rt300@0: //
rt300@0: //  TestController.mm
rt300@0: //  tweakathlon
rt300@0: //
rt300@0: //  Created by Robert Tubb on 16/01/2014.
rt300@0: //
rt300@0: //
rt300@0: 
rt300@0: #include "TestController.h"
rt300@0: const int TestController::numDifferentTests = 80;
rt300@0: const int TestController::totalNumTests = 80;
rt300@0: 
rt300@0: 
rt300@0: vector<vector <bool> > makeCombinations(){
rt300@0:     // make all unordered pairs
rt300@0:     int N = TOTAL_NUM_PARAMS;
rt300@0:     
rt300@0:     vector<vector <bool> > table;
rt300@0:     for(int n=0; n < N-1; n++){
rt300@0:         
rt300@0:         vector<bool> c(6, false);
rt300@0:         for(int m=n+1; m<N; m++){
rt300@0:             
rt300@0:             // reset all to false
rt300@0:             for(int i=0; i<N; i++){
rt300@0:                 c[i] = false;
rt300@0:             }
rt300@0:             
rt300@0:             c[n] = true;
rt300@0:             c[m] = true;
rt300@0:             
rt300@0:             table.push_back(c);
rt300@0:             
rt300@0:         }
rt300@0:         
rt300@0:     }
rt300@0:     return table;
rt300@0: }
rt300@22: 
rt300@0: //----------------------------------------------------------------------------------------
rt300@0: 
rt300@0: void TestController::generate2DRandomTests(){
rt300@0:     
rt300@0:     controlPanelType panelType;
rt300@0:     int numDimensions = 2;
rt300@0:     
rt300@0:     vector<vector <bool> > ap = makeCombinations();
rt300@0:     // 4 tests for each
rt300@0:     int testsPerSpace = 2;
rt300@0:     int numTests = 2 * testsPerSpace * ap.size();
rt300@0:     int testNum = testList.size();
rt300@0:     panelType = REVISITABLE;
rt300@0:     for(int i=0;i<numTests/2; i++){
rt300@0:         char letter = char(testNum+65);
rt300@0:         
rt300@0:         testList.push_back(Test(letter,20, panelType, numDimensions, ap[floor(i/testsPerSpace)]));
rt300@0:         testNum++;
rt300@0:     }
rt300@0:     panelType = SIMULTANEOUS;
rt300@0:     for(int i=numTests/2+1;i<numTests; i++){
rt300@0:         char letter = char(i+65);
rt300@0:         
rt300@0:         testList.push_back(Test(letter,20, panelType, numDimensions, ap[floor((i-numTests/2)/testsPerSpace)]));
rt300@0:         
rt300@0:     }
rt300@0: };
rt300@0: //------------------------------------------
rt300@0: // much better contruction!
rt300@0: void TestController::generateSomeTests(int howManyTests,
rt300@0:                                        int numDimensions,
rt300@0:                                        controlPanelType panelType,
rt300@0:                                        int whichSpace,
rt300@0:                                        bool scored,
rt300@0:                                        bool aHint,
rt300@0:                                        bool aMemoryTest){
rt300@0:     int testNum = testList.size();
rt300@0:     
rt300@2:     vector<bool> adjustables = makeVector(false, false, false, false, false, false, false, false);
rt300@2:     vector<int> target = makeVector(40,64, 10, 74, 21, 80,45 ,45 ); // the default target
rt300@0:     
rt300@0:     // big if - good spaces for each num of dimensions
rt300@0:     if(numDimensions == 1){
rt300@0:         // def 64,64, 30, 55, 42, 43;
rt300@0:         
rt300@0:         adjustables[whichSpace-1] = true;
rt300@0:         
rt300@0:     }else if(numDimensions == 2){
rt300@0:         
rt300@0:         if (whichSpace == 1){
rt300@2:             target = makeVector(64,64, 30, 55, 40, 43, 0, 0);
rt300@0:             adjustables[0] = true; // pitch
rt300@0:             adjustables[3] = true; // decay
rt300@0:         }else if(whichSpace == 2){
rt300@0: 
rt300@0:             
rt300@2:             target = makeVector(64,64, 0, 90, 20, 127, 0, 0);
rt300@0:             adjustables[3] = true; // decay
rt300@0:             adjustables[5] = true; // cutoff
rt300@0:         }else if(whichSpace == 3){
rt300@2:             target = makeVector(56,64, 20, 64, 10, 90, 0, 0);
rt300@0:            
rt300@0:             adjustables[1] = true; // pulse
rt300@0:             adjustables[2] = true; // attack
rt300@0:         }else if(whichSpace == 4){
rt300@2:             target = makeVector(64,64, 0, 55, 40, 43, 0, 0);
rt300@0:             adjustables[1] = true; // pulse
rt300@0:             adjustables[4] = true; // ftype
rt300@0:         }
rt300@0:     }else if(numDimensions == 3){
rt300@0:         if(whichSpace == 1){
rt300@2:             target = makeVector(64,64, 10, 64, 41, 43, 0, 0);
rt300@0:             adjustables[0] = true; // pitch
rt300@0:             adjustables[3] = true; // decay
rt300@0:             adjustables[5] = true; // cutoff
rt300@0:         }else if(whichSpace == 2){
rt300@2:             target = makeVector(12,64, 10, 67, 41, 64, 0, 0);
rt300@0:             adjustables[1] = true; // pulse
rt300@0:             adjustables[2] = true; // attack
rt300@0:             adjustables[4] = true; // ftype
rt300@0:         }
rt300@42: 
rt300@2:     }else {
rt300@2:         for (int i = 0; i < numDimensions; i++){
rt300@2:             adjustables[i] = true; // pitch
rt300@2:         }
rt300@0:     }
rt300@2:     
rt300@2:     
rt300@0:     
rt300@0:     for(int i=0; i < howManyTests; i++){
rt300@0:         char letter = char(testNum+65);
rt300@0:         testList.push_back(Test(letter,20, panelType, numDimensions, adjustables, target, scored, aHint, aMemoryTest));
rt300@0:     }
rt300@0: }
rt300@0: 
rt300@0: 
rt300@0: //-------------------------------------------
rt300@0: void TestController::generate4DTests(){
rt300@0:     // 4d seq  - learnable??
rt300@0: }