main(int argc, char *argv[]) { float array,temp,*inputs,foo,*sorting; int length,i; // checking for four command line arguments switch (argc) { case 2: fprintf( stderr,"Error: Please also provide output filenames\n"); return(1); case 5: break; // have input file and output files; all is OK default: fprintf( stderr,"Error: Please provide ONE input and THREE output filenames respectively as command line arguments\n"); return(1); } ifstream inputf(argv[1]); //Pointer to the input filepath ofstream outputf1(argv[2]),outputf2(argv[3]),outputf3(argv[4]); //Pointer to the output filepath DSP1 D function; // make sure the input file opens if((inputf)==NULL) { fprintf(stderr,"Error opening input file file. Check permissions.\n"); return(1); } // make sure the output files open if((outputf1)==NULL) { fprintf(stderr,"Error opening output file one. Check permissions.\n"); return(1); } if((outputf2)==NULL) { fprintf(stderr,"Error opening output file two. Check permissions.\n"); return(1); } if((outputf3)==NULL) { fprintf(stderr,"Error opening output file three. Check permissions.\n"); return(1); } length = 0; while (!inputf.eof()) { inputf >> foo; length +=1; } inputs = new float[length]; inputf.clear(); inputf.seekg(0, std::ios_base::beg); for ( i=0;i<length;i++) { inputf >> array; inputs[i] = array; } function.storearray (inputs, length); temp = function.max(); outputf1 << "The max is: " << temp << "\n"; temp = function.min(); outputf1 << "The min is: " << temp << "\n"; temp = function.avg(); outputf1 << "The average is: " << temp << "\n"; temp = function.var(); outputf1 << "The variance is: " << temp << "\n"; temp = function.standev(); outputf1 << "The standard deviation is: " << temp << "\n"; outputf3 << "The sorted list is as follows: \n\n"; function.sort(); for (i=0; i < length ; i ++) { outputf2 << "\n" << sorting[i] ; } return(0); }
// Insert a function in the trajectory robFunction::Errno robTrajectory::Insert( robFunction* function, double ti, double tf ){ // Test that the initial time and final time are coherent if( (ti < 0) || (tf < 0) || (tf <= ti) ){ CMN_LOG_RUN_ERROR << CMN_LOG_DETAILS << ": " << ti << " must be less than " << tf << "." << std::endl; return robFunction::EFAILURE; } // Test that the function exists if( function == NULL ) { CMN_LOG_RUN_ERROR << CMN_LOG_DETAILS << ": Function is NULL" << std::endl; return robFunction::EFAILURE; } // Ensure that the domain of the function matches the domain of the trajectory if( (function->Domain()!=Domain()) || (function->Codomain()!=Codomain()) ){ CMN_LOG_RUN_ERROR << CMN_LOG_DETAILS << ": Spaces do not match." << std::endl; return robFunction::EFAILURE; } // Ensure that the function is defined for ti robVariable inputi( ti ); if( function->GetContext( inputi ) != robFunction::CDEFINED ){ CMN_LOG_RUN_ERROR << CMN_LOG_DETAILS << ": Function is undefined for initial time " << ti << std::endl; return robFunction::EFAILURE; } // Ensure that the function is defined for tf robVariable inputf( tf ); if( function->GetContext( inputf ) != robFunction::CDEFINED ){ CMN_LOG_RUN_ERROR << CMN_LOG_DETAILS << ": Function is undefined for final time " << tf << std::endl; return robFunction::EFAILURE; } // Create the motion segment robTrajectory::Segment segment( ti, tf, function ); // Is this the first segment? If yes, then we can't blend. Thus insert the // segment as is. if( segments.size() == 0 ){ segments.push_back( segment ); return robFunction::ESUCCESS; } // Create a blender to blend the last segment and the new segment robTrajectory::Segment blender = GenerateBlender( segments.back(), segment ); // now we must adjust the time of both segments... segments.back().tf = blender.ti; // adjust the final time of the last segment // to the start time of the blending segment segment.ti = blender.tf; // adjust the initial time of the new segment // to the final time of the blending segment segments.push_back( blender ); // insert the blending segment segments.push_back( segment ); // insert the motion segment return robFunction::ESUCCESS; }
int encode_op(char *opcode, char *op_data) { int rd,rs,rt,imm,funct,shaft,target; char tmp[256]; const char *fi = "%s %d"; const char *fg = "%s %%g%d"; const char *ff = "%s %%f%d"; const char *fl = "%s %s"; const char *fgi = "%s %%g%d, %d"; const char *fgl = "%s %%g%d, %s"; const char *fgg = "%s %%g%d, %%g%d"; const char *fggl = "%s %%g%d, %%g%d, %s"; const char *fggi = "%s %%g%d, %%g%d, %d"; const char *fggg = "%s %%g%d, %%g%d, %%g%d"; const char *fff = "%s %%f%d, %%f%d"; const char *fgf = "%s %%g%d, %%f%d"; const char *ffg = "%s %%f%d, %%g%d"; const char *fffl = "%s %%f%d, %%f%d, %s"; const char *ffff = "%s %%f%d, %%f%d, %%f%d"; const char *ffgi = "%s %%f%d, %%g%d, %d"; const char *ffgg = "%s %%f%d, %%g%d, %%g%d"; char lname[256]; shaft = funct = target = 0; if(strcmp(opcode, "mvhi") == 0){ if(sscanf(op_data, fgi, tmp, &rs, &imm) == 3) return mvhi(rs,0,imm); } if(strcmp(opcode, "mvlo") == 0){ if(sscanf(op_data, fgi, tmp, &rs, &imm) == 3) return mvlo(rs,0,imm); } if(strcmp(opcode, "add") == 0){ if(sscanf(op_data, fggg, tmp, &rd, &rs,&rt) == 4) return add(rs,rt,rd,0); } if(strcmp(opcode, "nor") == 0){ if(sscanf(op_data, fggg, tmp, &rd, &rs,&rt) == 4) return nor(rs,rt,rd,0); } if(strcmp(opcode, "sub") == 0){ if(sscanf(op_data, fggg, tmp, &rd, &rs,&rt) == 4) return sub(rs,rt,rd,0); } if(strcmp(opcode, "mul") == 0){ if(sscanf(op_data, fggg, tmp, &rd, &rs,&rt) == 4) return mul(rs,rt,rd,0); } if(strcmp(opcode, "addi") == 0){ if(sscanf(op_data, fggi, tmp, &rt, &rs, &imm) == 4) return addi(rs,rt,imm); } if(strcmp(opcode, "subi") == 0){ if(sscanf(op_data, fggi, tmp, &rt, &rs, &imm) == 4) return subi(rs,rt,imm); } if(strcmp(opcode, "muli") == 0){ if(sscanf(op_data, fggi, tmp, &rt, &rs, &imm) == 4) return muli(rs,rt,imm); } if(strcmp(opcode, "input") == 0){ if(sscanf(op_data, fg, tmp, &rd) == 2) return input(0,0,rd,0); } if(strcmp(opcode, "inputw") == 0){ if(sscanf(op_data, fg, tmp, &rd) == 2) return inputw(0,0,rd,0); } if(strcmp(opcode, "inputf") == 0){ if(sscanf(op_data, ff, tmp, &rd) == 2) return inputf(0,0,rd,0); } if(strcmp(opcode, "output") == 0){ if(sscanf(op_data, fg, tmp, &rs) == 2) return output(rs,0,0,0); } if(strcmp(opcode, "outputw") == 0){ if(sscanf(op_data, fg, tmp, &rs) == 2) return outputw(rs,0,0,0); } if(strcmp(opcode, "outputf") == 0){ if(sscanf(op_data, ff, tmp, &rs) == 2) return outputf(rs,0,0,0); } if(strcmp(opcode, "and") == 0){ if(sscanf(op_data, fggg, tmp, &rd, &rs,&rt) == 4) return _and(rs,rt,rd,0); } if(strcmp(opcode, "or") == 0){ if(sscanf(op_data, fggg, tmp, &rd, &rs,&rt) == 4) return _or(rs,rt,rd,0); } if(strcmp(opcode, "sll") == 0){ if(sscanf(op_data, fggg, tmp, &rd, &rs,&rt) == 4) return sll(rs,rt,rd,0); } if(strcmp(opcode, "srl") == 0){ if(sscanf(op_data, fggg, tmp, &rd, &rs,&rt) == 4) return srl(rs,rt,rd,0); } if(strcmp(opcode, "slli") == 0){ if(sscanf(op_data, fggi, tmp, &rt, &rs, &imm) == 4) return slli(rs,rt,imm); } if(strcmp(opcode, "srli") == 0){ if(sscanf(op_data, fggi, tmp, &rt, &rs, &imm) == 4) return srli(rs,rt,imm); } if(strcmp(opcode, "b") == 0){ if(sscanf(op_data, fg, tmp, &rs) == 2) return b(rs,0,0,0); } if(strcmp(opcode, "jmp") == 0){ if(sscanf(op_data, fl, tmp, lname) == 2) { strcpy(label_name[label_cnt],lname); return jmp(label_cnt++); } } if(strcmp(opcode, "jeq") == 0){ if(sscanf(op_data, fggl, tmp, &rs, &rt, lname) == 4) { strcpy(label_name[label_cnt],lname); return jeq(rs,rt,label_cnt++); } } if(strcmp(opcode, "jne") == 0){ if(sscanf(op_data, fggl, tmp, &rs, &rt, lname) == 4) { strcpy(label_name[label_cnt],lname); return jne(rs,rt,label_cnt++); } } if(strcmp(opcode, "jlt") == 0){ if(sscanf(op_data, fggl, tmp, &rs, &rt, lname) == 4) { strcpy(label_name[label_cnt],lname); return jlt(rs,rt,label_cnt++); } } if(strcmp(opcode, "jle") == 0){ if(sscanf(op_data, fggl, tmp, &rs, &rt, lname) == 4) { strcpy(label_name[label_cnt],lname); return jle(rs,rt,label_cnt++); } } if(strcmp(opcode, "call") == 0){ if(sscanf(op_data, fl, tmp, lname) == 2) { strcpy(label_name[label_cnt],lname); return call(label_cnt++); } } if(strcmp(opcode, "callR") == 0){ if(sscanf(op_data, fg, tmp, &rs) == 2) return callr(rs,0,0,0); } if(strcmp(opcode, "return") == 0){ return _return(0); } if(strcmp(opcode, "ld") == 0){ if(sscanf(op_data, fggg, tmp, &rd, &rs,&rt) == 4) return ld(rs,rt,rd,0); } if(strcmp(opcode, "ldi") == 0){ if(sscanf(op_data, fggi, tmp, &rt, &rs, &imm) == 4) return ldi(rs,rt,imm); } if(strcmp(opcode, "ldlr") == 0){ if(sscanf(op_data, fgi, tmp, &rs, &imm) == 3) return ldlr(rs,0,imm); } if(strcmp(opcode, "fld") == 0){ if(sscanf(op_data, ffgg, tmp, &rd, &rs,&rt) == 4) return fld(rs,rt,rd,0); } if(strcmp(opcode, "st") == 0){ if(sscanf(op_data, fggg, tmp, &rd, &rs,&rt) == 4) return st(rs,rt,rd,0); } if(strcmp(opcode, "sti") == 0){ if(sscanf(op_data, fggi, tmp, &rt, &rs, &imm) == 4) return sti(rs,rt,imm); } if(strcmp(opcode, "stlr") == 0){ if(sscanf(op_data, fgi, tmp, &rs, &imm) == 3) return stlr(rs,0,imm); } if(strcmp(opcode, "fst") == 0){ if(sscanf(op_data, ffgg, tmp, &rd, &rs,&rt) == 4) return fst(rs,rt,rd,0); } if(strcmp(opcode, "fadd") == 0){ if(sscanf(op_data, ffff, tmp, &rd, &rs, &rt) == 4) return fadd(rs,rt,rd,0); } if(strcmp(opcode, "fsub") == 0){ if(sscanf(op_data, ffff, tmp, &rd, &rs, &rt) == 4) return fsub(rs,rt,rd,0); } if(strcmp(opcode, "fmul") == 0){ if(sscanf(op_data, ffff, tmp, &rd, &rs, &rt) == 4) return fmul(rs,rt,rd,0); } if(strcmp(opcode, "fdiv") == 0){ if(sscanf(op_data, ffff, tmp, &rd, &rs, &rt) == 4) return fdiv(rs,rt,rd,0); } if(strcmp(opcode, "fsqrt") == 0){ if(sscanf(op_data, fff, tmp, &rd, &rs) == 3) return fsqrt(rs,0,rd,0); } if(strcmp(opcode, "fabs") == 0){ if(sscanf(op_data, fff, tmp, &rd, &rs) == 3) return _fabs(rs,0,rd,0); } if(strcmp(opcode, "fmov") == 0){ if(sscanf(op_data, fff, tmp, &rd, &rs) == 3) return fmov(rs,0,rd,0); } if(strcmp(opcode, "fneg") == 0){ if(sscanf(op_data, fff, tmp, &rd, &rs) == 3) return fneg(rs,0,rd,0); } if(strcmp(opcode, "fldi") == 0){ if(sscanf(op_data, ffgi, tmp, &rt, &rs, &imm) == 4) return fldi(rs,rt,imm); } if(strcmp(opcode, "fsti") == 0){ if(sscanf(op_data, ffgi, tmp, &rt, &rs, &imm) == 4) return fsti(rs,rt,imm); } if(strcmp(opcode, "fjeq") == 0){ if(sscanf(op_data, fffl, tmp, &rs, &rt, lname) == 4) { strcpy(label_name[label_cnt],lname); return fjeq(rs,rt,label_cnt++); } } if(strcmp(opcode, "fjlt") == 0){ if(sscanf(op_data, fffl, tmp, &rs, &rt, lname) == 4) { strcpy(label_name[label_cnt],lname); return fjlt(rs,rt,label_cnt++); } } if(strcmp(opcode, "halt") == 0){ return halt(0,0,0,0); } if(strcmp(opcode, "setL") == 0){ if(sscanf(op_data, fgl, tmp, &rd, lname) == 3) { strcpy(label_name[label_cnt],lname); return setl(0,rd,label_cnt++); } } if(strcmp(opcode, "padd") == 0){ if(sscanf(op_data, fgi, tmp, &rt, &imm) == 3) { return padd(0,rt,imm); } } if(strcmp(opcode, "link") == 0){ if(sscanf(op_data, fi, tmp, &imm) == 2) { return link(0,0,imm); } } if(strcmp(opcode, "movlr") == 0){ return movlr(0,0,0,0); } if(strcmp(opcode, "btmplr") == 0){ return btmplr(0,0,0,0); } /* if(strcmp(opcode, "padd") == 0){ if(sscanf(op_data, fgg, tmp, &rd, &rt) == 3) { return padd(0,rt,d,0); } } */ return -1; }