public void ToggleFollow(Train train)
{
// if we're already following the train specified, toggle it off
Train?trainToSet = train.Follow ? null : train;
foreach (Train t in _gameBoard.GetMovables <Train>())
{
t.Follow = (t == trainToSet);
}
Changed?.Invoke(this, EventArgs.Empty);
}
public void Render(ICanvas canvas, int width, int height, IPixelMapper pixelMapper)
{
foreach (Train train in _gameBoard.GetMovables())
{
var _paint = new PaintBrush
{
Color = _painter.GetPalette(train).FrontSectionEndColor with {
A = 200
},
public void Render(ICanvas canvas, int width, int height)
{
foreach (Train train in _gameBoard.GetMovables())
{
foreach (var position in _gameBoard.GetNextSteps(train, train.LookaheadDistance))
{
(int x, int y) = _pixelMapper.CoordsToPixels(position.Column, position.Row);
canvas.DrawRect(x, y, _parameters.CellSize, _parameters.CellSize, _paint);
}
}
}
public void Render(ICanvas canvas, int width, int height)
{
foreach (Train train in _gameBoard.GetMovables())
{
canvas.Save();
(int x, int y) = _pixelMapper.CoordsToPixels(train.Column, train.Row);
canvas.Translate(x, y);
_trainRenderer.Render(canvas, train);
canvas.Restore();
}
}
//public void Dispose()
//{
// _paint.Dispose();
//}
public void Render(ICanvas canvas, int width, int height)
{
long now = _stopwatch.ElapsedMilliseconds;
long timeSinceLastUpdate = now - _lastDrawTime;
_lastDrawTime = now;
int y = 1;
canvas.DrawText((1000 / timeSinceLastUpdate) + " FPS", 0, (y++) * 25, _paint);
canvas.DrawText(_gameBoard.GetTracks().Count() + " Tracks", 0, (y++) * 25, _paint);
canvas.DrawText(_gameBoard.GetMovables().Count() + " Trains", 0, (y++) * 25, _paint);
}
public void AdjustViewPortIfNecessary()
{
foreach (IMovable?vehicle in _gameBoard.GetMovables())
{
if (vehicle.Follow)
{
(int x, int y) = _pixelMapper.CoordsToViewPortPixels(vehicle.Column, vehicle.Row);
double easing = 10;
int adjustX = Convert.ToInt32(((_pixelMapper.ViewPortWidth / 2) - x) / easing);
int adjustY = Convert.ToInt32(((_pixelMapper.ViewPortHeight / 2) - y) / easing);
if (adjustX != 0 || adjustY != 0)
{
_pixelMapper.AdjustViewPort(adjustX, adjustY);
}
break;
}
}
}
public void Render(ICanvas canvas, int width, int height)
{
foreach (Train train in _gameBoard.GetMovables())
{
PaintBrush _paint = new PaintBrush
{
Color = _painter.GetPalette(train).FrontSectionEndColor,
Style = PaintStyle.Fill
};
(int x, int y) = _pixelMapper.CoordsToViewPortPixels(train.Column, train.Row);
canvas.DrawRect(x, y, _parameters.CellSize, _parameters.CellSize, _paint);
float speedModifier = 0.005f * ((_gameTimer?.TimeSinceLastTick / 16f) ?? 1);
foreach (var position in _gameBoard.GetNextSteps(train, train.LookaheadDistance * speedModifier))
{
(x, y) = _pixelMapper.CoordsToViewPortPixels(position.Column, position.Row);
canvas.DrawRect(x, y, _parameters.CellSize, _parameters.CellSize, _paint);
}
}
}
public void Render(ICanvas canvas, int width, int height, IPixelMapper pixelMapper)
{
foreach (Train train in _gameBoard.GetMovables())
{
using (canvas.Scope())
{
(int x, int y, bool onScreen) = pixelMapper.CoordsToViewPortPixels(train.Column, train.Row);
if (!onScreen)
{
continue;
}
canvas.Translate(x, y);
float scale = pixelMapper.CellSize / 100.0f;
canvas.Scale(scale, scale);
_trainRenderer.Render(canvas, train);
}
}
}
