public static void RenderAngle(this Vector3 position, OverlayData data, Vector3 startDir, Vector3 endDir, float innerRadius, float outterRadius)
{
var startNormal = startDir.Turn90(true);
var endNormal = endDir.Turn90(false);
var invert = Vector3.Dot(startNormal, endDir) < 0f;
if (invert)
{
startNormal = -startNormal;
endNormal = -endNormal;
}
var shift = (outterRadius + innerRadius) / 2;
var bezier = new Bezier3()
{
a = position + startDir * shift,
d = position + endDir * shift,
};
var angle = Mathf.Acos(Mathf.Clamp(startDir.x * endDir.x + startDir.z * endDir.z, -1f, 1f));
float d = Mathf.Tan(angle * 0.5f) * shift * 0.5522848f;
bezier.b = bezier.a + startNormal * d;
bezier.c = bezier.d + endNormal * d;
data.Width = outterRadius - innerRadius;
data.Cut = true;
bezier.RenderBezier(data);
}
protected void RenderMiddle(OverlayData overlayData, Data data1, Data data2)
{
overlayData.Cut = true;
var overlayWidth1 = GetWidth(data1.DeltaAngleCos);
var overlayWidth2 = GetWidth(data2.DeltaAngleCos);
var width1 = data1.halfWidth * 2 - BorderOverlayWidth;
var width2 = data2.halfWidth * 2 - BorderOverlayWidth;
var angle = Vector3.Angle(data1.Direction, data2.Direction);
var maxPossibleWidth = Math.Min(angle / 11.25f + 16f, Mathf.Max(BorderOverlayWidth, Mathf.Min(overlayWidth1, overlayWidth2)));
if (Mathf.Abs(width1 - width2) < 0.001 && maxPossibleWidth >= Mathf.Max(width1, width2))
{
overlayData.Width = Mathf.Min(width1, width2);
RenderMiddle(overlayData, data1, data2, 0f, 0f);
}
else
{
var overlayWidth = Mathf.Min(width1, width2, maxPossibleWidth);
overlayData.Width = overlayWidth;
var effectiveWidth = overlayWidth - Mathf.Max(overlayWidth * ((180 - angle) / 720f), 1f);
var count = Math.Max(Mathf.CeilToInt(width1 / effectiveWidth), Mathf.CeilToInt(width2 / effectiveWidth));
var step1 = GetStep(width1, overlayWidth, count);
var step2 = GetStep(width2, overlayWidth, count);
for (var l = 0; l < count; l += 1)
{
RenderMiddle(overlayData, data1, data2, l * step1, l * step2);
}
}
protected void RenderCorner(OverlayData overlayData, Data data)
{
var cornerDelta = data.GetCornerDelta(Mathf.Min(BorderOverlayWidth / 2, data.halfWidth));
var line = new StraightTrajectory(data.leftPos + cornerDelta, data.rightPos - cornerDelta);
line.Render(overlayData);
}
public void RenderBorders(OverlayData overlayData)
{
foreach (var border in BorderLines)
{
border.Render(overlayData);
}
}
public static void RenderCircle(this Vector3 position, OverlayData data, float from, float to)
{
data.Width = Mathf.Max(from, to, 0f);
to = Mathf.Max(Mathf.Min(from, to), 0f);
do
{
position.RenderCircle(data);
data.Width = Mathf.Max(data.Width.Value - 0.43f, to);
}while (data.Width > to);
}
public static void RenderCircle(this Vector3 position, OverlayData data)
{
var color = data.Color ?? DefaultColor;
var width = data.Width ?? DefaultWidth;
var renderLimit = data.RenderLimit ?? DefaultLimit;
var minLimit = renderLimit ? position.y - 0.01f : DefaultMinLimit;
var maxLimit = renderLimit ? position.y + 0.01f : DefaultMaxLimit;
var alphaBlend = data.AlphaBlend ?? DefaultBlend;
RenderManager.OverlayEffect.DrawCircle(data.CameraInfo, color, position, width, minLimit, maxLimit, renderLimit, alphaBlend);
}
public OverlayData Copy()
{
var copy = new OverlayData(CameraInfo)
{
Color = Color,
Width = Width,
AlphaBlend = AlphaBlend,
CutStart = CutStart,
CutEnd = CutEnd,
SplitPoint = SplitPoint,
};
return(copy);
}
protected void RenderBorder(OverlayData overlayData, Data data1, Data data2)
{
var cornerDelta1 = data1.GetCornerDelta(BorderOverlayWidth / 2);
var cornerDelta2 = data2.GetCornerDelta(BorderOverlayWidth / 2);
var position1 = data1.leftPos + cornerDelta1;
var position2 = data2.rightPos - cornerDelta2;
var direction1 = data1.GetDir(1 - cornerDelta1.magnitude / data1.CornerLength);
var direction2 = data2.GetDir(cornerDelta2.magnitude / data2.CornerLength);
var bezier = GetBezier(position1, direction1, position2, direction2);
bezier.RenderBezier(overlayData);
}
public static void RenderBezier(this Bezier3 bezier, OverlayData data)
{
var color = data.Color ?? DefaultColor;
var width = data.Width ?? DefaultWidth;
var cutValue = (data.Width ?? DefaultWidth) / 2;
var startCut = data.CutStart == true ? cutValue : 0f;
var endCut = data.CutEnd == true ? cutValue : 0f;
var renderLimit = data.RenderLimit ?? DefaultLimit;
var minLimit = renderLimit ? (bezier.a.y + bezier.d.y) / 2f - 0.01f : DefaultMinLimit;
var maxLimit = renderLimit ? (bezier.a.y + bezier.d.y) / 2f + 0.01f : DefaultMaxLimit;
var alphaBlend = data.AlphaBlend ?? DefaultBlend;
RenderManager.OverlayEffect.DrawBezier(data.CameraInfo, color, bezier, width, startCut, endCut, minLimit, maxLimit, renderLimit, alphaBlend);
}
public virtual void Render(OverlayData overlayData)
{
#if DEBUG
if (RenderOverlayBorders)
{
RenderBorders(new OverlayData(overlayData.CameraInfo)
{
Color = Colors.Green
});
}
if (RenderOverlayCentre)
{
RenderCenter(new OverlayData(overlayData.CameraInfo)
{
Color = Colors.Red
});
}
#endif
}
public void RenderCenter(OverlayData overlayData) => Center.RenderCircle(overlayData);
public static void RenderQuad(this Quad3 quad, OverlayData data) => RenderManager.OverlayEffect.DrawQuad(data.CameraInfo, data.Color ?? Colors.White, quad, -1f, 1280f, false, data.AlphaBlend ?? DefaultBlend);
public void Render(OverlayData data) => Trajectory.Render(data);
public void Render(OverlayData data) => Trajectory.GetBezier().RenderBezier(data);
