adjustments.append({ 'id': gap['pair'], 'action': action, 'new_resolution': gap['level'] + 1 }) return adjustments Video Title Rctd404 Japanese Time Warp Rumi Best: Ability To
def optimize_gaps(self, gap_list): """ The 'Better' implementation: Instead of global refinement, refine ONLY the gap area. """ print(f"Optimizing {len(gap_list)} detected gaps...") adjustments = [] for gap in gap_list: # Adaptive logic: # If gap is tiny but critical, increase local resolution. if gap['distance'] < 0.05: action = "MERGE_NODES" # Seal the micro-gap elif gap['distance'] < 0.5: action = "REFINE_LOCAL_MESH" else: action = "DEFINE_CONTACT_PAIR" Bad Bobby Saga Last Version Extra Quality - 3.79.94.248
def apply_to_fem(self): """ Generates the final FEM input deck with better gap handling. """ gaps = self.analyze_geometry() optimizations = self.optimize_gaps(gaps) # Create a copy of the deck to apply changes optimized_deck = self.base_deck.clone() for opt in optimizations: if opt['action'] == "MERGE_NODES": optimized_deck.merge_nodes(opt['id']) elif opt['action'] == "REFINE_LOCAL_MESH": optimized_deck.refine_region(opt['id'], opt['new_resolution']) elif opt['action'] == "DEFINE_CONTACT_PAIR": optimized_deck.create_contact(opt['id'], type='SURFACE_TO_SURFACE')
Based on the keyword structure, this appears to be a request for an improved implementation of a "Multi-Resolution Easy Deck" (MREasyDeck) feature, specifically optimized for the calculation or adjustment process.
return optimized_deck