User Guide: Edit

Edge Extend 0/1/10: Select the look-ahead range for cut'n'weld operations. Click on the Edge Extend button itself to unselect all red or yellow highlighted edges.

Auto Fit/Off: When Auto Fit is on, all current UVs are re-normalized (scaled to fit in the 0 to 1 range) every time a UV shell is moved or modified. When Off, they aren't, so you can move shells beyond this range and out onto other tiles. Use the + and _ keys to scale the UV unit box up and down.

O/C/N: When O is selected the original (pre-v1.9) flattening algorithm is used for all flattening calculations. When C is selected, the current most reliable method is used. When N is selected, a newer method is used that handles long thin polys better, but its very new, so the older methods are still available if the new method fails for some reason.

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 {{:User Guide: Menu}} [[Image:UserGuide-Edit.png|right|]] Underneath the '''Display''' panel are a few miscellaneous options you can select between when editing meshes.
-; Edge Extend 0/1/10 : Select the look-ahead range for cut'n'weld operations. Click on the  Edge Extend button itself to unselect all red or yellow highlighted edges.
+; Edge Extend 0/1/10 : Select the look-ahead range for cut'n'weld operations. Click on the  '''Edge Extend''' button itself to unselect all red or yellow highlighted edges.
-; Auto Fit/Off : When Auto Fit is on, all current UVs are re-normalized (scaled to fit in the 0 to 1 range) every time a UV shell is moved or modified. When Off, they aren't, so you can move shells beyond this range and out onto other tiles. Use the + and _ keys to scale the UV unit box up and down.
+; Auto Fit/Off : When '''Auto Fit''' is on, all current UVs are re-normalized (scaled to fit in the 0 to 1 range) every time a UV shell is moved or modified. When '''Off''', they aren't, so you can move shells beyond this range and out onto other tiles. Use the + and _ keys to scale the UV unit box up and down.
-; O/C/N : When O is selected the original (pre-v1.9) flattening algorithm is used for all flattening calculations. When C is selected, the current most reliable method is used. When N is selected, a newer method is used that handles long thin polys better, but its very new, so the older methods are still available if the new method fails for some reason.
+; O/C/N : When '''O''' is selected the original (pre-v1.9) flattening algorithm is used for all flattening calculations. When '''C''' is selected, the current most reliable method is used. When '''N''' is selected, a newer method is used that handles long thin polys better, but its very new, so the older methods are still available if the new method fails for some reason.