//#include "tpixelparam.h"

#include "tparamset.h"

#include "tdoubleparam.h"

#include "texception.h"

#include "tpixelutils.h"

#include "tstream.h"

class TPixelParamImp {

public:

  TPixelParamImp(const TPixel32 &p)

      : m_r(new TDoubleParam(p.r / 255.0))

      , m_g(new TDoubleParam(p.g / 255.0))

      , m_b(new TDoubleParam(p.b / 255.0))

      , m_m(new TDoubleParam(p.m / 255.0))

      , m_isMatteEnabled(true) {}

  TPixelParamImp(const TPixelParamImp &src)

      : m_r(src.m_r->clone())

      , m_g(src.m_g->clone())

      , m_b(src.m_b->clone())

      , m_m(src.m_m->clone())

      , m_isMatteEnabled(src.m_isMatteEnabled) {}

  ~TPixelParamImp() {}

  TDoubleParamP m_r, m_g, m_b, m_m;

  bool m_isMatteEnabled;

};

PERSIST_IDENTIFIER(TPixelParam, "pixelParam")

//---------------------------------------------------------

TPixelParam::TPixelParam(const TPixel32 &p) : m_data(new TPixelParamImp(p)) {

  addParam(m_data->m_r, "Red");

  addParam(m_data->m_g, "Green");

  addParam(m_data->m_b, "Blue");

  addParam(m_data->m_m, "Alpha");

  std::string measureName("colorChannel");

  m_data->m_r->setMeasureName(measureName);

  m_data->m_g->setMeasureName(measureName);

  m_data->m_b->setMeasureName(measureName);

  m_data->m_m->setMeasureName(measureName);

}

//---------------------------------------------------------

TPixelParam::TPixelParam(const TPixelParam &src)

    : TParamSet(src.getName()), m_data(new TPixelParamImp(*src.m_data)) {

  addParam(m_data->m_r, "Red");

  addParam(m_data->m_g, "Green");

  addParam(m_data->m_b, "Blue");

  addParam(m_data->m_m, "Alpha");

  std::string measureName("colorChannel");

  m_data->m_r->setMeasureName(measureName);

  m_data->m_g->setMeasureName(measureName);

  m_data->m_b->setMeasureName(measureName);

  m_data->m_m->setMeasureName(measureName);

}

//---------------------------------------------------------

void TPixelParam::copy(TParam *src) {

  TPixelParam *p = dynamic_cast<tpixelparam *="">(src);</tpixelparam>

  if (!p) throw TException("invalid source for copy");

  setName(src->getName());

  m_data->m_r->copy(p->m_data->m_r.getPointer());

  m_data->m_g->copy(p->m_data->m_g.getPointer());

  m_data->m_b->copy(p->m_data->m_b.getPointer());

  m_data->m_m->copy(p->m_data->m_m.getPointer());

  std::string measureName("colorChannel");

  m_data->m_r->setMeasureName(measureName);

  m_data->m_g->setMeasureName(measureName);

  m_data->m_b->setMeasureName(measureName);

  m_data->m_m->setMeasureName(measureName);

}

//---------------------------------------------------------

TPixelParam::~TPixelParam() { delete m_data; }

//---------------------------------------------------------

TPixel32 TPixelParam::getDefaultValue() const {

  TPixelD pixd(m_data->m_r->getDefaultValue(), m_data->m_g->getDefaultValue(),

               m_data->m_b->getDefaultValue(), m_data->m_m->getDefaultValue());

  return toPixel32(pixd);

}

//---------------------------------------------------------

void TPixelParam::setDefaultValue(const TPixel32 &p) {

  TPixelD pixd = toPixelD(p);

  m_data->m_r->setDefaultValue(pixd.r);

  m_data->m_g->setDefaultValue(pixd.g);

  m_data->m_b->setDefaultValue(pixd.b);

  m_data->m_m->setDefaultValue(pixd.m);

}

//---------------------------------------------------------

TPixelD TPixelParam::getValueD(double frame) const {

  return TPixelD(m_data->m_r->getValue(frame), m_data->m_g->getValue(frame),

                 m_data->m_b->getValue(frame), m_data->m_m->getValue(frame));

}

//---------------------------------------------------------

TPixel32 TPixelParam::getValue(double frame) const {

  return toPixel32(getValueD(frame));

}

//---------------------------------------------------------

TPixel64 TPixelParam::getValue64(double frame) const {

  return toPixel64(getValueD(frame));

}

//---------------------------------------------------------

TPixel32 TPixelParam::getPremultipliedValue(double frame) const {

  return premultiply(getValue(frame));

}

//---------------------------------------------------------

bool TPixelParam::setValueD(double frame, const TPixelD &p) {

  beginParameterChange();

  m_data->m_r->setValue(frame, p.r);

  m_data->m_g->setValue(frame, p.g);

  m_data->m_b->setValue(frame, p.b);

  m_data->m_m->setValue(frame, p.m);

  endParameterChange();

  return true;

}

//---------------------------------------------------------

bool TPixelParam::setValue(double frame, const TPixel32 &pix) {

  return setValueD(frame, toPixelD(pix));

}

//---------------------------------------------------------

bool TPixelParam::setValue64(double frame, const TPixel64 &pix) {

  return setValueD(frame, toPixelD(pix));

}

//---------------------------------------------------------

void TPixelParam::loadData(TIStream &is) {

  std::string childName;

  while (is.openChild(childName)) {

    if (childName == "red")

      m_data->m_r->loadData(is);

    else if (childName == "green")

      m_data->m_g->loadData(is);

    else if (childName == "blue")

      m_data->m_b->loadData(is);

    else if (childName == "matte")

      m_data->m_m->loadData(is);

    else

      throw TException("unknown channel name: " + childName);

    is.closeChild();

  }

}

//---------------------------------------------------------

void TPixelParam::saveData(TOStream &os) {

  os.openChild("red");

  m_data->m_r->saveData(os);

  os.closeChild();

  os.openChild("green");

  m_data->m_g->saveData(os);

  os.closeChild();

  os.openChild("blue");

  m_data->m_b->saveData(os);

  os.closeChild();

  os.openChild("matte");

  m_data->m_m->saveData(os);

  os.closeChild();

}

//---------------------------------------------------------

TDoubleParamP &TPixelParam::getRed() { return m_data->m_r; }

//---------------------------------------------------------

TDoubleParamP &TPixelParam::getGreen() { return m_data->m_g; }

//---------------------------------------------------------

TDoubleParamP &TPixelParam::getBlue() { return m_data->m_b; }

//---------------------------------------------------------

TDoubleParamP &TPixelParam::getMatte() { return m_data->m_m; }

//---------------------------------------------------------

void TPixelParam::enableMatte(bool on) {

  m_data->m_isMatteEnabled     = on;

  if (on == false) m_data->m_m = new TDoubleParam(255.0);

}

//---------------------------------------------------------

bool TPixelParam::isMatteEnabled() const { return m_data->m_isMatteEnabled; }