CSTK.SetTransParms Method

CSTKSetTransParms Method

Set transformation parameters in STK object

Available since Oasis montaj version: 5.0
License: Available to anyone with an Oasis Montaj license.

Namespace: Geosoft.Desktop.GXNetX
Assembly: geosoft.desktop.gxnetx (in geosoft.desktop.gxnetx.dll)

Notes

See above full description of each parameters VV's for X channel transformation can be NULL if the transformation is log or loglinear. The same for Y channel. See MSTK for detailed description of all function parameters

Syntax

C++

Copy

public void SetTransParms(
	int x_trans_t,
	double x_log_min,
	int xvv_lev,
	int xvv_cmp,
	int y_trans_t,
	double y_log_min,
	int yvv_lev,
	int yvv_cmp
)

Public Sub SetTransParms ( 
	x_trans_t As Integer,
	x_log_min As Double,
	xvv_lev As Integer,
	xvv_cmp As Integer,
	y_trans_t As Integer,
	y_log_min As Double,
	yvv_lev As Integer,
	yvv_cmp As Integer
)

public:
void SetTransParms(
	int x_trans_t, 
	double x_log_min, 
	int xvv_lev, 
	int xvv_cmp, 
	int y_trans_t, 
	double y_log_min, 
	int yvv_lev, 
	int yvv_cmp
)

member SetTransParms : 
        x_trans_t : int * 
        x_log_min : float * 
        xvv_lev : int * 
        xvv_cmp : int * 
        y_trans_t : int * 
        y_log_min : float * 
        yvv_lev : int * 
        yvv_cmp : int -> unit

Parameters

x_trans_t: Type: SystemInt32
Type of transformation for horizontal axis
x_log_min: Type: SystemDouble
Minimum value to apply logarithmic
xvv_lev: Type: SystemInt32
Future use
xvv_cmp: Type: SystemInt32
Future use
y_trans_t: Type: SystemInt32
Type of scaling for vertical axis
y_log_min: Type: SystemDouble
Minimum value to apply logarithmic
yvv_lev: Type: SystemInt32
Future use
yvv_cmp: Type: SystemInt32
Future use

Reference

CSTK Class

Geosoft.Desktop.GXNetX Namespace