private string buildImageFullPath(string assetName, DGlobal.MapDistances distance, DGlobal.MapPositions position, DGlobal.MapOrientations orientation)
{
string imageFullPath;
imageFullPath = "data/img/tiles/" + assetName + "_" + DGlobal.mapDistanceToString(distance) + "_" + DGlobal.mapPositionToString(position) + "_" + DGlobal.mapOrientationToString(orientation) + ".png";
return(imageFullPath);
}
private void loadTile(DGlobal.MapDistances distance, DGlobal.MapPositions position, string assetName)
{
mCharacterset[0, (int)distance, (int)position, (int)DGlobal.MapOrientations.NORTH] = this.mGraphics.loadImage(buildImageFullPath(assetName, distance, position, DGlobal.CharacterPieces.BODY));
mCharacterset[0, (int)distance, (int)position, (int)DGlobal.MapOrientations.EAST] = this.mGraphics.loadImage(buildImageFullPath(assetName, distance, position, DGlobal.CharacterPieces.ARM_LEFT));
mCharacterset[0, (int)distance, (int)position, (int)DGlobal.MapOrientations.SOUTH] = this.mGraphics.loadImage(buildImageFullPath(assetName, distance, position, DGlobal.CharacterPieces.ARM_RIGHT));
mCharacterset[0, (int)distance, (int)position, (int)DGlobal.MapOrientations.WEST] = this.mGraphics.loadImage(buildImageFullPath(assetName, distance, position, DGlobal.CharacterPieces.ARM_LEFT_EQUIPPED));
mCharacterset[0, (int)distance, (int)position, (int)DGlobal.MapOrientations.FLOOR] = this.mGraphics.loadImage(buildImageFullPath(assetName, distance, position, DGlobal.CharacterPieces.ARM_RIGHT_EQUIPPED));
}
private string buildImageFullPath(string assetName, DGlobal.MapDistances distance, DGlobal.MapPositions position, DGlobal.CharacterPieces piece)
{
string imageFullPath;
imageFullPath = "data/img/character/" + assetName + "_" + DGlobal.mapDistanceToString(distance) + "_" + DGlobal.mapPositionToString(position) + "_" + DGlobal.characterPieceToString(piece) + ".png";
return(imageFullPath);
}
private void loadTile(DGlobal.MapDistances distance, DGlobal.MapPositions position, string assetName)
{
mTileset[0, (int)distance, (int)position, (int)DGlobal.MapOrientations.NORTH] = this.mGraphics.loadImage(buildImageFullPath(assetName, distance, position, DGlobal.MapOrientations.NORTH));
mTileset[0, (int)distance, (int)position, (int)DGlobal.MapOrientations.EAST] = this.mGraphics.loadImage(buildImageFullPath(assetName, distance, position, DGlobal.MapOrientations.EAST));
mTileset[0, (int)distance, (int)position, (int)DGlobal.MapOrientations.SOUTH] = this.mGraphics.loadImage(buildImageFullPath(assetName, distance, position, DGlobal.MapOrientations.SOUTH));
mTileset[0, (int)distance, (int)position, (int)DGlobal.MapOrientations.WEST] = this.mGraphics.loadImage(buildImageFullPath(assetName, distance, position, DGlobal.MapOrientations.WEST));
mTileset[0, (int)distance, (int)position, (int)DGlobal.MapOrientations.FLOOR] = this.mGraphics.loadImage(buildImageFullPath(assetName, distance, position, DGlobal.MapOrientations.FLOOR));
mTileset[0, (int)distance, (int)position, (int)DGlobal.MapOrientations.CEIL] = this.mGraphics.loadImage(buildImageFullPath(assetName, distance, position, DGlobal.MapOrientations.CEIL));
}
private void drawTileOrientation(int x, int y, DGlobal.MapDistances distance, DGlobal.MapPositions position, DGlobal.MapOrientations orientation, DGlobal.MapOrientations lookOrientation)
{
int positionX = x;
int positionY = y;
DGlobal.MapOrientations drawingOrientation = orientation;
switch (lookOrientation)
{
case DGlobal.MapOrientations.WEST:
DGlobal.turnRight(ref drawingOrientation);
break;
case DGlobal.MapOrientations.EAST:
DGlobal.turnLeft(ref drawingOrientation);
break;
case DGlobal.MapOrientations.SOUTH:
DGlobal.turnBack(ref drawingOrientation);
break;
}
switch (position)
{
case DGlobal.MapPositions.RIGHT1:
DGlobal.moveRight(lookOrientation, ref positionX, ref positionY, 1);
break;
case DGlobal.MapPositions.RIGHT2:
DGlobal.moveRight(lookOrientation, ref positionX, ref positionY, 2);
break;
case DGlobal.MapPositions.LEFT1:
DGlobal.moveLeft(lookOrientation, ref positionX, ref positionY, 1);
break;
case DGlobal.MapPositions.LEFT2:
DGlobal.moveLeft(lookOrientation, ref positionX, ref positionY, 2);
break;
}
DGlobal.moveForward(lookOrientation, ref positionX, ref positionY, (int)distance);
if (positionX >= 0 && positionX < this.mWidth && positionY >= 0 && positionY < this.mHeight)
{
if (this.mMapData[positionX, positionY, (int)orientation] > 0 && this.mTileset[(this.mMapData[positionX, positionY, (int)orientation]) - 1, (int)distance, (int)position, (int)drawingOrientation] != null)
{
this.mGraphics.drawImage(this.mTileset[(this.mMapData[positionX, positionY, (int)orientation]) - 1, (int)distance, (int)position, (int)drawingOrientation]);
}
}
}
private void drawTile(int x, int y, DGlobal.MapDistances distance, DGlobal.MapPositions position, DGlobal.MapOrientations lookOrientation)
{
DGlobal.MapOrientations orientation = lookOrientation;
if (position == DGlobal.MapPositions.CENTER)
{
this.drawTileOrientation(x, y, distance, position, orientation, lookOrientation);
DGlobal.turnLeft(ref orientation);
this.drawTileOrientation(x, y, distance, position, orientation, lookOrientation);
DGlobal.turnRight(ref orientation);
DGlobal.turnRight(ref orientation);
this.drawTileOrientation(x, y, distance, position, orientation, lookOrientation);
this.drawTileOrientation(x, y, distance, position, DGlobal.MapOrientations.FLOOR, lookOrientation);
this.drawTileOrientation(x, y, distance, position, DGlobal.MapOrientations.CEIL, lookOrientation);
this.drawCharacter(x, y, distance, position, lookOrientation);
DGlobal.turnRight(ref orientation);
this.drawTileOrientation(x, y, distance, position, orientation, lookOrientation);
}
else if (position == DGlobal.MapPositions.RIGHT1 || position == DGlobal.MapPositions.RIGHT2)
{
this.drawTileOrientation(x, y, distance, position, orientation, lookOrientation);
DGlobal.turnRight(ref orientation);
this.drawTileOrientation(x, y, distance, position, orientation, lookOrientation);
DGlobal.turnRight(ref orientation);
this.drawTileOrientation(x, y, distance, position, orientation, lookOrientation);
this.drawTileOrientation(x, y, distance, position, DGlobal.MapOrientations.FLOOR, lookOrientation);
this.drawTileOrientation(x, y, distance, position, DGlobal.MapOrientations.CEIL, lookOrientation);
this.drawCharacter(x, y, distance, position, lookOrientation);
DGlobal.turnRight(ref orientation);
this.drawTileOrientation(x, y, distance, position, orientation, lookOrientation);
}
else if (position == DGlobal.MapPositions.LEFT1 || position == DGlobal.MapPositions.LEFT2)
{
this.drawTileOrientation(x, y, distance, position, orientation, lookOrientation);
DGlobal.turnLeft(ref orientation);
this.drawTileOrientation(x, y, distance, position, orientation, lookOrientation);
DGlobal.turnLeft(ref orientation);
this.drawTileOrientation(x, y, distance, position, orientation, lookOrientation);
this.drawTileOrientation(x, y, distance, position, DGlobal.MapOrientations.FLOOR, lookOrientation);
this.drawTileOrientation(x, y, distance, position, DGlobal.MapOrientations.CEIL, lookOrientation);
this.drawCharacter(x, y, distance, position, lookOrientation);
DGlobal.turnLeft(ref orientation);
this.drawTileOrientation(x, y, distance, position, orientation, lookOrientation);
}
}
private void drawCharacter(int x, int y, DGlobal.MapDistances distance, DGlobal.MapPositions position, DGlobal.MapOrientations lookOrientation)
{
DCharacter character = null;
int positionX = x;
int positionY = y;
switch (position)
{
case DGlobal.MapPositions.RIGHT1:
DGlobal.moveRight(lookOrientation, ref positionX, ref positionY, 1);
break;
case DGlobal.MapPositions.RIGHT2:
DGlobal.moveRight(lookOrientation, ref positionX, ref positionY, 2);
break;
case DGlobal.MapPositions.LEFT1:
DGlobal.moveLeft(lookOrientation, ref positionX, ref positionY, 1);
break;
case DGlobal.MapPositions.LEFT2:
DGlobal.moveLeft(lookOrientation, ref positionX, ref positionY, 2);
break;
}
DGlobal.moveForward(lookOrientation, ref positionX, ref positionY, (int)distance);
foreach (DCharacter characterTMP in this.mCharacters)
{
if (characterTMP.getPositionX() == positionX && characterTMP.getPositionY() == positionY)
{
character = characterTMP;
break;
}
}
if (character != null)
{
character.draw(distance, position);
}
}
public void draw(DGlobal.MapDistances distance, DGlobal.MapPositions position)
{
if (this.mCharacterset[0, (int)distance, (int)position, (int)DGlobal.CharacterPieces.BODY] != null)
{
this.mGraphics.drawImage(this.mCharacterset[0, (int)distance, (int)position, (int)DGlobal.CharacterPieces.BODY]);
}
if (this.mLeftArmEquipped == false)
{
if (this.mCharacterset[0, (int)distance, (int)position, (int)DGlobal.CharacterPieces.ARM_LEFT] != null)
{
this.mGraphics.drawImage(this.mCharacterset[0, (int)distance, (int)position, (int)DGlobal.CharacterPieces.ARM_LEFT]);
}
}
else
{
if (this.mCharacterset[0, (int)distance, (int)position, (int)DGlobal.CharacterPieces.ARM_LEFT_EQUIPPED] != null)
{
this.mGraphics.drawImage(this.mCharacterset[0, (int)distance, (int)position, (int)DGlobal.CharacterPieces.ARM_LEFT_EQUIPPED]);
}
}
if (this.mRightArmEquipped == false)
{
if (this.mCharacterset[0, (int)distance, (int)position, (int)DGlobal.CharacterPieces.ARM_RIGHT] != null)
{
this.mGraphics.drawImage(this.mCharacterset[0, (int)distance, (int)position, (int)DGlobal.CharacterPieces.ARM_RIGHT]);
}
}
else
{
if (this.mCharacterset[0, (int)distance, (int)position, (int)DGlobal.CharacterPieces.ARM_RIGHT_EQUIPPED] != null)
{
this.mGraphics.drawImage(this.mCharacterset[0, (int)distance, (int)position, (int)DGlobal.CharacterPieces.ARM_RIGHT_EQUIPPED]);
}
}
}
