VC12FndYPnt
V = Variables
C = Calculation functions
* = Replaces the function VC11FndYPnt
The VC12FndYPnt function calculates the y-coordinate of a point to a line According to 2 points of the same line(X1-Y1 and X2-Y2) and the x-coordinate of point (XP).
IMPLEMENTATION
VC12FndYPnt (pointX1, pointY1, pointX2, pointY2, pointXP, pointYP)
Parameters:
| IN/OUT | VARIABLE TYPE | EXAMPLE NAME | DIM | |
|---|---|---|---|---|
| IN | SYSTEM or GLOBAL | pointX1 | L/S | Point X1 of the straight line (Abscissa X1) |
| IN | SYSTEM or GLOBAL | pointY1 | L/S | Point Y1 of the straight line (Ordinate Y1) |
| IN | SYSTEM or GLOBAL | pointX2 | L/S | Point X2 of the straight line (Abscissa X2) |
| IN | SYSTEM or GLOBAL | pointY2 | L/S | Point Y2 of the straight line (Ordinate Y2) |
| IN | SYSTEM or GLOBAL | pointXP | L/S | Point X of the straight line for which you want to calculate the abscissa (Y) |
| OUT | SYSTEM or GLOBAL | pointYP | L/S | Point Y of the straight line calculated by the function (Unknown ordinate) |
N.B.: pointX1, pointY1, pointY1, pointY2 between them must be the same size (DIM). All parameters must be the same type (SYSTEM or GLOBAL)
Example
Execute the calculation when the “gfCalc” flag is set to 1.
IF gfCalc gfCalc = 0 pointX1 = 100 ;Sets the point values of the straight line pointY1 = 600 pointX2 = 200 pointY2 = 1200 pointXP = 150 VC12FndYPnt (pointX1, pointY1, pointX2, pointY2, pointXP, pointYP) gsAscissaCal = pointYP ENDIF
DIFFERENCES FROM THE OLD RELEASE
-
(from 10 to 11) Added the possibility to declare “pointXP” and “pointYP” parameters with Long dimesion (L)
-
(from 11 to 12) Introduced the possibility to use GLOBAL type parameters.