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fixed rotation issues caused by adjusting spherical position of props

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FreezeDriedMangoes 2022-06-24 17:58:47 -04:00
parent f91031f55e
commit 7b40287412
1 changed files with 17 additions and 17 deletions
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34
NewHorizons/Utility/DebugMenu/DebugMenuPropPlacer.cs
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@ -109,9 +109,9 @@ namespace NewHorizons.Utility.DebugMenu
string propName = propPathElements[propPathElements.Length - 1];
GUILayout.Label($"Reposition {propName}: ");
//Vector3 latestPropPosDelta = VectorInput(_dpp.mostRecentlyPlacedPropGO.transform.localPosition, propPosDelta, out propPosDelta, "x", "y", "z");
//_dpp.mostRecentlyPlacedPropGO.transform.localPosition += latestPropPosDelta;
//if (latestPropPosDelta != Vector3.zero) mostRecentlyPlacedPropSphericalPos = DeltaSphericalPosition(mostRecentlyPlacedProp, Vector3.zero);
Vector3 latestPropPosDelta = VectorInput(_dpp.mostRecentlyPlacedPropGO.transform.localPosition, propPosDelta, out propPosDelta, "x", "y", "z");
_dpp.mostRecentlyPlacedPropGO.transform.localPosition += latestPropPosDelta;
if (latestPropPosDelta != Vector3.zero) mostRecentlyPlacedPropSphericalPos = DeltaSphericalPosition(mostRecentlyPlacedProp, Vector3.zero);
GUILayout.Space(5);
@ -125,8 +125,7 @@ namespace NewHorizons.Utility.DebugMenu
Vector3 latestPropSphericalPosDelta = VectorInput(mostRecentlyPlacedPropSphericalPos, propSphericalPosDelta, out propSphericalPosDelta, "lat ", "lon ", "height");
if (latestPropSphericalPosDelta != Vector3.zero)
{
Logger.Log("Prop pos delta "+latestPropSphericalPosDelta);
SetSphericalPosition(mostRecentlyPlacedProp, mostRecentlyPlacedPropSphericalPos+latestPropSphericalPosDelta);
DeltaSphericalPosition(mostRecentlyPlacedProp, latestPropSphericalPosDelta);
mostRecentlyPlacedPropSphericalPos = mostRecentlyPlacedPropSphericalPos+latestPropSphericalPosDelta;
}
}
@ -135,27 +134,28 @@ namespace NewHorizons.Utility.DebugMenu
private Vector3 DeltaSphericalPosition(GameObject prop, Vector3 deltaSpherical)
{
Transform astroObject = prop.transform.parent.parent;
Transform sector = prop.transform.parent;
Vector3 originalLocalPos = astroObject.InverseTransformPoint(prop.transform.position); // parent is the sector, this gives localPos relative to the astroobject (what the DetailBuilder asks for)
Vector3 sphericalPos = CoordinateUtilities.CartesianToSpherical(originalLocalPos);
if (deltaSpherical == Vector3.zero) return sphericalPos;
Vector3 newSpherical = sphericalPos+deltaSpherical;
SetSphericalPosition(prop, sphericalPos+deltaSpherical);
return sphericalPos+deltaSpherical;
}
private void SetSphericalPosition(GameObject prop, Vector3 newSpherical)
{
Transform astroObject = prop.transform.parent.parent;
Vector3 originalLocalPos = astroObject.InverseTransformPoint(prop.transform.position); // parent is the sector, this gives localPos relative to the astroobject
Vector3 finalLocalPosition = CoordinateUtilities.SphericalToCartesian(newSpherical);
Vector3 finalAbsolutePosition = astroObject.TransformPoint(finalLocalPosition);
prop.transform.localPosition = prop.transform.parent.InverseTransformPoint(finalAbsolutePosition);
prop.transform.rotation = prop.transform.rotation * Quaternion.FromToRotation(originalLocalPos.normalized, finalLocalPosition.normalized);
// prop.transform.rotation = Quaternion.FromToRotation(originalLocalPos.normalized, finalLocalPosition.normalized) * prop.transform.rotation;
//Logger.Log("Original local: " + originalLocalPos + " original spherical: " + sphericalPos + " delta spherical: " + deltaSpherical + " new speherical: " + (sphericalPos+deltaSpherical) + " new local: " + finalLocalPosition);
Logger.Log("Original local: " + originalLocalPos + " new spherical: " + newSpherical + " new local: " + finalLocalPosition);
// first, rotate the object by the astroObject's rotation, that means anything afterwards is relative to this rotation (ie, we can pretend the astroObject has 0 rotation)
// then, rotate by the difference in position, basically accounting for the curvature of a sphere
// then re-apply the local rotations of the hierarchy down to the prop (apply the sector local rotation, then the prop local rotation)
// since we're doing all rotation relative to the astro object, we start with its absolute rotation
// then we apply the rotation about the astroobject using FromTooRotation
// then we reapply the local rotations down through the hierarchy
prop.transform.rotation = astroObject.rotation * Quaternion.FromToRotation(originalLocalPos.normalized, finalLocalPosition.normalized) * sector.localRotation * prop.transform.localRotation;
return newSpherical;
}
private Vector3 VectorInput(Vector3 input, Vector3 deltaControls, out Vector3 deltaControlsOut, string labelX, string labelY, string labelZ)