Difference between revisions of "Array Indices and XY Functions"
Line 26: | Line 26: | ||
[[Array.atnode()]] | [[Array.atnode()]] | ||
+ | |||
+ | Similar to .indices, but just to get the node value. | ||
[[Array.atindex()]] | [[Array.atindex()]] | ||
+ | |||
+ | Gets nodes from the indices mentioned. | ||
[[Array.nodeindex()]] | [[Array.nodeindex()]] | ||
+ | |||
+ | Similar to atindex, but just to get the node indices. | ||
[[Array.indicesCore()]] | [[Array.indicesCore()]] | ||
+ | |||
+ | For internal use only. |
Revision as of 21:59, 1 February 2020
These functions operate on array locations and values to create contours and other interesting operations.
Parameters: Function,SubtractByArray,ScaleByArray,DoNotShowIndices,RowArray
Function is applied to array indices at each array location scaled by Scale Array, with SubtractByArray subtracted. Indices can be avoided in output with DoNotShowIndices parameter. RowArray can filter the output.
Parameters: (Function, OffsetArray, ScaleArray,GiveIndicesAlso,DoCentering) Similar to .indices but gives the indices only if GiveIndicesAlso is asked for.
Similar to .xy but with DoCentering as default.
Similar to .indices but uses the value at the cell location.
Similar to .indices, but just to get the node value.
Gets nodes from the indices mentioned.
Similar to atindex, but just to get the node indices.
For internal use only.