@@ -1269,15 +1269,7 @@ def copy_to_output(self, library_path: Path) -> Path:
12691269
12701270 # Validate that the copied library can be loaded by ctypes (FAIL-FAST validation)
12711271 self ._validate_library_loadable (output_path )
1272-
1273- # NOTE: Asset copying for visualizer plugin disabled - Stage 1 asset management
1274- # uses environment variables to reference assets directly from helios-core source
1275- # self._copy_visualizer_assets()
1276-
1277- # NOTE: Asset copying for weberpenntree plugin disabled - Stage 1 asset management
1278- # uses environment variables to reference assets directly from helios-core source
1279- # self._copy_weberpenntree_assets()
1280-
1272+
12811273 # Also copy any additional required files
12821274 if self .platform_name == 'Windows' :
12831275 # Look for PDB files for debugging
@@ -1287,95 +1279,7 @@ def copy_to_output(self, library_path: Path) -> Path:
12871279 print (f"Copied debug symbols: { pdb_path } )
12881280
12891281 return output_path
1290-
1291- def _copy_visualizer_assets (self ) -> None :
1292- """
1293- Copy all visualizer assets (shaders, textures, fonts) to the expected location.
1294-
1295- The C++ Visualizer code expects assets at "plugins/visualizer/" relative to the
1296- working directory. This method copies all assets from the build directory to
1297- the PyHelios directory structure where they can be found at runtime.
1298-
1299- Assets copied:
1300- - Shader files (.vert, .frag)
1301- - Texture files
1302- - Font files
1303- """
1304- # Base paths
1305- build_visualizer_dir = self .build_dir / 'plugins' / 'visualizer'
1306- target_base_dir = self .output_dir .parent / 'plugins' / 'visualizer'
1307-
1308- if not build_visualizer_dir .exists ():
1309- print (f"[INFO] Visualizer assets directory not found: { build_visualizer_dir } )
1310- return
1311-
1312- total_files_copied = 0
1313-
1314- # Copy shader files
1315- build_shader_dir = build_visualizer_dir / 'shaders'
1316- if build_shader_dir .exists ():
1317- target_shader_dir = target_base_dir / 'shaders'
1318- target_shader_dir .mkdir (parents = True , exist_ok = True )
1319-
1320- shader_count = 0
1321- for shader_file in build_shader_dir .glob ('*' ):
1322- if shader_file .is_file ():
1323- dest_file = target_shader_dir / shader_file .name
1324- shutil .copy2 (shader_file , dest_file )
1325- shader_count += 1
1326- print (f"Copied shader: { shader_file .name } )
1327-
1328- total_files_copied += shader_count
1329- if shader_count > 0 :
1330- print (f"[OK] Copied { shader_count } )
1331-
1332- # Copy texture files
1333- build_texture_dir = build_visualizer_dir / 'textures'
1334- if build_texture_dir .exists ():
1335- target_texture_dir = target_base_dir / 'textures'
1336- target_texture_dir .mkdir (parents = True , exist_ok = True )
1337-
1338- texture_count = 0
1339- for texture_file in build_texture_dir .rglob ('*' ):
1340- if texture_file .is_file ():
1341- # Preserve directory structure for textures
1342- rel_path = texture_file .relative_to (build_texture_dir )
1343- dest_file = target_texture_dir / rel_path
1344- dest_file .parent .mkdir (parents = True , exist_ok = True )
1345- shutil .copy2 (texture_file , dest_file )
1346- texture_count += 1
1347- print (f"Copied texture: { rel_path } )
1348-
1349- total_files_copied += texture_count
1350- if texture_count > 0 :
1351- print (f"[OK] Copied { texture_count } )
1352-
1353- # Copy font files
1354- build_font_dir = build_visualizer_dir / 'fonts'
1355- if build_font_dir .exists ():
1356- target_font_dir = target_base_dir / 'fonts'
1357- target_font_dir .mkdir (parents = True , exist_ok = True )
1358-
1359- font_count = 0
1360- for font_file in build_font_dir .rglob ('*' ):
1361- if font_file .is_file ():
1362- # Preserve directory structure for fonts
1363- rel_path = font_file .relative_to (build_font_dir )
1364- dest_file = target_font_dir / rel_path
1365- dest_file .parent .mkdir (parents = True , exist_ok = True )
1366- shutil .copy2 (font_file , dest_file )
1367- font_count += 1
1368- print (f"Copied font: { rel_path } )
1369-
1370- total_files_copied += font_count
1371- if font_count > 0 :
1372- print (f"[OK] Copied { font_count } )
1373-
1374- if total_files_copied > 0 :
1375- print (f"[OK] Successfully copied { total_files_copied } { target_base_dir } )
1376- else :
1377- print (f"[WARN] No visualizer assets found to copy" )
1378-
1282+
13791283 def _clean_duplicate_symbols (self , main_lib_path : Path , build_lib_dir : Path ) -> Dict [str , Any ]:
13801284 """
13811285 Clean duplicate symbols from static libraries by removing test objects.
@@ -1710,20 +1614,21 @@ def _patch_zlib_cmake_for_windows(self) -> None:
17101614def get_default_plugins () -> List [str ]:
17111615 """
17121616 Get the default set of plugins (only the currently integrated plugins).
1713-
1617+
17141618 Currently integrated plugins in PyHelios:
17151619 - visualizer: OpenGL-based 3D visualization
17161620 - weberpenntree: Procedural tree generation
17171621 - radiation: OptiX-accelerated ray tracing (GPU optional)
17181622 - energybalance: GPU-accelerated thermal modeling and energy balance
17191623 - solarposition: Solar position calculations and sun angle modeling
17201624 - photosynthesis: Photosynthesis modeling and carbon assimilation
1721-
1625+ - plantarchitecture: Advanced plant structure and architecture modeling with procedural plant library
1626+
17221627 Returns:
17231628 List of default plugins
17241629 """
17251630 # Return the plugins that are actually integrated into PyHelios
1726- integrated_plugins = ["visualizer" , "weberpenntree" , "radiation" , "energybalance" , "solarposition" , "stomatalconductance" , "photosynthesis" ]
1631+ integrated_plugins = ["visualizer" , "weberpenntree" , "radiation" , "energybalance" , "solarposition" , "stomatalconductance" , "photosynthesis" , "plantarchitecture" ]
17271632
17281633 # Filter by platform compatibility
17291634 default_plugins = []
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