//Returns the two angles of aim calculating weapon accuracy (0 is left, 1 is right)
public AccuracyAngle getAimAccuracyAngle(bool relative = false)
{
AccuracyAngle aimAccuracyAngle = new AccuracyAngle();
float fov = (float)Math.PI / 4f; //half view
RangedWeapon weapon;
if ((weapon = hands as RangedWeapon) != null)
{
fov -= (weapon.accuracy / 100) * Orientation.MaxAngle;
}
if (_sprinting)
{
fov += 0.15f;
}
else if (_aimlock)
{
fov -= 0.05f;
}
aimAccuracyAngle.left = fov;
aimAccuracyAngle.right = -fov;
if (relative)
{
aimAccuracyAngle.left += (_orientation);
aimAccuracyAngle.right += (_orientation);
}
aimAccuracyAngle.EnforceConsistency();
return(aimAccuracyAngle);
}
public void drawAimLines(SpriteBatch spriteBatch, MainPlayer mainPlayer, Camera cam)
{
AccuracyAngle aimAccuracyAngle = mainPlayer.getAimAccuracyAngle();
Vector2[] leftLine = new Vector2[2];
Vector2[] rightLine = new Vector2[2];
leftLine[0] = cam.getViewportCenter() + Player.getDirectionVector(Direction.Forward, aimAccuracyAngle.left, 100);
leftLine[1] = cam.getViewportCenter() + Player.getDirectionVector(Direction.Forward, aimAccuracyAngle.left, 120);
rightLine[0] = cam.getViewportCenter() + Player.getDirectionVector(Direction.Forward, aimAccuracyAngle.right, 100);
rightLine[1] = cam.getViewportCenter() + Player.getDirectionVector(Direction.Forward, aimAccuracyAngle.right, 120);
DrawLine(spriteBatch, Resources.Pixel, leftLine[0], leftLine[1], Color.Yellow, 1);
DrawLine(spriteBatch, Resources.Pixel, rightLine[0], rightLine[1], Color.Yellow, 1);
}
