 | CDHReSurveyPolFit Method |
Use the polynomial fit resurveying method.
Namespace:
Geosoft.Desktop.GXNetX
Assembly:
geosoft.desktop.gxnetx (in geosoft.desktop.gxnetx.dll) Version: 2024.2.0.25
Syntaxpublic void ReSurveyPolFit(
string hole,
CVV vv_dip,
CVV vv_az,
CVV vv_depth,
double east,
double north,
double elev,
double top,
double bot,
double inc,
int dip_conv,
int order,
CVV vv_x,
CVV vv_y,
CVV vv_z,
CVV vv_d
)
public void ReSurveyPolFit(
string hole,
CVV vv_dip,
CVV vv_az,
CVV vv_depth,
double east,
double north,
double elev,
double top,
double bot,
double inc,
int dip_conv,
int order,
CVV vv_x,
CVV vv_y,
CVV vv_z,
CVV vv_d
)
Public Sub ReSurveyPolFit (
hole As String,
vv_dip As CVV,
vv_az As CVV,
vv_depth As CVV,
east As Double,
north As Double,
elev As Double,
top As Double,
bot As Double,
inc As Double,
dip_conv As Integer,
order As Integer,
vv_x As CVV,
vv_y As CVV,
vv_z As CVV,
vv_d As CVV
)
Public Sub ReSurveyPolFit (
hole As String,
vv_dip As CVV,
vv_az As CVV,
vv_depth As CVV,
east As Double,
north As Double,
elev As Double,
top As Double,
bot As Double,
inc As Double,
dip_conv As Integer,
order As Integer,
vv_x As CVV,
vv_y As CVV,
vv_z As CVV,
vv_d As CVV
)
public:
void ReSurveyPolFit(
String^ hole,
CVV^ vv_dip,
CVV^ vv_az,
CVV^ vv_depth,
double east,
double north,
double elev,
double top,
double bot,
double inc,
int dip_conv,
int order,
CVV^ vv_x,
CVV^ vv_y,
CVV^ vv_z,
CVV^ vv_d
)
public:
void ReSurveyPolFit(
String^ hole,
CVV^ vv_dip,
CVV^ vv_az,
CVV^ vv_depth,
double east,
double north,
double elev,
double top,
double bot,
double inc,
int dip_conv,
int order,
CVV^ vv_x,
CVV^ vv_y,
CVV^ vv_z,
CVV^ vv_d
)
member ReSurveyPolFit :
hole : string *
vv_dip : CVV *
vv_az : CVV *
vv_depth : CVV *
east : float *
north : float *
elev : float *
top : float *
bot : float *
inc : float *
dip_conv : int *
order : int *
vv_x : CVV *
vv_y : CVV *
vv_z : CVV *
vv_d : CVV -> unit
member ReSurveyPolFit :
hole : string *
vv_dip : CVV *
vv_az : CVV *
vv_depth : CVV *
east : float *
north : float *
elev : float *
top : float *
bot : float *
inc : float *
dip_conv : int *
order : int *
vv_x : CVV *
vv_y : CVV *
vv_z : CVV *
vv_d : CVV -> unit
Parameters
- hole
- Type: SystemString
Hole ID (used for error messages) - vv_dip
- Type: GeoEngine.Core.GXNetXCVV
Dip - vv_az
- Type: GeoEngine.Core.GXNetXCVV
Azimuth - vv_depth
- Type: GeoEngine.Core.GXNetXCVV
Depth - east
- Type: SystemDouble
Collar X (easting) (depth = 0) - north
- Type: SystemDouble
Collar Y (northing)(depth = 0) - elev
- Type: SystemDouble
Collar Z (elevation) (depth = 0) - top
- Type: SystemDouble
Minimum hole depth to start output values - bot
- Type: SystemDouble
Maximum hole depth for output values - inc
- Type: SystemDouble
Increment for output values - dip_conv
- Type: SystemInt32
<define>DIP_CONVENTION</define> - order
- Type: SystemInt32
Polynomial order - vv_x
- Type: GeoEngine.Core.GXNetXCVV
X (Easting) - Output - vv_y
- Type: GeoEngine.Core.GXNetXCVV
Y (Northin) - Output - vv_z
- Type: GeoEngine.Core.GXNetXCVV
Z (Elevation) - Output - vv_d
- Type: GeoEngine.Core.GXNetXCVV
Depths - Output
Remarks
Uses the polynomial fit method to calculate (X, Y, Z)
locations down the hole from azimuth, dip, depth values.
The collar is assumed to be at zero depth, and depth is the
measure distance down the hole (even if it's horizontal).
A negative dip convention means vertical down is -90 degrees.
The polynomial order must be in the range 1-20, with 5 being adequate
for most smoothly curving holes. The order is reduced to no more than
the number of input points.
See Also