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icc_profile.cpp
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/*
* ICC Examin ist eine ICC Profil Betrachter
*
* Copyright (C) 2004-2008 Kai-Uwe Behrmann
*
* Autor: Kai-Uwe Behrmann <ku.b@gmx.de>
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
*
* -----------------------------------------------------------------------------
*
* profile interpretation
*
*/
// Date: 04. 05. 2004
#if 0
# ifndef DEBUG
# define DEBUG
# endif
# define DEBUG_ICCPROFILE
#endif
#include "icc_profile.h"
#include "icc_utils.h"
#include <cmath>
#if (!defined(WIN32) || (defined(WIN32) && defined(__MINGW32__)))
# define g_message printf
#else
# define g_message(text)
#endif
/**
* @brief ICCprofile functions
*/
ICCprofile::ICCprofile (void)
: measurement(this)
{ DBG_PROG_START
data_ = NULL;
size_ = 0;
profile_ = NULL;
DBG_PROG_ENDE
}
ICCprofile::ICCprofile ( const ICCprofile & p )
: measurement(this)
{ DBG_PROG_START
copy_(p);
DBG_PROG_ENDE
}
ICCprofile::ICCprofile (const Speicher & s)
: measurement(this)
{ DBG_PROG_START
if (data_ && size_) free(data_);
oyProfile_Release( &profile_ );
data_ = NULL;
size_ = 0;
// delegate
filename_ = s.name();
load(s);
DBG_PROG_ENDE
}
ICCprofile::~ICCprofile (void)
{ DBG_PROG_START
this->clear();
# ifdef DEBUG_PROFILE
DBG__PROG_S ( "~ICCprofile ended" )
# endif
DBG_PROG_ENDE
}
ICCprofile &
ICCprofile::operator= ( const ICCprofile & p )
{ DBG_PROG_START
copy_(p);
DBG_PROG_ENDE
return *this;
}
ICCprofile &
ICCprofile::copy_ ( const ICCprofile & p )
{ DBG_PROG_START
data_ = (char*) calloc (sizeof(char), p.size_);
size_ = p.size_;
memcpy(data_, p.data_, size_);
profile_ = oyProfile_Copy( p.profile_, 0 );
filename_ = p.filename_;
changing_ = p.changing_;
measurement = p.measurement;
measurement.profile_ = this;
tags = p.tags;
header = p.header;
data_type = p.data_type;
DBG_PROG_ENDE
return *this;
}
void
ICCprofile::clear (void)
{ DBG_PROG_START
DBG_PROG_S( "Profil will be cleared" )
if (data_ && size_) free(data_);
data_ = NULL;
size_ = 0;
oyProfile_Release( &profile_ );
filename_ = "";
header.load(NULL);
tags.clear();
measurement.clear();
DBG_NUM_S( "data_, tags and measurement freed" )
DBG_PROG_ENDE
}
ICCprofile::ICCDataType
ICCprofile::load (const Speicher & prof)
{
DBG_PROG_START // ICC Profil load
std::string file = prof.name();
changing_ = true;
Speicher * prof_ = NULL;
DBG_MEM_V( (int*)data_ <<" "<< size_ )
this->clear();
measurementReparent();
if( file.size() )
data_type = guessFileType( file.c_str() );
if(data_type == ICCimageDATA)
{
oyImage_s * image = NULL;
oyImage_FromFile(file.c_str(), icc_oyranos.icc_profile_flags, &image, NULL);
oyProfile_s * p = oyImage_GetProfile( image );
size_t size = 0;
char * data = (char*)oyProfile_GetMem( p, &size, 0, malloc);
prof_ = new Speicher();
prof_->ladeUndFreePtr( &data, size );
}
// check minimum size for plausible data
size_t prof_size = prof.size();
if(prof_)
prof_size = prof_->size();
if (prof_size > 64) {
//WARN_S( _("!!!! Profil wird wiederbenutzt !!!! ") )
size_ = prof_size;
data_ = (char*)calloc (sizeof (char), size_+1);
const char* z = prof;
if(prof_)
z = (*prof_);
memcpy(data_, z, size_);
filename_ = file;
if(data_type != ICCimageDATA)
profile_ = oyProfile_FromFile( filename_.c_str(), icc_oyranos.oy_profile_from_flags, 0 );
if(!profile_)
profile_ = oyProfile_FromMem( size_, data_, 0, 0 );
DBG_MEM_V( filename_ )
DBG_MEM_V( size_ )
DBG_MEM_V( (int*)data_ <<" "<< (int*)z )
} else {
DBG_PROG_ENDE
changing_ = false;
data_type = ICCnullDATA;
return ICCnullDATA;
}
// test > 132 byte, otherwise interprete as measurement
if (size_ < 132) {
WARN_S( _("no profile") <<" "<<_("Size")<<" "<<size_ )
measurement.load( this, data_, size_ );
DBG_PROG_ENDE
changing_ = false;
data_type = ICCmeasurementDATA;
return ICCmeasurementDATA;
}
DBG_PROG
// head
header.load ((void*)data_); DBG_PROG
// test acsp
char magic[5];
memcpy( magic, header.magicName(), 4); magic[4] = 0;
DBG_MEM
if (strstr(magic, "acsp") == 0)
{
WARN_S( _("no profile") )
header.clear();
# if 0
DBG_PROG_ENDE
changing_ = false;
return ICCnullDATA;
# endif
// "targ" add measurement as block
int groesse = 8 + size_ + 1;
char* tag_block = (char*) calloc (sizeof (char), groesse);
icTag ic_tag;
ICCtag tag;
ic_tag.size = icValue ((icUInt32Number)groesse); DBG_MEM_V( groesse )
ic_tag.offset = 0;
if(data_type == ICCprofileDATA)
data_type = ICCmeasurementDATA;
if( data_type == ICCvrmlDATA )
memcpy (&ic_tag.sig, "vrml", 4);
else
ic_tag.sig = icValue (icSigCharTargetTag);
memcpy (&tag_block[0], "text", 4); DBG_NUM_S( tag_block )
memcpy (&tag_block[8], data_, size_);
tag.load( this, &ic_tag, tag_block );
addTag( tag );
free (tag_block);
if(data_type == ICCmeasurementDATA)
measurement.load( this, tag );
DBG_PROG_ENDE
changing_ = false;
return data_type;
}
DBG_MEM
// profile parts
// pick TagTabelle at 132
icTag *tagList = (icTag*)&((char*)data_)[132];
# if BYTE_ORDER == LITTLE_ENDIAN
DBG_PROG_S("LITTLE_ENDIAN")
# else
DBG_PROG_S("BIG_ENDIAN")
# endif
# ifdef _BIG_ENDIAN
DBG_PROG_S( "BIG_ENDIAN" )
# endif
# ifdef _LITTLE_ENDIAN
DBG_PROG_S( "LITTLE_ENDIAN" )
# endif
int tag_count = getTagCount();
DBG_MEM_V( tag_count <<" "<< tags.size() )
if(tag_count || tags.size())
tags.resize(tag_count);
if(tag_count != (int)tags.size())
WARN_S(_("wrong tag size in profile ") << tag_count <<" "<< tags.size() <<" :"<< file);
// our guess
data_type = ICCprofileDATA;
DBG_MEM
for (int i = 0 ; i < tag_count; i++)
{
DBG_MEM
icTag *ic_tag = &tagList[i];
int offset = icValue(tagList[i].offset);
int tag_size = icValue(tagList[i].size);
char *tag_block = &((char*)data_)[offset];
if((offset+tag_size) > ((int)size_)) {
WARN_S(_("tag list is corrupted for tag")<<" "<<i<<" - "<< _("not inside memory block") );
tag_block = NULL;
data_type = ICCcorruptedprofileDATA;
}
tags[i].load( this, ic_tag, tag_block );
# ifdef DEBUG_ICCPROFILE
DBG_PROG_S( " sig: " << tags[i].getTagName() << " " << i )
# endif
// known tags with measurements
if (tagBelongsToMeasurement(i)
&& data_type == ICCprofileDATA) {
# ifdef DEBUG_ICCPROFILE
DBG_NUM_S( "measurements found " << tags[i].getTagName() )
# endif
measurement.load( this, tags[i] );
}
}
# ifdef DEBUG_ICCPROFILE
DBG_NUM_S( "TagCount: " << tag_count << " / " << tags.size() )
# endif
DBG_NUM_V( filename_ )
if(prof_)
delete prof_;
changing_ = false;
DBG_PROG_ENDE
return data_type;
}
const char*
ICCprofile::filename ()
{
DBG_PROG
return filename_.c_str();
}
void
ICCprofile::filename (const char* s)
{
DBG_PROG filename_ = s;
}
size_t
ICCprofile::size ()
{
DBG_PROG
size_t size = header.size();
// needed to load non profile vrml's
if(!size && data_ && size_)
size = size_;
return size;
}
//const char* cmm () {DBG_PROG return header.cmmName(); }
//void cmm (const char* s) {DBG_PROG header.cmmName (s); }
//int version () {DBG_PROG return (int) header.version(); }
//const char* creator () {DBG_PROG return header.creatorName(); }
std::string
ICCprofile::printHeader ()
{
DBG_PROG
return header.print();
}
std::string
ICCprofile::printLongHeader ()
{
DBG_PROG
return header.print_long();
}
ICClist<std::string>
ICCprofile::getPCSNames ()
{
DBG_PROG
return getChannelNames(header.pcs());
}
int
ICCprofile::getTagCount ()
{
DBG_PROG
return icValue(((icProfile*)data_)-> count);
}
int
ICCprofile::tagCount ()
{
DBG_PROG
return tags.size();
}
ICClist<std::string>
ICCprofile::printTagInfo (int item)
{ DBG_PROG_START
ICClist<std::string> liste;
if(0 > item || item >= (int)tags.size())
return liste;
liste.push_back( tags.at(item).getTagName() );
liste.push_back( tags.at(item).getTypName() );
DBG_PROG_ENDE
return liste;
}
ICClist<std::string>
ICCprofile::printTags ()
{ DBG_PROG_START
ICClist<std::string> StringList;
std::string text;
std::stringstream s;
int size = tags.size();
if (!size) { DBG_PROG_ENDE
return StringList;
} DBG_MEM
int count = 0;
for (size_t i = 0; i < tags.size(); i++)
{
s.str("");
s << count; count++; StringList.push_back(s.str()); s.str("");
s.str(tags[i].getTagName()); StringList.push_back(s.str()); s.str("");
s.str(tags[i].getTypName()); StringList.push_back(s.str()); s.str("");
s << tags[i].getSize(); StringList.push_back(s.str()); s.str("");
s.str(tags[i].getInfo()); StringList.push_back(s.str()); s.str("");
# ifdef DEBUG_ICCPROFILE
DBG_NUM_S( tags[i].getTagName() << " " << count )
# endif
}
DBG_PROG_ENDE
return StringList;
}
ICClist<std::string>
ICCprofile::getTagText (int item)
{ DBG_PROG_START
// check
std::string name = tags[item].getTypName();
std::string leer = name + _(" typ - no text output");
ICClist<std::string> v;
v.push_back( leer );
if(item < 0 || item >= (int)tags.size())
{
WARN_S("tag not available " << item)
return v;
}
#if 0
if (name != "chrm"
&& name != "cprt?"
&& name != "dtim"
&& name != "meas"
&& name != "mft1"
&& name != "mft2"
&& name != "sig"
&& name != "text"
&& name != "vcgt"
&& name != "XYZ")
return v;
#endif
DBG_PROG_ENDE
return tags.at(item).getText();
}
ICClist<std::string>
ICCprofile::getTagChannelNames (int item,
ICCtag::MftChain typ)
{ DBG_PROG_START
// check
std::string leer = tags[item].getTypName() + _(" typ - no text output");
ICClist<std::string> v;
v.push_back( leer );
// check
if (tags[item].getTypName() != "mft2"
&& tags[item].getTypName() != "mft1"
&& tags[item].getTypName() != "mAB "
&& tags[item].getTypName() != "mBA "
&& tags[item].getTypName() != "mpet")
{ DBG_PROG_ENDE
return v;
}
DBG_PROG_ENDE
return tags.at(item).getText(typ);
}
ICClist<std::string>
ICCprofile::getTagDescription (int item)
{ DBG_PROG_START
// check
ICClist<std::string> leer;
if (tags[item].getTypName() != "desc") { DBG_PROG_ENDE return leer; }
DBG_PROG_ENDE
return tags.at(item).getText();
}
ICClist<double>
ICCprofile::getTagCIEXYZ (int item)
{ DBG_PROG_START
// check
ICClist<double> XYZ;
if ( tags[item].getTypName() == "XYZ"
|| tags[item].getTypName() == "chrm")
XYZ = tags.at(item).getCIEXYZ();
DBG_PROG_ENDE
return XYZ;
}
ICClist<double>
ICCprofile::getTagCurve (int item)
{ DBG_PROG_START
// check
ICClist<double> leer;
if (tags[item].getTypName() != "curv")
{
# ifdef DEBUG_ICCPROFILE
DBG_NUM_S( tags[item].getTypName() )
# endif
DBG_PROG_ENDE
return leer;
}
DBG_PROG_ENDE
return tags.at(item).getCurve();
}
ICClist<ICClist<double> >
ICCprofile::getTagCurves (int item,ICCtag::MftChain typ)
{ DBG_PROG_START
// check
ICClist<ICClist<double> > leer;
if (tags[item].getTypName() != "mft2"
&& tags[item].getTypName() != "mft1"
&& tags[item].getTypName() != "vcgt")
{
# ifdef DEBUG_ICCPROFILE
DBG_NUM_S( "nothing found for " << tags[item].getTypName() )
# endif
DBG_PROG_ENDE
return leer;
}
DBG_PROG_ENDE
return tags.at(item).getCurves(typ);
}
ICClist<ICClist<ICClist<ICClist<double> > > >
ICCprofile::getTagTable ( int item,
ICCtag::MftChain typ,
ICClist<int> channels )
{ DBG_PROG_START
// check
ICClist<ICClist<ICClist<ICClist<double> > > > leer;
if (tags[item].getTypName() != "mft2"
&& tags[item].getTypName() != "mft1")
{
# ifdef DEBUG_ICCPROFILE
DBG_NUM_S( "nothing found: " << tags[item].getTypName() )
# endif
DBG_PROG_ENDE
return leer;
}
DBG_PROG_ENDE
return tags.at(item).getTable(typ, channels);
}
ICClist<double>
ICCprofile::getTagNumbers (int item,ICCtag::MftChain typ)
{ DBG_PROG_START
// check
ICClist<double> leer;
if (tags[item].getTypName() != "mft2"
&& tags[item].getTypName() != "mft1"
&& tags[item].getTypName() != "ncl2")
{
# ifdef DEBUG_ICCPROFILE
DBG_NUM_S( tags[item].getTypName() )
# endif
DBG_PROG_ENDE
return leer;
}
DBG_PROG_ENDE
return tags.at(item).getNumbers(typ);
}
oyStructList_s * ICCprofile::getTagNumbers (int item)
{
return tags.at(item).getNumbers();
}
int
ICCprofile::getTagIDByName (std::string name)
{ DBG_PROG_START
if (!tags.size()) { DBG_PROG_ENDE
return -1;
} DBG_MEM
int item = 0;
for (size_t i = 0; i < tags.size(); i++)
{
if ( tags[i].getTagName() == name
&& tags[i].getSize() ) {
# ifdef DEBUG_ICCPROFILE
DBG_PROG_S( item << " = " << tags[i].getTagName() << " found" )
# endif
DBG_PROG_ENDE
return item;
}
item++;
}
DBG_PROG_ENDE
return -1;
}
bool
ICCprofile::hasTagName (std::string name)
{ DBG_PROG_START
DBG_PROG_V( tags.size() )
if (!tags.size()) {
DBG_PROG_ENDE
return false;
}
int item = 0;
DBG_PROG_V( tags.size() )
for (size_t i = 0; i < tags.size(); i++)
{
DBG_PROG_V((intptr_t)(&tags[i]))
if ( tags[i].getTagName() == name
&& tags[i].getSize() ) {
# ifdef DEBUG_ICCPROFILE
DBG_NUM_S( tags[i].getTagName() << " found" )
# endif
DBG_PROG_ENDE
return true;
}
item++;
}
DBG_PROG_ENDE
return false;
}
int
ICCprofile::hasCLUT(void)
{ DBG_PROG_START
int has_LUTS = false;
if(this->hasTagName("A2B0"))
has_LUTS = true;
else if(this->hasTagName("A2B1"))
has_LUTS = true;
else if(this->hasTagName("A2B2"))
has_LUTS = true;
else if(this->hasTagName("B2A0"))
has_LUTS = true;
else if(this->hasTagName("B2A1"))
has_LUTS = true;
else if(this->hasTagName("B2A2"))
has_LUTS = true;
DBG_PROG_ENDE
return has_LUTS;
}
bool
ICCprofile::valid ()
{
const char* magic = header.magicName();
if (magic[0] == 'a' &&
magic[1] == 'c' &&
magic[2] == 's' &&
magic[3] == 'p')
{
return true;
/*} else if(data_type == ICCvrmlDATA || data_type == ICCmeasurementDATA &&
data_ && size_) {
return true;
*/} else
return false;
}
int
ICCprofile::getColourChannelsCount(void)
{ DBG_PROG_START
int channels = getColorSpaceChannels(colorSpace());
DBG_PROG_ENDE
return channels;
}
ICClist<double>
ICCprofile::getWhitePkt (void)
{ DBG_PROG_START
ICClist<double> XYZ;
if (hasTagName ("wtpt"))
XYZ = getTagCIEXYZ (getTagIDByName ("wtpt"));
DBG_PROG_ENDE
return XYZ;
}
char*
ICCprofile::getProfileDescription ()
{
char *text = NULL;
DBG_PROG_START
if(hasTagName("desc"))
{
int id = getTagIDByName("desc");
ICClist<std::string> texte = getTagText( id );
if(texte.size())
{
text = (char*) calloc( sizeof(char), strlen(texte[0].c_str()) * 4 );
sprintf( text, "%s", texte[0].c_str() );
}
}
DBG_PROG_ENDE
return text;
}
size_t
ICCprofile::getProfileSize ()
{ DBG_PROG_START
if (data_ && size_) free(data_);//delete []data_;
size_ = sizeof (icHeader) + sizeof (icUInt32Number); DBG_MEM_V(size_ <<" "<<sizeof (icProfile))
data_ = (char*)calloc (sizeof (char) , size_); //new char (sizeof(icHeader) );
writeTagTable ();
writeTags ();
header.size(size_); DBG_PROG_V (size_ )
writeHeader ();
DBG_MEM_V( size_ )
DBG_PROG_ENDE
return size_;
}
char*
ICCprofile::saveProfileToMem (size_t *size)
{ DBG_PROG_START
char *block = 0;
// vrml part
/*if(data_type == ICCvrmlDATA || data_type == ICCmeasurementDATA &&
data_ && size_)
{
block = (char*)calloc (sizeof (char) , size_);
memcpy (block, data_, size_);
if(size) {
*size = size_;
}
DBG_PROG_ENDE
return block;
}*/
if (data_ && size_) free(data_);//delete []data_;
size_ = sizeof (icHeader) + sizeof (icUInt32Number); DBG_PROG_V(size_ <<" "<<sizeof (icProfile))
data_ = (char*)calloc (sizeof (char) , size_); //new char (sizeof(icHeader) );
writeTagTable ();
writeTags ();
header.size(size_); DBG_PROG_V (size_ )
writeHeader ();
block = (char*)calloc (sizeof (char) , size_);
memcpy (block, data_, size_);
if(size) {
*size = size_;
DBG_MEM_V( *size )
}
DBG_MEM_V( size_ <<" "<< size )
DBG_PROG_ENDE
return block;
}
void
ICCprofile::writeTags (void)
{ DBG_PROG_START
unsigned int i;
for (i = 0; i < tags.size(); i++) {
DBG_NUM_S ( i << ": " << tags[i].getTypName() )
int size;
const char* data = tags[i].write(&size);
icTagList* list = (icTagList*)&((char*)data_)[128];
list->tags[i].sig = icValue((icTagSignature)tags[i].getSignature());
list->tags[i].offset = icValue((icUInt32Number)size_); DBG_MEM_V (icValue(list->tags[i].offset))
list->tags[i].size = icValue((icUInt32Number)size); DBG_MEM_V(size_)
char* temp = (char*) calloc (sizeof(char), size_ + size +
(size%4 ? 4 - size%4 : 0));
memcpy (temp, data_, size_); DBG_MEM_V( size_<<" "<< size<<" "<<size%4 )
memcpy (&temp[size_], data, size);
size_ = size_ + size + (size%4 ? 4 - size%4 : 0);
free(data_);//delete [] data_;
data_ = temp;
list = (icTagList*)&temp[128];
DBG_MEM_V (icValue(list->tags[i].offset))
DBG_MEM_V (icValue(list->tags[i].sig))
DBG_MEM_V (icValue(list->tags[i].size) << " " << (intptr_t)&data_[0])
}
DBG_MEM_V( size_ )
DBG_PROG_ENDE
}
void
ICCprofile::writeTagTable (void)
{ DBG_PROG_START
icProfile* p = (icProfile*) data_;
p->count = icValue((icUInt32Number)tags.size());
size_t size = sizeof (icTag) * tags.size();
char* data = (char*) calloc (sizeof(char), size + size_);
memcpy (data, data_, size_);
size_ = size_ + size;
free(data_);//delete [] data_;
data_ = data;
DBG_PROG_ENDE
}
void
ICCprofile::writeHeader (void)
{ DBG_PROG_START
memcpy (data_, header.headerRaw(), 128);
DBG_PROG_ENDE
}
int
ICCprofile::checkProfileDevice (char* type, icProfileClassSignature deviceClass)
{
DBG_PROG_START
int check = true;
if ((strcmp(type, _("Work Space"))) == 0) {
// test for device class
switch (deviceClass)
{
case icSigInputClass:
case icSigDisplayClass:
case icSigOutputClass:
case icSigLinkClass:
case icSigAbstractClass:
case icSigColorSpaceClass:
case icSigNamedColorClass:
// should be good
break;
default:
g_message ("%s \"%s %s: %s",_("Your"), type,
_("Profile\" is designed for an other device"),
getDeviceClassName(deviceClass).c_str());
check = false;
break;
}
} else if ((strcmp(type, _("Separation"))) == 0) {
switch (deviceClass)
{
// case icSigInputClass:
// case icSigDisplayClass:
case icSigOutputClass:
case icSigLinkClass:
case icSigAbstractClass:
case icSigColorSpaceClass:
case icSigNamedColorClass:
// should be good
break;
default:
g_message ("%s - %s - %s \"%s %s",_("Device class"),
getDeviceClassName(deviceClass).c_str(),
_("is not valid for an"),
type,
_("Profile\"."));
check = false;
break;
if (icSigCmykData != header.colorSpace())
check = false;
}
} else if ((strcmp(type, _("Linearisation"))) == 0) {
switch (deviceClass)
{
// case icSigInputClass:
// case icSigDisplayClass:
// case icSigOutputClass:
case icSigLinkClass:
// case icSigAbstractClass:
// case icSigColorSpaceClass:
// case icSigNamedColorClass:
// should be good
break;
default:
g_message ("%s - %s - %s \"%s %s",_("Device class"),
getDeviceClassName(deviceClass).c_str(),
_("is not valid for an"),
type,
_("Profile\"."));
check = false;
break;
if (icSigCmykData != header.colorSpace())
g_message ("%s - %s - %s \"%s %s",_("Colour Space"),
getColorSpaceName(header.colorSpace()).c_str(),
_("is not valid for an"),
type,
_("Profile at the moment\"."));
check = false;
}
}
DBG_PROG_ENDE
return check;
}
bool
ICCprofile::hasMeasurement()
{
DBG_PROG
return (hasTagName("targ") ||
hasTagName("b015") ||
hasTagName("TGL2") ||
(hasTagName("CIED")&&hasTagName("DevD")));
}
bool
ICCprofile::tagBelongsToMeasurement( int tag )
{
DBG_PROG
if(0 > tag || tag >= (int)tags.size())
{
if(tag >= 0)
WARN_S("wrong tag "<<tag<<"["<<tags.size()<<"]");
return 0;
}
std::string name = tags[tag].getTagName();
int s = tags[tag].getSize();
return ( (name == "targ" ||
name == "b015" ||
name == "TGL2" ||
(name == "CIED"&&hasTagName("DevD")) ||
(hasTagName("CIED")&&name == "DevD"))
&& s );
}
std::string
ICCprofile::report ( bool auss,
oyOptions_s * opts )
{
DBG_PROG
measurement.options( opts );
return measurement.getHtmlReport(auss);
}
ICCmeasurement &
ICCprofile::getMeasurement ()
{
DBG_PROG
if (hasMeasurement() && !measurement.validHalf())
measurement.init();
return measurement;
}
std::string
ICCprofile::cgats()
{
DBG_PROG
return measurement.getCGATS();
}
std::string
ICCprofile::cgats_max()
{
DBG_PROG
return measurement.getMaxCGATS();
}
void
ICCprofile::setHeader (const void* h)
{
DBG_PROG
header.headerRaw(h);
}
void
ICCprofile::addTag (ICCtag & tag)
{
int schonmal = 0;
for( int i = 0; i < (int)tags.size(); ++i )
{
if( tags[i].getSignature() == tag.getSignature() )
{
schonmal = 1;