// CallParam.cpp: implementation of the CCallParam class.

//

//////////////////////////////////////////////////////////////////////

#include <math.h></math.h>

#include <stdlib.h></stdlib.h>

#include "SDef.h"

#include "CallParam.h"

//////////////////////////////////////////////////////////////////////

// Construction/Destruction

//////////////////////////////////////////////////////////////////////

CCallParam::CCallParam()

    : m_thickness(0.0)

    , m_rH(0.0)

    , m_rV(0.0)

    , m_rLR(0.0)

    , m_rRL(0.0)

    , m_accuracy(0.0)

    , m_randomness(0.0)

    , m_ink()

    , m_paint() {}

CCallParam::CCallParam(const int argc, const char *argv[], const int shrink)

    : m_thickness(0.0)

    , m_rH(0.0)

    , m_rV(0.0)

    , m_rLR(0.0)

    , m_rRL(0.0)

    , m_accuracy(0.0)

    , m_randomness(0.0)

    , m_ink()

    , m_paint() {

  if (argc == 8) {

    int i        = 7;

    m_thickness  = atof(argv[i--]) / (double)shrink;

    m_rH         = atof(argv[i--]) / 100.0;

    m_rH         = D_CUT_0_1(m_rH);

    m_rLR        = atof(argv[i--]) / 100.0;

    m_rLR        = D_CUT_0_1(m_rLR);

    m_rV         = atof(argv[i--]) / 100.0;

    m_rV         = D_CUT_0_1(m_rV);

    m_rRL        = atof(argv[i--]) / 100.0;

    m_rRL        = D_CUT_0_1(m_rRL);

    m_accuracy   = atof(argv[i--]);

    m_randomness = atof(argv[i--]);

    m_ink.set(argv[i--], 4095);

  }

}

CCallParam::~CCallParam() {}

bool CCallParam::isOK() {

  if (m_thickness < 1.0) return false;

  if (m_rH < 0.01 && m_rLR < 0.01 && m_rV < 0.01 && m_rRL < 0.01) return false;

  return true;

}