public static void SplitLineXY3(
	CDB db,
	int line,
	int x_ch,
	int y_ch,
	int dirctn,
	double tolrnc,
	double down_tol,
	int method,
	ref int first_line,
	int line_inc,
	int retain_line_type,
	int reset_fi_ds
)

public static void SplitLineXY3(
	CDB db,
	int line,
	int x_ch,
	int y_ch,
	int dirctn,
	double tolrnc,
	double down_tol,
	int method,
	ref int first_line,
	int line_inc,
	int retain_line_type,
	int reset_fi_ds
)

Public Shared Sub SplitLineXY3 ( 
	db As CDB,
	line As Integer,
	x_ch As Integer,
	y_ch As Integer,
	dirctn As Integer,
	tolrnc As Double,
	down_tol As Double,
	method As Integer,
	ByRef first_line As Integer,
	line_inc As Integer,
	retain_line_type As Integer,
	reset_fi_ds As Integer
)

Public Shared Sub SplitLineXY3 ( 
	db As CDB,
	line As Integer,
	x_ch As Integer,
	y_ch As Integer,
	dirctn As Integer,
	tolrnc As Double,
	down_tol As Double,
	method As Integer,
	ByRef first_line As Integer,
	line_inc As Integer,
	retain_line_type As Integer,
	reset_fi_ds As Integer
)

public:
static void SplitLineXY3(
	CDB^ db, 
	int line, 
	int x_ch, 
	int y_ch, 
	int dirctn, 
	double tolrnc, 
	double down_tol, 
	int method, 
	int% first_line, 
	int line_inc, 
	int retain_line_type, 
	int reset_fi_ds
)

public:
static void SplitLineXY3(
	CDB^ db, 
	int line, 
	int x_ch, 
	int y_ch, 
	int dirctn, 
	double tolrnc, 
	double down_tol, 
	int method, 
	int% first_line, 
	int line_inc, 
	int retain_line_type, 
	int reset_fi_ds
)

static member SplitLineXY3 : 
        db : CDB * 
        line : int * 
        x_ch : int * 
        y_ch : int * 
        dirctn : int * 
        tolrnc : float * 
        down_tol : float * 
        method : int * 
        first_line : int byref * 
        line_inc : int * 
        retain_line_type : int * 
        reset_fi_ds : int -> unit 


static member SplitLineXY3 : 
        db : CDB * 
        line : int * 
        x_ch : int * 
        y_ch : int * 
        dirctn : int * 
        tolrnc : float * 
        down_tol : float * 
        method : int * 
        first_line : int byref * 
        line_inc : int * 
        retain_line_type : int * 
        reset_fi_ds : int -> unit

Parameters

db: Type: GeoEngine.Core.GXNetCDB
Database
line: Type: SystemInt32
Line to be broken up [<define>DB_LOCK_READONLY</define>]
x_ch: Type: SystemInt32
Channel X [<define>DB_LOCK_READWRITE</define>]
y_ch: Type: SystemInt32
Channel Y [<define>DB_LOCK_READWRITE</define>]
dirctn: Type: SystemInt32
Line direction, 0-any, 1-X, 2-Y.
tolrnc: Type: SystemDouble
Lateral tolerance, DUMMY for the default (10% of the separation between the first two points.
down_tol: Type: SystemDouble
Downline Tolerance, DUMMY for none
method: Type: SystemInt32
<define>DU_SPLITLINE</define>
first_line: Type: SystemInt32
First line in the sequence, for <define>DU_SPLITLINE_SEQUENTIAL</define>. On return, the next line in the sequence.
line_inc: Type: SystemInt32
Increment in the line number sequence, for <define>DU_SPLITLINE_SEQUENTIAL</define>
retain_line_type: Type: SystemInt32
Maintain line types for <define>DU_SPLITLINE_SEQUENTIAL</define> (0: No, 1: Yes)
reset_fi_ds: Type: SystemInt32
Reset starting fiducials to zero (0: No, 1: Yes)

Remarks

The same as SplitLineXY2, but with the option to maintain line types when outputting sequentially numbered lines.

Reference

CDU Class

Geosoft.Desktop.GXNet Namespace

CDUAddLanguageSpecificTextSet("LST9C9B6686_0?cpp=::|nu=.");SplitLineXY3 Method

Parameters

Reference

CDUSplitLineXY3 Method