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Description
Some tweak of the linear variation ...

There are two variables: lT_powX, lT_powY. The default settings (lT_powX = lT_powY = 1.0) give the original linear. Both values represent exponents on the linear procedure. In my opinion only positive values (especially between zero and two) make sense, but I've decided to give no restrictions.

To achieve a pattern like shown in the example you've got to have some advanced skills with xaos. If not you can study the example flame.

There is a second plugin in the zip file: linearT3D. It works entirely analog to the 2D version.

To load the example flame you'll need another plugin: nBlur!

Have fun!

Description
Some tweak of the linear variation ...

There are two variables: lT_powX, lT_powY. The default settings (lT_powX = lT_powY = 1.0) give the original linear. Both values represent exponents on the linear procedure. In my opinion only positive values (especially between zero and two) make sense, but I've decided to give no restrictions.

To achieve a pattern like shown in the example you've got to have some advanced skills with xaos. If not you can study the example flame.

There is a second plugin in the zip file: linearT3D. It works entirely analog to the 2D version.

To load the example flame you'll need another plugin: nBlur!

Have fun!