CPGUDirectGrid Method

[ObsoleteAttribute("Deprecated since unknown, Use DirectGridding_PGU")]
public static void DirectGrid(
	CPG pg,
	double xo,
	double yo,
	double dx,
	double dy,
	double rot,
	CVV v_vx,
	CVV v_vy,
	CVV v_vz,
	double wt,
	double slope
)

[ObsoleteAttribute("Deprecated since unknown, Use DirectGridding_PGU")]
public static void DirectGrid(
	CPG pg,
	double xo,
	double yo,
	double dx,
	double dy,
	double rot,
	CVV v_vx,
	CVV v_vy,
	CVV v_vz,
	double wt,
	double slope
)

<ObsoleteAttribute("Deprecated since unknown, Use DirectGridding_PGU")>
Public Shared Sub DirectGrid ( 
	pg As CPG,
	xo As Double,
	yo As Double,
	dx As Double,
	dy As Double,
	rot As Double,
	v_vx As CVV,
	v_vy As CVV,
	v_vz As CVV,
	wt As Double,
	slope As Double
)

<ObsoleteAttribute("Deprecated since unknown, Use DirectGridding_PGU")>
Public Shared Sub DirectGrid ( 
	pg As CPG,
	xo As Double,
	yo As Double,
	dx As Double,
	dy As Double,
	rot As Double,
	v_vx As CVV,
	v_vy As CVV,
	v_vz As CVV,
	wt As Double,
	slope As Double
)

public:
[ObsoleteAttribute(L"Deprecated since unknown, Use DirectGridding_PGU")]
static void DirectGrid(
	CPG^ pg, 
	double xo, 
	double yo, 
	double dx, 
	double dy, 
	double rot, 
	CVV^ v_vx, 
	CVV^ v_vy, 
	CVV^ v_vz, 
	double wt, 
	double slope
)

public:
[ObsoleteAttribute(L"Deprecated since unknown, Use DirectGridding_PGU")]
static void DirectGrid(
	CPG^ pg, 
	double xo, 
	double yo, 
	double dx, 
	double dy, 
	double rot, 
	CVV^ v_vx, 
	CVV^ v_vy, 
	CVV^ v_vz, 
	double wt, 
	double slope
)

[<ObsoleteAttribute("Deprecated since unknown, Use DirectGridding_PGU")>]
static member DirectGrid : 
        pg : CPG * 
        xo : float * 
        yo : float * 
        dx : float * 
        dy : float * 
        rot : float * 
        v_vx : CVV * 
        v_vy : CVV * 
        v_vz : CVV * 
        wt : float * 
        slope : float -> unit 


[<ObsoleteAttribute("Deprecated since unknown, Use DirectGridding_PGU")>]
static member DirectGrid : 
        pg : CPG * 
        xo : float * 
        yo : float * 
        dx : float * 
        dy : float * 
        rot : float * 
        v_vx : CVV * 
        v_vy : CVV * 
        v_vz : CVV * 
        wt : float * 
        slope : float -> unit