#region Imports
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using DPumpHydr.WinFrmUI.RLT.Enum.Parrot;
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using System;
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using System.ComponentModel;
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using System.Drawing;
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using System.Windows.Forms;
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#endregion
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namespace DPumpHydr.WinFrmUI.RLT.Animate.Parrot
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{
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#region ObjectAnimator
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public class ObjectAnimator : Component
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{
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private void WaitAnimation(int milliseconds)
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{
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DateTime t = DateTime.Now.AddMilliseconds(milliseconds);
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while (DateTime.Now < t)
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{
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Application.DoEvents();
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}
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}
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public void FormAnimate(Form animationForm, FormAnimation animation, int animationSpeed)
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{
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if (animationSpeed < 1)
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{
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animationSpeed = 1;
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}
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if (animationSpeed > 10)
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{
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animationSpeed = 10;
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}
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if (animation == FormAnimation.FadeIn)
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{
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animationForm.Opacity = 0.0;
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while (animationForm.Opacity < 100.0)
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{
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animationForm.Opacity = (0.01 * animationSpeed) + animationForm.Opacity;
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WaitAnimation(50);
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}
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}
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if (animation == FormAnimation.FadeOut)
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{
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animationForm.Opacity = 1.0;
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while (animationForm.Opacity > 0.1)
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{
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animationForm.Opacity -= 0.01 * animationSpeed;
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WaitAnimation(50);
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}
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}
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}
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public void StandardAnimate(object animationObject, StandardAnimation animation, int animationSpeed)
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{
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Control control = animationObject as Control;
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if (animationSpeed < 1)
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{
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animationSpeed = 1;
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}
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if (animationSpeed > 10)
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{
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animationSpeed = 10;
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}
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if (animation == StandardAnimation.SlideRight)
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{
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int x = control.Location.X;
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control.Location = new Point(0 - control.Width, control.Location.Y);
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control.Refresh();
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while (control.Location.X < x / 2)
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{
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control.Location = new Point(control.Location.X + (10 * animationSpeed), control.Location.Y);
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control.Refresh();
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WaitAnimation(40);
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}
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while (control.Location.X < x / 4)
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{
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control.Location = new Point(control.Location.X + (7 * animationSpeed), control.Location.Y);
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control.Refresh();
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WaitAnimation(40);
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}
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while (control.Location.X < x / 8)
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{
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control.Location = new Point(control.Location.X + (5 * animationSpeed), control.Location.Y);
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control.Refresh();
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WaitAnimation(40);
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}
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while (control.Location.X < x)
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{
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control.Location = new Point(control.Location.X + (2 * animationSpeed), control.Location.Y);
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control.Refresh();
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WaitAnimation(40);
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}
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control.Location = new Point(x, control.Location.Y);
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}
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if (animation == StandardAnimation.SlideLeft)
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{
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int x2 = control.Location.X;
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control.Location = new Point(control.Parent.Width + control.Width, control.Location.Y);
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control.Refresh();
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while (control.Location.X > x2 + (control.Width / 2))
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{
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control.Location = new Point(control.Location.X - (10 * animationSpeed), control.Location.Y);
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control.Refresh();
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WaitAnimation(40);
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}
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while (control.Location.X > x2 + (control.Width / 4))
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{
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control.Location = new Point(control.Location.X - (7 * animationSpeed), control.Location.Y);
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control.Refresh();
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WaitAnimation(40);
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}
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while (control.Location.X > x2 + (control.Width / 8))
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{
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control.Location = new Point(control.Location.X - (5 * animationSpeed), control.Location.Y);
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control.Refresh();
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WaitAnimation(40);
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}
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while (control.Location.X > x2)
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{
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control.Location = new Point(control.Location.X - (2 * animationSpeed), control.Location.Y);
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control.Refresh();
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WaitAnimation(40);
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}
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control.Location = new Point(x2, control.Location.Y);
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}
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if (animation == StandardAnimation.SlideDown)
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{
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int y = control.Location.Y;
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control.Location = new Point(control.Location.X, 0 - control.Height);
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control.Refresh();
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while (control.Location.Y < y / 2)
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{
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control.Location = new Point(control.Location.X, control.Location.Y + (10 * animationSpeed));
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control.Refresh();
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WaitAnimation(40);
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}
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while (control.Location.Y < y / 4)
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{
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control.Location = new Point(control.Location.X, control.Location.Y + (7 * animationSpeed));
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control.Refresh();
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WaitAnimation(40);
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}
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while (control.Location.Y < y / 8)
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{
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control.Location = new Point(control.Location.X, control.Location.Y + (5 * animationSpeed));
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control.Refresh();
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WaitAnimation(40);
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}
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while (control.Location.Y < y)
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{
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control.Location = new Point(control.Location.X, control.Location.Y + (2 * animationSpeed));
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control.Refresh();
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WaitAnimation(40);
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}
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control.Location = new Point(control.Location.X, y);
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}
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if (animation == StandardAnimation.SlideUp)
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{
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int y2 = control.Location.Y;
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control.Location = new Point(control.Location.X, control.Parent.Height + control.Height);
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control.Refresh();
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while (control.Location.Y > y2 + (control.Height / 2))
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{
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control.Location = new Point(control.Location.X, control.Location.Y - (10 * animationSpeed));
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control.Refresh();
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WaitAnimation(40);
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}
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while (control.Location.Y > y2 + (control.Height / 4))
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{
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control.Location = new Point(control.Location.X, control.Location.Y - (7 * animationSpeed));
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control.Refresh();
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WaitAnimation(40);
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}
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while (control.Location.Y > y2 + (control.Height / 8))
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{
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control.Location = new Point(control.Location.X, control.Location.Y - (5 * animationSpeed));
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control.Refresh();
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WaitAnimation(40);
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}
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while (control.Location.Y > y2)
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{
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control.Location = new Point(control.Location.X, control.Location.Y - (2 * animationSpeed));
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control.Refresh();
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WaitAnimation(40);
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}
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control.Location = new Point(control.Location.X, y2);
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}
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if (animation == StandardAnimation.SlugRight)
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{
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int x3 = control.Location.X;
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int width = control.Width;
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control.Location = new Point(0 - control.Width, control.Location.Y);
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control.Refresh();
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while (control.Location.X < x3)
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{
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control.Location = new Point(control.Location.X + (8 * animationSpeed), control.Location.Y);
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control.Refresh();
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control.Refresh();
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WaitAnimation(100 / animationSpeed);
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while (control.Width > width / 2)
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{
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control.Width -= 3 * animationSpeed;
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control.Refresh();
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WaitAnimation(50 / animationSpeed);
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}
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while (control.Width < width)
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{
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control.Width += 3 * animationSpeed;
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control.Refresh();
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WaitAnimation(50 / animationSpeed);
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}
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}
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control.Location = new Point(x3, control.Location.Y);
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control.Width = width;
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control.Refresh();
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}
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if (animation == StandardAnimation.SlugLeft)
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{
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int x4 = control.Location.X;
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int width2 = control.Width;
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control.Location = new Point(control.Parent.Width + control.Width, control.Location.Y);
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control.Refresh();
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while (control.Location.X > x4)
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{
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control.Location = new Point(control.Location.X - (8 * animationSpeed), control.Location.Y);
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control.Refresh();
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control.Refresh();
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WaitAnimation(100 / animationSpeed);
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while (control.Width > width2 / 2)
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{
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control.Width -= 3 * animationSpeed;
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control.Refresh();
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WaitAnimation(50 / animationSpeed);
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}
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while (control.Width < width2)
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{
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control.Width += 3 * animationSpeed;
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control.Refresh();
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WaitAnimation(50 / animationSpeed);
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}
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}
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control.Location = new Point(x4, control.Location.Y);
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control.Width = width2;
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control.Refresh();
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}
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if (animation == StandardAnimation.Hop)
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{
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int y3 = control.Location.Y;
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while (control.Location.Y > y3 - 20)
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{
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while (control.Location.Y > y3 - 10)
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{
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control.Location = new Point(control.Location.X, control.Location.Y - 5);
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control.Refresh();
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WaitAnimation(100 / animationSpeed);
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}
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while (control.Location.Y > y3 - 18)
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{
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control.Location = new Point(control.Location.X, control.Location.Y - 4);
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control.Refresh();
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WaitAnimation(100 / animationSpeed);
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}
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while (control.Location.Y > y3 - 20)
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{
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control.Location = new Point(control.Location.X, control.Location.Y - 2);
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control.Refresh();
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WaitAnimation(100 / animationSpeed);
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}
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}
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while (control.Location.Y < y3)
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{
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while (control.Location.Y < y3 - 18)
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{
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control.Location = new Point(control.Location.X, control.Location.Y + 2);
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control.Refresh();
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WaitAnimation(100 / animationSpeed);
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}
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while (control.Location.Y < y3 - 20)
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{
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control.Location = new Point(control.Location.X, control.Location.Y + 6);
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control.Refresh();
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WaitAnimation(100 / animationSpeed);
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}
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control.Location = new Point(control.Location.X, y3);
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}
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}
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if (animation == StandardAnimation.ShootRight)
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{
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int x5 = control.Location.X;
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int y4 = control.Location.Y;
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Size size = control.Size;
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control.Size = new Size(control.Width, 6);
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control.Refresh();
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control.Location = new Point(0 - control.Width, control.Location.Y + (size.Height / 2) - 3);
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control.Refresh();
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while (control.Width - size.Width < x5 + size.Width)
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{
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control.Size = new Size(control.Width + 50, control.Height);
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control.Refresh();
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WaitAnimation(50 / animationSpeed);
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}
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control.Size = new Size(x5 + (size.Width * 2), control.Height);
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control.Refresh();
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while (control.Location.X < x5)
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{
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control.Location = new Point(control.Location.X + 25, control.Location.Y);
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control.Size = new Size(control.Width - 25, control.Height);
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control.Refresh();
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WaitAnimation(50 / animationSpeed);
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}
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control.Size = size;
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control.Location = new Point(x5, y4);
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control.Refresh();
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}
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if (animation == StandardAnimation.ShootLeft)
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{
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int x6 = control.Location.X;
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int y5 = control.Location.Y;
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Size size2 = control.Size;
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control.Size = new Size(control.Width, 6);
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control.Refresh();
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control.Location = new Point(control.Parent.Width + control.Width, control.Location.Y + (size2.Height / 2) - 3);
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control.Refresh();
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while (control.Location.X > x6)
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{
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control.Size = new Size(control.Width + 50, control.Height);
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control.Location = new Point(control.Location.X - 50, control.Location.Y);
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control.Refresh();
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WaitAnimation(50 / animationSpeed);
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}
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control.Size = new Size(x6 + (size2.Width * 2), control.Height);
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control.Refresh();
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while (control.Location.X + control.Width > size2.Width)
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{
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control.Size = new Size(control.Width - 25, control.Height);
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control.Refresh();
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WaitAnimation(50 / animationSpeed);
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}
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control.Size = size2;
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control.Location = new Point(x6, y5);
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control.Refresh();
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}
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}
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public void ColorAnimate(object animationObject, Color color, ColorAnimation animation, bool keepColor, int animationSpeed)
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{
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Control control = animationObject as Control;
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if (animationSpeed < 1)
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{
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animationSpeed = 1;
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}
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if (animationSpeed > 10)
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{
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animationSpeed = 10;
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}
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Graphics graphics = control.CreateGraphics();
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if (animationSpeed < 1)
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{
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animationSpeed = 1;
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}
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if (animationSpeed > 10)
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{
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animationSpeed = 10;
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}
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if (animation == ColorAnimation.FillEllipse)
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{
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int i = 1;
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int num = control.Width;
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if (control.Height > control.Width)
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{
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num = control.Height;
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}
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num = num + 200 + (10 * animationSpeed);
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while (i < num)
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{
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graphics.FillEllipse(new SolidBrush(color), (control.Width / 2) - (i / 2), (control.Height / 2) - (i / 2), i, i);
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WaitAnimation(10);
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i += 10 * animationSpeed;
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}
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}
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if (animation == ColorAnimation.FillSquare)
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{
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int j = 1;
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int num2 = control.Width;
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if (control.Height > control.Width)
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{
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num2 = control.Height;
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}
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num2 += 200;
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while (j < num2)
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{
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graphics.FillRectangle(new SolidBrush(color), (control.Width / 2) - (j / 2), (control.Height / 2) - (j / 2), j, j);
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WaitAnimation(10);
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j += 10 * animationSpeed;
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}
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}
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if (animation == ColorAnimation.SlideFill)
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{
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for (int k = 10; k < control.Width + (10 * animationSpeed); k += 10 * animationSpeed)
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{
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graphics.FillRectangle(new SolidBrush(color), 0, 0, k, control.Height);
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WaitAnimation(10);
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}
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}
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if (animation == ColorAnimation.StripeFill)
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{
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int l = 10;
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int num3 = (control.Height / 10) + 5;
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while (l < control.Width + (10 * animationSpeed))
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{
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graphics.FillRectangle(new SolidBrush(color), 0, 0, l, num3);
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graphics.FillRectangle(new SolidBrush(color), control.Width - l, num3, l, num3);
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graphics.FillRectangle(new SolidBrush(color), 0, num3 * 2, l, num3);
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graphics.FillRectangle(new SolidBrush(color), control.Width - l, num3 * 3, l, num3);
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graphics.FillRectangle(new SolidBrush(color), 0, num3 * 4, l, num3);
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graphics.FillRectangle(new SolidBrush(color), control.Width - l, num3 * 5, l, num3);
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graphics.FillRectangle(new SolidBrush(color), 0, num3 * 6, l, num3);
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graphics.FillRectangle(new SolidBrush(color), control.Width - l, num3 * 7, l, num3);
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graphics.FillRectangle(new SolidBrush(color), 0, num3 * 8, l, num3);
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graphics.FillRectangle(new SolidBrush(color), control.Width - l, num3 * 9, l, num3);
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graphics.FillRectangle(new SolidBrush(color), 0, num3 * 10, l, num3);
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WaitAnimation(10);
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l += 10 * animationSpeed;
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}
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}
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if (animation == ColorAnimation.SplitFill)
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{
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int m = 10;
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int num4 = control.Width + (10 * animationSpeed);
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while (m < num4)
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{
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graphics.FillRectangle(new SolidBrush(color), 0, (control.Height / 2) - (m / 2), control.Width, m);
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WaitAnimation(10);
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m += 10 * animationSpeed;
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}
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}
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WaitAnimation(200);
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graphics.Dispose();
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if (keepColor)
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{
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control.BackColor = color;
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}
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control.Refresh();
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}
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}
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#endregion
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}
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