void Nappaform::fLoad()
{
frameCount = 0;
offScreenBitmap = gcnew Bitmap(width, height);
offScreenCanvas = Graphics::FromImage(offScreenBitmap);
random = gcnew Random();
runLeft = gcnew Bitmap("playerRunLeft.bmp");
runRight = gcnew Bitmap("playerRunRight.bmp");
mainCanvas = CreateGraphics();
//Tilemaps
whiteSquare = gcnew Bitmap("tiles.bmp");
blackSquare = gcnew Bitmap("tileBlack.bmp");
tile = gcnew Tile(whiteSquare, true);
tile2 = gcnew Tile(blackSquare, false);
tileList = gcnew TileList(2);
tileList->setTileArrayEntry(tile);
tileList->setTileArrayEntry(tile2);
//Create the tile map
tileMap = gcnew TileMap(tileList, offScreenCanvas, TILES_WIDE, TILES_HIGH, TILE_SIDE);
tileMap->loadFromFile("whiteRoom.csv");
//TileMaps
//Viewport
//Create the view port
viewPort = gcnew ViewPort(0,0,VP_TILE_WIDE,VP_TILE_HIGH,Width,Height,tileMap, offScreenCanvas, TILE_SIDE);
//ViewPort
playerList = gcnew SpriteList();
playerFileNames = gcnew array<String^>{
"playerRunR.bmp",
"player5.bmp",
"playerRun.bmp",
"player5.bmp"
};
int boundX = TILES_WIDE * TILE_SIDE;
int boundY = TILES_HIGH * TILE_SIDE;
player = gcnew Player(tileMap, offScreenCanvas, playerFileNames, random, 8, Rectangle(0,0,boundX, boundY),BOUNCE);
playerList->addSprite(player);
}
#include "StdAfx.h"
#include "TileMap.h"
TileMap::TileMap(Graphics^ panelCanvas, array<int, 2>^ startTileMap)
{
canvas = panelCanvas;
tiles = gcnew TileList();
tileMap = startTileMap;
}
void TileMap::generateTileMap()
{
//===================================================================
// Generate map of random tiles // REDUNDANT
//===================================================================
}
void TileMap::drawTileMap()
{
//===================================================================
// Draw tile bitmap to canvas //(REDUNDANT HANDLED BY THE VIEWPORT)
//===================================================================
for(int col = 0; col < N_COLS; col++)
{
for(int row = 0; row < N_ROWS; row++)
{
Bitmap^ tileImage = tiles->getTileBitmap(tileMap[row, col]);
int x = (row * T_WIDTH);
