bool adfustCameraUpPositionToOcclusionTps(ref TpsDat tps, float vangle)
{
//if( Mathf.Abs( vangle ) > 45.0f )
{
var start = tps.center; //tps.center + tps.forwardofs;//
var end = tps.center + tps.upofs; //start + tps.upofs;//
var res = Physics.Linecast(start, end, UserLayer.eyeOcculusionForPlayer | UserLayer.bgDetailInvisible);
return(res);
}
/*else
* {
*
* var start = tps.center + tps.forwardofs;
*
* var end = start + tps.upofs;
*
*
* var res = Physics.Linecast( start, end, UserLayer.eyeOcculusionForPlayer );
*
*
* return res;
*
* return false;
*
* }*/
}
bool adjustCameraDistanceToOcclusion(ref TpsDat tps, ref Vector3 cameraPosition)
{
var start = tps.center + tps.upofs;
var end = cameraPosition;
var xofs = tps.left * 0.2f;
var hitR = new RaycastHit();
var hitL = new RaycastHit();
var res =
Physics.Linecast(start - xofs, end - xofs, out hitR, UserLayer.eyeOcculusionForPlayer) &&
Physics.Linecast(start + xofs, end + xofs, out hitL, UserLayer.eyeOcculusionForPlayer);
if (res)
{
var dist = Mathf.Min(hitR.distance, hitL.distance);
cameraPosition = start - tps.forward * dist; //( end - start ).normalized * dist;
}
return(res);
}
Vector3 adjustCameraPositionTps(out TpsDat tps, Quaternion rot)
{
var zratio = verticalAngle > 0.0f ? verticalAngle * (1.0f / 90.0f) * rearDollyRatioMax : 0.0f;
tps.center = act.rb.position + new Vector3(0.0f, rollCenterHeight, 0.0f);
tps.forward = rot * Vector3.forward;
tps.up = rot * Vector3.up;
tps.left = rot * Vector3.left;
tps.forwardofs = tps.forward * (standardCameraLocalPostion.z + zratio);
tps.upofs = tps.up * (standardCameraLocalPostion.y - rollCenterHeight);
return(tps.center + tps.forwardofs + tps.upofs);
}
