def setMDProperties(self, mdPath):
args = []
mdName = os.path.basename(mdPath).upper()
args.append(mdPath)
args.append(self.getInternalPropValue(mdName, 'rows_maximum_imagesize'))
args.append(self.getInternalPropValue(mdName, 'columns_maximum_imagesize'))
args.append(self.getInternalPropValue(mdName, 'allowed_compressions'))
args.append(self.getInternalPropValue(mdName, 'default_compression_type'))
args.append(self.getInternalPropValue(mdName, 'JPEG_quality'))
args.append(self.getInternalPropValue(mdName, 'LERC_Tolerance'))
args.append(self.getInternalPropValue(mdName, 'resampling_type'))
args.append(self.getInternalPropValue(mdName, 'clip_to_footprints'))
args.append(self.getInternalPropValue(mdName, 'footprints_may_contain_nodata'))
args.append(self.getInternalPropValue(mdName, 'clip_to_boundary'))
args.append(self.getInternalPropValue(mdName, 'color_correction'))
args.append(self.getInternalPropValue(mdName, 'allowed_mensuration_capabilities'))
args.append(self.getInternalPropValue(mdName, 'default_mensuration_capabilities'))
args.append(self.getInternalPropValue(mdName, 'allowed_mosaic_methods'))
args.append(self.getInternalPropValue(mdName, 'default_mosaic_method'))
args.append(self.getInternalPropValue(mdName, 'order_field'))
args.append(self.getInternalPropValue(mdName, 'order_base'))
args.append(self.getInternalPropValue(mdName, 'sorting_order'))
args.append(self.getInternalPropValue(mdName, 'mosaic_operator'))
args.append(self.getInternalPropValue(mdName, 'blend_width'))
args.append(self.getInternalPropValue(mdName, 'view_point_x'))
args.append(self.getInternalPropValue(mdName, 'view_point_y'))
args.append(self.getInternalPropValue(mdName, 'max_num_per_mosaic'))
args.append(self.getInternalPropValue(mdName, 'cell_size_tolerance'))
args.append(self.getInternalPropValue(mdName, 'cell_size'))
args.append(self.getInternalPropValue(mdName, 'metadata_level'))
args.append(self.getInternalPropValue(mdName, 'transmission_fields'))
args.append(self.getInternalPropValue(mdName, 'use_time'))
args.append(self.getInternalPropValue(mdName, 'start_time_field'))
args.append(self.getInternalPropValue(mdName, 'end_time_field'))
args.append(self.getInternalPropValue(mdName, 'time_format'))
args.append(self.getInternalPropValue(mdName, 'geographic_transform'))
args.append(self.getInternalPropValue(mdName, 'max_num_of_download_items'))
args.append(self.getInternalPropValue(mdName, 'max_num_of_records_returned'))
args.append(self.getInternalPropValue(mdName, 'data_source_type'))
args.append(self.getInternalPropValue(mdName, 'minimum_pixel_contribution'))
args.append(self.getInternalPropValue(mdName, 'processing_templates'))
args.append(self.getInternalPropValue(mdName, 'default_processing_template'))
args.append(self.getInternalPropValue(mdName, 'time_interval'))
args.append(self.getInternalPropValue(mdName, 'time_interval_units'))
setProperties = Base.DynaInvoke('arcpy.SetMosaicDatasetProperties_management', args, self.__setpropertiesCallback, self._message)
if (setProperties.init() == False):
return False
return setProperties.invoke()
def AddRasters(self):
self.log("Adding rasters:", self.const_general_text)
ArcGISVersion = self.m_base.getDesktopVersion()
enabledARTEdit = True
if (len(ArcGISVersion) >= 2): # no editing of (ART) if ArcGIS version is >= 10.4
if (ArcGISVersion[0] >= 10 and
ArcGISVersion[1] >= 4):
enabledARTEdit = False
for sourceID in self.sMdNameList:
MDName = self.sMdNameList[sourceID]['md']
fullPath = os.path.join(self.m_base.m_geoPath, MDName)
if (arcpy.Exists(fullPath) == False):
self.log("Path doesn't exist: %s" % (fullPath), self.const_critical_text)
return False
self.m_base.m_last_AT_ObjectID = self.getLastObjectID(self.m_base.m_geoPath, MDName)
for hshAddRaster in self.sMdNameList[sourceID]['addraster']:
try:
self.log("\tUsing mosaic dataset/ID:" + MDName + '/' +
hshAddRaster['dataset_id'], self.const_general_text)
rasterType = 'Raster Dataset'
name_toupper = MDName.upper()
if ('art' in hshAddRaster.keys()):
rasterType = hshAddRaster['art']
self.log("\tUsing ART for " + name_toupper + ': ' + rasterType, self.const_general_text)
if (self.m_base.m_art_apply_changes == True and
enabledARTEdit):
art_doc = minidom.parse(rasterType)
if (self.m_base.updateART(art_doc, self.m_base.m_art_ws, self.m_base.m_art_ds) == True):
self.log("\tUpdating ART (Workspace, RasterDataset) values with (%s, %s) respectively." % (self.m_base.m_art_ws, self.m_base.m_art_ds), self.const_general_text)
c = open(rasterType, "w")
c.write(art_doc.toxml())
c.close()
set_filter = ''
if ('filter' in hshAddRaster.keys()):
set_filter = hshAddRaster['filter']
if (set_filter == '*'):
set_filter = ''
# HK: to hard-code set_filter to exclude RGB: '*_V*.tif'
set_spatial_reference = ''
if ('spatial_reference' in hshAddRaster.keys()):
set_spatial_reference = hshAddRaster['spatial_reference']
objID = self.getLastObjectID(self.m_base.m_geoPath, MDName)
self.sMdNameList[sourceID]['pre_AddRasters_record_count'] = objID
self.sMdNameList[sourceID]['Dataset_ID'] = hshAddRaster['dataset_id']
self.log('Adding items..')
args = []
args.append(fullPath)
args.append(rasterType)
args.append(self.GetValue(hshAddRaster, 'data_path'))
args.append(self.GetValue(hshAddRaster, 'update_cellsize_ranges'))
args.append(self.GetValue(hshAddRaster, 'update_boundary'))
args.append(self.GetValue(hshAddRaster, 'update_overviews'))
args.append(self.GetValue(hshAddRaster, 'maximum_pyramid_levels'))
args.append(self.GetValue(hshAddRaster, 'maximum_cell_size'))
args.append(self.GetValue(hshAddRaster, 'minimum_dimension'))
args.append(self.GetValue(hshAddRaster, 'spatial_reference'))
args.append(set_filter)
args.append(self.GetValue(hshAddRaster, 'sub_folder'))
args.append(self.GetValue(hshAddRaster, 'duplicate_items_action'))
args.append(self.GetValue(hshAddRaster, 'build_pyramids'))
args.append(self.GetValue(hshAddRaster, 'calculate_statistics'))
args.append(self.GetValue(hshAddRaster, 'build_thumbnails'))
args.append(self.GetValue(hshAddRaster, 'operation_description'))
args.append(self.GetValue(hshAddRaster, 'force_spatial_reference'))
args.append(self.GetValue(hshAddRaster, 'estimate_statistics'))
args.append(self.GetValue(hshAddRaster, 'aux_inputs'))
args.append(self.GetValue(hshAddRaster, 'enable_pixel_cache'))
args.append(self.GetValue(hshAddRaster, 'cache_location'))
if (self.m_base.m_art_apply_changes and
not enabledARTEdit):
args[len(args) - 1] += ';DEM {}'.format(os.path.join(self.m_base.m_art_ws, self.m_base.m_art_ds))
AddRaster = Base.DynaInvoke('arcpy.AddRastersToMosaicDataset_management', args, None, self.m_base.m_log.Message)
if (AddRaster.init() == False):
return False
AddRaster.invoke()
newObjID = self.getLastObjectID(self.m_base.m_geoPath, MDName)
if (newObjID <= objID):
self.log('No new mosaic dataset item was added for Dataset ID (%s)' % (hshAddRaster['dataset_id']))
continue
for callback_fn in self.callback_functions:
if (callback_fn(self.m_base.m_geoPath, sourceID, self.sMdNameList[sourceID]) == False):
return False
except Exception as e:
self.log(str(e), self.const_warning_text)
self.log(arcpy.GetMessages(), self.const_warning_text)
Warning = True
newObjID = self.getLastObjectID(self.m_base.m_geoPath, MDName)
if (newObjID <= self.m_base.m_last_AT_ObjectID):
self.log('No new mosaic dataset items added to dataset (%s). Verify the input data path/raster type is correct' % (MDName), self.const_critical_text)
self.log(arcpy.GetMessages(), self.const_critical_text)
return False
return True
