public static void Init(MapSystemComponent instance)
{
if (mapSystemComponent != null)
{
Debug.Log("MapSystem already inited!");
return;
}
Debug.Log("MapSystem inited by" + instance);
mapSystemComponent = instance;
groupList.Clear();
while (groupList.Count < CircleCount * 3)
{
groupList.Add(null);
}
currentAngle = 60;
_currentGroupIndex = 0;
}
static void OnGizmo(MapSystemComponent manager, GizmoType type)
{
float handleSize = HandleUtility.GetHandleSize(Vector3.zero);
Color gradient = Prefs.circleGradient.Evaluate(MapSystem.currentAngle / MapSystem.MaxAngle);
//绘制低半部分指示圆环
float alpha = MapSystem.currentAngle % MapSystem.AnglePerGroup;
float beta = MapSystem.AnglePerGroup / 2 - alpha;
float pAngle0 = MapSystem.currentGroupIndex % MapSystem.GroupCountPerCircle * MapSystem.AnglePerGroup * angleToPiRate;
Vector3 p0 = new Vector3(Mathf.Cos(pAngle0) * Prefs.r0, -Prefs.circleVerticalCurve.Evaluate(Mathf.Abs(beta)) * Prefs.circleVerticleRate * alpha * angleToPiRate, Mathf.Sin(pAngle0) * Prefs.r0);
float alphai = alpha + MapSystem.AnglePerGroup;
float phi = (MapSystem.AnglePerGroup / 2 + alpha);
float pAngleii = pAngle0;
float pAnglei = pAngle0 - MapSystem.AnglePerGroup * angleToPiRate;
Vector3 ppi = p0, ppit;
Vector3 pi, pit;
while (alphai <= 180)
{
ppit = new Vector3(Mathf.Cos(pAngleii - bezierAngle) * Prefs.r0 * bezierRadius, ppi.y - Prefs.circleVerticalCurve.Evaluate(phi) * Prefs.circleVerticleRate * bezierAngle, Mathf.Sin(pAngleii - bezierAngle) * Prefs.r0 * bezierRadius);
pi = new Vector3(Mathf.Cos(pAnglei) * Prefs.r0, ppi.y - Prefs.circleVerticalCurve.Evaluate(phi) * Prefs.circleVerticleRate * MapSystem.AnglePerGroup * angleToPiRate, Mathf.Sin(pAnglei) * Prefs.r0);
pit = new Vector3(Mathf.Cos(pAnglei + bezierAngle) * Prefs.r0 * bezierRadius, pi.y + Prefs.circleVerticalCurve.Evaluate(phi) * Prefs.circleVerticleRate * bezierAngle, Mathf.Sin(pAnglei + bezierAngle) * Prefs.r0 * bezierRadius);
Handles.DrawBezier(ppi, pi, ppit, pit, Color.Lerp(gradient, Prefs.backColor, Prefs.circleColorCurve.Evaluate(phi)), null, Prefs.circleWidth);
Handles.DrawBezier(ppi * Prefs.r2, pi * Prefs.r2, ppit, pit, Color.Lerp(gradient, Prefs.backColor, Prefs.circleColorCurve.Evaluate(phi)), null, Prefs.circleWidth);
Handles.DrawBezier(ppi * Prefs.r3, pi * Prefs.r3, ppit, pit, Color.Lerp(gradient, Prefs.backColor, Prefs.circleColorCurve.Evaluate(phi)), null, Prefs.circleWidth);
alphai += MapSystem.AnglePerGroup;
phi += MapSystem.AnglePerGroup;
pAngleii = pAnglei;
pAnglei -= MapSystem.AnglePerGroup * angleToPiRate;
ppi = pi;
}
pAnglei = (alpha - 180 + MapSystem.currentGroupIndex * MapSystem.AnglePerGroup) * angleToPiRate;
float newAngle = (180 - alpha) % MapSystem.AnglePerGroup;
float newBezierFactor = bezierFactor * (newAngle) / MapSystem.AnglePerGroup;
float newBezierRadius = Mathf.Sqrt(newBezierFactor * newBezierFactor + 1);
float newBezierAngle = Mathf.Atan(newBezierFactor);
ppit = new Vector3(Mathf.Cos(pAngleii - newBezierAngle) * Prefs.r0 * newBezierRadius, ppi.y - Prefs.circleVerticalCurve.Evaluate(phi) * Prefs.circleVerticleRate * newBezierAngle, Mathf.Sin(pAngleii - newBezierAngle) * Prefs.r0 * newBezierRadius);
pi = new Vector3(Mathf.Cos(pAnglei) * Prefs.r0, ppi.y - Prefs.circleVerticalCurve.Evaluate(phi) * Prefs.circleVerticleRate * newAngle * angleToPiRate, Mathf.Sin(pAnglei) * Prefs.r0);
pit = new Vector3(Mathf.Cos(pAnglei + newBezierAngle) * Prefs.r0 * newBezierRadius, pi.y + Prefs.circleVerticalCurve.Evaluate(phi) * Prefs.circleVerticleRate * newBezierAngle, Mathf.Sin(pAnglei + newBezierAngle) * Prefs.r0 * newBezierRadius);
Handles.DrawBezier(ppi, pi, ppit, pit, Color.Lerp(gradient, Prefs.backColor, Prefs.circleColorCurve.Evaluate(phi)), null, Prefs.circleWidth);
Handles.DrawBezier(ppi * Prefs.r2, pi * Prefs.r2, ppit * Mathf.Lerp(Prefs.r2, 1, newAngle / MapSystem.AnglePerGroup), pit * Mathf.Lerp(Prefs.r2, 1, newAngle / MapSystem.AnglePerGroup), Color.Lerp(gradient, Prefs.backColor, Prefs.circleColorCurve.Evaluate(phi)), null, Prefs.circleWidth);
Handles.DrawBezier(ppi * Prefs.r3, pi * Prefs.r3, ppit * Mathf.Lerp(Prefs.r3, 1, newAngle / MapSystem.AnglePerGroup), pit * Mathf.Lerp(Prefs.r3, 1, newAngle / MapSystem.AnglePerGroup), Color.Lerp(Prefs.circleGradient.Evaluate(MapSystem.currentAngle / MapSystem.MaxAngle), Prefs.backColor, Prefs.circleColorCurve.Evaluate(phi)), null, Prefs.circleWidth);
//绘制可见范围
if (MapManager.Active)
{
Handles.color = Prefs.arcColor;
Handles.DrawSolidArc(Vector3.zero, Vector3.up, Quaternion.Euler(-Vector3.up * (MapSystem.currentAngle - MapSystem.AnglePerGroup)) * Vector3.right, 360 - 2 * MapSystem.AnglePerGroup, Prefs.arcRadius * handleSize);
Handles.color = Color.white;
}
//绘制高半部分指示圆环
alphai = MapSystem.AnglePerGroup - alpha;
phi = beta;
pAngleii = pAngle0;
pAnglei = pAngle0 + MapSystem.AnglePerGroup * angleToPiRate;
ppi = p0;
while (alphai <= 180)
{
ppit = new Vector3(Mathf.Cos(pAngleii + bezierAngle) * Prefs.r0 * bezierRadius, ppi.y + Prefs.circleVerticalCurve.Evaluate(Mathf.Abs(phi)) * Prefs.circleVerticleRate * bezierAngle, Mathf.Sin(pAngleii + bezierAngle) * Prefs.r0 * bezierRadius);
pi = new Vector3(Mathf.Cos(pAnglei) * Prefs.r0, ppi.y + Prefs.circleVerticalCurve.Evaluate(Mathf.Abs(phi)) * Prefs.circleVerticleRate * MapSystem.AnglePerGroup * angleToPiRate, Mathf.Sin(pAnglei) * Prefs.r0);
pit = new Vector3(Mathf.Cos(pAnglei - bezierAngle) * Prefs.r0 * bezierRadius, pi.y - Prefs.circleVerticalCurve.Evaluate(Mathf.Abs(phi)) * Prefs.circleVerticleRate * bezierAngle, Mathf.Sin(pAnglei - bezierAngle) * Prefs.r0 * bezierRadius);
Handles.DrawBezier(ppi, pi, ppit, pit, Color.Lerp(gradient, Prefs.backColor, Prefs.circleColorCurve.Evaluate(Mathf.Abs(phi))), null, Prefs.circleWidth);
Handles.DrawBezier(ppi * Prefs.r2, pi * Prefs.r2, ppit, pit, Color.Lerp(gradient, Prefs.backColor, Prefs.circleColorCurve.Evaluate(Mathf.Abs(phi))), null, Prefs.circleWidth);
Handles.DrawBezier(ppi * Prefs.r3, pi * Prefs.r3, ppit, pit, Color.Lerp(gradient, Prefs.backColor, Prefs.circleColorCurve.Evaluate(Mathf.Abs(phi))), null, Prefs.circleWidth);
alphai += MapSystem.AnglePerGroup;
phi += MapSystem.AnglePerGroup;
pAngleii = pAnglei;
pAnglei += MapSystem.AnglePerGroup * angleToPiRate;
ppi = pi;
}
pAnglei = (alpha + 180 + MapSystem.currentGroupIndex * MapSystem.AnglePerGroup) * angleToPiRate;
newAngle = (180 + alpha) % MapSystem.AnglePerGroup;
newBezierFactor = bezierFactor * (newAngle) / MapSystem.AnglePerGroup;
newBezierRadius = Mathf.Sqrt(newBezierFactor * newBezierFactor + 1);
newBezierAngle = Mathf.Atan(newBezierFactor);
ppit = new Vector3(Mathf.Cos(pAngleii + newBezierAngle) * Prefs.r0 * newBezierRadius, ppi.y + Prefs.circleVerticalCurve.Evaluate(Mathf.Abs(phi)) * Prefs.circleVerticleRate * newBezierAngle, Mathf.Sin(pAngleii + newBezierAngle) * Prefs.r0 * newBezierRadius);
pi = new Vector3(Mathf.Cos(pAnglei) * Prefs.r0, ppi.y + Prefs.circleVerticalCurve.Evaluate(Mathf.Abs(phi)) * Prefs.circleVerticleRate * newAngle * angleToPiRate, Mathf.Sin(pAnglei) * Prefs.r0);
pit = new Vector3(Mathf.Cos(pAnglei - newBezierAngle) * Prefs.r0 * newBezierRadius, pi.y - Prefs.circleVerticalCurve.Evaluate(Mathf.Abs(phi)) * Prefs.circleVerticleRate * newBezierAngle, Mathf.Sin(pAnglei - newBezierAngle) * Prefs.r0 * newBezierRadius);
Handles.DrawBezier(ppi, pi, ppit, pit, Color.Lerp(gradient, Prefs.backColor, Prefs.circleColorCurve.Evaluate(phi)), null, Prefs.circleWidth);
Handles.DrawBezier(ppi * Prefs.r2, pi * Prefs.r2, ppit * Mathf.Lerp(Prefs.r2, 1, newAngle / MapSystem.AnglePerGroup), pit * Mathf.Lerp(Prefs.r2, 1, newAngle / MapSystem.AnglePerGroup), Color.Lerp(gradient, Prefs.backColor, Prefs.circleColorCurve.Evaluate(phi)), null, Prefs.circleWidth);
Handles.DrawBezier(ppi * Prefs.r3, pi * Prefs.r3, ppit * Mathf.Lerp(Prefs.r3, 1, newAngle / MapSystem.AnglePerGroup), pit * Mathf.Lerp(Prefs.r3, 1, newAngle / MapSystem.AnglePerGroup), Color.Lerp(gradient, Prefs.backColor, Prefs.circleColorCurve.Evaluate(phi)), null, Prefs.circleWidth);
//绘制组边线(只对应每层三组的情况)
int t = MapSystem.currentGroupIndex % 3;
outline0.target = t != 1 ? 1 : 0;
outline1.target = t != 2 ? 1 : 0;
outline2.target = t != 0 ? 1 : 0;
Quaternion yRot = Quaternion.Euler(0, -120, 0);
Vector3 axis = Vector3.right;
Handles.color = Color.Lerp(Color.clear, gradient, outline0.value);
Handles.DrawAAPolyLine(Prefs.outlineWidth, axis * Prefs.r0 * Prefs.r3 * Prefs.outlineBegin, axis * Prefs.r0 * Prefs.r3 * Prefs.outlineEnd * handleSize);
axis = yRot * axis;
Handles.color = Color.Lerp(Color.clear, gradient, outline1.value);
Handles.DrawAAPolyLine(Prefs.outlineWidth, axis * Prefs.r0 * Prefs.r3 * Prefs.outlineBegin, axis * Prefs.r0 * Prefs.r3 * Prefs.outlineEnd * handleSize);
axis = yRot * axis;
Handles.color = Color.Lerp(Color.clear, gradient, outline2.value);
Handles.DrawAAPolyLine(Prefs.outlineWidth, axis * Prefs.r0 * Prefs.r3 * Prefs.outlineBegin, axis * Prefs.r0 * Prefs.r3 * Prefs.outlineEnd * handleSize);
Handles.color = Color.white;
//绘制中央信息
Handles.Label(Vector3.zero, MapSystem.CurrentCircle.ToString(), Prefs.circleIndexStyle);
Handles.Label(Vector3.zero * 1f, MapSystem.currentAngle.ToString(), Prefs.angleStyle);
//绘制小人
float rr2 = Prefs.r0 * Mathf.Lerp(1, Prefs.r2, Mathf.Abs(beta) * 2f / MapSystem.AnglePerGroup);
Handles.color = Prefs.arrowColor;
Handles.ArrowHandleCap(0, new Vector3(Mathf.Cos(MapSystem.currentAngle * angleToPiRate), 0, Mathf.Sin(MapSystem.currentAngle * angleToPiRate)) * rr2, Quaternion.Euler(-90, 0, 0), Prefs.arrowSize, EventType.Repaint);
Handles.SphereHandleCap(0, new Vector3(Mathf.Cos(MapSystem.currentAngle * angleToPiRate) * rr2, Prefs.headHeight * Prefs.arrowSize, Mathf.Sin(MapSystem.currentAngle * angleToPiRate) * rr2), Quaternion.identity, Prefs.headSize * Prefs.arrowSize, EventType.Repaint);
Handles.color = Color.white;
}