OptiVec: VF_xy2AutoPlot

VF_xy2AutoPlot

VD_xy2AutoPlot

VE_xy2AutoPlot

VI_xy2AutoPlot

VBI_xy2AutoPlot

VSI_xy2AutoPlot

VLI_xy2AutoPlot

VQI_xy2AutoPlot

VU_xy2AutoPlot

VUB_xy2AutoPlot

VUS_xy2AutoPlot

VUL_xy2AutoPlot

VUQ_xy2AutoPlot

VUI_xy2AutoPlot

	..._xy2AutoPlot_xlg_ylin
	..._xy2AutoPlot_xlg_ylg
	..._xy2AutoPlot_xlin_ylg

Function

Draws a Cartesian coordinate system and plots two X-Y vector pairs into it.

Syntax C/C++	#include <Vgraph.h> void VF_xy2AutoPlot( fVector X1, fVector Y1, ui size1, unsigned form1, COLORREF color1, fVector X2, fVector Y2, ui size2, unsigned form2, COLORREF color2 ); void VF_xy2AutoPlot_xlg_ylin( fVector X1, fVector Y1, ui size1, unsigned form1, COLORREF color1, fVector X2, fVector Y2, ui size2, unsigned form2, COLORREF color2 ); void VF_xy2AutoPlot_xlg_ylg( fVector X1, fVector Y1, ui size1, unsigned form1, COLORREF color1, fVector X2, fVector Y2, ui size2, unsigned form2, COLORREF color2 ); void VF_xy2AutoPlot_xlin_ylg( fVector X1, fVector Y1, ui size1, unsigned form1, COLORREF color1, fVector X2, fVector Y2, ui size2, unsigned form2, COLORREF color2 );
C++ VecObj	#include <OptiVec.h> void vector<T>::xy2AutoPlot( const vector<T>& X1, unsigned form1, COLORREF color1, const vector<T>& X2, const vector<T>& Y2, unsigned form2, COLORREF color2 ); void vector<T>::xy2AutoPlot_xlg_ylin( const vector<T>& X1, unsigned form1, COLORREF color1, const vector<T>& X2, const vector<T>& Y2, unsigned form2, COLORREF color2 ); void vector<T>::xy2AutoPlot_xlg_ylg( const vector<T>& X1, unsigned form1, COLORREF color1, const vector<T>& X2, const vector<T>& Y2, unsigned form2, COLORREF color2 ); void vector<T>::xy2AutoPlot_xlin_ylg( const vector<T>& X1, unsigned form1, COLORREF color1, const vector<T>& X2, const vector<T>& Y2, unsigned form2, COLORREF color2 );
Pascal/Delphi	uses Vgraph; procedure VF_xy2AutoPlot( X1, Y1:fVector; size1:UIntSize; form1:UInt; color1:COLORREF; X2, Y2:fVector; size2:UIntSize; form2:UInt; color2:COLORREF ); procedure VF_xy2AutoPlot_xlg_ylin( X1, Y1:fVector; size1:UIntSize; form1:UInt; color1:COLORREF; X2, Y2:fVector; size2:UIntSize; form2:UInt; color2:COLORREF ); procedure VF_xy2AutoPlot_xlg_ylg( X1, Y1:fVector; size1:UIntSize; form1:UInt; color1:COLORREF; X2, Y2:fVector; size2:UIntSize; form2:UInt; color2:COLORREF ); procedure VF_xy2AutoPlot_xlin_ylg( X1, Y1:fVector; size1:UIntSize; form1:UInt; color1:COLORREF; X2, Y2:fVector; size2:UIntSize; form2:UInt; color2:COLORREF );

Description

The vector Y1 is plotted against the vector X1 and Y2 against X2 after automatically drawing a Cartesian coordinate system. For a description of the parameters form1, form2, and color1, color2, see VF_xyAutoPlot. You can choose any combination of linear and logarithmic axes:

VF_xy2AutoPlot:	both X axis and Y axis linear.
VF_xy2AutoPlot_xlg_ylin:	X axis logarithmic, Y axis linear.
VF_xy2AutoPlot_xlg_ylg:	both X axis and Y axis logarithmic.
VF_xy2AutoPlot_xlin_ylg:	X axis linear, Y axis logarithmic.

Prior to calling VF_xy2AutoPlot, the plotting routines have to be initialized by V_initPlot.
The VecObj version of this function has to be called as a member function of Y1 (rather than of X1).

Error handling

none

Return value

none