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// Copyright (C) 1999-2017
// Smithsonian Astrophysical Observatory, Cambridge, MA, USA
// For conditions of distribution and use, see copyright notice in "copyright"
//#include "tkwin32.h"
#include "win32lib.h"
void win32Begin()
{
/*
if (tkwin32)
tkwin32->begin();
*/
}
void win32End()
{
/*
if (tkwin32)
tkwin32->end();
*/
}
void win32Color(XColor* clr)
{
/*
if (clr) {
int red = clr->red >> 8;
int green = clr->green >> 8;
int blue = clr->blue >> 8;
if (tkwin32)
tkwin32->color(red,green,blue);
}
*/
}
void win32Width(float w)
{
/*
float ww = w * tkwin32->getPageScale();
if (tkwin32)
tkwin32->width(ww);
*/
}
void win32Dash(float* d, int n)
{
/*
int i;
if (tkwin32){
float *dd=NULL;
if( (dd=(float *)calloc(n, sizeof(float))) ){
for(i=0; i<n; i++){
dd[i] = d[i] * tkwin32->getPageScale();
}
}
else
dd = d;
tkwin32->dash(dd,n);
if(dd)
free(dd);
}
*/
}
void win32Font(Tk_Font f)
{
/*
if (tkwin32)
tkwin32->font(f);
*/
}
void win32Clip(Vector v, Vector s)
{
/*
if (tkwin32) {
Vector vv1 = v*tkwin32->getCanvasToPage();
Vector vv2 = (v+s)*tkwin32->getCanvasToPage();
Vector ss = vv2-vv1;
tkwin32->clip(vv1[0],vv1[1],ss[0],ss[1]);
}
*/
}
void win32NewPath()
{
/*
if (tkwin32) {
tkwin32->newpath();
}
*/
}
void win32Stroke()
{
/*
if (tkwin32) {
tkwin32->stroke();
}
*/
}
void win32Fill()
{
/*
if (tkwin32) {
tkwin32->fill();
}
*/
}
void win32Arc(Vector v, float rad, float ang1, float ang2)
{
/*
if (tkwin32) {
Vector vv = v*tkwin32->getCanvasToPage();
tkwin32->arc(vv[0], vv[1], rad, ang1, ang2);
}
*/
}
void win32Curve(Vector v0, Vector t0, Vector t1, Vector v1)
{
/*
if (tkwin32) {
Vector vv0 = v0*tkwin32->getCanvasToPage();
Vector tt0 = t0*tkwin32->getCanvasToPage();
Vector tt1 = t1*tkwin32->getCanvasToPage();
Vector vv1 = v1*tkwin32->getCanvasToPage();
tkwin32->curve(vv0[0], vv0[1], tt0[0], tt0[1],
tt1[0], tt1[1], vv1[0], vv1[1]);
}
*/
}
void win32DrawText(Vector v, float ang, const char* text)
{
/*
if (tkwin32) {
Vector vv = v*tkwin32->getCanvasToPage();
tkwin32->drawText(vv[0], vv[1], ang, text);
}
*/
}
void win32DrawLine(Vector v0, Vector v1)
{
/*
if (tkwin32) {
Vector vv0 = v0*tkwin32->getCanvasToPage();
Vector vv1 = v1*tkwin32->getCanvasToPage();
int n = 2;
float x[2];
float y[2];
x[0] = vv0[0];
y[0] = vv0[1];
x[1] = vv1[0];
y[1] = vv1[1];
tkwin32->drawLines(x,y,n);
}
*/
}
void win32DrawLines(Vector* v, int n)
{
/*
if (tkwin32) {
float xx[n];
float yy[n];
for(int ii=0; ii<n; ii++) {
Vector vv = v[ii]*tkwin32->getCanvasToPage();
xx[ii] = vv[0];
yy[ii] = vv[1];
}
tkwin32->drawLines(xx,yy,n);
}
*/
}
void win32FillPolygon(Vector* v, int n)
{
/*
if (tkwin32) {
float xx[n];
float yy[n];
for(int ii=0; ii<n; ii++) {
Vector vv = v[ii]*tkwin32->getCanvasToPage();
xx[ii] = vv[0];
yy[ii] = vv[1];
}
tkwin32->fillPolygon(xx,yy,n);
}
*/
}
void win32DrawArc(Vector v, float rad, float ang1, float ang2)
{
/*
if (tkwin32) {
Vector vv = v*tkwin32->getCanvasToPage();
float rr = rad*tkwin32->getPageScale();
tkwin32->drawArc(vv[0], vv[1], rr, ang1, ang2);
}
*/
}
void win32DrawCurve(Vector v0, Vector t0, Vector t1, Vector v1)
{
/*
if (tkwin32) {
Vector vv0 = v0*tkwin32->getCanvasToPage();
Vector tt0 = t0*tkwin32->getCanvasToPage();
Vector tt1 = t1*tkwin32->getCanvasToPage();
Vector vv1 = v1*tkwin32->getCanvasToPage();
tkwin32->drawCurve(vv0[0], vv0[1], tt0[0], tt0[1],
tt1[0], tt1[1], vv1[0], vv1[1]);
}
*/
}
void win32BitmapCreate(void* img, int width, int height,
const Vector& v, const Vector& s)
{
/*
if (tkwin32) {
Vector vv1 = v*tkwin32->getCanvasToPage();
Vector vv2 = (v+s)*tkwin32->getCanvasToPage();
Vector ss = vv2-vv1;
tkwin32->bitmapCreate(img, width, height, vv1[0], vv1[1], ss[0], ss[1]);
}
*/
}
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