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Dependencies: mbed
src/lut.cpp
- Committer:
- mfwic
- Date:
- 2021-10-18
- Revision:
- 27:650cffb6c8ff
- Parent:
- 25:8bcc8bea0e31
File content as of revision 27:650cffb6c8ff:
//------------------------------------------------------------------------------- // // Treehouse Designs Inc. // Colorado Springs, Colorado // // Copyright (c) 2016 by Treehouse Designs Inc. // Copyright (c) 2018 by Agility Power Systems Inc. // // This code is the property of Treehouse Designs, Inc. (Treehouse) and // Agility Power Systems Inc. (Agility) and may not be redistributed // in any form without prior written permission from // both copyright holders, Treehouse and Agility. // // The above copyright notice and this permission notice shall be included in // all copies or substantial portions of the Software. // // //------------------------------------------------------------------------------- // // REVISION HISTORY: // // $Author: $ // $Rev: $ // $Date: $ // $URL: $ // //------------------------------------------------------------------------------- #include "mbed.h" #include "stdint.h" #include "globals.h" #include "lut.h" unsigned int binCode[WEIGHT_BIN_WIDTH+1]; unsigned int thermCode[BOARDS_THERMCODE_WIDTH+1]; #include "lut_data_en_v1p5_1.h" #include "lut_data_slot_v1p5_1.h" //#include "lut_data_en_v1p5_2.h" //#include "lut_data_slot_v1p5_2.h" //#include "lut_data_en_v1p5_3.h" //#include "lut_data_slot_v1p5_3.h" //#include "lut_data_en_v1p5_12.h" //#include "lut_data_slot_v1p5_12.h" //#include "lut_data_en_v1p5_13.h" //#include "lut_data_slot_v1p5_13.h" /******************************************************************************* getLUT_binCodeArray - gets output codes from LUT using row reference. *******************************************************************************/ void getLUT_binCodeArray(unsigned short row){ switch(max_boards) { case 1 : if(row<MAX_LUT_ENTRIES_1){ for(unsigned int b=0;b<max_boards;b++){ bCodeRow[b] = binC_1[row]; } }else{ for(unsigned int b=0;b<max_boards;b++){ bCodeRow[b] = binC_1[MAX_LUT_ENTRIES_1-1]; } } break; /*case 2 : if(row<MAX_LUT_ENTRIES_2){ for(unsigned int b=0;b<max_boards;b++){ bCodeRow[b] = binC_2[row][b]; } }else{ for(unsigned int b=0;b<max_boards;b++){ bCodeRow[b] = binC_2[MAX_LUT_ENTRIES_2-1][b]; } } break; case 3 : if(row<MAX_LUT_ENTRIES_3){ for(unsigned int b=0;b<max_boards;b++){ bCodeRow[b] = binC_3[row][b]; } }else{ for(unsigned int b=0;b<max_boards;b++){ bCodeRow[b] = binC_3[MAX_LUT_ENTRIES_3-1][b]; } } break; default : if(row<MAX_LUT_ENTRIES_3){ for(unsigned int b=0;b<max_boards;b++){ bCodeRow[b] = binC_3[row][b]; } }else{ for(unsigned int b=0;b<max_boards;b++){ bCodeRow[b] = binC_3[MAX_LUT_ENTRIES_3-1][b]; } }*/ } } /******************************************************************************* getLUT_binCode - gets output codes from LUT using row reference. *******************************************************************************/ unsigned int getLUT_binCode(unsigned short row){ unsigned int binC; /*switch(max_boards) { case 12 : if(row<MAX_LUT_ENTRIES_12){ binC = binC_12[row]; }else{ binC = binC_12[MAX_LUT_ENTRIES_12-1]; } break; case 13 : if(row<MAX_LUT_ENTRIES_13){ binC = binC_13[row]; }else{ binC = binC_13[MAX_LUT_ENTRIES_13-1]; } break; default : if(row<MAX_LUT_ENTRIES_13){ binC = binC_13[row]; }else{ binC = binC_13[MAX_LUT_ENTRIES_13-1]; } }*/ return binC; } /******************************************************************************* getLUT_binCode - gets output codes from LUT using row reference. *******************************************************************************/ unsigned int getLUT_thermCode(unsigned short row){ unsigned int thermC; switch(max_boards) { case 1 : if(row<MAX_LUT_ENTRIES_1){ thermC = thermC_1[row]; }else{ thermC = thermC_1[MAX_LUT_ENTRIES_1-1]; } break; /*case 2 : if(row<MAX_LUT_ENTRIES_2){ thermC = thermC_2[row]; }else{ thermC = thermC_2[MAX_LUT_ENTRIES_2-1]; } break; case 3 : if(row<MAX_LUT_ENTRIES_3){ thermC = thermC_3[row]; }else{ thermC = thermC_3[MAX_LUT_ENTRIES_3-1]; } break; case 12 : if(row<MAX_LUT_ENTRIES_12){ thermC = thermC_12[row]; }else{ thermC = thermC_12[MAX_LUT_ENTRIES_12-1]; } break; case 13 : if(row<MAX_LUT_ENTRIES_13){ thermC = thermC_13[row]; }else{ thermC = thermC_13[MAX_LUT_ENTRIES_13-1]; } break; default : if(row<MAX_LUT_ENTRIES_13){ thermC = thermC_13[row]; }else{ thermC = thermC_13[MAX_LUT_ENTRIES_13-1]; }*/ } return thermC; }