#include <IccCmmConfig.h>

Public Member Functions
	CIccCfgProfile ()

virtual	~CIccCfgProfile ()

bool	fromJson (json obj, bool bReset=false)

void	reset ()

void	toJson (json &obj) const

Data Fields
bool	m_adjustPcsLuminance

icCmmEnvSigMap	m_iccEnvVars

std::string	m_iccFile

int	m_intent

icXformInterp	m_interpolation

icCmmEnvSigMap	m_pccEnvVars

std::string	m_pccFile

icXformLutType	m_transform

bool	m_useBPC

bool	m_useD2BxB2Dx

bool	m_useEmbedded

bool	m_useHToS

bool	m_useV5SubProfile

Detailed Description

Constructor & Destructor Documentation

◆ CIccCfgProfile()

CIccCfgProfile::CIccCfgProfile ( )

{
  reset();
}

References reset().

Referenced by CIccCfgProfileSequence::fromArgs().

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◆ ~CIccCfgProfile()

virtual CIccCfgProfile::~CIccCfgProfile ( )

inlinevirtual

107{}

Member Function Documentation

◆ fromJson()

bool CIccCfgProfile::fromJson	(	json	obj,
		bool	bReset = `false`
	)

{
  if (!j.is_object())
    return false;
 
  if (bReset)
    reset();
 
  jsonToValue(j["iccFile"], m_iccFile);
 
  icGetJsonRenderingIntent(j["intent"], m_intent);
 
  std::string str;
  if (jsonToValue(j["transform"], str)) {
    int i;
    for (i = 0; icTranNames[i]; i++) {
      if (str == icTranNames[i])
        break;
    }
    m_transform = (icXformLutType)icTranValues[i];
  }
 
  jsonToValue(j["iccEnvVars"], m_iccEnvVars);
 
  jsonToValue(j["pccFile"], m_pccFile);
  jsonToValue(j["pccEnvVars"], m_pccEnvVars);
 
  jsonToValue(j["adjustPcsLuminance"], m_adjustPcsLuminance);
  jsonToValue(j["useBPC"], m_useBPC);
  jsonToValue(j["useHToS"], m_useHToS);
  jsonToValue(j["useV5SubProfile"], m_useV5SubProfile);
 
  if (jsonToValue(j["transform"], str)) {
    int i;
    for (i = 0; icInterpNames[i]; i++) {
      if (str == icInterpNames[i])
        break;
    }
    m_interpolation = icInterpValues[i];
  }
 
  return true;
}

References icGetJsonRenderingIntent(), icInterpNames, icInterpValues, icTranNames, icTranValues, jsonToValue(), jsonToValue(), m_adjustPcsLuminance, m_iccEnvVars, m_iccFile, m_intent, m_interpolation, m_pccEnvVars, m_pccFile, m_transform, m_useBPC, m_useHToS, m_useV5SubProfile, and reset().

Referenced by CIccCfgProfileSequence::fromJson().

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◆ reset()

void CIccCfgProfile::reset ( )

{
  m_iccFile.clear();
  m_intent = icUnknownIntent;
  m_transform = icXformLutColor;
  m_iccEnvVars.clear();
  m_pccFile.clear();
  m_pccEnvVars.clear();
  m_adjustPcsLuminance = false;
  m_useD2BxB2Dx = false;
  m_useBPC = false;
  m_useHToS = false;
  m_useV5SubProfile = false;
  m_interpolation = icInterpTetrahedral;
}

References icInterpTetrahedral, icXformLutColor, m_adjustPcsLuminance, m_iccEnvVars, m_iccFile, m_intent, m_interpolation, m_pccEnvVars, m_pccFile, m_transform, m_useBPC, m_useD2BxB2Dx, m_useHToS, and m_useV5SubProfile.

Referenced by CIccCfgProfile(), and fromJson().

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◆ toJson()

void CIccCfgProfile::toJson ( json & obj ) const

{
  if (m_iccFile.size())
    j["iccProfile"] = m_iccFile;
  json iccMap;
  if (jsonFromEnvMap(iccMap, m_iccEnvVars))
    j["iccEnvVars"] = iccMap;
  if (m_pccFile.size())
    j["pccFile"] = m_pccFile;
  json pccMap;
  if (jsonFromEnvMap(pccMap, m_pccEnvVars))
    j["pccEnvVars"] = pccMap;
  if (m_adjustPcsLuminance)
    j["adjustPcsLuminance"] = m_adjustPcsLuminance;
  if (m_useBPC)
    j["useBPC"] = m_useBPC;
  if (m_useHToS)
    j["useHToS"] = m_useHToS;
  if (m_useV5SubProfile)
    j["useV5SubProfile"] = m_useV5SubProfile;
  int i;
  for (i = 0; icInterpNames[i]; i++)
    if (icInterpValues[i] == m_interpolation)
      break;
  if (icInterpValues[i] == icInterpLinear)
    j["interpolation"] = icInterpNames;  
}