svml128_pow_f?

Interface Definition

C interface:

float32x4_t svml128_pow_f32(float32x4_t src1, float32x4_t src2);

float64x2_t svml128_pow_f64(float64x2_t src1, float64x2_t src2);

Parameters

Return Value

• If x is greater than 0 and y is a decimal, the result of x raised to the power of y is returned. The value range is r ∈ (-INF, +INF).
• If x is -0 and y is a negative odd number, the return value is -∞. If x is ±0 and y is a negative number, the return value is +∞.
• If x is ±0 and y is a positive odd number, the return value is ±0. If x is ±0, y is a positive number, the return value is +0.
• If x is ±1 and y is any value, the return value is +1.
• If x is any value and y is ±0, the return value is +1.
• If x is less than +0 and y is a decimal, the return value is NaN.
• If |x| is less than 1 and y is -∞, the return value is +∞. If |x| is greater than 1 and y is -∞, the return value is +0.
• If |x| is less than 1 and y is +∞, the return value is +0. If |x| is greater than 1 and y is +∞, the return value is +∞.
• If x is -∞ and y is a negative odd number, the return value is -0. If x is -∞ and y is a negative number, the return value is +0.
• If x is -∞ and y is a positive odd number, the return value is -∞. If x is -∞ and y is a positive number, the return value is +∞.
• If x is +∞ and y is less than +0, the return value is +0. If x is +∞ and y is greater than or equal to +0, the return value is +∞.
• If x and y are both large finite numbers, the return value is ±∞.
• If both x and y are NaN, the return value is NaN.

Dependencies

C: "ksvml.h"

Examples

    float32x4_t src = {0.0f, 2.0f, INFINITY, NAN};
    float32x4_t src2 = {0.0f, 2.0f, INFINITY, NAN};
    float32x4_t dst = svml128_pow_f32(src, src2);
    printf("%.15g  %.15g  %.15g  %.15g\n", dst[0], dst[1], dst[2], dst[3]); 
    /**
     *  Output dst:
     *     1  4  inf  nan
     *
     */