TriangleMatchingSolver.TrianglePosition

net.aerith.misao.util. Position #x :float #y :float +Position() +Position(double initial_x, double initial_y) +Position(Position source_position) +getX() :double +setX(double new_x) :void +getY() :double +setY(double new_y) :void +setPosition(Position new_position) :void +add(Position position) :void +rescale(double ratio) :void +getDistanceFrom(Position position) :double +getPositionAngleTo(Position position) :double #paramString() :String +toString() :String

net.aerith.misao.util. TriangleMatchingSolver.TrianglePosition #triangle :Triangle +TriangleMatchingSolver.TrianglePosition(TriangleMatchingSolver this$0, Triangle triangle) +getTriangle() :Triangle net.aerith.misao.util. TriangleMatchingSolver #list1 :PositionList #list2 :PositionList #checklist1 :PositionList #checklist2 :PositionList #monitor_set :MonitorSet #trigraph_search_step1 :int #trigraph_search_step2 :int #triangle_map_division_count :int #triangle_map_unit_ratio :double #score_to_pass :double #score_to_fail :double #acceptable_ratio :double #check_accuracy :double #best_score :double +TriangleMatchingSolver(PositionList list1, PositionList list2) +addMonitor(Monitor monitor) :void +setCheckList(PositionList list1, PositionList list2) :void +setTriGraphSearchSteps(int step1, int step2) :void +setTriangleMapDivisionParameters(int division_count, double unit_ratio) :void +setScoreToPass(double score) :void +setScoreToFail(double score) :void +setAcceptableRatio(double ratio) :void +setCheckAccuracy(double accuracy) :void +getScore() :double +solve() :MapFunction