HAVRM mine / ARG_useful

do calculation of arrangement

arg_useful.h@1:0f4bc913a3cc, 2015-04-18 (annotated)

Committer:
hirokimineshita
Date:
Sat Apr 18 09:30:29 2015 +0000
Revision:
1:0f4bc913a3cc
Parent:
0:fe553d45f0b2
Child:
2:1683e6a0002b
2015/04/18 PM 6 miner change

Who changed what in which revision?

UserRevisionLine numberNew contents of line
hirokimineshita 0:fe553d45f0b2 1 #ifndef _ARG_USEFUL_20150418_1411_
hirokimineshita 0:fe553d45f0b2 2 #define _ARG_USEFUL_20150418_1411_
hirokimineshita 1:0f4bc913a3cc 3 /** @file
hirokimineshita 1:0f4bc913a3cc 4 */
hirokimineshita 0:fe553d45f0b2 5
hirokimineshita 0:fe553d45f0b2 6 //at matrix, place is from left to right and next, from up to down
hirokimineshita 0:fe553d45f0b2 7
hirokimineshita 0:fe553d45f0b2 8 /** arg_subs :
hirokimineshita 0:fe553d45f0b2 9 *
hirokimineshita 0:fe553d45f0b2 10 * @bref substitution of arrangements
hirokimineshita 0:fe553d45f0b2 11 * @param arg_to arrangement of what you want to submitition
hirokimineshita 0:fe553d45f0b2 12 * @param arg_from arrangement of original
hirokimineshita 0:fe553d45f0b2 13 * @param all_ele numbers of elements
hirokimineshita 0:fe553d45f0b2 14 */
hirokimineshita 0:fe553d45f0b2 15 void arg_subs(float *arg_to,float *arg_from,int all_ele)
hirokimineshita 0:fe553d45f0b2 16 {
hirokimineshita 0:fe553d45f0b2 17 for(int i=0; i<all_ele; i++)arg_to[i]=arg_from[i];
hirokimineshita 0:fe553d45f0b2 18 }
hirokimineshita 0:fe553d45f0b2 19
hirokimineshita 0:fe553d45f0b2 20 /** arg_swap :
hirokimineshita 0:fe553d45f0b2 21 *
hirokimineshita 0:fe553d45f0b2 22 * @bref swap two arrangements
hirokimineshita 0:fe553d45f0b2 23 * @param arg_a arrangement of what you want to swap
hirokimineshita 0:fe553d45f0b2 24 * @param arg_b (same as arg_a)
hirokimineshita 0:fe553d45f0b2 25 * @param all_ele numbers of elements
hirokimineshita 0:fe553d45f0b2 26 */
hirokimineshita 0:fe553d45f0b2 27 void arg_swap(float *arg_a,float *arg_b, int all_ele)
hirokimineshita 0:fe553d45f0b2 28 {
hirokimineshita 0:fe553d45f0b2 29 float c;
hirokimineshita 0:fe553d45f0b2 30 for(int i=0; i<all_ele; i++){
hirokimineshita 0:fe553d45f0b2 31 c=arg_a[i];
hirokimineshita 0:fe553d45f0b2 32 arg_a[i]=arg_b[i];
hirokimineshita 0:fe553d45f0b2 33 arg_b[i]=c;
hirokimineshita 0:fe553d45f0b2 34 }
hirokimineshita 0:fe553d45f0b2 35 }
hirokimineshita 0:fe553d45f0b2 36
hirokimineshita 0:fe553d45f0b2 37 /** arg_plus :
hirokimineshita 0:fe553d45f0b2 38 *
hirokimineshita 0:fe553d45f0b2 39 * @bref do addition of two matrix a[row][col]
hirokimineshita 0:fe553d45f0b2 40 * @param ans matrix of answer
hirokimineshita 0:fe553d45f0b2 41 * @param arg_a matrix of what you want to add
hirokimineshita 0:fe553d45f0b2 42 * @param arg_b (same as arg_a)
hirokimineshita 0:fe553d45f0b2 43 * @param row numbers of elements of row
hirokimineshita 0:fe553d45f0b2 44 * @param col numbers of elements of col
hirokimineshita 0:fe553d45f0b2 45 */
hirokimineshita 0:fe553d45f0b2 46 void arg_plus(float *ans,float *arg_a,float *arg_b,int row,int col)
hirokimineshita 0:fe553d45f0b2 47 {
hirokimineshita 0:fe553d45f0b2 48 for(int i=0; i<row; i++){
hirokimineshita 0:fe553d45f0b2 49 for(int j=0; j<col; j++)ans[i*col+j] = arg_a[i*col+j]+arg_b[i*col+j];
hirokimineshita 0:fe553d45f0b2 50 }
hirokimineshita 0:fe553d45f0b2 51 }
hirokimineshita 0:fe553d45f0b2 52
hirokimineshita 0:fe553d45f0b2 53 /** arg_minus :
hirokimineshita 0:fe553d45f0b2 54 *
hirokimineshita 0:fe553d45f0b2 55 * @bref do subtraction of two matrix like a-b
hirokimineshita 0:fe553d45f0b2 56 * @param ans matrix of answer
hirokimineshita 0:fe553d45f0b2 57 * @param arg_a matrix of what you want to minus
hirokimineshita 0:fe553d45f0b2 58 * @param arg_b (same as arg_a)
hirokimineshita 0:fe553d45f0b2 59 * @param row numbers of elements of row
hirokimineshita 0:fe553d45f0b2 60 * @param col numbers of elements of col
hirokimineshita 0:fe553d45f0b2 61 */
hirokimineshita 0:fe553d45f0b2 62 void arg_minus(float *ans,float *arg_a,float *arg_b,int row,int col)
hirokimineshita 0:fe553d45f0b2 63 {
hirokimineshita 0:fe553d45f0b2 64 for(int i=0; i<row; i++){
hirokimineshita 0:fe553d45f0b2 65 for(int j=0; j<col; j++)ans[i*col+j] = arg_a[i*col+j]-arg_b[i*col+j];
hirokimineshita 0:fe553d45f0b2 66 }
hirokimineshita 0:fe553d45f0b2 67 }
hirokimineshita 0:fe553d45f0b2 68
hirokimineshita 0:fe553d45f0b2 69 /** arg_multi :
hirokimineshita 0:fe553d45f0b2 70 *
hirokimineshita 0:fe553d45f0b2 71 * @bref do multiplication of two matrix like a*b
hirokimineshita 0:fe553d45f0b2 72 * @param ans matrix of answer
hirokimineshita 0:fe553d45f0b2 73 * @param arg_a matrix of what you want to minus
hirokimineshita 0:fe553d45f0b2 74 * @param row_a numbers of elements of row of arg_a
hirokimineshita 0:fe553d45f0b2 75 * @param col_b numbers of elements of col of arg_a
hirokimineshita 0:fe553d45f0b2 76 * @param arg_b (same as arg_a)
hirokimineshita 0:fe553d45f0b2 77 * @param row_b numbers of elements of row of arg_b
hirokimineshita 0:fe553d45f0b2 78 * @param col_b numbers of elements of col of arg_b
hirokimineshita 0:fe553d45f0b2 79 * @retval 0 you can multiplication
hirokimineshita 0:fe553d45f0b2 80 * @retval -1 you can't multiplication
hirokimineshita 0:fe553d45f0b2 81 */
hirokimineshita 0:fe553d45f0b2 82 int arg_multi(float *ans,float *arg_a,int row_a,int col_a,float *arg_b,int row_b,int col_b)
hirokimineshita 0:fe553d45f0b2 83 {
hirokimineshita 0:fe553d45f0b2 84 if(col_a!=row_b)return -1;
hirokimineshita 0:fe553d45f0b2 85 else{
hirokimineshita 0:fe553d45f0b2 86 for(int i=0; i<row_a; i++){
hirokimineshita 0:fe553d45f0b2 87 for(int j=0; j<col_b; j++){
hirokimineshita 0:fe553d45f0b2 88 ans[i*col_b+j]=0;
hirokimineshita 0:fe553d45f0b2 89 for(int k=0; k<col_a; k++)ans[i*col_b+j]+=arg_a[i*col_a+k]*arg_b[j+col_b*k];
hirokimineshita 0:fe553d45f0b2 90 }
hirokimineshita 0:fe553d45f0b2 91 }
hirokimineshita 0:fe553d45f0b2 92 }
hirokimineshita 0:fe553d45f0b2 93 return 0;
hirokimineshita 0:fe553d45f0b2 94 }
hirokimineshita 0:fe553d45f0b2 95
hirokimineshita 0:fe553d45f0b2 96
hirokimineshita 0:fe553d45f0b2 97 #endif