#include "EIMInterfaceDLL.h"
#include "EIMInterface.h"
#include "CEIMResult.h"
#include "EIMResult.h"

#include "../Object/point.h"


bool imt::initializeFromFile( const char* fileName, double mmPerPixelX, double mmPerPixelY )
{
  return EIMInterface::getInstance().initialize( fileName, mmPerPixelX, mmPerPixelY );
}

bool imt::initializeFromRaw( const char* pixelArray, int width, int height, int bitsPerPixel, bool upsideDown, double mmPerPixelX, double mmPerPixelY )
{
  return EIMInterface::getInstance().initialize( pixelArray, width, height, bitsPerPixel, upsideDown, mmPerPixelX, mmPerPixelY );
}

bool imt::setFirstPoint( int x, int y )
{
  return EIMInterface::getInstance().setFirstPoint( x, y );
}

float imt::getDistanceToFirstPoint( int x, int y )
{
  return EIMInterface::getInstance().getDistanceToFirstPoint( x, y );
}

bool imt::setSecondPoint( int x, int y, imt::IMTResult* result )
{
  if ( !result )
  {
    return false;
  }

  CEIMResult eim_result;

  bool status = EIMInterface::getInstance().setSecondPoint( x, y, &eim_result );
  status |= eim_result.fill( result );

  return status;
}

int imt::getImageWidth()
{
  return EIMInterface::getInstance().getImageWidth();
}

int imt::getImageHeight()
{
  return EIMInterface::getInstance().getImageHeight();
}

int imt::getImageBitsPerPixel()
{
  return EIMInterface::getInstance().getImageBitsPerPixel();
}

char* imt::getPixelArray()
{
  return EIMInterface::getInstance().getPixelArray();
}