diff options
Diffstat (limited to 'src/plugins/lipi-toolkit/3rdparty/lipi-toolkit/src/reco/shaperec/featureextractor/npen/NPenShapeFeature.cpp')
| -rw-r--r-- | src/plugins/lipi-toolkit/3rdparty/lipi-toolkit/src/reco/shaperec/featureextractor/npen/NPenShapeFeature.cpp | 340 |
1 files changed, 0 insertions, 340 deletions
diff --git a/src/plugins/lipi-toolkit/3rdparty/lipi-toolkit/src/reco/shaperec/featureextractor/npen/NPenShapeFeature.cpp b/src/plugins/lipi-toolkit/3rdparty/lipi-toolkit/src/reco/shaperec/featureextractor/npen/NPenShapeFeature.cpp deleted file mode 100644 index a05867be..00000000 --- a/src/plugins/lipi-toolkit/3rdparty/lipi-toolkit/src/reco/shaperec/featureextractor/npen/NPenShapeFeature.cpp +++ /dev/null @@ -1,340 +0,0 @@ -#include "NPenShapeFeature.h" -#include "LTKStringUtil.h" -#include "LTKPreprocDefaults.h" - -#include <sstream> - - -NPenShapeFeature::NPenShapeFeature():m_data_delimiter(",") - { - - } - - - NPenShapeFeature::NPenShapeFeature(float inX, float inY, float cosAlpha, float inSinAlpha, - float inCosBeta, float inSinBeta, float inAspect, float inCurliness, - float inLinearity, float inSlope, bool isPenUp):m_data_delimiter(",") - { - - } - - - NPenShapeFeature::~NPenShapeFeature() - { - - } - - - float NPenShapeFeature::getX() const - { - return m_x; - } - - - float NPenShapeFeature::getY() const - { - return m_y; - } - - - float NPenShapeFeature::getCosAlpha() const - { - return m_cosAlpha; - } - - - float NPenShapeFeature::getSinAlpha() const - { - return m_sinAlpha; - } - - - float NPenShapeFeature::getCosBeta() const - { - return m_cosBeta; - } - - - float NPenShapeFeature::getSinBeta() const - { - return m_sinBeta; - } - - float NPenShapeFeature::getAspect() const - { - return m_aspect; - } - - - float NPenShapeFeature::getCurliness() const - { - return m_curliness; - } - - - float NPenShapeFeature::getLinearity() const - { - return m_linearity; - } - - - float NPenShapeFeature::getSlope() const - { - return m_slope; - } - - - bool NPenShapeFeature::isPenUp() const - { - return m_isPenUp; - } - - - void NPenShapeFeature::setX(float x) - { - m_x = x; - } - - - void NPenShapeFeature::setY(float y) - { - m_y = y; - } - - - void NPenShapeFeature::setCosAlpha(float cosAlpha) - { - m_cosAlpha = cosAlpha; - } - - - void NPenShapeFeature::setSinAlpha(float sinAlpha) - { - m_sinAlpha = sinAlpha; - } - - - void NPenShapeFeature::setCosBeta(float cosBeta) - { - m_cosBeta = cosBeta; - } - - - void NPenShapeFeature::setSinBeta(float sinBeta) - { - m_sinBeta = sinBeta; - } - - - void NPenShapeFeature::setAspect(float aspect) - { - m_aspect = aspect; - } - - void NPenShapeFeature::setCurliness(float curliness) - { - m_curliness = curliness; - } - - void NPenShapeFeature::setLinearity(float linearity) - { - m_linearity = linearity; - } - - void NPenShapeFeature::setSlope(float slope) - { - m_slope = slope; - } - - - void NPenShapeFeature::setPenUp(bool isPenUp) - { - m_isPenUp = isPenUp; - } - - - - int NPenShapeFeature::initialize(const string& initString) - { - stringVector tokens; - LTKStringUtil::tokenizeString(initString,m_data_delimiter,tokens); - - if(tokens.size() != 11) - { - return FAILURE; - } - - m_x = LTKStringUtil::convertStringToFloat(tokens[0]); - - m_y = LTKStringUtil::convertStringToFloat(tokens[1]); - - - m_cosAlpha = LTKStringUtil::convertStringToFloat(tokens[2]); - - m_sinAlpha = LTKStringUtil::convertStringToFloat(tokens[3]); - - m_cosBeta = LTKStringUtil::convertStringToFloat(tokens[4]); - - m_sinBeta = LTKStringUtil::convertStringToFloat(tokens[5]); - - m_aspect = LTKStringUtil::convertStringToFloat(tokens[6]); - - m_curliness = LTKStringUtil::convertStringToFloat(tokens[7]); - - m_linearity = LTKStringUtil::convertStringToFloat(tokens[8]); - - m_slope = LTKStringUtil::convertStringToFloat(tokens[9]); - - if(fabs(LTKStringUtil::convertStringToFloat(tokens[10]) - 1.0f) < EPS) - { - m_isPenUp = true; - } - else - { - m_isPenUp = false; - } - - return SUCCESS; - - - } - - - void NPenShapeFeature::toString(string& strFeat) const - { - ostringstream tempString; - - tempString << m_x << m_data_delimiter << m_y << m_data_delimiter << - m_cosAlpha << m_data_delimiter << - m_sinAlpha << m_data_delimiter << - m_cosBeta << m_data_delimiter << - m_sinBeta << m_data_delimiter << - m_aspect << m_data_delimiter << - m_curliness << m_data_delimiter << - m_linearity << m_data_delimiter << - m_slope << m_data_delimiter<< - m_isPenUp; - - strFeat = tempString.str(); - - - } - - - LTKShapeFeaturePtr NPenShapeFeature::clone() const - { - NPenShapeFeature* npenSF = new NPenShapeFeature(); - - - npenSF->setX(this->getX()); - npenSF->setY(this->getY()); - npenSF->setCosAlpha(this->getCosAlpha()); - npenSF->setSinAlpha(this->getSinAlpha()); - npenSF->setCosBeta(this->getCosBeta()); - npenSF->setSinBeta(this->getSinBeta()); - npenSF->setAspect(this->getAspect()); - npenSF->setCurliness(this->getCurliness()); - npenSF->setLinearity(this->getLinearity()); - npenSF->setSlope(this->getSlope()); - npenSF->setPenUp(this->isPenUp()); - - - - return (LTKShapeFeaturePtr)npenSF; - } - - - - void NPenShapeFeature::getDistance(const LTKShapeFeaturePtr& shapeFeaturePtr, float& outDistance) const - { - outDistance = 0.0; - - NPenShapeFeature *inFeature = (NPenShapeFeature*)(shapeFeaturePtr.operator ->()); - - outDistance += (m_x - inFeature->getX())*(m_x - inFeature->getX()); - outDistance += (m_y - inFeature->getY())*(m_y - inFeature->getY()); - outDistance += (m_cosAlpha - inFeature->getCosAlpha())*(m_cosAlpha - inFeature->getCosAlpha()); - outDistance += (m_sinAlpha - inFeature->getSinAlpha())*(m_sinAlpha - inFeature->getSinAlpha()); - outDistance += (m_cosBeta - inFeature->getCosBeta())*(m_cosBeta - inFeature->getCosBeta()); - outDistance += (m_sinBeta - inFeature->getSinBeta())*(m_sinBeta - inFeature->getSinBeta()); - outDistance += (m_aspect - inFeature->getAspect())*(m_aspect - inFeature->getAspect()); - outDistance += (m_curliness - inFeature->getCurliness())*(m_curliness - inFeature->getCurliness()); - outDistance += (m_linearity - inFeature->getLinearity())*(m_linearity - inFeature->getLinearity()); - outDistance += (m_slope - inFeature->getSlope())*(m_slope - inFeature->getSlope()); - } - - - int NPenShapeFeature::toFloatVector(vector<float>& floatVec) - { - floatVec.push_back(m_x); - floatVec.push_back(m_y); - floatVec.push_back(m_cosAlpha); - floatVec.push_back(m_sinAlpha); - floatVec.push_back(m_cosBeta); - floatVec.push_back(m_sinBeta); - floatVec.push_back(m_aspect); - floatVec.push_back(m_curliness); - floatVec.push_back(m_linearity); - floatVec.push_back(m_slope); - - if(isPenUp()) - { - floatVec.push_back(1.0f); - } - else - { - floatVec.push_back(0.0f); - } - - return SUCCESS; - } - - - int NPenShapeFeature::getFeatureDimension() - { - - return 11; - } - - - int NPenShapeFeature::initialize(const floatVector& initFloatVector) - { - - - if(initFloatVector.size() != 11) - { - return FAILURE; - } - - m_x = initFloatVector[0]; - - m_y = initFloatVector[1]; - - - m_cosAlpha = initFloatVector[2]; - - m_sinAlpha = initFloatVector[3]; - - m_cosBeta = initFloatVector[4]; - - m_sinBeta = initFloatVector[5]; - - m_aspect = initFloatVector[6]; - - m_curliness = initFloatVector[7]; - - m_linearity = initFloatVector[8]; - - m_slope = initFloatVector[9]; - - if(fabs(initFloatVector[10] - 1.0f) < EPS) - { - m_isPenUp = true; - } - else - { - m_isPenUp = false; - } - - return SUCCESS; - } |