CMULTIGRID3DUTILKrigFromGDB Method

public static void KrigFromGDB(
	CGXNETCore gxNetShared,
	string name,
	double cell_size,
	int type,
	CDB db,
	int x_channel,
	int y_channel,
	int z_channel,
	int data_channel,
	CIPJ ipj,
	CREG reg
)

public static void KrigFromGDB(
	CGXNETCore gxNetShared,
	string name,
	double cell_size,
	int type,
	CDB db,
	int x_channel,
	int y_channel,
	int z_channel,
	int data_channel,
	CIPJ ipj,
	CREG reg
)

Public Shared Sub KrigFromGDB ( 
	gxNetShared As CGXNETCore,
	name As String,
	cell_size As Double,
	type As Integer,
	db As CDB,
	x_channel As Integer,
	y_channel As Integer,
	z_channel As Integer,
	data_channel As Integer,
	ipj As CIPJ,
	reg As CREG
)

Public Shared Sub KrigFromGDB ( 
	gxNetShared As CGXNETCore,
	name As String,
	cell_size As Double,
	type As Integer,
	db As CDB,
	x_channel As Integer,
	y_channel As Integer,
	z_channel As Integer,
	data_channel As Integer,
	ipj As CIPJ,
	reg As CREG
)

public:
static void KrigFromGDB(
	CGXNETCore^ gxNetShared, 
	String^ name, 
	double cell_size, 
	int type, 
	CDB^ db, 
	int x_channel, 
	int y_channel, 
	int z_channel, 
	int data_channel, 
	CIPJ^ ipj, 
	CREG^ reg
)

public:
static void KrigFromGDB(
	CGXNETCore^ gxNetShared, 
	String^ name, 
	double cell_size, 
	int type, 
	CDB^ db, 
	int x_channel, 
	int y_channel, 
	int z_channel, 
	int data_channel, 
	CIPJ^ ipj, 
	CREG^ reg
)

static member KrigFromGDB : 
        gxNetShared : CGXNETCore * 
        name : string * 
        cell_size : float * 
        type : int * 
        db : CDB * 
        x_channel : int * 
        y_channel : int * 
        z_channel : int * 
        data_channel : int * 
        ipj : CIPJ * 
        reg : CREG -> unit 


static member KrigFromGDB : 
        gxNetShared : CGXNETCore * 
        name : string * 
        cell_size : float * 
        type : int * 
        db : CDB * 
        x_channel : int * 
        y_channel : int * 
        z_channel : int * 
        data_channel : int * 
        ipj : CIPJ * 
        reg : CREG -> unit 

Optional Parameters. If these values are not set in the REG, then default parameters will be used. ERROR_VOXEL: Output error grid3d filename ("" for none) CELLSIZEZ: Z Cell size string (space delimited, "" for default) RADIUS_MIN: Minimum Search Radius (REAL) (Default = 4) (Blanking Distance) RADIUS_MAX: Maximum Search Radius (REAL) (Default = 16) SEARCH_MIN: Minimum Search Points (INT) (Default = 16) SEARCH_MAX: Maximum Search Points (INT) (Default = 32) VARIOGRAM_ONLY: Set to 1 to calculate the variogram only (INT) (Default = 0) MODEL: Variogram Model number 1-power, 2-sperical, 3-gaussian, 4-exponential (INT) (Default = 2) POWER: Power (Default = DUMMY) SLOPE: Slope (REAL) (if input is DUMMY, value calculated and set on return) RANGE: Range (REAL) (if input is DUMMY, value calculated and set on return) SILL : Sill (REAL) (if input is DUMMY, value calculated and set on return) STRIKE: Strike (REAL) (Default = 0) DIP: Dip (REAL) (Default = 90) PLUNGE: Plunge (REAL) (Default = 0) STRIKE WEIGHT: Along-Strike Weight (REAL) (Default = 1) DIP_WEIGHT: Down-Dip Weight (REAL) (Default = 1) LOG_OPT: One of <define>VOX_GRID_LOGOPT</define> (Default = 0) MIN_LOG: Log Minimum (REAL) (Default = 1) MIN_X: Minimum X (REAL) (default = DUMMY to determine from the data. If input, nearest lt. or eq. multiple of cell size chosen) MAX_X: Maximum X (REAL) (default = DUMMY to determine from the data. If input, nearest gt. or eq. multiple of cell size chosen) MIN_Y: Minimum Y (REAL) (default = DUMMY to determine from the data. If input, nearest lt. or eq. external multiple of cell size chosen) MAX_Y: Maximum Y (REAL) (default = DUMMY to determine from the data. If input, nearest gt. or eq. multiple of cell size chosen) MIN_Z: Minimum Z (REAL) (default = DUMMY to determine from the data. If input, nearest lt. or eq. multiple of cell size chosen) MAX_Z: Maximum Z (REAL) (default = DUMMY to determine from the data. If input, nearest gt. or eq. multiple of cell size chosen)A more compact and extensible form of LogGridPointsZEx_VOX. Only the most basic parameters are entered directly. Optional parameters are passed via a REG object.