Change Details

A refactor of the margin calculation of UV packing, in anticipation of multiple packing methods soon becoming available. Three margin calculation options are now available: * "Simple", the default margin calculation from Blender 2.8 and earlier. [0] * AABB_LENGTH_SUM margin calculation, the default from Blender 3.3+ * "Fraction", a new (slow) method to precisely specify a fraction of the UV unit square for margin. [1] The "fraction" code path implements a novel combined search / secant root finding method which exploits domain knowledge to accelerate convergence while remaining robust against bad input. [0]: Resolves T85978 [1]: Resolves T90782

A refactor of the margin calculation of UV packing, in anticipation of multiple packing methods soon becoming available. Three margin scaling options are now available: * "Add", Simple method, just add the margin. This is the default margin scale from Blender 2.8 and earlier. [0] * "Scaled", Use scale of existing UVs to multiply margin, the default from Blender 3.3+ * "Fraction", a new (slow) method to precisely specify a fraction of the UV unit square for margin. [1] The "fraction" code path implements a novel combined search / secant root finding method which exploits domain knowledge to accelerate convergence while remaining robust against bad input. [0]: Resolves T85978 [1]: Resolves T90782

A refactor of the margin calculation of UV packing, in anticipation of multiple packing methods soon becoming available. Three margin calculationscaling options are now available: * "* "Add", Simple",e method, just add the margin. This is the default margin calculationscale from Blender 2.8 and earlier. [0] * AABB_LENGTH_SUM margin calculation* "Scaled", Use scale of existing UVs to multiply margin, the default from Blender 3.3+ * "Fraction", a new (slow) method to precisely specify a fraction of the UV unit square for margin. [1] The "fraction" code path implements a novel combined search / secant root finding method which exploits domain knowledge to accelerate convergence while remaining robust against bad input. [0]: Resolves T85978 [1]: Resolves T90782