rt300@22: //
rt300@22: //  TrainingScoreManager.h
rt300@22: //  riftathon
rt300@22: //
rt300@22: //  Created by Robert Tubb on 23/10/2014.
rt300@22: //
rt300@22: //
rt300@22: 
rt300@22: #ifndef __riftathon__TrainingScoreManager__
rt300@22: #define __riftathon__TrainingScoreManager__
rt300@22: 
rt300@22: #include <iostream>
rt300@22: #include "ofMain.h"
rt300@22: #include "SequenceController.h"
rt300@22: #include "algorithms.h"
rt300@22: #include "globalVariables.h"
rt300@22: //-------------------------------------------------------------
rt300@22: 
rt300@22: struct TrainingTestResult{
rt300@22:     float realDistanceToTarget;
rt300@22:     int targetBandHit; // eg bullseye = 0 edge = 7
rt300@22:     float timeAllowed;
rt300@22:     int score;
rt300@22:     ofColor colorBand;
rt300@22:     string displayText;
rt300@29:     float bits;
rt300@22: };
rt300@22: 
rt300@22: class TrainingScoreManager{
rt300@22:     
rt300@22:     // equiv of score bit of testController
rt300@22: public:
rt300@22:     
rt300@29:     TrainingTestResult getScoreForAnswer(vector<int> targetParams, vector<int> startPosition, vector<int> answer, int timeAllowed) const {
rt300@22:         TrainingTestResult result;
rt300@22:         stringstream msg;
rt300@22:         int score = 0;
rt300@22:         // work out euc distance from actual point
rt300@22:         //for_each(answer.begin(),answer.end(),printThing<int>());
rt300@22:         //for_each(targetParams.begin(),targetParams.end(),printThing<int>());
rt300@29:         float initDist = euclideanDistance(startPosition, answer);
rt300@22:         float dist = euclideanDistance(targetParams, answer);
rt300@29:         
rt300@29:         float TP = calculateThroughput(TOTAL_NUM_PARAMS, dist, initDist, timeAllowed/1000.);
rt300@29:         
rt300@29:         cout << TP << endl;
rt300@29:         
rt300@29:         auto dimComp = sqrt(TOTAL_NUM_PARAMS);
rt300@22:         int band = -1;
rt300@22:         if (dist < TARGET_SCORE_CC_BAND*dimComp){
rt300@22:             score = 50;
rt300@22:             band = 1;
rt300@22:             
rt300@22:             msg << "DOUBLE BULLSEYE!" << endl;
rt300@22:             
rt300@22:             
rt300@22:         }else if (dist < TARGET_SCORE_CC_BAND*2*dimComp){
rt300@22:             
rt300@22:             score = 25;
rt300@22:             band = 2;
rt300@22:             
rt300@22:             msg << "SINGLE BULLSEYE!" << endl;
rt300@22:             
rt300@22:         }else if (dist < TARGET_SCORE_CC_BAND*3*dimComp){
rt300@22:             
rt300@22:             score = 15;
rt300@22:             band = 3;
rt300@22:             msg << "CLOSE..." << endl;
rt300@22:             
rt300@22:         }else if (dist < TARGET_SCORE_CC_BAND*4*dimComp){
rt300@22:             score = 5;
rt300@22:             band = 4;
rt300@22:             msg << "OK...ISH" << endl;
rt300@22:             
rt300@22:         }else if (dist < TARGET_SCORE_CC_BAND*6*dimComp){ // 30
rt300@22:             score = 2;
rt300@22:             band = 5;
rt300@22:             msg << "MEDIOCRE" << endl;
rt300@22:             
rt300@22:         }else if (dist < TARGET_SCORE_CC_BAND*9*dimComp){ // 45
rt300@22:             score = 1;
rt300@22:             band = 6;
rt300@22:             msg << "POOR..." << endl;
rt300@22:             
rt300@22:         }else{
rt300@22:             score = 0;
rt300@22:             band = 7;
rt300@22:             msg << "MISSED COMPLETELY!" << endl;
rt300@22:             
rt300@22:             
rt300@22:         }
rt300@22:         msg << "Distance from target: " << dist << endl;
rt300@22:         msg << "Basic Score: " << score << endl;
rt300@22:         msg << "-----" << endl;
rt300@22:         msg << "Time allowed: " << timeAllowed/1000.0 << endl;
rt300@22: 
rt300@22:         msg << "-----" << endl;
rt300@22: 
rt300@22:         result.realDistanceToTarget = dist;
rt300@22:         result.targetBandHit = band; // eg bullseye = 0 edge = 7
rt300@22:         result.timeAllowed = timeAllowed;
rt300@22:         result.score = score;
rt300@22:         result.displayText = msg.str();
rt300@22:         
rt300@22:         ofColor c;
rt300@22:         if(result.targetBandHit == 1){
rt300@22:             // yellow red blue
rt300@22:             c = ofColor(255,255,0,255);
rt300@22:         }else if(result.targetBandHit == 2){
rt300@22:             c = ofColor(255,0,0,255);
rt300@22:         }else if(result.targetBandHit == 3){
rt300@22:             c = ofColor(45,45,255,255);
rt300@22:         }else if(result.targetBandHit == 4){
rt300@22:             c = ofColor(0,255,0,255);
rt300@22:         }else{
rt300@22:             c = ofColor(150,235,200,255);
rt300@22:         }
rt300@22:         result.colorBand = c;
rt300@22: 
rt300@22:         
rt300@22:         return result;
rt300@22:     }
rt300@22: private:
rt300@29:     float calculateThroughput(int numDims, float endDistance, float startDistance, float time) const{
rt300@29:         
rt300@29:         float ISSR = numDims * log2( startDistance / endDistance);
rt300@29:         cout << "start: " << startDistance << endl;
rt300@29:         cout << "end:   " << endDistance << endl;
rt300@29:         cout << "ISSR:  " << ISSR << endl;
rt300@29:         float TP = ISSR / time;
rt300@29:         return TP;
rt300@29:     }
rt300@22:     float euclideanDistance(vector<int> v1, vector<int> v2) const{
rt300@22:         if (v1.size() != v2.size()){
rt300@22:             cout << "ERROR ERROR: vectors must be same length for Mr Euclid";
rt300@22:             return 0.;
rt300@22:         }
rt300@22:         vector<float> diff;
rt300@22:         
rt300@22:         std::transform(v1.begin(), v1.end(), v2.begin(), v1.begin(), difference<float>());
rt300@22:         // sqr diff
rt300@22:         
rt300@22:         std::transform(v1.begin(), v1.end(), v1.begin(),squared<float>());
rt300@22:         float ans = std::accumulate(v1.begin(),v1.end(),0.0);
rt300@22:         
rt300@22:         return sqrt(ans);
rt300@22:         
rt300@22:     };
rt300@22:     
rt300@22: };
rt300@22: #endif /* defined(__riftathon__TrainingScoreManager__) */