CARD.C

#include <stdio.h>
#include <conio.h>
#include <graphics.h>
#include <alloc.h>
#include "keys.h"
#include "reader.h"
#include "structs.h"
#include "finder.h"
#include "ad.h"

SYSTEM *ptrList;
WAYPOINT wp;

int ptrSize;
int currentPoint;

int main()
{
	char c = '';
	int i, isCoord = 1, isHyper=0, mode=1;		/* 1 = 2D, 2= 3D */

	ptrSize = getFileSize("system.sol");

	if ( (ptrList = (SYSTEM*) calloc(ptrSize,sizeof(SYSTEM))) == NULL)
	{
		printf("MAIN: Cant allocate memory!");
		exit(1);
	}

	loadSolarFile(ptrList);
	init();

	splash();
	adLoading();

	CalculateHyperThreads(ptrSize,ptrList);

	wp.size = 0;
	currentPoint = -1;

	getch();

	draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);

	while(c != ESC)
	{
		c = getch();

		if (F1 == c){
			if (mode < 3)
				mode++;
			else
				mode = 1;
			draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);
		}

		if (F2 == c){
			if (isCoord == 1)
				isCoord = 0;
			else
				isCoord = 1;

			draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);
		}

		if (F4 == c){
			scalePlus();
			draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);
		}

		if (F3 == c){
			scaleMinus();
			draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);
		}

		if (F5 == c){
			gotoSystem(ptrSize,ptrList);
			draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);
		}

		if (F6 == c){
			if(isHyper == 1)
				isHyper = 0;
			else
				isHyper = 1;

			draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);
		}

		if (F7 == c){
			currentPoint = -1;
			GetWay(ptrSize,ptrList,&wp);
			draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);
		}

		if (F8 == c){
			systemInfoWnd("ee");

		}

		if (LFT == c){
			offsetXplus();
			draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);
		}

		if (RHT == c){
			offsetXminus();
			draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);
		}

		if (UP == c){
			if (mode == 3 || mode == 2){
				offsetZminus();
			}

			if (mode == 1 || mode == 2){
				offsetYplus();
			}

			draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);
		}

		if (DWN == c){
			if (mode == 3 || mode == 2)
			{
				offsetZplus();
			}

			if (mode == 1 || mode == 2)
			{
				offsetYminus();
			}
			draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);
		}

		if (PUP == c){
			if (wp.size)
			{
				if (currentPoint == -1 || currentPoint == 0)
					currentPoint = (wp.size -1);
				else
					currentPoint--;

				moveScreenTo(ptrList,wp.way[currentPoint]);
				draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);
			}
		}

		if (PDWN == c)
		{
			if (wp.size)
			{
				if (currentPoint == -1 || currentPoint == (wp.size -1))
					currentPoint = 0;
				else
					currentPoint++;


				moveScreenTo(ptrList,wp.way[currentPoint]);
				draw(ptrSize,ptrList,mode,isCoord,isHyper,&wp,currentPoint);
			}
		}


	}

	free(ptrList);
	closegraph();
	return(0);
}