public void DrawLine(int amountOfSymbols, string symbol, int step, Point2D.MoveDirection direction, Point2D point)
{
for (int i = 0; i < amountOfSymbols; i++)
{
DrawSymbolWithOffset(symbol, step, direction, point);
}
}
private bool Condition(Point2D.MoveDirection moveDirection)
{
switch (moveDirection)
{
case Point2D.MoveDirection.Right:
{
return(currentPoint.XCoordinate != (this.startPoint.XCoordinate + this.SizeX - 1));
}
case Point2D.MoveDirection.Down:
{
return(currentPoint.YCoordinate != (this.startPoint.YCoordinate + this.SizeY - 1));
}
case Point2D.MoveDirection.Left:
{
return(currentPoint.XCoordinate != this.startPoint.XCoordinate);
}
case Point2D.MoveDirection.Up:
{
return(currentPoint.YCoordinate != this.startPoint.YCoordinate);
}
}
return(false);
}
public void DrawBoardFragment(string corner, string symb, Point2D.MoveDirection direction, int lenght)
{
this.curveDrawer.DrawAt(corner, currentPoint.XCoordinate, currentPoint.YCoordinate);
currentPoint.Move(direction, 1);
bool condition = Condition(direction);
while (condition)
{
this.curveDrawer.DrawLine(lenght - 1, symb, 1, direction, currentPoint);
condition = Condition(direction);
}
}
public void DrawSymbolWithOffset(string symbol, int step, Point2D.MoveDirection direction, Point2D currentPoint)
{
try
{
iOComponent.SetCursor(currentPoint.XCoordinate, currentPoint.YCoordinate);
iOComponent.WriteOutput(symbol);
currentPoint.Move(direction, step);
}
catch (ArgumentOutOfRangeException e)
{
iOComponent.Clear();
iOComponent.WriteOutput(e.Message);
}
}
