FIX Assembly input for meshcloud Distance Calculation

src/gh/components/DF_cloud_mesh_distance/code.py

@@ -13,38 +13,35 @@
 import diffCheck
 from diffCheck import df_cvt_bindings
 from diffCheck import df_error_estimation
-from diffCheck.df_geometries import DFBeam
+from diffCheck.df_geometries import DFAssembly
 
 
 class CloudMeshDistance(component):
     def RunScript(self,
         i_cloud_source: typing.List[rg.PointCloud],
-        i_beams: typing.List[DFBeam],
+        i_assembly: DFAssembly,
         i_signed_flag: bool,
         i_swap: bool,
         i_analysis_resolution):
 
-        """
-            The cloud-to-mesh component computes the distance between a point cloud and a mesh
-
-            :param i_cloud_source: a list of point clouds
-            :param i_beams: a list of DF beams
-            :param i_signed_flag: calculate the sign of the distances
-            :param i_swap: swap source and target
-
-            :return o_distances : list of calculated distances for each point
-            :return o_rmse: the root mean square error between corresponding points of source and target
-            :return o_max_deviation: the max deviation between source and target
-            :return o_min_deviation: the min deviation between source and target
-            :returns o_results: the results of the comparison all in one object
-        """
         if i_analysis_resolution is None:
             scalef = diffCheck.df_util.get_doc_2_meters_unitf()
             i_analysis_resolution = 0.1 / scalef
 
+        # Based on cloud source input + beam size, decide whether to calculate joints or entire assembly and output respective message
+        if len(i_assembly.beams) == len(i_cloud_source):
+            ghenv.Component.Message = f"Per Beam"
+            rh_mesh_target_list = [beam.to_mesh(i_analysis_resolution) for beam in i_assembly.beams]
+        elif len(i_assembly.all_joints) == len(i_cloud_source):
+            ghenv.Component.Message= f"Per Joint"
+            rh_mesh_target_list = [joint.to_mesh(i_analysis_resolution) for joint in i_assembly._all_joints]
+        else:
+            ghenv.Component.AddRuntimeMessage(RML.Warning, "The input number of objects to compare matches neither the number of beams nor the number of joints")
+            return None, None, None, None, None, None
+
         # conversion
         df_cloud_source_list = [df_cvt_bindings.cvt_rhcloud_2_dfcloud(i_cl_s) for i_cl_s in i_cloud_source]
-        rh_mesh_target_list = [beam.to_mesh(i_analysis_resolution) for beam in i_beams]
+
 
         # calculate distances
         o_result = df_error_estimation.df_cloud_2_rh_mesh_comparison(df_cloud_source_list, rh_mesh_target_list, i_signed_flag, i_swap)

src/gh/components/DF_cloud_mesh_distance/metadata.json

@@ -5,7 +5,7 @@
     "subcategory": "Analysis",
     "description": "Computes the distance between a point cloud and a mesh",
     "exposure": 4,
-    "instanceGuid": "534a24ba-7e32-482f-a3d7-293647185122",
+    "instanceGuid": "eda01e34-b89b-4e3c-a9b6-0178a05ae81b",
     "ghpython": {
         "hideOutput": true,
         "hideInput": true,
@@ -26,13 +26,13 @@
                 "typeHintID": "pointcloud"
             },
             {
-                "name": "i_beams",
-                "nickname": "i_beams",
-                "description": "The target DFbeams",
+                "name": "i_assembly",
+                "nickname": "i_assembly",
+                "description": "The target DFAssembly",
                 "optional": false,
                 "allowTreeAccess": true,
                 "showTypeHints": true,
-                "scriptParamAccess": "list",
+                "scriptParamAccess": "item",
                 "wireDisplay": "default",
                 "sourceCount": 0,
                 "typeHintID": "ghdoc"