 | CSTK.GetTransParms Method |
Get transformation parameters in STK object
Namespace:
Geosoft.Desktop.GXNetX
Assembly:
geosoft.desktop.gxnetx (in geosoft.desktop.gxnetx.dll) Version: 2024.2.0.25
Syntaxpublic void GetTransParms(
ref int x_trans_t,
ref double x_log_min,
CVV xvv_lev,
CVV xvv_cmp,
ref int y_trans_t,
ref double y_log_min,
CVV yvv_lev,
CVV yvv_cmp
)
public void GetTransParms(
ref int x_trans_t,
ref double x_log_min,
CVV xvv_lev,
CVV xvv_cmp,
ref int y_trans_t,
ref double y_log_min,
CVV yvv_lev,
CVV yvv_cmp
)
Public Sub GetTransParms (
ByRef x_trans_t As Integer,
ByRef x_log_min As Double,
xvv_lev As CVV,
xvv_cmp As CVV,
ByRef y_trans_t As Integer,
ByRef y_log_min As Double,
yvv_lev As CVV,
yvv_cmp As CVV
)
Public Sub GetTransParms (
ByRef x_trans_t As Integer,
ByRef x_log_min As Double,
xvv_lev As CVV,
xvv_cmp As CVV,
ByRef y_trans_t As Integer,
ByRef y_log_min As Double,
yvv_lev As CVV,
yvv_cmp As CVV
)
public:
void GetTransParms(
int% x_trans_t,
double% x_log_min,
CVV^ xvv_lev,
CVV^ xvv_cmp,
int% y_trans_t,
double% y_log_min,
CVV^ yvv_lev,
CVV^ yvv_cmp
)
public:
void GetTransParms(
int% x_trans_t,
double% x_log_min,
CVV^ xvv_lev,
CVV^ xvv_cmp,
int% y_trans_t,
double% y_log_min,
CVV^ yvv_lev,
CVV^ yvv_cmp
)
member GetTransParms :
x_trans_t : int byref *
x_log_min : float byref *
xvv_lev : CVV *
xvv_cmp : CVV *
y_trans_t : int byref *
y_log_min : float byref *
yvv_lev : CVV *
yvv_cmp : CVV -> unit
member GetTransParms :
x_trans_t : int byref *
x_log_min : float byref *
xvv_lev : CVV *
xvv_cmp : CVV *
y_trans_t : int byref *
y_log_min : float byref *
yvv_lev : CVV *
yvv_cmp : CVV -> unit
Parameters
- x_trans_t
- Type: System.Int32
Type of transformation for horizontal axis - x_log_min
- Type: System.Double
Minimum value to apply logarithmic - xvv_lev
- Type: GeoEngine.Core.GXNetX.CVV
Comma separated parameters defining linear compress data range - xvv_cmp
- Type: GeoEngine.Core.GXNetX.CVV
Comma separated parameters defining scaling factors for - y_trans_t
- Type: System.Int32
Type of scaling for vertical axis - y_log_min
- Type: System.Double
Minimum value to apply logarithmic - yvv_lev
- Type: GeoEngine.Core.GXNetX.CVV
Comma separated parameters defining linear compress data range - yvv_cmp
- Type: GeoEngine.Core.GXNetX.CVV
Comma separated parameters defining scaling factors for
Remarks
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
See Also