public override void OverrideRayEndPoint(Ray ray, ref Vector3 rayEndPoint)
{
bool triggerJustClicked = false;
bool triggerJustReleased = false;
VRInput.GetInstantButtonEvent(VRInput.primaryController, CommonUsages.triggerButton, ref triggerJustClicked, ref triggerJustReleased);
// Project ray on the widget plane.
Plane widgetPlane = new Plane(-transform.forward, transform.position);
float enter;
widgetPlane.Raycast(ray, out enter);
Vector3 worldCollisionOnWidgetPlane = ray.GetPoint(enter);
Vector3 localWidgetPosition = transform.InverseTransformPoint(worldCollisionOnWidgetPlane);
Vector3 localProjectedWidgetPosition = new Vector3(localWidgetPosition.x, localWidgetPosition.y, 0.0f);
if (IgnoreRayInteraction())
{
// return endPoint at the surface of the widget.
rayEndPoint = transform.TransformPoint(localProjectedWidgetPosition);
return;
}
float startX = 0;
float endX = width;
float startY = 0;
float endY = -height;
Vector2 currentKnobPosition = new Vector2(cursorPosition.x * width, (-1.0f + cursorPosition.y) * height);
// DRAG
if (!triggerJustClicked) // if trigger just clicked, use the actual projection, no interpolation.
{
localProjectedWidgetPosition.x = Mathf.Lerp(currentKnobPosition.x, localProjectedWidgetPosition.x, GlobalState.Settings.RaySliderDrag);
localProjectedWidgetPosition.y = Mathf.Lerp(currentKnobPosition.y, localProjectedWidgetPosition.y, GlobalState.Settings.RaySliderDrag);
}
// CLAMP
if (localProjectedWidgetPosition.x < startX)
{
localProjectedWidgetPosition.x = startX;
}
if (localProjectedWidgetPosition.x > endX)
{
localProjectedWidgetPosition.x = endX;
}
if (localProjectedWidgetPosition.y > startY)
{
localProjectedWidgetPosition.y = startY;
}
if (localProjectedWidgetPosition.y < endY)
{
localProjectedWidgetPosition.y = endY;
}
// SET
float x = localProjectedWidgetPosition.x / width;
float y = 1.0f - (-localProjectedWidgetPosition.y / height);
x = Mathf.Clamp(x, 0, 1);
y = Mathf.Clamp(y, 0, 1);
SetSaturation(new Vector2(x, y));
colorPicker.OnColorChanged();
// Haptic intensity as we go deeper into the widget.
//float intensity = Mathf.Clamp01(0.001f + 0.999f * localWidgetPosition.z / UIElement.collider_min_depth_deep);
//intensity *= intensity; // ease-in
//VRInput.SendHaptic(VRInput.rightController, 0.005f, intensity);
Vector3 worldProjectedWidgetPosition = transform.TransformPoint(localProjectedWidgetPosition);
//cursorShapeTransform.position = worldProjectedWidgetPosition;
rayEndPoint = worldProjectedWidgetPosition;
}
public override void OverrideRayEndPoint(Ray ray, ref Vector3 rayEndPoint)
{
bool triggerJustClicked = false;
bool triggerJustReleased = false;
VRInput.GetInstantButtonEvent(VRInput.primaryController, CommonUsages.triggerButton, ref triggerJustClicked, ref triggerJustReleased);
// Project ray on the widget plane.
Plane widgetPlane = new Plane(-transform.forward, transform.position);
float enter;
widgetPlane.Raycast(ray, out enter);
Vector3 worldCollisionOnWidgetPlane = ray.GetPoint(enter);
Vector3 localWidgetPosition = transform.InverseTransformPoint(worldCollisionOnWidgetPlane);
Vector3 localProjectedWidgetPosition = new Vector3(localWidgetPosition.x, localWidgetPosition.y, 0.0f);
if (IgnoreRayInteraction())
{
// return endPoint at the surface of the widget.
rayEndPoint = transform.TransformPoint(localProjectedWidgetPosition);
return;
}
float startX = 0;
float endX = width;
float currentKnobPositionX = cursorPosition * width;
// DRAG
if (!triggerJustClicked) // if trigger just clicked, use the actual projection, no interpolation.
{
localProjectedWidgetPosition.x = Mathf.Lerp(currentKnobPositionX, localProjectedWidgetPosition.x, GlobalState.Settings.RaySliderDrag);
}
// CLAMP
if (localProjectedWidgetPosition.x < startX)
{
localProjectedWidgetPosition.x = startX;
}
if (localProjectedWidgetPosition.x > endX)
{
localProjectedWidgetPosition.x = endX;
}
localProjectedWidgetPosition.y = -height / 2.0f;
// SET
float pct = localProjectedWidgetPosition.x / width;
SetAlpha(Mathf.Clamp(pct, 0, 1));
colorPicker.OnColorChanged();
Vector3 worldProjectedWidgetPosition = transform.TransformPoint(localProjectedWidgetPosition);
//cursorShapeTransform.position = worldProjectedWidgetPosition;
rayEndPoint = worldProjectedWidgetPosition;
}
public override void OverrideRayEndPoint(Ray ray, ref Vector3 rayEndPoint)
{
bool triggerJustClicked = false;
bool triggerJustReleased = false;
VRInput.GetInstantButtonEvent(VRInput.primaryController, CommonUsages.triggerButton, ref triggerJustClicked, ref triggerJustReleased);
// Project ray on the widget plane.
Plane widgetPlane = new Plane(-transform.forward, transform.position);
float enter;
widgetPlane.Raycast(ray, out enter);
Vector3 worldCollisionOnWidgetPlane = ray.GetPoint(enter);
Vector3 localWidgetPosition = transform.InverseTransformPoint(worldCollisionOnWidgetPlane);
Vector3 localProjectedWidgetPosition = new Vector3(localWidgetPosition.x, localWidgetPosition.y, -thickness);
if (IgnoreRayInteraction())
{
// return endPoint at the surface of the widget.
rayEndPoint = transform.TransformPoint(localProjectedWidgetPosition);
return;
}
float w2 = width / 2.0f;
float h2 = height / 2.0f;
float ir = innerCirclePct * w2; // circle inner radius
float or = outerCirclePct * w2; // circle outer radius
float mr = (ir + or) / 2.0f; // circle middle radius
float cw = (or - ir); // circle width
float tr = trianglePct * w2;
Vector2 circleCenter_L = new Vector2(w2, -h2);
Vector2 cursor_L = new Vector2(localProjectedWidgetPosition.x, localProjectedWidgetPosition.y);
// Just clicked, find out which subpart to lock on
if (triggerJustClicked)
{
float cursorDistanceFromCenter = Vector2.Distance(cursor_L, circleCenter_L);
if (cursorDistanceFromCenter >= ir && cursorDistanceFromCenter <= or)
{
lockedOnCircle = true;
}
else
{
// TODO: really check for triangle bounds, not only bounding circle.
if (cursorDistanceFromCenter <= tr)
{
lockedOnTriangle = true;
}
}
}
if (lockedOnCircle)
{
Vector2 cursor_C = cursor_L - circleCenter_L;
float angle = Mathf.Rad2Deg * (Mathf.PI - Mathf.Atan2(cursor_C.y, cursor_C.x));
float newHue = angle / 360.0f;
// DRAG
if (!triggerJustClicked)
{
float oldHue = hsv.x;
if (newHue - oldHue < -0.5f) // ex: 0.9 -> 0.1 ==> 0.9 -> 1.1
{
newHue = Mathf.Lerp(oldHue, newHue + 1.0f, GlobalState.Settings.RayHueDrag);
if (newHue >= 1.0f)
{
newHue -= 1.0f;
}
}
else if (newHue - oldHue > 0.5f) // ex: 0.1 -> 0.9 ==> 1.1 -> 0.9
{
newHue = Mathf.Lerp(oldHue + 1.0f, newHue, GlobalState.Settings.RayHueDrag);
if (newHue >= 1.0f)
{
newHue -= 1.0f;
}
}
else // ex: 0.1 -> 0.2
{
newHue = Mathf.Lerp(oldHue, newHue, GlobalState.Settings.RayHueDrag);
}
}
HSV = new Vector3(newHue, hsv.y, hsv.z); // NOTE: also re-position the cursors.
colorPicker.OnColorChanged();
localProjectedWidgetPosition = new Vector3(
w2 + mr * -Mathf.Cos(hsv.x * 2.0f * Mathf.PI),
-h2 + mr * Mathf.Sin(hsv.x * 2.0f * Mathf.PI),
-thickness);
}
else if (lockedOnTriangle)
{
Vector3 closest;
Vector3 baryOfClosest;
ClosestPointToTriangle2D(localProjectedWidgetPosition, pt_A_HUE, pt_B_WHITE, pt_C_BLACK, out closest, out baryOfClosest);
localProjectedWidgetPosition = new Vector3(closest.x, closest.y, -thickness);
barycentric = baryOfClosest;
// DRAG
//if (!triggerJustClicked)
//{
// localProjectedWidgetPosition = Vector3.Lerp(lastProjected, localProjectedWidgetPosition, GlobalState.Settings.RaySliderDrag);
// barycentric = GetBarycentricCoordinates2D(localProjectedWidgetPosition, pt_A_HUE, pt_B_WHITE, pt_C_BLACK);
//}
//lastProjected = localProjectedWidgetPosition;
//float H, S, V;
//Color.RGBToHSV(BarycentricToRGB(), out H, out S, out V);
//// TODO: make a function PointInTriangleToRGB(closest, a, b, c), using the resterizer algo to find color instead of barycentric.
//hsv = new Vector3(hsv.x, S, V);
Vector3 _sv = PointInTriangleToHSV(closest);
hsv = new Vector3(hsv.x, _sv.y, _sv.z);
UpdateCursorPositions();
colorPicker.OnColorChanged();
}
Vector3 worldProjectedWidgetPosition = transform.TransformPoint(localProjectedWidgetPosition);
rayEndPoint = worldProjectedWidgetPosition;
}