Torque3D/Engine/source/math/mathIO.h

//-----------------------------------------------------------------------------
// Copyright (c) 2012 GarageGames, LLC
//
// Permission is hereby granted, free of charge, to any person obtaining a copy
// of this software and associated documentation files (the "Software"), to
// deal in the Software without restriction, including without limitation the
// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or
// sell copies of the Software, and to permit persons to whom the Software is
// furnished to do so, subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included in
// all copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS
// IN THE SOFTWARE.
//-----------------------------------------------------------------------------

#ifndef _MATHIO_H_
#define _MATHIO_H_

//Includes
#ifndef _PLATFORM_H_
#include "platform/platform.h"
#endif
#ifndef _STREAM_H_
#include "core/stream/stream.h"
#endif
#ifndef _MMATH_H_
#include "math/mMath.h"
#endif


//------------------------------------------------------------------------------
//-------------------------------------- READING
//
inline bool mathRead(Stream& stream, Point2I* p)
{
   bool success = stream.read(&p->x);
   success     &= stream.read(&p->y);
   return success;
}

inline bool mathRead(Stream& stream, Point3I* p)
{
   bool success = stream.read(&p->x);
   success     &= stream.read(&p->y);
   success     &= stream.read(&p->z);
   return success;
}

inline bool mathRead(Stream& stream, Point2F* p)
{
   bool success = stream.read(&p->x);
   success     &= stream.read(&p->y);
   return success;
}

inline bool mathRead(Stream& stream, Point3F* p)
{
   bool success = stream.read(&p->x);
   success     &= stream.read(&p->y);
   success     &= stream.read(&p->z);
   return success;
}

inline bool mathRead(Stream& stream, Point4F* p)
{
   bool success = stream.read(&p->x);
   success     &= stream.read(&p->y);
   success     &= stream.read(&p->z);
   success     &= stream.read(&p->w);
   return success;
}

inline bool mathRead(Stream& stream, Point3D* p)
{
   bool success = stream.read(&p->x);
   success     &= stream.read(&p->y);
   success     &= stream.read(&p->z);
   return success;
}

inline bool mathRead(Stream& stream, PlaneF* p)
{
   bool success = stream.read(&p->x);
   success     &= stream.read(&p->y);
   success     &= stream.read(&p->z);
   success     &= stream.read(&p->d);
   return success;
}

inline bool mathRead(Stream& stream, Box3F* b)
{
   bool success = mathRead(stream, &b->minExtents);
   success     &= mathRead(stream, &b->maxExtents);
   return success;
}

inline bool mathRead(Stream& stream, SphereF* s)
{
   bool success = mathRead(stream, &s->center);
   success     &= stream.read(&s->radius);
   return success;
}

inline bool mathRead(Stream& stream, RectI* r)
{
   bool success = mathRead(stream, &r->point);
   success     &= mathRead(stream, &r->extent);
   return success;
}

inline bool mathRead(Stream& stream, RectF* r)
{
   bool success = mathRead(stream, &r->point);
   success     &= mathRead(stream, &r->extent);
   return success;
}

inline bool mathRead(Stream& stream, MatrixF* m)
{
   bool success = true;
   F32* pm    = *m;
   for (U32 i = 0; i < 16; i++)
      success &= stream.read(&pm[i]);
   return success;
}

inline bool mathRead(Stream& stream, QuatF* q)
{
   bool success = stream.read(&q->x);
   success     &= stream.read(&q->y);
   success     &= stream.read(&q->z);
   success     &= stream.read(&q->w);
   return success;
}

inline bool mathRead(Stream& stream, EaseF* e)
{
   bool success = stream.read( &e->mDir );
   success     &= stream.read( &e->mType );
   success     &= stream.read( &e->mParam[ 0 ] );
   success     &= stream.read( &e->mParam[ 1 ] );
   return success;
}

inline bool mathRead(Stream& stream, RotationF* e)
{
   bool success = stream.read(&e->x);
   success &= stream.read(&e->y);
   success &= stream.read(&e->z);
   success &= stream.read(&e->w);

   U32 rotType;
   success &= stream.read(&rotType);
   e->mRotationType = (RotationF::RotationTypes)rotType;

   return success;
}

//------------------------------------------------------------------------------
//-------------------------------------- WRITING
//
inline bool mathWrite(Stream& stream, const Point2I& p)
{
   bool success = stream.write(p.x);
   success     &= stream.write(p.y);
   return success;
}

inline bool mathWrite(Stream& stream, const Point3I& p)
{
   bool success = stream.write(p.x);
   success     &= stream.write(p.y);
   success     &= stream.write(p.z);
   return success;
}

inline bool mathWrite(Stream& stream, const Point2F& p)
{
   bool success = stream.write(p.x);
   success     &= stream.write(p.y);
   return success;
}

inline bool mathWrite(Stream& stream, const Point3F& p)
{
   bool success = stream.write(p.x);
   success     &= stream.write(p.y);
   success     &= stream.write(p.z);
   return success;
}

inline bool mathWrite(Stream& stream, const Point4F& p)
{
   bool success = stream.write(p.x);
   success     &= stream.write(p.y);
   success     &= stream.write(p.z);
   success     &= stream.write(p.w);
   return success;
}

inline bool mathWrite(Stream& stream, const Point3D& p)
{
   bool success = stream.write(p.x);
   success     &= stream.write(p.y);
   success     &= stream.write(p.z);
   return success;
}

inline bool mathWrite(Stream& stream, const PlaneF& p)
{
   bool success = stream.write(p.x);
   success     &= stream.write(p.y);
   success     &= stream.write(p.z);
   success     &= stream.write(p.d);
   return success;
}

inline bool mathWrite(Stream& stream, const Box3F& b)
{
   bool success = mathWrite(stream, b.minExtents);
   success     &= mathWrite(stream, b.maxExtents);
   return success;
}

inline bool mathWrite(Stream& stream, const SphereF& s)
{
   bool success = mathWrite(stream, s.center);
   success     &= stream.write(s.radius);
   return success;
}

inline bool mathWrite(Stream& stream, const RectI& r)
{
   bool success = mathWrite(stream, r.point);
   success     &= mathWrite(stream, r.extent);
   return success;
}

inline bool mathWrite(Stream& stream, const RectF& r)
{
   bool success = mathWrite(stream, r.point);
   success     &= mathWrite(stream, r.extent);
   return success;
}

inline bool mathWrite(Stream& stream, const MatrixF& m)
{
   bool success    = true;
   const F32* pm = m;
   for (U32 i = 0; i < 16; i++)
      success &= stream.write(pm[i]);
   return success;
}

inline bool mathWrite(Stream& stream, const QuatF& q)
{
   bool success = stream.write(q.x);
   success     &= stream.write(q.y);
   success     &= stream.write(q.z);
   success     &= stream.write(q.w);
   return success;
}

inline bool mathWrite(Stream& stream, const EaseF& e)
{
   bool success = stream.write(e.mDir);
   success     &= stream.write(e.mType);
   success     &= stream.write(e.mParam[0]);
   success     &= stream.write(e.mParam[1]);
   return success;
}

inline bool mathWrite(Stream& stream, const RotationF& e)
{
   bool success = stream.write(e.x);
   success &= stream.write(e.y);
   success &= stream.write(e.z);
   success &= stream.write(e.w);
   success &= stream.write(e.mRotationType);
   return success;;
}

#endif //_MATHIO_H_