(asset)
obnames = []
for ob in obs:
obnames.append(ob.name)
args_dict = {
"type": "material",
"asset_name": asset.name,
"filepath": filepath,
"thumbnail_path": thumb_path,
"tempdir": tempdir,
}
thumbnail_args = {
"type": "model",
"models": str(obnames),
"thumbnail_angle": bkit.thumbnail_angle,
"thumbnail_snap_to": bkit.thumbnail_snap_to,
"thumbnail_background_lightness":
bkit.thumbnail_background_lightness,
"thumbnail_resolution": bkit.thumbnail_resolution,
"thumbnail_samples": bkit.thumbnail_samples,
"thumbnail_denoising": bkit.thumbnail_denoising,
}
args_dict.update(thumbnail_args)
start_thumbnailer(self,
json_args=args_dict,
props=asset.blenderkit,
wait=False)
return {'FINISHED'}
def get_upload_data(self, context, asset_type):
user_preferences = bpy.context.preferences.addons['blenderkit'].preferences
api_key = user_preferences.api_key
export_data = {
"type": asset_type,
}
upload_params = {}
if asset_type == 'MODEL':
# Prepare to save the file
mainmodel = utils.get_active_model()
props = mainmodel.blenderkit
obs = utils.get_hierarchy(mainmodel)
obnames = []
for ob in obs:
obnames.append(ob.name)
export_data["models"] = obnames
export_data["thumbnail_path"] = bpy.path.abspath(props.thumbnail)
eval_path_computing = "bpy.data.objects['%s'].blenderkit.uploading" % mainmodel.name
eval_path_state = "bpy.data.objects['%s'].blenderkit.upload_state" % mainmodel.name
eval_path = "bpy.data.objects['%s']" % mainmodel.name
engines = [props.engine.lower()]
if props.engine1 != 'NONE':
engines.append(props.engine1.lower())
if props.engine2 != 'NONE':
engines.append(props.engine2.lower())
if props.engine3 != 'NONE':
engines.append(props.engine3.lower())
if props.engine == 'OTHER':
engines.append(props.engine_other.lower())
style = props.style.lower()
if style == 'OTHER':
style = props.style_other.lower()
pl_dict = {'FINISHED': 'finished', 'TEMPLATE': 'template'}
upload_data = {
"assetType": 'model',
}
upload_params = {
"productionLevel": props.production_level.lower(),
"model_style": style,
"engines": engines,
"modifiers": comma2array(props.modifiers),
"materials": comma2array(props.materials),
"shaders": comma2array(props.shaders),
"uv": props.uv,
"dimensionX": round(props.dimensions[0], 4),
"dimensionY": round(props.dimensions[1], 4),
"dimensionZ": round(props.dimensions[2], 4),
"boundBoxMinX": round(props.bbox_min[0], 4),
"boundBoxMinY": round(props.bbox_min[1], 4),
"boundBoxMinZ": round(props.bbox_min[2], 4),
"boundBoxMaxX": round(props.bbox_max[0], 4),
"boundBoxMaxY": round(props.bbox_max[1], 4),
"boundBoxMaxZ": round(props.bbox_max[2], 4),
"animated": props.animated,
"rig": props.rig,
"simulation": props.simulation,
"purePbr": props.pbr,
"faceCount": props.face_count,
"faceCountRender": props.face_count_render,
"manifold": props.manifold,
"objectCount": props.object_count,
# "scene": props.is_scene,
}
if props.use_design_year:
upload_params["designYear"] = props.design_year
if props.condition != 'UNSPECIFIED':
upload_params["condition"] = props.condition.lower()
if props.pbr:
pt = props.pbr_type
pt = pt.lower()
upload_params["pbrType"] = pt
if props.texture_resolution_max > 0:
upload_params["textureResolutionMax"] = props.texture_resolution_max
upload_params["textureResolutionMin"] = props.texture_resolution_min
if props.mesh_poly_type != 'OTHER':
upload_params["meshPolyType"] = props.mesh_poly_type.lower() # .replace('_',' ')
optional_params = ['manufacturer', 'designer', 'design_collection', 'design_variant']
for p in optional_params:
if eval('props.%s' % p) != '':
upload_params[sub_to_camel(p)] = eval('props.%s' % p)
if asset_type == 'SCENE':
# Prepare to save the file
s = bpy.context.scene
props = s.blenderkit
export_data["scene"] = s.name
export_data["thumbnail_path"] = bpy.path.abspath(props.thumbnail)
eval_path_computing = "bpy.data.scenes['%s'].blenderkit.uploading" % s.name
eval_path_state = "bpy.data.scenes['%s'].blenderkit.upload_state" % s.name
eval_path = "bpy.data.scenes['%s']" % s.name
engines = [props.engine.lower()]
if props.engine1 != 'NONE':
engines.append(props.engine1.lower())
if props.engine2 != 'NONE':
engines.append(props.engine2.lower())
if props.engine3 != 'NONE':
engines.append(props.engine3.lower())
if props.engine == 'OTHER':
engines.append(props.engine_other.lower())
style = props.style.lower()
if style == 'OTHER':
style = props.style_other.lower()
pl_dict = {'FINISHED': 'finished', 'TEMPLATE': 'template'}
upload_data = {
"assetType": 'scene',
}
upload_params = {
"productionLevel": props.production_level.lower(),
"model_style": style,
"engines": engines,
"modifiers": comma2array(props.modifiers),
"materials": comma2array(props.materials),
"shaders": comma2array(props.shaders),
"uv": props.uv,
"animated": props.animated,
# "simulation": props.simulation,
"purePbr": props.pbr,
"faceCount": 1, # props.face_count,
"faceCountRender": 1, # props.face_count_render,
"objectCount": 1, # props.object_count,
# "scene": props.is_scene,
}
if props.use_design_year:
upload_params["designYear"] = props.design_year
if props.condition != 'UNSPECIFIED':
upload_params["condition"] = props.condition.lower()
if props.pbr:
pt = props.pbr_type
pt = pt.lower()
upload_params["pbrType"] = pt
if props.texture_resolution_max > 0:
upload_params["textureResolutionMax"] = props.texture_resolution_max
upload_params["textureResolutionMin"] = props.texture_resolution_min
if props.mesh_poly_type != 'OTHER':
upload_params["meshPolyType"] = props.mesh_poly_type.lower() # .replace('_',' ')
elif asset_type == 'MATERIAL':
mat = bpy.context.active_object.active_material
props = mat.blenderkit
# props.name = mat.name
export_data["material"] = str(mat.name)
export_data["thumbnail_path"] = bpy.path.abspath(props.thumbnail)
# mat analytics happen here, since they don't take up any time...
asset_inspector.check_material(props, mat)
eval_path_computing = "bpy.data.materials['%s'].blenderkit.uploading" % mat.name
eval_path_state = "bpy.data.materials['%s'].blenderkit.upload_state" % mat.name
eval_path = "bpy.data.materials['%s']" % mat.name
engine = props.engine
if engine == 'OTHER':
engine = props.engine_other
engine = engine.lower()
style = props.style.lower()
if style == 'OTHER':
style = props.style_other.lower()
upload_data = {
"assetType": 'material',
}
upload_params = {
"material_style": style,
"engine": engine,
"shaders": comma2array(props.shaders),
"uv": props.uv,
"animated": props.animated,
"purePbr": props.pbr,
"textureSizeMeters": props.texture_size_meters,
}
if props.pbr:
upload_params["pbrType"] = props.pbr_type.lower()
if props.texture_resolution_max > 0:
upload_params["textureResolutionMax"] = props.texture_resolution_max
upload_params["textureResolutionMin"] = props.texture_resolution_min
elif asset_type == 'BRUSH':
brush = utils.get_active_brush()
props = brush.blenderkit
# props.name = brush.name
export_data["brush"] = str(brush.name)
export_data["thumbnail_path"] = bpy.path.abspath(brush.icon_filepath)
eval_path_computing = "bpy.data.brushes['%s'].blenderkit.uploading" % brush.name
eval_path_state = "bpy.data.brushes['%s'].blenderkit.upload_state" % brush.name
eval_path = "bpy.data.brushes['%s']" % brush.name
# mat analytics happen here, since they don't take up any time...
brush_type = ''
if bpy.context.sculpt_object is not None:
brush_type = 'sculpt'
elif bpy.context.image_paint_object: # could be just else, but for future p
brush_type = 'texture_paint'
upload_params = {
"mode": brush_type,
}
upload_data = {
"assetType": 'brush',
}
elif asset_type == 'TEXTURE':
style = props.style
if style == 'OTHER':
style = props.style_other
upload_data = {
"assetType": 'texture',
}
upload_params = {
"style": style,
"animated": props.animated,
"purePbr": props.pbr,
"resolution": props.resolution,
}
if props.pbr:
pt = props.pbr_type
pt = pt.lower()
upload_data["pbrType"] = pt
add_version(upload_data)
upload_data["name"] = props.name
upload_data["description"] = props.description
upload_data["tags"] = comma2array(props.tags)
if props.category == '':
upload_data["category"] = asset_type.lower()
else:
upload_data["category"] = props.category
if props.subcategory != '':
upload_data["category"] = props.subcategory
upload_data["license"] = props.license
upload_data["isFree"] = props.is_free
upload_data["token"] = user_preferences.api_key
if props.asset_base_id != '':
upload_data['assetBaseId'] = props.asset_base_id
upload_data['id'] = props.id
upload_data['parameters'] = upload_params
return export_data, upload_data, eval_path_computing, eval_path_state, eval_path, props
