private static extern int findDiskCone(IntPtr context, uint index_1, uint index_2, uint index_3, ref _FS_FEATURE_RESULT result);
private static extern int findThinRingTorus(IntPtr context, uint index_1, uint index_2, uint index_3, ref _FS_FEATURE_RESULT result);
private static extern int findStripPlane(IntPtr context, uint index_1, uint index_2, ref _FS_FEATURE_RESULT result);
private static extern int findRodCylinder(IntPtr context, uint index_1, uint index_2, ref _FS_FEATURE_RESULT result);
private static extern int findSurface(IntPtr context, FS_FEATURE_TYPE type, uint start_index, ref _FS_FEATURE_RESULT result);
public FS_FEATURE_RESULT?RunFindThinRingTorus(uint index_1, uint index_2, uint index_3)
{
_FS_FEATURE_RESULT _tmp = new _FS_FEATURE_RESULT();
return((findThinRingTorus(context, index_1, index_2, index_3, ref _tmp) == 0) ? _GetResult(_tmp) : null);
}
public FS_FEATURE_RESULT?RunFindRodCylinder(uint index_1, uint index_2)
{
_FS_FEATURE_RESULT _tmp = new _FS_FEATURE_RESULT();
return((findRodCylinder(context, index_1, index_2, ref _tmp) == 0) ? _GetResult(_tmp) : null);
}
public FS_FEATURE_RESULT?RunFindSurface(FS_FEATURE_TYPE type, uint start_index)
{
_FS_FEATURE_RESULT _tmp = new _FS_FEATURE_RESULT();
return((findSurface(context, type, start_index, ref _tmp) == 0) ? _GetResult(_tmp) : null);
}
private FS_FEATURE_RESULT?_GetResult(_FS_FEATURE_RESULT result)
{
FS_FEATURE_TYPE type;
FS_RESULT_PARAMS param = null;
switch (result.type)
{
case FS_FEATURE_TYPE.FS_TYPE_PLANE:
{
type = FS_FEATURE_TYPE.FS_TYPE_PLANE;
FS_PLANE_PARAMS p = new FS_PLANE_PARAMS(
new Vector3(result.param1, result.param2, result.param3),
new Vector3(result.param4, result.param5, result.param6),
new Vector3(result.param7, result.param8, result.param9),
new Vector3(result.param10, result.param11, result.param12)
);
param = p;
}
break;
case FS_FEATURE_TYPE.FS_TYPE_SPHERE:
{
type = FS_FEATURE_TYPE.FS_TYPE_SPHERE;
FS_SPHERE_PARAMS p = new FS_SPHERE_PARAMS(
new Vector3(result.param1, result.param2, result.param3),
result.param4
);
param = p;
}
break;
case FS_FEATURE_TYPE.FS_TYPE_CYLINDER:
{
type = FS_FEATURE_TYPE.FS_TYPE_CYLINDER;
FS_CYLINDER_PARAMS p = new FS_CYLINDER_PARAMS(
new Vector3(result.param1, result.param2, result.param3),
new Vector3(result.param4, result.param5, result.param6),
result.param7
);
param = p;
}
break;
case FS_FEATURE_TYPE.FS_TYPE_CONE:
{
if (result.param7 == result.param8)
{
type = FS_FEATURE_TYPE.FS_TYPE_CYLINDER;
FS_CYLINDER_PARAMS p = new FS_CYLINDER_PARAMS(
new Vector3(result.param1, result.param2, result.param3),
new Vector3(result.param4, result.param5, result.param6),
result.param7
);
param = p;
}
else
{
type = FS_FEATURE_TYPE.FS_TYPE_CONE;
FS_CONE_PARAMS p = new FS_CONE_PARAMS(
new Vector3(result.param1, result.param2, result.param3),
new Vector3(result.param4, result.param5, result.param6),
result.param7, result.param8
);
param = p;
}
}
break;
case FS_FEATURE_TYPE.FS_TYPE_TORUS:
{
if (result.param7 == 0.0f)
{
type = FS_FEATURE_TYPE.FS_TYPE_SPHERE;
FS_SPHERE_PARAMS p = new FS_SPHERE_PARAMS(
new Vector3(result.param1, result.param2, result.param3),
result.param8
);
param = p;
}
else if (result.param7 == float.MaxValue)
{
type = FS_FEATURE_TYPE.FS_TYPE_CYLINDER;
FS_CYLINDER_PARAMS p = new FS_CYLINDER_PARAMS(
new Vector3(result.param1, result.param2, result.param3),
new Vector3(result.param4, result.param5, result.param6),
result.param8
);
param = p;
}
else
{
type = FS_FEATURE_TYPE.FS_TYPE_TORUS;
FS_TORUS_PARAMS p = new FS_TORUS_PARAMS(
new Vector3(result.param1, result.param2, result.param3),
new Vector3(result.param4, result.param5, result.param6),
result.param7, result.param8
);
param = p;
}
}
break;
default:
return(null);
}
FS_FEATURE_RESULT ret = new FS_FEATURE_RESULT();
ret.type = type;
ret.rms = result.rms;
ret.param = param;
return(ret);
}
