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Add possibility to color reconstructed particles by energy #9

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Nov 6, 2018
Merged

Add possibility to color reconstructed particles by energy #9

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da8315a
Add possibility to color by energy reconstructed particles
Nov 5, 2018
b5d2d5a
Add option to scale marker size and line thickness of helices
Nov 5, 2018
ba00d90
Add energy coloring to CEDViewer
Nov 6, 2018
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16 changes: 16 additions & 0 deletions ced2go/ced2go-template-DD4.xml
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Expand Up @@ -67,6 +67,22 @@
<parameter name="DrawHelixForPFOs" type="int">0 </parameter>
<!--draw a helix for Track objects: -1: none, 0: default, 1: atIP, 2: atFirstHit, 3: atLastHit, 4: atCalorimeter-->
<parameter name="DrawHelixForTrack" type="int">0 </parameter>
<!-- Color recunstructed particle by energy -->
<parameter name="ColorByEnergy" type="bool">false</parameter>
<!-- Minimal value for energy which will be represented as blue -->
<parameter name="ColorByEnergyMin" type="double">0.0</parameter>
<!-- Maximal value for energy which will be represented as red -->
<parameter name="ColorByEnergyMax" type="double">35.0</parameter>
<!-- Hue value that will be used to determine the pallete -->
<parameter name="ColorByEnergySaturation" type="double">1.0</parameter>
<!-- Brigtness value that will be used to determine the pallete -->
<parameter name="ColorByEnergyBrightness" type="double">1.0</parameter>
<!-- Automatically adjust event by event the blue to min energy and red to max energy of event -->
<parameter name="ColorByEnergyAutoColor" type="bool">false</parameter>
<!-- Scale line thickness of drawn helixes, usefull for image dumps -->
<parameter name="ScaleLineThickness" type="double">1</parameter>
<!-- Scale marker size of cluster markers, usefull for image dumps -->
<parameter name="ScaleMarkerSize" type="double">1</parameter>
<!--Max R (mm) Extent for drawing Helix if UseTPCForLimitsOfHelix false-->
<parameter name="HelixMaxR" type="float">2000 </parameter>
<!--Max Z (mm) Extent for drawing Helix if UseTPCForLimitsOfHelix false-->
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16 changes: 16 additions & 0 deletions ced2go/ced2go-template.xml
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Expand Up @@ -50,6 +50,22 @@ $LCIOInputFiles$
<parameter name="DrawDetectorID" type="int">0 </parameter>
<!--draw a helix for PFO objects (usefull for Si tracker): 0: disabled, 1: enabled-->
<parameter name="DrawHelixForPFOs" type="int">0 </parameter>
<!-- Color recunstructed particle by energy -->
<parameter name="ColorByEnergy" type="bool">false</parameter>
<!-- Minimal value for energy which will be represented as blue -->
<parameter name="ColorByEnergyMin" type="double">0.0</parameter>
<!-- Maximal value for energy which will be represented as red -->
<parameter name="ColorByEnergyMax" type="double">35.0</parameter>
<!-- Hue value that will be used to determine the pallete -->
<parameter name="ColorByEnergySaturation" type="double">1.0</parameter>
<!-- Brigtness value that will be used to determine the pallete -->
<parameter name="ColorByEnergyBrightness" type="double">1.0</parameter>
<!-- Automatically adjust event by event the blue to min energy and red to max energy of event -->
<parameter name="ColorByEnergyAutoColor" type="bool">false</parameter>
<!-- Scale line thickness of drawn helixes, usefull for image dumps -->
<parameter name="ScaleLineThickness" type="double">1</parameter>
<!-- Scale marker size of cluster markers, usefull for image dumps -->
<parameter name="ScaleMarkerSize" type="double">1</parameter>
<!--draw a helix for Track objects: -1: none, 0: default, 1: atIP, 2: atFirstHit, 3: atLastHit, 4: atCalorimeter-->
<parameter name="DrawHelixForTrack" type="int">0 </parameter>
<!--Max R (mm) Extent for drawing Helix if UseTPCForLimitsOfHelix false-->
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40 changes: 24 additions & 16 deletions include/CEDViewer.h
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Expand Up @@ -74,26 +74,34 @@ class CEDViewer : public Processor {

/** Input collection name.
*/
StringVec _drawCollections ;
StringVec _drawCollectionsLayer ;
StringVec _drawCollections {};
StringVec _drawCollectionsLayer {};

bool _usingParticleGun ;
int _drawHelixForTracks ;
int _drawDetectorID ;
int _colorScheme ;
float _mcpECut ;
bool _usingParticleGun = false ;
int _drawHelixForTracks = 0 ;
bool _colorEnergy = false ;
double _colorEnergyMin = 0.0 ;
double _colorEnergyMax = 35.0 ;
double _colorEnergySaturation = 0.8 ;
double _colorEnergyValue = 0.8 ;
bool _colorEnergyAuto = false ;
double _scaleLineThickness = 1 ;
double _scaleMarkerSize = 1 ;
int _drawDetectorID = 0 ;
int _colorScheme = 10;
float _mcpECut = 0.001;

float _helix_max_r;
float _helix_max_z;
bool _useTPCForLimitsOfHelix;
int _waitForKeyboard ;
int _drawHelixForPFOs;
int _useColorForHelixTracks ;
IntVec _colors ;
float _helix_max_r = 2000 ;
float _helix_max_z = 2500 ;
bool _useTPCForLimitsOfHelix = false ;
int _waitForKeyboard = 1 ;
int _drawHelixForPFOs = 0 ;
int _useColorForHelixTracks = 0;
IntVec _colors {};


int _nRun ;
int _nEvt ;
int _nRun = 0 ;
int _nEvt = 0 ;
} ;

#endif
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16 changes: 16 additions & 0 deletions include/ColorMap.h
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Expand Up @@ -12,6 +12,20 @@

typedef void (*colorMapFunc)(unsigned int*,float,float,float);

typedef struct RgbColor
{
double r;
double g;
double b;
} RgbColor;

typedef struct HsvColor
{
double h;
double s;
double v;
} HsvColor;

class ColorMap{
public:
static void colorMap(unsigned int *rgb,float value,float min,float max);
Expand All @@ -24,6 +38,8 @@ class ColorMap{
static void blueColorMap(unsigned int *rgb,float value,float min,float max);
static colorMapFunc selectColorMap(int cmp);
static int RGB2HEX(int red, int green, int blue);
static RgbColor HsvToRgb(HsvColor in);
static unsigned long NumberToTemperature(double value, double min, double max, double s, double v);
};

#endif
50 changes: 29 additions & 21 deletions include/DDCEDViewer.h
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Expand Up @@ -113,32 +113,40 @@ class DDCEDViewer : public Processor {
static const int Light = 11 ;
static const int Classic = 12 ;

StringVec _drawCollections ;
StringVec _drawCollectionsLayer ;
std::vector< DrawParameters > drawParameters ;
StringVec _drawCollections{} ;
StringVec _drawCollectionsLayer{} ;
std::vector< DrawParameters > drawParameters{} ;

//general options
int _nRun ;
int _nEvt ;
int _nRun = 0 ;
int _nEvt = 0;
//lcio options
bool _usingParticleGun ;
int _drawHelixForTracks ;
int _colorScheme ;
float _mcpECut ;
float _helix_max_r;
float _helix_max_z;
bool _useTrackerForLimitsOfHelix;
int _waitForKeyboard ;
int _drawHelixForPFOs;
int _useColorForHelixTracks ;
int _drawEllipsoidForPFOClusters ;
IntVec _colors ;
bool _usingParticleGun = false ;
int _drawHelixForTracks = 0 ;
int _colorScheme = 10 ;
bool _colorEnergy = false ;
double _colorEnergyMin = 0.0 ;
double _colorEnergyMax = 35.0 ;
double _colorEnergySaturation = 0.8 ;
double _colorEnergyValue = 0.8 ;
bool _colorEnergyAuto = false ;
double _scaleLineThickness = 1 ;
double _scaleMarkerSize = 1 ;
float _mcpECut = 0.001 ;
float _helix_max_r = 2000 ;
float _helix_max_z = 2500 ;
bool _useTrackerForLimitsOfHelix = true ;
int _waitForKeyboard = 1 ;
int _drawHelixForPFOs = 0 ;
int _useColorForHelixTracks = 0 ;
int _drawEllipsoidForPFOClusters = 0 ;
IntVec _colors{} ;

//detector options
bool _begin;
StringVec _detailled;
StringVec _jets;
bool _surfaces;
bool _begin = false;
StringVec _detailled{};
StringVec _jets{};
bool _surfaces = false;
} ;


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