SearcherParams Class Reference

#include <Searcher.h>

Collaboration diagram for SearcherParams:

Public Member Functions
	SearcherParams ()
std::ostream &	write (std::ostream &os, bool showcomment=false) const
bool	read (ParseFile &is)

Public Attributes
dword	m_NSpawns
	number of new spawned shapes at each cycle More...
float	m_NSpawnsTHRed
	threshold reduction factor for new spawns More...
dword	m_MaxPop
	maximum population count More...
dword	m_NClusters
	number of clusters (winners) determined at each cycle More...
float	m_ClusterTH
	least quality of cluster relative to the best More...
float	m_ClusterDPos
	maximum distance of shapes in a cluster (relative to shape radius) More...
float	m_ClusterDScale
	maximum relative difference in scale to cluster representative More...
float	m_ClusterDDir
	maximum difference in direction in $$ More...
float	m_ClusterMeltDist
	maximum Hausdorff distance in mm for melting two shapes More...
float	m_RelBinDist
	distance of bins relative to representative radius More...
float	m_EvolveCycle
	time in seconds for one evolution cycle More...
float	m_MutateRate
	initial mutation rate More...
float	m_MutateHL
	half-life of mutation rate in seconds More...
float	m_MutateTHRed
	threshold reduction factor for mutated spawns More...
float	m_ScaleStd
	scale stdev of link More...
dword	m_MutateSpawns
	number of spawns when mutating a shape More...
float	m_MutatePDir
	probability of mutation of orientation More...
float	m_MutatePPos
	probability of mutation of position More...
float	m_MutatePNoise
	probability of mutation of node positions More...
float	m_MutateNoiseRate
	distortion ratio for node positions More...
float	m_MutatePProp
	probability of mutation of proportion More...
float	m_MutatePropRate
	rate of adaption of proportion More...
float	m_ShapeWeight
	influence of shape deformation on QOF More...
float	m_RatingTH
	least allowed rating for a winner More...
float	m_PCTH
	threshold for principle components More...
int	m_ParaSolver
	method for solving ODE, 0-gauss, 1-midpnt More...
int	m_PDist
	type of probability distr. to represent structural relationships More...
int	m_MaxShoot
	maximum number of spawns from an exp map More...

Static Public Attributes
static SearcherParams	global

Friends
std::ostream &	operator<< (std::ostream &os, const SearcherParams &rhs)
std::istream &	operator>> (std::istream &is, SearcherParams &rhs)

Detailed Description

Definition at line 149 of file Searcher.h.

Constructor & Destructor Documentation

SearcherParams::SearcherParams

(

)

Definition at line 797 of file Searcher.cpp.

References Searcher::m_MutateRate, Searcher::m_NClusters, Searcher::m_ShapeWeight, PARA_MAXSHOOT, PARA_PCTH, PARA_PDIST, SRCH_CLUSTERDDIR, SRCH_CLUSTERDMELT, SRCH_CLUSTERDPOS, SRCH_CLUSTERDSCALE, SRCH_CLUSTERTH, SRCH_CYCLE_T, SRCH_MAXPOP, SRCH_MUTATE_HL, SRCH_MUTATE_NOISERATE, SRCH_MUTATE_PDIR, SRCH_MUTATE_PNOISE, SRCH_MUTATE_PPOS, SRCH_MUTATE_PPROP, SRCH_MUTATE_PROPRATE, SRCH_MUTATE_RATE, SRCH_MUTATE_SPAWNS, SRCH_MUTATE_THRED, SRCH_NCLUSTERS, SRCH_NEW_SPAWNS, SRCH_NEW_SPAWNS_THRED, SRCH_RATINGTH, SRCH_RELBINDIST, SRCH_SCALESTD, and SRCH_SHAPEWEIGHT.

{
    m_EvolveCycle = SRCH_CYCLE_T;

    m_MaxPop = SRCH_MAXPOP;
    m_NSpawns = SRCH_NEW_SPAWNS;
    m_NSpawnsTHRed = SRCH_NEW_SPAWNS_THRED;

    m_NClusters = SRCH_NCLUSTERS;
    m_ClusterTH = SRCH_CLUSTERTH;
    m_ClusterDPos = SRCH_CLUSTERDPOS;
    m_ClusterDScale = SRCH_CLUSTERDSCALE;
    m_ClusterDDir = SRCH_CLUSTERDDIR;
    m_ClusterMeltDist = SRCH_CLUSTERDMELT;
    m_RelBinDist = SRCH_RELBINDIST;

    m_MutateRate = SRCH_MUTATE_RATE;
    m_MutateHL = SRCH_MUTATE_HL;
    m_MutateSpawns = SRCH_MUTATE_SPAWNS;
    m_MutateTHRed = SRCH_MUTATE_THRED;
    m_MutatePDir = SRCH_MUTATE_PDIR;
    m_MutatePPos = SRCH_MUTATE_PPOS;
    m_MutatePNoise = SRCH_MUTATE_PNOISE;
    m_MutateNoiseRate = SRCH_MUTATE_NOISERATE;
    m_MutatePProp = SRCH_MUTATE_PPROP;
    m_MutatePropRate = SRCH_MUTATE_PROPRATE;
    m_RatingTH = SRCH_RATINGTH;
    m_ScaleStd = SRCH_SCALESTD;
    m_PCTH = PARA_PCTH;
    m_PDist = PARA_PDIST;
    m_MaxShoot = PARA_MAXSHOOT;

    m_ShapeWeight = SRCH_SHAPEWEIGHT;
}

Member Function Documentation

bool SearcherParams::read

(

ParseFile &

is

)

Definition at line 924 of file Searcher.cpp.

References fromString(), ParseFile::getKey(), ParseFile::getNextLine(), ParseFile::getValue(), Searcher::m_MutateRate, Searcher::m_NClusters, Searcher::m_ShapeWeight, and ParseFile::pushLine().

Referenced by Brain::load().

{
    bool issearcher = false, goon=true;
    while(goon && is.getNextLine()) {
        if(is.getKey() == "searcher") issearcher = true;
        else if(!issearcher) {
            is.pushLine();
            return false;
        } else if(is.getKey() == "evolvecycle") {
            fromString(is.getValue(), m_EvolveCycle);
        } else if(is.getKey() == "maxpop") {
            fromString(is.getValue(), m_MaxPop);
        } else if(is.getKey() == "nspawns") {
            fromString(is.getValue(), m_NSpawns);
        } else if(is.getKey() == "nspawnsthred") {
            fromString(is.getValue(), m_NSpawnsTHRed);
        } else if(is.getKey() == "nclusters") {
            fromString(is.getValue(), m_NClusters);
        } else if(is.getKey() == "clusterth") {
            fromString(is.getValue(), m_ClusterTH);
        } else if(is.getKey() == "clusterdpos") {
            fromString(is.getValue(), m_ClusterDPos);
        } else if(is.getKey() == "clusterdscale") {
            fromString(is.getValue(), m_ClusterDScale);
        } else if(is.getKey() == "clusterddir") {
            fromString(is.getValue(), m_ClusterDDir);
        } else if(is.getKey() == "clustermeltdist") {
            fromString(is.getValue(), m_ClusterMeltDist);
        } else if(is.getKey() == "relbindist") {
            fromString(is.getValue(), m_RelBinDist);
        } else if(is.getKey() == "mutaterate") {
            fromString(is.getValue(), m_MutateRate);
        } else if(is.getKey() == "mutatehl") {
            fromString(is.getValue(), m_MutateHL);
        } else if(is.getKey() == "mutatespawns") {
            fromString(is.getValue(), m_MutateSpawns);
        } else if(is.getKey() == "mutatethred") {
            fromString(is.getValue(), m_MutateTHRed);
        } else if(is.getKey() == "mutatepdir") {
            fromString(is.getValue(), m_MutatePDir);
        } else if(is.getKey() == "mutateppos") {
            fromString(is.getValue(), m_MutatePPos);
        } else if(is.getKey() == "mutatepnoise") {
            fromString(is.getValue(), m_MutatePNoise);
        } else if(is.getKey() == "mutatenoiserate") {
            fromString(is.getValue(), m_MutateNoiseRate);
        } else if(is.getKey() == "mutatepprop") {
            fromString(is.getValue(), m_MutatePProp);
        } else if(is.getKey() == "mutateproprate") {
            fromString(is.getValue(), m_MutatePropRate);
        } else if(is.getKey() == "shapeweight") {
            fromString(is.getValue(), m_ShapeWeight);
        } else if(is.getKey() == "solver") {
            fromString(is.getValue(), m_ParaSolver);
        } else if(is.getKey() == "ratingth") {
            fromString(is.getValue(), m_RatingTH);
        } else if(is.getKey() == "pcth") {
            fromString(is.getValue(), m_PCTH);
        } else if(is.getKey() == "pdist") {
            fromString(is.getValue(), m_PDist);
        } else if(is.getKey() == "scalestd") {
            fromString(is.getValue(), m_ScaleStd);
        } else if(is.getKey() == "maxshoot") {
            fromString(is.getValue(), m_MaxShoot);
        } else if(is.getKey() == "end") goon = false;
    }
    return true;
}

ostream & SearcherParams::write	(	std::ostream &	os,
		bool	showcomment = false
	)		const

Definition at line 832 of file Searcher.cpp.

References Searcher::m_MutateRate, Searcher::m_NClusters, Searcher::m_ShapeWeight, PARA_MAXSHOOT, PARA_PCTH, PARA_PDIST, PARA_SOLVER, SRCH_CLUSTERDDIR, SRCH_CLUSTERDMELT, SRCH_CLUSTERDPOS, SRCH_CLUSTERDSCALE, SRCH_CLUSTERTH, SRCH_CYCLE_T, SRCH_MAXPOP, SRCH_MUTATE_HL, SRCH_MUTATE_NOISERATE, SRCH_MUTATE_PDIR, SRCH_MUTATE_PNOISE, SRCH_MUTATE_PPOS, SRCH_MUTATE_PPROP, SRCH_MUTATE_PROPRATE, SRCH_MUTATE_RATE, SRCH_MUTATE_SPAWNS, SRCH_MUTATE_THRED, SRCH_NCLUSTERS, SRCH_NEW_SPAWNS, SRCH_NEW_SPAWNS_THRED, SRCH_RATINGTH, SRCH_RELBINDIST, SRCH_SCALESTD, and SRCH_SHAPEWEIGHT.

Referenced by Brain::doCommand(), and Brain::load().

{
    os << "searcher" << endl;
    if(m_EvolveCycle != SRCH_CYCLE_T)
        os<<"  evolvecycle     "<<m_EvolveCycle<<endl;
    else if(showcomment) os<<"  # evolvecycle     "<<m_EvolveCycle<<endl;
    if(m_MaxPop != SRCH_MAXPOP)
        os<<"  maxpop          "<< m_MaxPop<<endl;
    else if(showcomment) os<<"  # maxpop          "<<m_MaxPop<<endl;
    if(m_NSpawns != SRCH_NEW_SPAWNS)
        os<<"  nspawns         "<< m_NSpawns<<endl;
    else if(showcomment) os<<"  # nspawns         "<<m_NSpawns<<endl;
    if(m_NSpawnsTHRed != SRCH_NEW_SPAWNS_THRED)
        os<<"  nspawnsthred    "<< m_NSpawnsTHRed<<endl;
    else if(showcomment) os<<"  # nspawnsthred    "<<m_NSpawnsTHRed<<endl;
    if(m_NClusters != SRCH_NCLUSTERS)
        os<<"  nclusters       "<< m_NClusters<<endl;
    else if(showcomment) os<<"  # nclusters       "<<m_NClusters<<endl;
    if(m_ClusterTH != SRCH_CLUSTERTH)
        os<<"  clusterth       "<< m_ClusterTH<<endl;
    else if(showcomment) os<<"  # clusterth       "<<m_ClusterTH<<endl;
    if(m_ClusterDPos != SRCH_CLUSTERDPOS)
        os<<"  clusterdpos     "<< m_ClusterDPos<<endl;
    else if(showcomment) os<<"  # clusterdpos     "<<m_ClusterDPos<<endl;
    if(m_ClusterDScale != SRCH_CLUSTERDSCALE)
        os<<"  clusterdscale   "<< m_ClusterDScale<<endl;
    else if(showcomment) os<<"  # clusterdscale   "<<m_ClusterDScale<<endl;
    if(m_ClusterDDir != SRCH_CLUSTERDDIR)
        os<<"  clusterddir     "<< m_ClusterDDir<<endl;
    else if(showcomment) os<<"  # clusterddir     "<<m_ClusterDDir<<endl;
    if(m_ClusterMeltDist != SRCH_CLUSTERDMELT)
        os<<"  clustermeltdist "<< m_ClusterMeltDist<<endl;
    else if(showcomment) os<<"  # clustermeltdist "<<m_ClusterMeltDist<<endl;
    if(m_RelBinDist != SRCH_RELBINDIST)
        os<<"  relbindist      "<< m_RelBinDist<<endl;
    else if(showcomment) os<<"  # relbindist      "<<m_RelBinDist<<endl;
    if(m_MutateRate != SRCH_MUTATE_RATE)
        os<<"  mutaterate      "<< m_MutateRate<<endl;
    else if(showcomment) os<<"  # mutaterate      "<<m_MutateRate<<endl;
    if(m_MutateHL != SRCH_MUTATE_HL)
        os<<"  mutatehl        "<< m_MutateHL<<endl;
    else if(showcomment) os<<"  # mutatehl        "<<m_MutateHL<<endl;
    if(m_MutateSpawns != SRCH_MUTATE_SPAWNS)
        os<<"  mutatespawns    "<< m_MutateSpawns<<endl;
    else if(showcomment) os<<"  # mutatespawns    "<<m_MutateSpawns<<endl;
    if(m_MutateTHRed != SRCH_MUTATE_THRED)
        os<<"  mutatethred     "<< m_MutateTHRed<<endl;
    else if(showcomment) os<<"  # mutatethred     "<<m_MutateTHRed<<endl;
    if(m_MutatePDir != SRCH_MUTATE_PDIR)
        os<<"  mutatepdir      "<< m_MutatePDir<<endl;
    else if(showcomment) os<<"  # mutatepdir      "<<m_MutatePDir<<endl;
    if(m_MutatePPos != SRCH_MUTATE_PPOS)
        os<<"  mutateppos      "<< m_MutatePPos<<endl;
    else if(showcomment) os<<"  # mutateppos      "<<m_MutatePPos<<endl;
    if(m_MutatePNoise != SRCH_MUTATE_PNOISE)
        os<<"  mutatepnoise    "<< m_MutatePNoise<<endl;
    else if(showcomment) os<<"  # mutatepnoise    "<<m_MutatePNoise<<endl;
    if(m_MutateNoiseRate != SRCH_MUTATE_NOISERATE)
        os<<"  mutatenoiserate "<< m_MutateNoiseRate<<endl;
    else if(showcomment) os<<"  # mutatenoiserate "<<m_MutateNoiseRate<<endl;
    if(m_MutatePProp != SRCH_MUTATE_PPROP)
        os<<"  mutatepprop     "<< m_MutatePProp<<endl;
    else if(showcomment) os<<"  # mutatepprop     "<<m_MutatePProp<<endl;
    if(m_MutatePropRate != SRCH_MUTATE_PROPRATE)
        os<<"  mutateproprate  "<< m_MutatePropRate<<endl;
    else if(showcomment) os<<"  # mutateproprate  "<<m_MutatePropRate<<endl;
    if(m_ShapeWeight != SRCH_SHAPEWEIGHT)
        os<<"  shapeweight     "<< m_ShapeWeight<<endl;
    else if(showcomment) os<<"  # shapeweight     "<<m_ShapeWeight<<endl;
    if(m_ParaSolver != PARA_SOLVER)
        os<<"  solver          "<< m_ParaSolver<<endl;
    else if(showcomment) os<<"  # solver     "<<m_ParaSolver<<endl;
    if(m_RatingTH != SRCH_RATINGTH)
        os<<"  ratingth        "<< m_RatingTH<<endl;
    else if(showcomment) os<<"  # ratingth     "<<m_RatingTH<<endl;
    if(m_PCTH != PARA_PCTH)
        os<<"  pcth            "<< m_PCTH<<endl;
    else if(showcomment) os<<"  # pcth         "<<m_PCTH<<endl;
    if(m_PDist != PARA_PDIST)
        os<<"  pdist           "<< m_PDist<<endl;
    else if(showcomment) os<<"  # pdist        "<<m_PDist<<endl;
    if(m_ScaleStd != SRCH_SCALESTD)
        os<<"  scalestd        "<< m_ScaleStd<<endl;
    else if(showcomment) os<<"  # scalestd        "<<m_ScaleStd<<endl;
    if(m_MaxShoot != PARA_MAXSHOOT)
        os<<"  maxshoot        "<< m_MaxShoot <<endl;
    else if(showcomment) os<<"  # maxshoot        "<<m_MaxShoot<<endl;
    //if( != ) os << " = " <<  << endl;
    os << "end" << endl;
    return os;
}

Friends And Related Function Documentation

std::ostream& operator<< ( std::ostream &  os, const SearcherParams &  rhs  )

friend

Definition at line 154 of file Searcher.h.

    { return rhs.write(os); }

std::istream& operator>> ( std::istream &  is, SearcherParams &  rhs  )

friend

Definition at line 157 of file Searcher.h.

    { ParseFile pf(is); rhs.read(pf); return is; }

Member Data Documentation

SearcherParams SearcherParams::global

static

Definition at line 159 of file Searcher.h.

Referenced by getSearchPara(), and Searcher::triggerTest().

float SearcherParams::m_ClusterDDir

maximum difference in direction in $$

Definition at line 168 of file Searcher.h.

Referenced by Searcher::buildClusters().

float SearcherParams::m_ClusterDPos

maximum distance of shapes in a cluster (relative to shape radius)

Definition at line 166 of file Searcher.h.

Referenced by Searcher::buildClusters().

float SearcherParams::m_ClusterDScale

maximum relative difference in scale to cluster representative

Definition at line 167 of file Searcher.h.

Referenced by Searcher::buildClusters().

float SearcherParams::m_ClusterMeltDist

maximum Hausdorff distance in mm for melting two shapes

Definition at line 169 of file Searcher.h.

Referenced by Searcher::buildClusters().

float SearcherParams::m_ClusterTH

least quality of cluster relative to the best

Definition at line 165 of file Searcher.h.

Referenced by Searcher::buildClusters().

float SearcherParams::m_EvolveCycle

time in seconds for one evolution cycle

Definition at line 172 of file Searcher.h.

Referenced by Searcher::evolve(), Searcher::getGeneration(), and StructTable::stepSearch().

dword SearcherParams::m_MaxPop

maximum population count

Definition at line 163 of file Searcher.h.

Referenced by Searcher::evolve().

int SearcherParams::m_MaxShoot

maximum number of spawns from an exp map

Definition at line 191 of file Searcher.h.

Referenced by MStructure::addExpectation().

float SearcherParams::m_MutateHL

half-life of mutation rate in seconds

Definition at line 174 of file Searcher.h.

float SearcherParams::m_MutateNoiseRate

distortion ratio for node positions

Definition at line 181 of file Searcher.h.

float SearcherParams::m_MutatePDir

probability of mutation of orientation

Definition at line 178 of file Searcher.h.

float SearcherParams::m_MutatePNoise

probability of mutation of node positions

Definition at line 180 of file Searcher.h.

float SearcherParams::m_MutatePPos

probability of mutation of position

Definition at line 179 of file Searcher.h.

float SearcherParams::m_MutatePProp

probability of mutation of proportion

Definition at line 182 of file Searcher.h.

float SearcherParams::m_MutatePropRate

rate of adaption of proportion

Definition at line 183 of file Searcher.h.

float SearcherParams::m_MutateRate

initial mutation rate

Definition at line 173 of file Searcher.h.

Referenced by Searcher::Searcher().

dword SearcherParams::m_MutateSpawns

number of spawns when mutating a shape

Definition at line 177 of file Searcher.h.

Referenced by Searcher::evolve().

float SearcherParams::m_MutateTHRed

threshold reduction factor for mutated spawns

Definition at line 175 of file Searcher.h.

Referenced by Searcher::evolve().

dword SearcherParams::m_NClusters

number of clusters (winners) determined at each cycle

Definition at line 164 of file Searcher.h.

Referenced by Searcher::buildClusters().

dword SearcherParams::m_NSpawns

number of new spawned shapes at each cycle

Definition at line 161 of file Searcher.h.

Referenced by Searcher::evolve().

float SearcherParams::m_NSpawnsTHRed

threshold reduction factor for new spawns

Definition at line 162 of file Searcher.h.

Referenced by Searcher::evolve().

int SearcherParams::m_ParaSolver

method for solving ODE, 0-gauss, 1-midpnt

Definition at line 189 of file Searcher.h.

Referenced by Model::updateParticles().

float SearcherParams::m_PCTH

threshold for principle components

Definition at line 188 of file Searcher.h.

Referenced by SubStructure::analyseTF().

int SearcherParams::m_PDist

type of probability distr. to represent structural relationships

Definition at line 190 of file Searcher.h.

float SearcherParams::m_RatingTH

least allowed rating for a winner

Definition at line 187 of file Searcher.h.

float SearcherParams::m_RelBinDist

distance of bins relative to representative radius

Definition at line 170 of file Searcher.h.

Referenced by Searcher::buildBins().

float SearcherParams::m_ScaleStd

scale stdev of link

Definition at line 176 of file Searcher.h.

Referenced by SubStructure::generateEMDist().

float SearcherParams::m_ShapeWeight

influence of shape deformation on QOF

Definition at line 185 of file Searcher.h.

Referenced by Searcher::Searcher().

---

The documentation for this class was generated from the following files:

• src/Searcher.h
• src/Searcher.cpp