Change Details

This is a patch to show how we can do a cheap dashed line for function noodles in geometry nodes. Using distane between the `P3` and `P0` instead of the real bezier curve length seems to be fine. Todos: If we expose the dash_factor as uniform and have the noodle to use it depending on whether it is function or data flow I would say this patch can go to master, and be tweaked later. Known limitations: It would be nice to get the "uv.x" to be resampled for the bezier curve so it is equally distributed in the curve. Note: To try the patch is recommended to change the theme color for the Node Editor > Wires. (set it to black)

Use dashes to represent the function flow (while keeping continuous lines for the data-flow). Known limitations: * It would be nice to get the "uv.x" to be resampled for the bezier curve so the dashes are equally distributed in the curve. * Using distance between the P3 and P0 instead of the real bezier curve length seems to be fine.

This is a patch to show how we can do a cheap dashed lineUse dashes to represent the function flow (while keeping continuous for function noodles in geometry nodes. Using distane betweenlines for the `P3` and `P0` instead of the real bezier curvedata-flow). length seems to be fine. Todos: If we expose the dash_factor as uniform and have the noodle to use it Known limitations: depending on whether it is function or data flow I would say this patch * It would be nice to get the "uv.x" to be resampled for the bezier curve can go to master, and be tweaked later. Known limitations: It would be nice to get the "uv.x" to be resampled for the bezier curveso the dashes are equally distributed in the curve. so it is equally * Using distributed iance between the curve. Note: To try the patch is recommended to change the theme color for theP3 and P0 instead of the real bezier curve length seems to be fine. Node Editor > Wires. (set it to black)