Minimum absolute value and location | F_SAMIN_VAL/F_DAMIN_VAL/F_CAMIN_VAL/F_ZAMIN_VAL |
Name | F_SAMIN_VAL/F_DAMIN_VAL/F_CAMIN_VAL/F_ZAMIN_VAL | |||||||||
| Minimum absolute value and location | |||||||||
Purpose | F_xAMIN_VAL returns the smallest component of the vector x with respect to | |||||||||
| the absolute value and also returns the offset or index of the smallest | |||||||||
| component of the vector x. When the value of the n argument is less than or | |||||||||
| equal to zero, the routine should initialize the output scalars k to the largest | |||||||||
| invalid index (zero), and r to zero. The resulting scalar r is always real. | |||||||||
Usage | k, xksuch that k= arg0 ≤ i < nmin( |
| Re( xi) |
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| Im( xi) |
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VECLIB: |
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| INTEGER*4 | INCX, K, N | ||||||||
| REAL*4 | R | ||||||||
| REAL*4 | X( * ) | ||||||||
| SUBROUTINE F_SAMIN_VAL (N, X, INCX, K, R) | |||||||||
| INTEGER*4 | INCX, K, N | ||||||||
| REAL*8 | R | ||||||||
| REAL*8 | X( * ) | ||||||||
| SUBROUTINE F_DAMIN_VAL (N, X, INCX, K, R) | |||||||||
| INTEGER*4 | INCX, K, N | ||||||||
| REAL*4 | R | ||||||||
| COMPLEX*8 | X( * ) | ||||||||
| SUBROUTINE F_CAMIN_VAL (N, X, INCX, K) | |||||||||
| INTEGER*4 | INCX, K, N | ||||||||
| REAL*8 | R | ||||||||
| COMPLEX*16 | X( * ) | ||||||||
SUBROUTINE F_ZAMIN_VAL (N, X, INCX, K)
VECLIB8:
INTEGER*8 | INCX, K, N |
REAL*4 | R |
REAL*4 | X( * ) |
SUBROUTINE F_SAMIN_VAL (N, X, INCX, K, R) | |
INTEGER*8 | INCX, K, N |
REAL*8 | R |
REAL*8 | X( * ) |
SUBROUTINE F_DAMIN_VAL (N, X, INCX, K, R)
Chapter 2 Basic Vector Operations 155