Functions | |
static void | vm_VMath::add (T_fp v[], T_fp const cv1[], T_fp const cv2[]) |
static void | vm_VMath::sub (T_fp v[], T_fp const cv1[], T_fp const cv2[]) |
static void | vm_VMath::mul (T_fp v[], T_fp const cv1[], T_fp const cv2[]) |
static void | vm_VMath::div (T_fp v[], T_fp const cv1[], T_fp const cv2[]) |
static void | vm_VMath::add (T_fp v[], T_fp const cv[], T_fp r) |
static void | vm_VMath::sub (T_fp v[], T_fp const cv[], T_fp r) |
static void | vm_VMath::mul (T_fp v[], T_fp const cv[], T_fp r) |
static void | vm_VMath::div (T_fp v[], T_fp const cv[], T_fp r) |
static void | vm_VMath::add (T_fp v[], T_fp r, T_fp const cv[]) |
static void | vm_VMath::sub (T_fp v[], T_fp r, T_fp const cv[]) |
static void | vm_VMath::mul (T_fp v[], T_fp r, T_fp const cv[]) |
static void | vm_VMath::div (T_fp v[], T_fp r, T_fp const cv[]) |
static void vm_VMath< T_fp, N_len >::add | ( | T_fp | v[], | |
T_fp const | cv1[], | |||
T_fp const | cv2[] | |||
) | [inline, static, inherited] |
component-wise v[n] = cv1[n] + cv2[n]
v | result vector | |
cv1 | 1st input vector | |
cv2 | 2nd input vector |
static void vm_VMath< T_fp, N_len >::add | ( | T_fp | v[], | |
T_fp const | cv[], | |||
T_fp | r | |||
) | [inline, static, inherited] |
component-wise v[n] = cv[n] + r
v | result vector | |
cv | input vector | |
r | input T_fp |
static void vm_VMath< T_fp, N_len >::add | ( | T_fp | v[], | |
T_fp | r, | |||
T_fp const | cv[] | |||
) | [inline, static, inherited] |
component-wise v[n] = r + cv[n]
v | result vector | |
r | input T_fp | |
cv | input vector |
static void vm_VMath< T_fp, N_len >::div | ( | T_fp | v[], | |
T_fp const | cv[], | |||
T_fp | r | |||
) | [inline, static, inherited] |
component-wise v[n] = cv[n] / r
v | result vector | |
cv | input vector | |
r | input T_fp |
static void vm_VMath< T_fp, N_len >::div | ( | T_fp | v[], | |
T_fp const | cv1[], | |||
T_fp const | cv2[] | |||
) | [inline, static, inherited] |
component-wise v[n] = cv1[n] / cv2[n]
v | result vector | |
cv1 | 1st input vector | |
cv2 | 2nd input vector |
static void vm_VMath< T_fp, N_len >::div | ( | T_fp | v[], | |
T_fp | r, | |||
T_fp const | cv[] | |||
) | [inline, static, inherited] |
component-wise v[n] = r / cv[n]
v | result vector | |
r | input T_fp | |
cv | input vector |
static void vm_VMath< T_fp, N_len >::mul | ( | T_fp | v[], | |
T_fp const | cv[], | |||
T_fp | r | |||
) | [inline, static, inherited] |
component-wise v[n] = cv[n] * r
v | result vector | |
cv | input vector | |
r | input T_fp |
static void vm_VMath< T_fp, N_len >::mul | ( | T_fp | v[], | |
T_fp | r, | |||
T_fp const | cv[] | |||
) | [inline, static, inherited] |
component-wise v[n] = r * cv[n]
v | result vector | |
r | input T_fp | |
cv | input vector |
static void vm_VMath< T_fp, N_len >::mul | ( | T_fp | v[], | |
T_fp const | cv1[], | |||
T_fp const | cv2[] | |||
) | [inline, static, inherited] |
component-wise v[n] = cv1[n] * cv2[n]
v | result vector | |
cv1 | 1st input vector | |
cv2 | 2nd input vector |
static void vm_VMath< T_fp, N_len >::sub | ( | T_fp | v[], | |
T_fp const | cv[], | |||
T_fp | r | |||
) | [inline, static, inherited] |
component-wise v[n] = cv[n] - r
v | result vector | |
cv | input vector | |
r | input T_fp |
static void vm_VMath< T_fp, N_len >::sub | ( | T_fp | v[], | |
T_fp | r, | |||
T_fp const | cv[] | |||
) | [inline, static, inherited] |
component-wise v[n] = r - cv[n]
v | result vector | |
r | input T_fp | |
cv | input vector |
static void vm_VMath< T_fp, N_len >::sub | ( | T_fp | v[], | |
T_fp const | cv1[], | |||
T_fp const | cv2[] | |||
) | [inline, static, inherited] |
component-wise v[n] = cv1[n] - cv2[n]
v | result vector | |
cv1 | 1st input vector | |
cv2 | 2nd input vector |