SMC_CAMTable_LREAL_128_1 (STRUCT)¶

TYPE SMC_CAMTable_LREAL_128_1 : STRUCT

This STRUCT represents an equidistant curve table. The table can handle 128 elements of type LREAL.

The values provided for the equidistant curve table have two different units: Technical and table units. This can be used for scaling and offset purposes. For equidistant curve tables, only the slave values are scaled and an offset is applied:

fSlaveScale = (fEditorSlaveMax - fEditorSlaveMin) / (fTableSlaveMax - fTableSlaveMin)
fSlaveOffset = fEditorSlaveMin - (fTableSlaveMin * fSlaveScale)

The slave value in technical units is then calculated as follows:

fSlaveValue = fSlaveValueTableUnit * fSlaveScale + fSlaveOffset

Example

fTableSlaveMin = 0

fTableSlaveMax = 1

fEditorSlaveMin = 180

fEditorSlaveMax = 270

A slave value of 0.5 in table units will result in a slave value of 225 in technical units.

Note

Equidistant curve tables do not perform a scaling for the master values. The values fTableMasterMin, fTableMasterMax, fEditorMasterMin and fEditorMasterMax are not used.

Note

Equidistant curve tables created with the cam editor will always have equal values for the table and editor values (i.e. no scaling is done).

InOut:

Name	Type	Comment
`Table`	ARRAY [0..127] OF LREAL	Array of slave positions in table units. The array must start with the slave position related to the master start position and end with the slave position related to the master end position (see `xStart` and `xEnd` of MC_CAM_REF).
`fEditorMasterMin`	`REAL`	The minimum master value in technical units.
`fEditorMasterMax`	`REAL`	The maximum master value in technical units.
`fEditorSlaveMin`	`REAL`	The minimum slave value in technical units.
`fEditorSlaveMax`	`REAL`	The maximum slave value in technical units.
`fTableMasterMin`	`REAL`	The minimum master value in table units.
`fTableMasterMax`	`REAL`	The maximum master value in table units.
`fTableSlaveMin`	`REAL`	The minimum slave value in table units.
`fTableSlaveMax`	`REAL`	The maximum slave value in table units.