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icc_examin_tagwahl.cpp
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icc_examin_tagwahl.cpp
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/*
* ICC Examin ist eine ICC Profil Betrachter
*
* Copyright (C) 2004-2013 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.
*
* -----------------------------------------------------------------------------
*
* the centrale class. tag selection part
*
*/
#include "icc_examin.h"
#include "icc_betrachter.h"
#include "icc_draw.h"
#include "icc_gl.h"
#include "icc_oyranos.h"
using namespace icc_examin_ns;
//#define DEBUG_EXAMIN
#ifdef DEBUG_EXAMIN
#define DBG_EXAMIN_START DBG_PROG_START
#define DBG_EXAMIN_ENDE DBG_PROG_ENDE
#define DBG_EXAMIN_V( texte ) DBG_NUM_V( texte )
#define DBG_EXAMIN_S( texte ) DBG_NUM_S( texte )
#else
#define DBG_EXAMIN_START
#define DBG_EXAMIN_ENDE
#define DBG_EXAMIN_V( texte )
#define DBG_EXAMIN_S( texte )
#endif
const char * selectTextsLine( int * line );
const char * selecTpsidLine( int * line );
std::string
ICCexamin::selectTag (int item)
{ DBG_PROG_START
DBG_PROG_V( item )
std::string text = _("empty");
if(!profile.size() ||
!icc_betrachter->examin->visible_r() ||
!icc_betrachter->examin->visible() ||
!profile.profil() )
{
DBG_PROG_ENDE
return text;
}
if( item >= (int)profile.profil()->tagCount() )
{
frei(false);
icc_betrachter->tag_text->hinein(text);
frei(true);
icc_betrachterNeuzeichnen(icc_betrachter->tag_text);
DBG_PROG_ENDE
return text;
}
if(!icc_betrachter->tag_text->cb)
{
tagTextsCB_f cb = &selectTextsLine;
icc_betrachter->tag_text->cb = cb;
}
frei(false);
kurven[TAG_VIEWER].clear();
punkte[TAG_VIEWER].clear();
texte[TAG_VIEWER].clear();
frei(true);
ICClist<std::string> rgb_tags;
rgb_tags.push_back("rXYZ");
rgb_tags.push_back("gXYZ");
rgb_tags.push_back("bXYZ");
icc_examin_ns::lock(__FILE__,__LINE__);
if (item < 0) {
icc_betrachter->tag_browser->select(5);
text = profile.profil()->printLongHeader(); DBG_PROG
frei(false);
icc_betrachter->tag_text->hinein(text);
frei(true);
if(farbraumModus())
_item = item;
text = "";
icc_betrachterNeuzeichnen(icc_betrachter->tag_text);
} else if (item >= 0) {
ICClist<std::string> TagInfo = profile.profil()->printTagInfo(item);
kurve_umkehren[TAG_VIEWER] = false;
_item = item;
DBG_PROG_S( TagInfo.size() << " " << TagInfo[0] << " " << TagInfo[1] )
if ( TagInfo[1] == "text"
|| TagInfo[1] == "cprt?"
|| TagInfo[1] == "meas"
|| TagInfo[1] == "sig"
|| TagInfo[1] == "dtim"
|| TagInfo[1] == "desc"
) {
frei(false);
ICClist<std::string> texte_l = profile.profil()->getTagText (item);
if( texte_l.size() )
{
std::string text_l = texte_l[0];
if( profile.profil()->tagBelongsToMeasurement(item) )
{
icc_betrachter->tag_text->hinein ( text_l,
profile.profil()->getMeasurement().getPatchLines(TagInfo[0].c_str()));
} else
icc_betrachter->tag_text->hinein ( text_l );
}
frei(true);
icc_betrachterNeuzeichnen(icc_betrachter->tag_text);
} else if ( TagInfo[0] == "rXYZ"
|| TagInfo[0] == "gXYZ"
|| TagInfo[0] == "bXYZ" ) {
std::string TagName;
ICClist<double> punkt;
for (unsigned int i_name = 0; i_name < rgb_tags.size(); i_name++) {
if (profile.profil()->hasTagName (rgb_tags[i_name])) {
punkt = profile.profil()->getTagCIEXYZ (profile.profil()->getTagIDByName(rgb_tags[i_name]));
for (unsigned int i = 0; i < 3; i++)
punkte[TAG_VIEWER].push_back (punkt[i]);
TagInfo = profile.profil()->printTagInfo (profile.profil()->getTagIDByName(rgb_tags[i_name]));
texte[TAG_VIEWER].push_back (TagInfo[0]);
}
}
texte[TAG_VIEWER].push_back (_("RGB primaries"));
texte[TAG_VIEWER].push_back ("XYZ");
frei(false);
icc_betrachter->tag_viewer->hineinPunkt( punkte[TAG_VIEWER], texte[TAG_VIEWER] );
frei(true);
icc_betrachterNeuzeichnen(icc_betrachter->tag_viewer);
} else if ( TagInfo[1] == "curv"
|| TagInfo[1] == "bfd" ) {
ICClist<double> kurve;
std::string TagName;
for (int i_name = 0; i_name < profile.profil()->tagCount(); i_name++) {
if ( (profile.profil()->printTagInfo(i_name))[1] == "curv"
|| (profile.profil()->printTagInfo(i_name))[1] == "bfd" ) {
kurve = profile.profil()->getTagCurve (i_name);
kurven[TAG_VIEWER].push_back (kurve);
TagInfo = profile.profil()->printTagInfo (i_name);
texte[TAG_VIEWER].push_back (TagInfo[0]);
}
}
texte[TAG_VIEWER].push_back ("curv");
frei(false);
icc_betrachter->tag_viewer->hineinKurven( kurven[TAG_VIEWER], texte[TAG_VIEWER] );
frei(true);
icc_betrachterNeuzeichnen(icc_betrachter->tag_viewer);
} else if ( TagInfo[1] == "chrm" ) {
punkte[TAG_VIEWER] = profile.profil()->getTagCIEXYZ(item);
texte [TAG_VIEWER] = profile.profil()->getTagText(item);
frei(false);
icc_betrachter->tag_viewer->hineinPunkt( punkte[TAG_VIEWER], texte[TAG_VIEWER] );
frei(true);
icc_betrachterNeuzeichnen(icc_betrachter->tag_viewer);
} else if ( TagInfo[1] == "XYZ" ) {
punkte[TAG_VIEWER] = profile.profil()->getTagCIEXYZ(item);
texte[TAG_VIEWER] = TagInfo;
frei(false);
icc_betrachter->tag_viewer->hineinPunkt( punkte[TAG_VIEWER], texte[TAG_VIEWER] );
frei(true);
icc_betrachterNeuzeichnen(icc_betrachter->tag_viewer);
} else if ( TagInfo[1] == "mft2"
|| TagInfo[1] == "mft1" ) { DBG_PROG_S("mft1/2")
ICClist<std::string> l = profile.profil()->getTagText(item);
std::string t = l[0];
frei(false);
icc_betrachter->table_choice->profilTag (item, t);
frei(true);
selectTable (_table_item);
} else if ( TagInfo[1] == "mAB " ||
TagInfo[1] == "mBA ")
{
std::string choice_text;
const char * tmp = 0;
ICClist<std::string> l = profile.profil()->getTagText(_item);
std::string tmp_string = l[0];
tmp = tmp_string.c_str();
{
/* skip the two channel info lines */
ICClist<std::string> lines = icc_parser::zeilenNachVector( tmp_string );
choice_text = lines[0];
choice_text += "\n";
for(int i = 0; i < 3; ++i)
{
tmp = strchr(tmp, '\n');
if(tmp)
tmp++;
else
break;
}
}
if(tmp)
choice_text += tmp;
frei(false);
icc_betrachter->table_choice->profilTag( _item, choice_text );
frei(true);
selectTable(_table_item);
} else if ( TagInfo[1] == "vcgt" ) { DBG_PROG_S("vcgt")
kurve_umkehren[TAG_VIEWER] = true;
kurven[TAG_VIEWER] = profile.profil()->getTagCurves (item, ICCtag::CURVE_IN);
texte[TAG_VIEWER] = profile.profil()->getTagText (item);
frei(false);
icc_betrachter->tag_viewer->hineinKurven ( kurven[TAG_VIEWER], texte[TAG_VIEWER] );
icc_betrachter->tag_viewer->kurve_umkehren = true;
frei(true);
DBG_PROG_S( "vcgt" )
icc_betrachterNeuzeichnen(icc_betrachter->tag_viewer);
/* } else if ( TagInfo[1] == "chad" ) {
ICClist<double> zahlen = profile.profil()->getTagNumbers (icc_betrachter->tag_nummer, ICCtag::MATRIX);
cout << zahlen.size() << endl; DBG_PROG
assert (9 == zahlen.size());
std::stringstream s;
s << endl <<
" " << zahlen[0] << ", " << zahlen[1] << ", " << zahlen[2] << ", " << endl <<
" " << zahlen[3] << ", " << zahlen[4] << ", " << zahlen[5] << ", " << endl <<
" " << zahlen[6] << ", " << zahlen[7] << ", " << zahlen[8] << ", " << endl;
icc_betrachter->tag_text->hinein ( s.str() ); DBG_PROG
icc_betrachterNeuzeichnen(icc_betrachter->tag_text); */
} else if ( TagInfo[1] == "ndin" ) {
profile.frei(false);
texte [TAG_VIEWER] = profile.profil()->getTagText(item);
ICClist<double> colorimetry;
std::string t = texte[TAG_VIEWER][0];
/* parse from text */
ICClist<std::string> lines = icc_parser::zeilenNachVector( t ), list;
int n = lines.size(), i;
/* odd text lines contain colorimetric data */
for(i = 3; i < 10; i+=2)
{
double x,y;
std::string line = lines[i];
ICClist<icc_parser::ZifferWort> xy =
icc_parser::unterscheideZiffernWorte (
line, 0, " ");
if(xy.size() == 2)
{
ICClist<double> values;
x = xy[0].zahl.second;
y = xy[1].zahl.second;
values.push_back( x );
values.push_back( y );
values.push_back( 1.0 );
xyYto_XYZ(values);
for(int j = 0; j < 3; ++j)
colorimetry.push_back( values[j] );
std::stringstream s;
s << lines[i-1] << lines[i];
list.push_back( s.str() );
}
}
for(i = 10; i < n; ++i)
list.push_back( lines[i] );
list.push_back( TagInfo[1] );
texte [TAG_VIEWER] = list;
punkte[TAG_VIEWER] = colorimetry;
profile.frei(true);
frei(false);
//texte[TAG_VIEWER].push_back ("XYZ");
icc_betrachter->tag_viewer->hineinPunkt( punkte[TAG_VIEWER], texte[TAG_VIEWER] );
frei(true);
icc_betrachterNeuzeichnen(icc_betrachter->tag_viewer);
} else if ( TagInfo[1] == "para" )
{
oyStructList_s * element = 0;
oyStructList_s * list = oyStructList_New(0);
for (int i_name = 0; i_name < profile.profil()->tagCount(); i_name++) {
if ( (profile.profil()->printTagInfo(i_name))[1] == "para" ) {
element = profile.profil()->getTagNumbers (i_name);
oyStructList_MoveIn( list, (oyStruct_s**)&element, -1, 0 );
TagInfo = profile.profil()->printTagInfo (i_name);
texte[TAG_VIEWER].push_back (TagInfo[0]);
}
}
showData( list, texte[TAG_VIEWER], TAG_VIEWER );
oyStructList_Release( &list );
} else {
frei(false);
profile.frei(false);
ICCprofile * pr = profile.profil();
ICClist<std::string> texte;
if(pr)
texte = pr->getTagText (item);
profile.frei(true);
if(texte.size())
{
if(TagInfo[0] == "ncl2")
{
profile.frei(false);
ICCprofile * pr = profile.profil();
ICClist<double> p_neu = pr->getTagNumbers(item, ICCtag::MATRIX);
profile.frei(true);
int n = p_neu.size()/3;
ICClist<int> patches;
patches.resize( n );
for(int i = 0; i < n; ++i)
{
patches[i] = i+5;
}
icc_betrachter->tag_text->hinein ( texte[0], patches );
} else if(TagInfo[0] == "psid")
{
icc_betrachter->tag_text->hinein ( texte[0] );
tagTextsCB_f cb = &selecTpsidLine;
icc_betrachter->tag_text->cb = cb;
} else
icc_betrachter->tag_text->hinein ( texte[0] );
} else
icc_betrachter->tag_text->hinein ( "" );
frei(true);
icc_betrachterNeuzeichnen(icc_betrachter->tag_text);
}
text = TagInfo[0];
}
icc_examin_ns::unlock(this, __FILE__,__LINE__);
DBG_PROG_ENDE
return text;
}
void ICCexamin::showData( oyStructList_s * elements,
ICClist<std::string> texts,
int viewer )
{
char num[12];
int n;
std::string t;
if(elements)
{
oyStructList_s * element;
oyOption_s * element_data;
const char * element_name;
ICClist<ICClist<double> > curves;
n = oyStructList_Count( elements );
if(viewer != TAG_VIEWER)
{
/* found XXX elements */
t = _("found");
t += " ";
sprintf( num, "%d", n );
t += num;
t += " ";
/* found XXX elements */
t += _("elements");
t += "\n";
}
for(int j = 0; j < n; ++j)
{
if(j != 0) t += "\n";
element = (oyStructList_s*) oyStructList_GetRefType( elements, j,
oyOBJECT_STRUCT_LIST_S );
element_name = oyStructList_GetName( element, 0, oyNAME_NAME );
if(element_name)
t += element_name;
t += " ";
element_data = (oyOption_s*) oyStructList_GetRefType( element, 1,
oyOBJECT_OPTION_S );
if(!element_name)
{
element_name = oyOption_GetRegistration( element_data );
if(element_name)
t += element_name;
}
if(element_data &&
oyFilterRegistrationMatchKey(
oyOption_GetRegistration(element_data),
"////icParametricCurveType", oyOBJECT_NONE ))
{
/*double type = oyOption_GetValueDouble( element_data, 0 );*/
double params_n = oyOption_GetValueDouble( element_data, 1 );
double segmented_curve_count = oyOption_GetValueDouble(
element_data, (int)2+params_n );
curves.push_back(0);
int pos = curves.size() - 1;
double val;
for(int k = 0; k < (int)segmented_curve_count; ++k)
{
val = oyOption_GetValueDouble( element_data,
(int)2 + params_n + 1 + k);
curves[pos].push_back( val );
}
} else
if(element_data &&
oyFilterRegistrationMatchKey(
oyOption_GetRegistration(element_data),
"////icCurveType", oyOBJECT_NONE ))
{
double segmented_curve_count = oyOption_GetValueDouble(
element_data, 0 );
curves.push_back(0);
int pos = curves.size() - 1;
double val;
for(int k = 0; k < (int)segmented_curve_count; ++k)
{
val = oyOption_GetValueDouble( element_data, 1 + k);
curves[pos].push_back( val );
}
}
oyStructList_Release( &element );
oyOption_Release( &element_data );
}
int txts_n = 0, i;
char ** txts = oyStringSplit( t.c_str(),'\n', &txts_n, malloc);
for(i = 0; i < txts_n; ++i)
{
std::string text = txts[i];
texts.push_back( text );
}
oyStringListRelease( &txts, txts_n, free );
if(curves.size())
{
if(viewer == MFT_VIEWER)
{
icc_betrachter->table_viewer->hineinKurven ( curves, texts );
icc_betrachterNeuzeichnen(icc_betrachter->table_viewer);
} else
{
icc_betrachter->tag_viewer->hineinKurven ( curves, texts );
icc_betrachterNeuzeichnen(icc_betrachter->tag_viewer);
}
} else
{
if(viewer == MFT_VIEWER)
{
icc_betrachter->table_text->hinein ( t );
icc_betrachterNeuzeichnen(icc_betrachter->table_text);
} else
{
icc_betrachter->tag_text->hinein ( t );
icc_betrachterNeuzeichnen(icc_betrachter->tag_text);
}
}
}
}
void ICCexamin::showmABData ()
{
ICClist<std::string> TagInfo = profile.profil()->printTagInfo(_item);
char num[12];
std::string t;
frei(false);
/* textual overview */
if(_table_item == 0)
{
const char * tmp = 0;
t += _("Intent:");
t += " ";
if(TagInfo[0] == "A2B0" || TagInfo[0] == "B2A0")
t += renderingIntentName(0);
if(TagInfo[0] == "A2B1" || TagInfo[0] == "B2A1")
t += renderingIntentName(1);
if(TagInfo[0] == "A2B2" || TagInfo[0] == "B2A2")
t += renderingIntentName(2);
t += "\n";
ICClist<std::string> l = profile.profil()->getTagText (_item);
tmp = l[0].c_str();
if(tmp)
tmp = strchr( tmp, '\n' );
if(tmp)
{
tmp++;
t += tmp;
}
icc_betrachter->table_text->hinein ( t );
icc_betrachterNeuzeichnen(icc_betrachter->table_text);
} else
/* show tags sub items */
{
int table_pos = _table_item-1;
oyStructList_s * list = profile.profil()->getTagNumbers(_item);
oyOption_s * opt;
oyStructList_s * elements, * element;
int count = oyStructList_Count( list );
int list_pos = -1;
for(int i = 0; i < count; ++i)
{
elements = 0;
opt = (oyOption_s*) oyStructList_GetRefType( list, i, oyOBJECT_OPTION_S );
if(!opt)
elements = (oyStructList_s*) oyStructList_GetRefType( list, i,
oyOBJECT_STRUCT_LIST_S );
if(opt || elements) ++list_pos;
if(list_pos == table_pos)
{
if(opt && oyFilterRegistrationMatchKey( oyOption_GetRegistration(opt),
"////icSigLutAtoBTypeNlut", oyOBJECT_NONE ))
{
int inputChan = oyOption_GetValueDouble( opt, 0 ),
outputChan = oyOption_GetValueDouble( opt, 1 );
ICClist<double> clutpoints;
clutpoints.resize( inputChan );
for(int i = 0; i < inputChan; ++i)
clutpoints[i] = oyOption_GetValueDouble( opt, 3+i );
ICClist< ICClist< ICClist< ICClist< double > > > > Table;
ICClist<int> channels;
profile.frei(false);
ICClist<std::string> nach_farb_namen = profile.profil()->getTagChannelNames (icc_betrachter->tag_nummer, ICCtag::TABLE_OUT);
ICClist<std::string> from_colour_names = profile.profil()->getTagChannelNames (icc_betrachter->tag_nummer, ICCtag::TABLE_IN);
icColorSpaceSignature sig_out = profile.profil()->getTag( icc_betrachter->tag_nummer ).colorSpace( ICCtag::TABLE_OUT );
icColorSpaceSignature sig_in = profile.profil()->getTag( icc_betrachter->tag_nummer ).colorSpace( ICCtag::TABLE_IN );
ICClist<std::string> nach_farb_snamen = getChannelNamesShort( sig_out );
ICClist<std::string> from_colour_snames = getChannelNamesShort( sig_in );
int n = (int)nach_farb_namen.size();
if(n != (int)nach_farb_snamen.size())
{
sig_out = getColorSpaceGeneric( n );
nach_farb_snamen = getChannelNamesShort( sig_out );
}
channels = icc_examin->icc_betrachter->table_gl->channels();
int c_n = channels.size();
channels.resize(from_colour_names.size());
for(unsigned int i = c_n; i < channels.size(); ++i)
channels[i] = clutpoints[i] / 2;
for(unsigned int i = 0; i < from_colour_names.size(); ++i)
if(i < 3)
channels[i] = -1;
else
if(channels[i] >= clutpoints[i])
channels[i] = (int)clutpoints[i] / 2;
if(n == (int)nach_farb_snamen.size())
{
const char ** pp = new const char* [n];
const char ** sn = new const char* [n];
for (int i = 0; i < n; i++)
{
pp[i] = nach_farb_namen[i].c_str();
sn[i] = nach_farb_snamen[i].c_str();
}
icc_examin->icc_betrachter->table_gl_boxAdd( sn, pp, n, icc_betrachter->table_gl->channel );
if(pp) delete [] pp;
if(sn) delete [] sn;
int n = (int)from_colour_names.size();
pp = new const char* [n];
sn = new const char* [n];
for (int i = 0; i < n; i++)
{
pp[i] = (const char*)strdup(from_colour_names[i].c_str());
sn[i] = (const char*)strdup(from_colour_snames[i].c_str());
}
if(clutpoints.size())
icc_examin->icc_betrachter->table_gl_sliderAdd( pp, sn, channels,
(int)clutpoints[0] );
/* We need to keep that around to make FLTK happy */
/* if(pp) delete [] pp;
if(sn) delete [] sn;*/
} else {
icc_examin->icc_betrachter->table_gl_boxAdd( NULL, NULL, 0, 0 );
}
{
int start = 3 + clutpoints.size(),
table3d_size;
double val;
// allocate
Table.resize(clutpoints[0]);
for (int i = 0; i < clutpoints[0]; i++) {
Table[i].resize(clutpoints[1]);
for (int j = 0; j < clutpoints[1]; j++) {
Table[i][j].resize(clutpoints[2]);
for (int k = 0; k < clutpoints[2]; k++)
{
Table[i][j][k].resize(outputChan);
for (int l = 0; l < outputChan; l++)
Table[i][j][k][l] = 1;
}
}
}
table3d_size = (int)clutpoints[0] * (int)clutpoints[1] *
(int)clutpoints[2] * outputChan;
for(int i = 3; i < (int)channels.size(); ++i)
table3d_size *= clutpoints[i];
n = 0;
// fill in
for (int i = 0; i < clutpoints[0]; i++)
{
if(inputChan < 3)
i = clutpoints[1]/2;
for (int j = 0; j < clutpoints[1]; j++)
{
if(inputChan < 2)
j = clutpoints[1]/2;
for (int k = 0; k < clutpoints[2]; k++)
{
for (int l = 0; l < outputChan; l++)
{
val = oyOption_GetValueDouble(opt, start + n);
Table[i][j][k][l] = val;
++n;
}
}
if(inputChan < 2) break;
}
if(inputChan < 3) break;
}
}
icc_betrachter->table_gl->loadTable (
Table,
from_colour_names,
nach_farb_namen, channels ); DBG_PROG_S( "3D table" )
profile.frei(true);
icc_betrachterNeuzeichnen(icc_betrachter->table_gl_group);
} else
if(opt && oyFilterRegistrationMatchKey( oyOption_GetRegistration(opt),
"////Matrix3x3+3", oyOBJECT_NONE ))
{
t = _("Matrix 3x3 + 3"); t += "\n";
for(int j = 0; j < 3; ++j)
{
if(j) t += "\n";
char m[4][24];
for(int k = 0; k < 3; ++k)
{
double val = oyOption_GetValueDouble( opt, j*3+k );
sprintf( m[k], "%s%f", val < 0.0 ? "-":" ", fabs(val) );
}
double val = oyOption_GetValueDouble( opt, 9+j );
sprintf( m[3], "%s%f", val < 0.0 ? "-":" ", fabs(val) );
t += &m[0][0];
t += "*";
t += &m[1][0];
t += "*";
t += &m[2][0];
t += " + ";
t += &m[3][0];
}
icc_betrachter->table_text->hinein ( t );
icc_betrachterNeuzeichnen(icc_betrachter->table_text);
} else if(elements)
{
element = (oyStructList_s*) oyStructList_GetRefType( elements, 0,
oyOBJECT_STRUCT_LIST_S );
opt = (oyOption_s*) oyStructList_GetRefType( element, 2,
oyOBJECT_OPTION_S );
oyStructList_Release( &element );
icColorSpaceSignature csp = profile.profil()->getPCS();
const char * text = oyOption_GetValueString( opt, 0 );
if(text &&
oyFilterRegistrationMatchKey( oyOption_GetRegistration( opt ),
"////color_space", oyOBJECT_NONE ) &&
strcmp( text, "1") == 0 )
csp = profile.profil()->colorSpace();
oyOption_Release( &opt );
ICClist<std::string> channel_names = getChannelNames( csp );
for(int j = 0; j < (int)channel_names.size(); ++j)
texte[MFT_VIEWER].push_back( channel_names[j] );
showData( elements, texte[MFT_VIEWER], MFT_VIEWER );
} else
{
t = oyStructList_GetName( list, i, oyNAME_NAME );
t += " ";
t += strrchr( oyOption_GetRegistration(opt), '/' ) + 1;
icc_betrachter->table_text->hinein ( t );
icc_betrachterNeuzeichnen(icc_betrachter->table_text);
}
break;
}
oyOption_Release( &opt );
}
if(list_pos != table_pos)
{
sprintf( num, "%d", table_pos );
t = "no element found: ";
t += num;
icc_betrachter->table_text->hinein ( t );
icc_betrachterNeuzeichnen(icc_betrachter->table_text);
}
}
frei(true);
}
void
ICCexamin::selectTable (int item)
{ DBG_PROG_START
ICClist<std::string> TagInfo = profile.profil()->printTagInfo(_item);
frei(false);
//selection from table_choice
kurven[MFT_VIEWER].clear();
punkte[MFT_VIEWER].clear();
texte[MFT_VIEWER].clear();
if (item < 1)
_table_item = 0;
else
_table_item = item;
kurve_umkehren[MFT_VIEWER] = false;
status("")
std::stringstream s;
ICClist<double> zahlen;
DBG_PROG_V( _table_item )
if(TagInfo[1] == "mAB " ||
TagInfo[1] == "mBA ")
showmABData();
else
switch (_table_item) {
case 0: // overview
{ ICClist<std::string> Info = icc_betrachter->table_choice->Info;
//profile.profil()->getTagText (icc_betrachter->tag_nummer)[0];
for (unsigned int i = 1; i < Info.size(); i++) // leave out first line
s << Info [i] << endl;
icc_betrachter->table_text->hinein ( s.str() ); DBG_PROG_S("show text")
icc_betrachterNeuzeichnen(icc_betrachter->table_text);
} break;
case 1: // matrix
profile.frei(false);
zahlen = profile.profil()->getTagNumbers (icc_betrachter->tag_nummer, ICCtag::MATRIX);
profile.frei(true);
DBG_PROG_S("show numbers in table_text")
assert (9 == zahlen.size());
s << endl <<
" " << zahlen[0] << ", " << zahlen[1] << ", " << zahlen[2] << ", " << endl <<
" " << zahlen[3] << ", " << zahlen[4] << ", " << zahlen[5] << ", " << endl <<
" " << zahlen[6] << ", " << zahlen[7] << ", " << zahlen[8] << ", " << endl;
icc_betrachter->table_text->hinein ( s.str() ); DBG_PROG
icc_betrachterNeuzeichnen(icc_betrachter->table_text);
break;
case 2: // input curves
DBG_PROG_S("show curves")
profile.frei(false);
kurven[MFT_VIEWER] = profile.profil()->getTagCurves (icc_betrachter->tag_nummer, ICCtag::CURVE_IN);
texte[MFT_VIEWER] = profile.profil()->getTagChannelNames (icc_betrachter->tag_nummer, ICCtag::CURVE_IN);
profile.frei(true);
icc_betrachter->table_viewer->hineinKurven ( kurven[MFT_VIEWER], texte[MFT_VIEWER] );
icc_betrachterNeuzeichnen(icc_betrachter->table_viewer);
DBG_PROG
break;
case 3: // 3D table
DBG_PROG_S("show table")
{
ICClist<int> channels;
profile.frei(false);
ICClist<std::string> nach_farb_namen = profile.profil()->getTagChannelNames (icc_betrachter->tag_nummer, ICCtag::TABLE_OUT);
ICClist<std::string> from_colour_names = profile.profil()->getTagChannelNames (icc_betrachter->tag_nummer, ICCtag::TABLE_IN);
icColorSpaceSignature sig_out = profile.profil()->getTag( icc_betrachter->tag_nummer ).colorSpace( ICCtag::TABLE_OUT );
icColorSpaceSignature sig_in = profile.profil()->getTag( icc_betrachter->tag_nummer ).colorSpace( ICCtag::TABLE_IN );
ICClist<std::string> nach_farb_snamen = getChannelNamesShort( sig_out );
ICClist<std::string> from_colour_snames = getChannelNamesShort( sig_in );
int n = (int)nach_farb_namen.size();
if(n != (int)nach_farb_snamen.size())
{
sig_out = getColorSpaceGeneric( n );
nach_farb_snamen = getChannelNamesShort( sig_out );
}
channels = icc_examin->icc_betrachter->table_gl->channels();
int c_n = channels.size();
channels.resize(from_colour_names.size());
ICClist<double> clutpoints = profile.profil()->getTagNumbers(
icc_betrachter->tag_nummer,
ICCtag::TABLE );
for(unsigned int i = c_n; i < channels.size(); ++i)
channels[i] = clutpoints[0] / 2;
for(unsigned int i = 0; i < from_colour_names.size(); ++i)
if(i < 3)
channels[i] = -1;
else
if(channels[i] >= clutpoints[0])
channels[i] = (int)clutpoints[0] / 2;
if(n == (int)nach_farb_snamen.size())
{
const char ** pp = new const char* [n];
const char ** sn = new const char* [n];
for (int i = 0; i < n; i++)
{
pp[i] = nach_farb_namen[i].c_str();
sn[i] = nach_farb_snamen[i].c_str();
}
icc_examin->icc_betrachter->table_gl_boxAdd( sn, pp, n, icc_betrachter->table_gl->channel );
if(pp) delete [] pp;
if(sn) delete [] sn;
int n = (int)from_colour_names.size();
pp = new const char* [n];
sn = new const char* [n];
for (int i = 0; i < n; i++)
{
pp[i] = (const char*)strdup(from_colour_names[i].c_str());
sn[i] = (const char*)strdup(from_colour_snames[i].c_str());
}
if(clutpoints.size())
icc_examin->icc_betrachter->table_gl_sliderAdd( pp, sn, channels,
(int)clutpoints[0] );
/* We need to keep that around to make FLTK happy */
/* if(pp) delete [] pp;
if(sn) delete [] sn;*/
} else {
icc_examin->icc_betrachter->table_gl_boxAdd( NULL, NULL, 0, 0 );
}
icc_betrachter->table_gl->loadTable (
profile.profil()->getTagTable (icc_betrachter->tag_nummer,
ICCtag::TABLE, channels ),
from_colour_names,
nach_farb_namen, channels ); DBG_PROG_S( "3D table" )
profile.frei(true);
}
icc_betrachterNeuzeichnen(icc_betrachter->table_gl_group);
break;
case 4: // output curves
DBG_PROG_S("show curves")
profile.frei(false);
kurven[MFT_VIEWER] = profile.profil()->getTagCurves (icc_betrachter->tag_nummer, ICCtag::CURVE_OUT);
texte[MFT_VIEWER] = profile.profil()->getTagChannelNames (icc_betrachter->tag_nummer, ICCtag::CURVE_OUT);
profile.frei(true);
icc_betrachter->table_viewer->hineinKurven ( kurven[MFT_VIEWER], texte[MFT_VIEWER] );
icc_betrachterNeuzeichnen(icc_betrachter->table_viewer);
DBG_PROG
break;
}
icc_betrachter->table_choice->gewaehlter_eintrag = item;
if(item <= 0)
icc_betrachter->table_choice->value(0);
DBG_NUM_V( item )
frei(true);
DBG_PROG_ENDE
}
void
ICCexamin::tableChannel ( int channel, int clutplane )
{
ICClist<int> channels;
ICClist<std::string> TagInfo = profile.profil()->printTagInfo(_item);
if ( TagInfo[1] == "mAB " ||
TagInfo[1] == "mBA ")
{
channels = icc_examin->icc_betrachter->table_gl->channels();
channels[channel] = clutplane;
icc_examin->icc_betrachter->table_gl->channels( channels );
selectTable(_table_item);
} else
{
ICClist<int> channels;
profile.frei(false);
ICClist<std::string> from_colour_names = profile.profil()->getTagChannelNames (icc_betrachter->tag_nummer, ICCtag::TABLE_IN);
icColorSpaceSignature sig_out = profile.profil()->getTag( icc_betrachter->tag_nummer ).colorSpace( ICCtag::TABLE_OUT );
ICClist<std::string> to_colour_names = getChannelNames( sig_out );
channels = icc_examin->icc_betrachter->table_gl->channels();
channels[channel] = clutplane;
icc_betrachter->table_gl->loadTable (
profile.profil()->getTagTable (icc_betrachter->tag_nummer,
ICCtag::TABLE, channels ),
from_colour_names,
to_colour_names, channels );
profile.frei(true);
}
}
const char *
selectTextsLine( int * line )
{
int i = 0;
const char * txt = "--";
if(line)
{
int item = icc_examin->tag_nr();
i = *line;
//*line = 1;
txt = icc_examin->icc_betrachter->tag_text->text(i);
profile.frei(false);
ICClist<std::string> TagInfo = profile.profil()->printTagInfo(item);
profile.frei(true);
if( TagInfo.size() == 2 )
{
ICClist<double> v;
std::string name;
ICClist<double> lab;
double l[3];
double c[32];
double XYZ[3];
oyNamedColor_s * colour = 0;
oyProfile_s * prof = 0;
profile.frei(false);
if(profile.profil()->tagBelongsToMeasurement(item) &&
icc_examin->icc_betrachter->tag_browser->value() > 5)
{
colour = profile.profil()->getMeasurement().getPatchLine( i-1,
TagInfo[0].c_str() );
if(colour)
{
icc_examin->icc_betrachter->DD_farbraum->emphasizePoint( colour );
name = oyNamedColor_GetName( colour, oyNAME_NICK, 0 );
// very simple approach, but enough to see the line
icc_examin->icc_betrachter->inspekt_html->topline( name.c_str() );
DBG_PROG_S( txt <<" "<< TagInfo[0] <<" "<< TagInfo[1] <<" L "<< lab[0] <<" a "<< lab[1] <<" b "<< lab[2] )
oyNamedColor_Release( &colour );
}
} else if( profile.profil()->hasTagName("ncl2") &&
TagInfo[0] == "ncl2" ) {
if( icc_examin->icc_betrachter->tag_text->value() > 5 )
{
ICClist<std::string> names;
icc_examin->farbenLese(-(i-5), lab,v,names);