#include "Range.h"

/*
Range16::Range16() { this->range = 0; }

Range16::Range16(float f) {
  // clamp the float range to -1..1
  if (f < -1.0F)
    f = -1.0F;
  else if (f > 1.0F)
    f = 1.0F;

  // map -1..1 to 0..65535
  this->range = (unsigned short)((f + 1.0F) * 65535.0F);
}

Range16::Range16(short s) {
  // clamp the range to -32767..32767
  // This is needed because the representation can support +/-32768 (like 2s
  // complement)
  if (s < -32767)
    s = -32767;
  else if (s > 32767)
    s = 32767;

  this->range = (unsigned short)(s + 32767);
}

Range16 Range16::operator-(Range16 a) { this->range - a.range; };
Range16 Range16::operator+(Range16 a) { this->range + a.range; };

Range16 &Range16::operator-() { -this->range; }

bool Range16::operator==(Range16 a) { this->range == a.range; }
bool Range16::operator!=(Range16 a) { return (this->range != a.range); }

bool Range16::operator<(Range16 a) { return (this->range < a.range); }
bool Range16::operator>(Range16 a) { return (this->range > a.range); }
bool Range16::operator<=(Range16 a) { return (this->range <= a.range); }
bool Range16::operator>=(Range16 a) { return (this->range >= a.range); }
*/

template <> RangeUsing<unsigned char>::RangeUsing(float f) {
  this->value = (unsigned char)((f + 1.0f) * 127.0F);
}
template <> RangeUsing<unsigned short>::RangeUsing(float f) {
  this->value = (unsigned short)((f + 1.0F) * 32767.0F);
}