trigger.hpp

00001 #ifndef __trigger__
00002 #define __trigger__
00003 #include "variables.hpp"
00004 #include "math.hpp"
00005 void fire(void){
00006     clockout = 1;
00007     wait(0.0001);
00008     clockout = 0;
00009     wait(0.0001);  
00010 }
00011 
00012 void runonce(void){
00013     getfaderdata();  
00014   //tempo calculations
00015   gettempodata();
00016   //note calculations
00017   sumprobabilitynotes(); 
00018   randomgeneratenotes();
00019   determinenotes();
00020   
00021   //octive calculation 
00022   sumprobabilityoctives(); 
00023   randomgenerateoctives();
00024   determineoctives();
00025   
00026   //duration calculation
00027   sumprobabilityduration(); 
00028   randomgenerateduration();
00029   determineduration();
00030   outputdecision();
00031   }
00032 void firetrig(void){ 
00033     if(clockcount<32){
00034     clockcount++;
00035     clockcountneg = clockcount - 1;
00036     }
00037     else
00038     {
00039     clockcount = 0;
00040     clockcount++;
00041     }
00042     if(clockcount == 1){
00043         storedduration = duration;
00044         }
00045     pc.printf("%i \n\r",clockcount);
00046     fire();
00047   //getfaderdata  
00048   if(clockcount == 1 && storedduration == 1){
00049   allledoff();
00050   getfaderdata(); 
00051   gettempodata();
00052   pc.printf("TEMPO %f \n\r",tempoval);
00053   //tempo calculations
00054   //note calculations
00055   sumprobabilitynotes(); 
00056   randomgeneratenotes();
00057   determinenotes();
00058   //octive calculation 
00059   sumprobabilityoctives(); 
00060   randomgenerateoctives();
00061   determineoctives();
00062   //duration calculation
00063   sumprobabilityduration(); 
00064   randomgenerateduration();
00065   determineduration();
00066   outputdecision();
00067   }    
00068   if(clockcount == storedduration-1){
00069   allledoff();
00070   getfaderdata(); 
00071   //tempo calculations
00072   gettempodata();
00073   //note calculations
00074   sumprobabilitynotes(); 
00075   randomgeneratenotes();
00076   determinenotes();
00077   //octive calculation 
00078   sumprobabilityoctives(); 
00079   randomgenerateoctives();
00080   determineoctives();
00081   //duration calculation
00082   sumprobabilityduration(); 
00083   randomgenerateduration();
00084   determineduration();
00085   outputdecision();
00086 
00087   }
00088 //  pc.printf("NOTE: %i OCTIVE: %i DURATION: %i \n\r",note,octive,duration);
00089 //  pc.printf("abstemmp %f \n\r",abstempo);
00090   if(clockcount == storedduration && sumnotes > 1){
00091   senddacout();
00092   trigout = 1;
00093   wait(0.0001);
00094   trigout = 0;
00095   wait(0.0001);
00096   clockcount = 0;
00097     }
00098   if(clockcount == 1 && storedduration == 1){
00099       updateled();
00100       }
00101   if(clockcount == storedduration-1){
00102   updateled();
00103   }
00104   }
00105 #endif