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BaseData.cc Go to the documentation of this file. #include "Macrodefs.h" #include "Measures.h" #include "Sketch.h" // this must precede references to Sketch #include "BaseData.h" #include "ShapeRoot.h" #include "ShapePoint.h" #include "SketchDataRoot.h" #include "ShapeSpace.h" namespace DualCoding { BoundingBox::BoundingBox(const BoundingBox &b1, const BoundingBox &b2) : xmin(min(b1.xmin,b2.xmin)), ymin(min(b1.ymin,b2.ymin)), xmax(max(b1.xmax,b2.xmax)), ymax(max(b1.ymax,b2.ymax)) {} BoundingBox::BoundingBox(const std::vector<ShapeRoot> &vec) : xmin(0), ymin(0), xmax(0), ymax(0) { if ( vec.size() > 0 ) { *this = vec[0]->getBoundingBox(); for ( size_t i = 1; i<vec.size(); i++ ) *this = BoundingBox(*this,vec[i]->getBoundingBox()); } } std::ostream& operator<< (std::ostream& out, const BoundingBox &b) { out << "BoundingBox(" << b.xmin << "," << b.ymin << "," << b.xmax << "," << b.ymax << ")"; return out; } BaseData::BaseData(ShapeSpace& _space, ShapeType_t _type, int _parentId) : space(&_space), name(data_name(_type)), type(_type), id(0), parentId(_parentId), lastMatchId(0), refcount(0), viewable(true), color_rgb((ProjectInterface::getNumColors() != -1U) ? ProjectInterface::getColorRGB(1) : rgb(0,0,255)), // color 0 is invalid, so use color 1 as default, or blue if colors aren't loaded yet confidence(1), mobile(false), rendering_sketch(NULL) {}; /* BaseData::BaseData(ShapeType_t _type, int _parentId) : space(NULL), name(data_name(_type)), type(_type), id(0), parentId(_parentId), lastMatchId(0), refcount(0), viewable(true), color_rgb(ProjectInterface::defSegmentedColorGenerator?ProjectInterface::getColorRGB(1):rgb(0,0,255)), // color 0 is invalid, so use color 1 as default, or blue if colors aren't loaded yet confidence(1), mobile(false), rendering_sketch(NULL) {}; */ BaseData::BaseData(const BaseData& other) : space(other.space), name(other.name), type(other.type), id(0), parentId(other.parentId), lastMatchId(other.lastMatchId), refcount(0), viewable(other.viewable), color_rgb(other.color_rgb), confidence(other.confidence), mobile(other.mobile), rendering_sketch(NULL) { // cout << "copied BaseData: parentID " << parentId << " <-> " << other.parentId << endl; }; BaseData::~BaseData(void) { if ( rendering_sketch != NULL ) delete rendering_sketch; } Shape<PointData> BaseData::getCentroidPtShape() const { PointData *pt = new PointData(*space,getCentroid()); pt->inheritFrom(*this); return Shape<PointData>(pt); } BaseData& BaseData::operator=(const BaseData& other) { // assumes &other =? this check is done by the sub class using BaseData::operator= // if (&other == this) // return *this; space = other.space ? &(*other.space) : NULL; name = other.name; type = other.type; id = other.id; parentId = other.parentId; lastMatchId = other.lastMatchId; refcount = other.refcount; viewable = other.viewable; color_rgb = other.color_rgb; confidence = other.confidence; mobile = other.mobile; rendering_sketch = other.rendering_sketch ? &(*rendering_sketch) : NULL; return *this; } void BaseData::inheritFrom(const BaseData &parent) { // used by leftPtShape, etc. setParentId(parent.getViewableId()); setColor(parent.getColor()); } void BaseData::inheritFrom(const ShapeRoot &parent) { setParentId(parent->getViewableId()); setColor(parent->getColor()); } void BaseData::inheritFrom(const SketchDataRoot &parent) { setParentId(parent.getViewableId()); setColor(parent.getColor()); } void BaseData::V(std::string const &_name) { setViewable(true); if ( !_name.empty() ) setName(_name); } void BaseData::N(std::string const &_name) { setViewable(false); if ( !_name.empty() ) setName(_name); } ReferenceFrameType_t BaseData::getRefFrameType() const { return space->getRefFrameType(); } //!Type. //{ //! Get shape type name. const char* BaseData::getTypeName() const { return data_name(type); } //! Test the shape type. bool BaseData::isType(ShapeType_t this_type) const { return this_type == type; } //! Test that two shapes are of same type. bool BaseData::isSameTypeAs(const ShapeRoot& other) const { return((bool)(isType(other->type))); } bool BaseData::isSameColorAs(const ShapeRoot& other) const { return getColor() == other->getColor(); } void BaseData::setColor(string const &color_name) { setColor(ProjectInterface::getColorRGB(color_name)); } void BaseData::setColor(rgb new_color) { color_rgb = new_color; if ( rendering_sketch != NULL ) (*rendering_sketch)->setColor(new_color); } bool BaseData::isMobile() const { return mobile; } void BaseData::setMobile(bool _mobile) { mobile = _mobile; } void BaseData::deleteRendering() { delete rendering_sketch; rendering_sketch = NULL; } Sketch<bool>& BaseData::getRendering() { if ( rendering_sketch != NULL ) return *rendering_sketch; rendering_sketch = render(); (*rendering_sketch)->setColor(getColor()); (*rendering_sketch)->setParentId(id); (*rendering_sketch)->setName("render("+getName()+")"); return *rendering_sketch; } void BaseData::increaseConfidence(int n, int maxConfidence) { confidence += n; if ( maxConfidence > 0 ) confidence = min(confidence, maxConfidence); } void BaseData::increaseConfidence(const BaseData& other, int maxConfidence) { increaseConfidence(other.getConfidence() > 0 ? other.getConfidence()+1 : 2, maxConfidence); } void BaseData::increaseConfidence(const ShapeRoot& other, int maxConfidence) { increaseConfidence(other.getData(), maxConfidence); } } // namespace

DualCoding 3.0beta

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