public static void DrawRectFillAlpha(Rect rect, Color color, float alpha)
{
Color guiColor = GUI.color;
GUI.color = color.Alpha(alpha);
GUI.DrawTexture(rect, wHiteTex);
GUI.color = color.Alpha(1);
GUI.DrawTexture(new Rect(rect.x, rect.y, rect.width, 1+0*rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x, rect.y, 1+0*rect.width, rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x + rect.width, rect.y + rect.height, -rect.width, -1+0*rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x + rect.width, rect.y + rect.height, -1+0*rect.width, -rect.height), wHiteTex);
GUI.color = guiColor;
}
public static void DrawRectFillAlpha(Rect rect, Color color, float alpha)
{
Color guiColor = GUI.color;
GUI.color = color.Alpha(alpha);
GUI.DrawTexture(rect, wHiteTex);
GUI.color = color.Alpha(1);
GUI.DrawTexture(new Rect(rect.x, rect.y, rect.width, 1 + 0 * rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x, rect.y, 1 + 0 * rect.width, rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x + rect.width, rect.y + rect.height, -rect.width, -1 + 0 * rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x + rect.width, rect.y + rect.height, -1 + 0 * rect.width, -rect.height), wHiteTex);
GUI.color = guiColor;
}
public XDStyles()
{
// TextField
Field = new GUIStyle(EditorStyles.textField);
Field.alignment = TextAnchor.MiddleLeft;
Field.normal.textColor = Normal;
Field.normal.background = XDUtility.CreateColoredTexture(Skin);
Field.focused.textColor = Normal;
Field.focused.background = XDUtility.CreateColoredTexture(Highlight.Alpha(0.2f));
Field.border = new RectOffset(4, 0, 0, 0);
Field.margin = new RectOffset(4, 4, 4, 4);
// Label
Label = new GUIStyle(Field);
Horiz_Small = new GUIStyle(Field);
Horiz_Small.fixedWidth = (int)XDSizes.Small * 3;
Horiz_Small.fixedHeight = (int)XDSizes.Small;
Horiz_Medium = new GUIStyle(Field);
Horiz_Medium.fixedWidth = (int)XDSizes.Medium * 3;
Horiz_Medium.fixedHeight = (int)XDSizes.Small;
Horiz_Large = new GUIStyle(Field);
Horiz_Large.fixedWidth = (int)XDSizes.Large * 3;
Horiz_Large.fixedHeight = (int)XDSizes.Small;
}
public GeometryAdornment(Color color, Geometry geometry, double thickness)
{
_child = new DrawingVisual();
using (var context = _child.RenderOpen()) {
context.DrawGeometry(new SolidColorBrush(color.Alpha(25)), thickness < 0.1 ? null : new Pen(ThemeHelper.MenuHoverBorderBrush, thickness), geometry);
}
AddVisualChild(_child);
}
public static void DrawRectFillPCAlpha(Rect rect, Color color, float alpha, float pc)
{
Color guiColor = GUI.color;
float w = rect.width * pc;
float iw = rect.width - w;
GUI.color = color.Alpha(alpha);
GUI.DrawTexture(new Rect(rect.x + w, rect.y, iw, rect.height), wHiteTex);
GUI.color = color.Alpha(1);
GUI.DrawTexture(new Rect(rect.x, rect.y, w, rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x, rect.y, rect.width, 1 + 0 * rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x, rect.y, 1 + 0 * rect.width, rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x + rect.width, rect.y + rect.height, -rect.width, -1 + 0 * rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x + rect.width, rect.y + rect.height, -1 + 0 * rect.width, -rect.height), wHiteTex);
GUI.color = guiColor;
}
public static void DrawRectFillPCAlpha(Rect rect, Color color, float alpha, float pc)
{
Color guiColor = GUI.color;
float w = rect.width * pc;
float iw = rect.width - w;
GUI.color = color.Alpha(alpha);
GUI.DrawTexture(new Rect(rect.x + w, rect.y, iw, rect.height), wHiteTex);
GUI.color = color.Alpha(1);
GUI.DrawTexture(new Rect(rect.x, rect.y, w, rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x, rect.y, rect.width, 1+0*rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x, rect.y, 1+0*rect.width, rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x + rect.width, rect.y + rect.height, -rect.width, -1+0*rect.height), wHiteTex);
GUI.DrawTexture(new Rect(rect.x + rect.width, rect.y + rect.height, -1+0*rect.width, -rect.height), wHiteTex);
GUI.color = guiColor;
}
void SetColor(Color color)
{
_SelectedColor = color;
var bmp = Image as Bitmap;
using (var g = Graphics.FromImage(bmp))
using (var b = new SolidBrush(color.A == 0 ? SystemColors.Control : color.Alpha(255))) {
g.DrawRectangle(Pens.DarkGray, 0, 0, bmp.Width - 1, bmp.Height - 1);
g.FillRectangle(b, 1, 1, bmp.Width - 2, bmp.Height - 2);
}
Invalidate();
}
private void OnPlayerDestroyed(Entity obj)
{
var display = Vrax.Game.Display;
var screen = Vrax.Game.Screen;
var gameOverText = new Textfield(DefaultFont, "GAME OVER")
{
Parent = display,
Position = screen.Half,
Anchor = Distance.Center,
Color = Color.Alpha(0)
};
Vrax.Game.Animator.AddSequence(new[]
{
gameOverText.ColorTo(Color.White, 800),
new DelayTween(2500),
new ActionTween(() => gameOverText.Parent = null),
new ActionTween(ReturnToMenu)
});
}
public static Texture2D MakeOutline(this Texture2D texture, int width)
{
Color[] c = texture.GetPixels();
Color[] nc = new Color[c.Length];
for (int y = 0; y < texture.height; y++)
{
for (int x = 0; x < texture.width; x++)
{
Color cc = c[x + y * texture.width];
if (cc.a < 0.1)
{
float a = 0;
for (int cy = Mathf.Max(y - width, 0); cy <= Mathf.Min(y + width, texture.height - 1); cy++)
{
for (int cx = Mathf.Max(x - width, 0); cx <= Mathf.Min(x + width, texture.width - 1); cx++)
{
a = Mathf.Max(c[cx + cy * texture.width].a, a);
}
}
if (a > 0.1)
{
nc[x + y * texture.width] = Color.black.Alpha(a);
goto skip;
}
}
if (cc.a > 0)
{
cc = cc.Alpha(1.0f);
}
nc[x + y * texture.width] = cc;
skip :;
}
}
texture.SetPixels(nc, 0);
texture.Apply();
return(texture);
}
/// <summary>
/// Draw a group of rects in text area. Like selection rects or tag rects.
/// </summary>
private void DrawRects(Rect[] rects, bool flatStyle, Color color)
{
if (rects == null)
{
return;
}
for (int i = 0; i < rects.Length; i++)
{
Rect r = rects[i];
r.y -= scroll.y;
if (flatStyle)
{
Utils.FlatRect(r, color.Alpha(0.7f), 0.2f, 0.0f);
}
else
{
EditorGUI.DrawRect(r, color);
}
}
}
public void Update(double deltaTime)
{
if (CooldownTimer > 0)
{
CooldownTimer -= deltaTime;
if (CooldownTimer < 0)
{
CooldownTimer = 0;
foreach (var renderer in Renderers)
{
renderer.Tint = Color.White;
}
}
else
{
foreach (var renderer in Renderers)
{
renderer.Tint = Color.Alpha(0.40f); // Ghost the image
}
}
}
}
private INode AddAlphaToColor(Color color, Number number)
{
var alpha = GetAlphaValue(number);
return color.Alpha(alpha);
}
private static void DrawILS(ref MySpriteDrawFrame Frame, IMyTextSurface Surface, ILSDataSet ILSData)
{
if (ILSData.Rotation == null)
{
DrawCross(ref Frame);
return;
}
// Vars
float CircleSize = Size.Y * 0.95f;
float ArrowLength = Size.Y * 0.8f;
float ArrowRotation = (float)ILSData.Rotation;
float Deviation = (float)ILSData.LocalizerDeviation; // between -12 and 12.
// Re-position the Center position a bit offset in order to accomodate glideslope indicator.
Center -= CenterSub;
// Circle
MySprite Circle1 = MySprite.CreateSprite("Circle", Center, new Vector2(CircleSize, CircleSize));
Circle1.Color = CockpitFGColor.Alpha(1f);
Frame.Add(Circle1);
MySprite Circle2 = MySprite.CreateSprite("Circle", Center, new Vector2(CircleSize, CircleSize) * 0.95f);
Circle2.Color = CockpitBGColor.Alpha(1f);
Frame.Add(Circle2);
// Arrow
MySprite ArrowBody = MySprite.CreateSprite("SquareSimple", Center, new Vector2(12 * UnitX, ArrowLength)); // new Vector2(10 * UnitX, 60 * UnitY)
ArrowBody.Color = Color.LawnGreen.Alpha(1f);
ArrowBody.RotationOrScale = ToRadian(ArrowRotation);
Frame.Add(ArrowBody);
float AConstant = ArrowLength / 2.1f;
float Ax = (float)Math.Sin(ToRadian(ArrowRotation)) * AConstant;
float Ay = (float)Math.Cos(ToRadian(ArrowRotation)) * AConstant * -1;
MySprite ArrowHead = MySprite.CreateSprite("Triangle", Center + new Vector2(Ax, Ay), Size * 0.2f);
ArrowHead.Color = Color.LawnGreen.Alpha(1f);
ArrowHead.RotationOrScale = ToRadian(ArrowRotation);
Frame.Add(ArrowHead);
// Deviation bar
float DConstant = Deviation / (float)LOCFullScaleDeflectionAngle * (Size.Y * 0.4f);
float Dx = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DConstant * -1;
float Dy = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DConstant;
MySprite DeviationBarMask = MySprite.CreateSprite("SquareSimple", Center, new Vector2(12 * UnitX, ArrowLength / 2.7f));
DeviationBarMask.Color = CockpitBGColor.Alpha(1f);
DeviationBarMask.RotationOrScale = ToRadian(ArrowRotation);
Frame.Add(DeviationBarMask);
MySprite DeviationBar = MySprite.CreateSprite("SquareSimple", Center + new Vector2(Dx, Dy), new Vector2(12 * UnitX, ArrowLength / 3));
DeviationBar.Color = Color.LawnGreen.Alpha(1f);
DeviationBar.RotationOrScale = ToRadian(ArrowRotation);
Frame.Add(DeviationBar);
// Localizer Deviation Scale
float DSM2 = -1.0f * (Size.Y * 0.4f);
float DSM1 = -0.5f * (Size.Y * 0.4f);
float DSP1 = 0.5f * (Size.Y * 0.4f);
float DSP2 = 1.0f * (Size.Y * 0.4f);
float DSM2x = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DSM2 * -1;
float DSM2y = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DSM2;
float DSM1x = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DSM1 * -1;
float DSM1y = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DSM1;
float DSP1x = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DSP1 * -1;
float DSP1y = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DSP1;
float DSP2x = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DSP2 * -1;
float DSP2y = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DSP2;
MySprite DSM2Sprite = MySprite.CreateSprite("Circle", Center + new Vector2(DSM2x, DSM2y), new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite DSM1Sprite = MySprite.CreateSprite("Circle", Center + new Vector2(DSM1x, DSM1y), new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite DSCSprite = MySprite.CreateSprite("Circle", Center, new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite DSP1Sprite = MySprite.CreateSprite("Circle", Center + new Vector2(DSP1x, DSP1y), new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite DSP2Sprite = MySprite.CreateSprite("Circle", Center + new Vector2(DSP2x, DSP2y), new Vector2(CircleSize, CircleSize) * 0.1f);
DSM2Sprite.Color = CockpitFGColor.Alpha(1f);
DSM1Sprite.Color = CockpitFGColor.Alpha(1f);
DSCSprite.Color = CockpitFGColor.Alpha(1f);
DSP1Sprite.Color = CockpitFGColor.Alpha(1f);
DSP2Sprite.Color = CockpitFGColor.Alpha(1f);
Frame.Add(DSM2Sprite);
Frame.Add(DSM1Sprite);
Frame.Add(DSCSprite);
Frame.Add(DSP1Sprite);
Frame.Add(DSP2Sprite);
// GlideSlope
Vector2 GSCenter = new Vector2(Size.X * 1.3f, Center.Y);
Vector2 GSM2 = new Vector2(GSCenter.X, GSCenter.Y - Size.Y * 0.4f);
Vector2 GSM1 = new Vector2(GSCenter.X, GSCenter.Y - Size.Y * 0.2f);
Vector2 GSP1 = new Vector2(GSCenter.X, GSCenter.Y + Size.Y * 0.2f);
Vector2 GSP2 = new Vector2(GSCenter.X, GSCenter.Y + Size.Y * 0.4f);
float DeviationUnits = (float)ILSData.GlideSlopeDeviation / (float)GSFullScaleDeflectionAngle * Size.Y * 0.4f;
Vector2 GSDiamondPos = new Vector2(GSCenter.X, GSCenter.Y + DeviationUnits);
MySprite GDSM2Sprite = MySprite.CreateSprite("Circle", GSM2, new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite GDSM1Sprite = MySprite.CreateSprite("Circle", GSM1, new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite GDSP1Sprite = MySprite.CreateSprite("Circle", GSP1, new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite GDSP2Sprite = MySprite.CreateSprite("Circle", GSP2, new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite GDSCSprite = MySprite.CreateSprite("SquareSimple", GSCenter, new Vector2(CircleSize * 0.2f, UnitY * 6));
MySprite GSDiamond = MySprite.CreateSprite("SquareSimple", GSDiamondPos, new Vector2(UnitX * 25, UnitY * 25));
GDSCSprite.Color = CockpitFGColor.Alpha(1f);
GSDiamond.Color = Color.LawnGreen.Alpha(1f);
GSDiamond.RotationOrScale = ToRadian(45f);
GDSM2Sprite.Color = CockpitFGColor.Alpha(1f);
GDSM1Sprite.Color = CockpitFGColor.Alpha(1f);
GDSP1Sprite.Color = CockpitFGColor.Alpha(1f);
GDSP2Sprite.Color = CockpitFGColor.Alpha(1f);
Frame.Add(GDSM2Sprite);
Frame.Add(GDSM1Sprite);
Frame.Add(GDSCSprite);
Frame.Add(GDSP1Sprite);
Frame.Add(GDSP2Sprite);
Frame.Add(GSDiamond);
// Re-center the center position.
Center += CenterSub;
}
public static void SetAlpha(this Color c, float a)
{
c.Alpha(a);
}
public void DrawSprites(ref MySpriteDrawFrame frame, IMyTextSurface Surface)
{
Vector2 Size = new Vector2(Surface.SurfaceSize.Y, Surface.SurfaceSize.Y);
Vector2 Center = new Vector2(Surface.TextureSize.X / 2, Surface.TextureSize.Y / 2);
float UnitX = Size.X / 256f;
float UnitY = Size.Y / 256f;
// Vars
float CircleSize = Size.Y * 0.95f;
float ArrowLength = Size.Y * 0.8f;
float ArrowRotation = rotation;
float Deviation = -5f; // between -12 and 12.
Echo("BG: " + CockpitBGColor.ToString());
Echo("FG: " + CockpitFGColor.ToString());
// Set up the initial position - and remember to add our viewport offset
// var position = new Vector2(128 * UnitX, 64 * UnitY) + _viewport.Position;
// Circle
MySprite Circle1 = MySprite.CreateSprite("Circle", Center, new Vector2(CircleSize, CircleSize));
Circle1.Color = CockpitFGColor.Alpha(1f);
frame.Add(Circle1);
MySprite Circle2 = MySprite.CreateSprite("Circle", Center, new Vector2(CircleSize, CircleSize) * 0.95f);
Circle2.Color = CockpitBGColor.Alpha(1f);
frame.Add(Circle2);
// Arrow
MySprite ArrowBody = MySprite.CreateSprite("SquareSimple", Center, new Vector2(12 * UnitX, ArrowLength)); // new Vector2(10 * UnitX, 60 * UnitY)
ArrowBody.Color = CockpitFGColor.Alpha(1f);
ArrowBody.RotationOrScale = ToRadian(ArrowRotation);
frame.Add(ArrowBody);
float AConstant = ArrowLength / 2.1f;
float Ax = (float)Math.Sin(ToRadian(ArrowRotation)) * AConstant;
float Ay = (float)Math.Cos(ToRadian(ArrowRotation)) * AConstant * -1;
MySprite ArrowHead = MySprite.CreateSprite("Triangle", Center + new Vector2(Ax, Ay), Size * 0.2f);
ArrowHead.Color = CockpitFGColor.Alpha(1f);
ArrowHead.RotationOrScale = ToRadian(ArrowRotation);
frame.Add(ArrowHead);
// Deviation bar
float DConstant = Deviation / 12 * (Size.Y * 0.4f);
float Dx = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DConstant * -1;
float Dy = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DConstant;
MySprite DeviationBar = MySprite.CreateSprite("SquareSimple", Center + new Vector2(Dx, Dy), new Vector2(12 * UnitX, ArrowLength / 3));
DeviationBar.Color = CockpitFGColor.Alpha(1f);
DeviationBar.RotationOrScale = ToRadian(ArrowRotation);
frame.Add(DeviationBar);
// Deviation Scale
float DSM2 = -1.0f * (Size.Y * 0.4f);
float DSM1 = -0.5f * (Size.Y * 0.4f);
float DSP1 = 0.5f * (Size.Y * 0.4f);
float DSP2 = 1.0f * (Size.Y * 0.4f);
Echo("DSM1: " + DSM1.ToString());
Echo("DSM2: " + DSM2.ToString());
Echo("DSP1: " + DSP1.ToString());
Echo("DSP2: " + DSP2.ToString());
float DSM2x = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DSM2 * -1;
float DSM2y = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DSM2;
float DSM1x = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DSM1 * -1;
float DSM1y = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DSM1;
float DSP1x = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DSP1 * -1;
float DSP1y = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DSP1;
float DSP2x = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DSP2 * -1;
float DSP2y = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DSP2;
MySprite DSM2Sprite = MySprite.CreateSprite("Circle", Center + new Vector2(DSM2x, DSM2y), new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite DSM1Sprite = MySprite.CreateSprite("Circle", Center + new Vector2(DSM1x, DSM1y), new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite DSCSprite = MySprite.CreateSprite("Circle", Center, new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite DSP1Sprite = MySprite.CreateSprite("Circle", Center + new Vector2(DSP1x, DSP1y), new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite DSP2Sprite = MySprite.CreateSprite("Circle", Center + new Vector2(DSP2x, DSP2y), new Vector2(CircleSize, CircleSize) * 0.1f);
DSM2Sprite.Color = CockpitFGColor.Alpha(1f);
DSM1Sprite.Color = CockpitFGColor.Alpha(1f);
DSCSprite.Color = CockpitFGColor.Alpha(1f);
DSP1Sprite.Color = CockpitFGColor.Alpha(1f);
DSP2Sprite.Color = CockpitFGColor.Alpha(1f);
frame.Add(DSM2Sprite);
frame.Add(DSM1Sprite);
frame.Add(DSCSprite);
frame.Add(DSP1Sprite);
frame.Add(DSP2Sprite);
}