// Start is called before the first frame update
void Start()
{
startMovingCallback += StartMoving;
route = GetComponent <BezierRoute>();
mover = GetComponent <MoveToPositionOverTime>();
timerManager = GetComponent <TimerManager>();
movementDelayTimer = timerManager.CreateTimer(m_Delay, false, startMovingCallback);
movementDelayTimer.Start();
DetermineWhichRouteToUse();
Instantiate(initialExplosion, this.transform.position, initialExplosion.transform.rotation, this.transform.parent);
}
private void UniformBezierRouteCallBack(BezierRoute bezierRoute, Point realPoint, BezierRoute.BezierStatus status)
{
// Draw demo panel
lock (this)
{
g_demo.Clear(panel1.BackColor);
int biasX = 0;
int biasY = 0;
int biasW = 0;
int biasH = 0;
if (bezierRoute.EnableEaseRoute())
{
if (bezierRoute.Tag == 1)
{
biasX = (int)(bezierRoute.EaseRealRete * (615 - 8)) / 2;
biasY = (int)(bezierRoute.EaseRealRete * (10 - 8)) / 2;
biasW = (int)(bezierRoute.EaseRealRete * (350 - 8));
biasH = (int)(bezierRoute.EaseRealRete * (120 - 8));
}
else if (bezierRoute.Tag == -1)
{
biasX = (int)((1 - bezierRoute.EaseRealRete) * (615 - 8)) / 2;
biasY = (int)((1 - bezierRoute.EaseRealRete) * (10 - 8)) / 2;
biasW = (int)((1 - bezierRoute.EaseRealRete) * (350 - 8));
biasH = (int)((1 - bezierRoute.EaseRealRete) * (120 - 8));
}
}
g_demo.FillRectangle(new SolidBrush(Color.White), new RectangleF(realPoint.X - 4 - biasX, realPoint.Y - 4 - biasY, 8 + biasW, 8 + biasH));
}
if (status == BezierRoute.BezierStatus.Finished)
{
curvePointI = 0;
// DrawBezierCurve();
bezierRoute.Reverse();
bezierRoute.Tag = -bezierRoute.Tag;
// bezierRoute.Start = true;
button1.BeginInvoke(new Action(() =>
{
button1.Text = (string)button1.Tag;
button4.Text = (string)button4.Tag;
}));
Console.WriteLine("Finished");
}
// Update curve panel
if (0 == ++curvePointI % curvePointInterval)
{
UpdateCurvePanel(realPoint);
}
}
private void Form1_Load(object sender, EventArgs e)
{
// Create graphics
g_demo = panel1.CreateGraphics();
g_curve = panel2.CreateGraphics();
// Bezier points
points[0] = new Point(10, 221);
points[1] = new Point(40, 31);
points[2] = new Point(310, 201);
points[3] = new Point(340, 11);
// Ease points
easePoints[0] = new Point(10, 221);
easePoints[1] = new Point(40, 31);
easePoints[2] = new Point(310, 201);
easePoints[3] = new Point(340, 11);
// Route bezier initialization
bezierRoute = new BezierRoute(points, 2000, 1, UniformBezierRouteCallBack);
bezierRoute.Tag = 1;
// Ease bezier demo points parameters
orignPoints[0] = new Point(0, panel1.Height / 2);
orignPoints[1] = new Point(-8, panel1.Height / 2);
orignPoints[2] = new Point(-16, panel1.Height / 2);
distance = panel1.Width;
pE[0] = new Point(orignPoints[0].X, orignPoints[0].Y);
pE[1] = new Point(orignPoints[1].X, orignPoints[1].Y);
pE[2] = new Point(orignPoints[2].X, orignPoints[2].Y);
brush[0] = new SolidBrush(Color.White);
brush[1] = new SolidBrush(Color.White);
brush[2] = new SolidBrush(Color.White);
bitmap = new Bitmap(panel1.Width, panel1.Height);
g_bitmap = Graphics.FromImage(bitmap);
// Ease bezier demo points initialization
bezierEase[0] = new BezierEase(easePoints, 2000, 1, UniformBezierEaseDemoCallBack);
bezierEase[0].Tag = 0;
bezierEase[1] = new BezierEase(easePoints, 2000, 1, UniformBezierEaseDemoCallBack);
bezierEase[1].Tag = 1;
bezierEase[2] = new BezierEase(easePoints, 2000, 1, UniformBezierEaseDemoCallBack);
bezierEase[2].Tag = 2;
}
