Max 5 API Reference

Operator Vector Module
[Jitter]

Collaboration diagram for Operator Vector Module:

Functions

void jit_op_vector_pass_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: pass (char).
void jit_op_vector_mult_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: multiplication (char).
void jit_op_vector_div_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: division (char).
void jit_op_vector_mod_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: modulo (char).
void jit_op_vector_add_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: addition (char).
void jit_op_vector_adds_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: saturated addition (char).
void jit_op_vector_sub_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: subtraction (char).
void jit_op_vector_subs_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: saturated subtraction (char).
void jit_op_vector_min_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: minimum (char).
void jit_op_vector_max_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: maximum (char).
void jit_op_vector_avg_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: average (char).
void jit_op_vector_absdiff_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: absolute difference (char).
void jit_op_vector_pass_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: pass (float32).
void jit_op_vector_mult_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: multiplication (float32).
void jit_op_vector_div_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: division (float32).
void jit_op_vector_add_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: addition (float32).
void jit_op_vector_sub_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: subtraction (float32).
void jit_op_vector_min_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: minimum (float32).
void jit_op_vector_max_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: maximum (float32).
void jit_op_vector_abs_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: absolute value (float32).
void jit_op_vector_avg_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: average (float32).
void jit_op_vector_absdiff_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: absolute difference (float32).
void jit_op_vector_mod_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: modulo (float32).
void jit_op_vector_fold_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: fold (float32).
void jit_op_vector_wrap_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: wrap (float32).
void jit_op_vector_pass_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: pass (float64).
void jit_op_vector_mult_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: multiplication (float64).
void jit_op_vector_div_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: division (float64).
void jit_op_vector_add_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: addition (float64).
void jit_op_vector_sub_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: subtraction (float64).
void jit_op_vector_min_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: minimum (float64).
void jit_op_vector_max_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: maximum (float64).
void jit_op_vector_abs_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: absolute value (float64).
void jit_op_vector_avg_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: average (float64).
void jit_op_vector_absdiff_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: absolute difference (float64).
void jit_op_vector_mod_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: modulo (float64).
void jit_op_vector_fold_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: fold (float64).
void jit_op_vector_wrap_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: wrap (float64).
void jit_op_vector_pass_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: pass (long).
void jit_op_vector_mult_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: multiplication (long).
void jit_op_vector_div_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: division (long).
void jit_op_vector_mod_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: modulo (long).
void jit_op_vector_add_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: addition (long).
void jit_op_vector_sub_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: subtraction (long).
void jit_op_vector_min_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: minimum (long).
void jit_op_vector_max_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: maximum (long).
void jit_op_vector_abs_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: absolute value (long).
void jit_op_vector_avg_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: average (long).
void jit_op_vector_absdiff_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: absolute difference (long).
void jit_op_vector_bitand_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: bitwise and (char).
void jit_op_vector_bitor_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: bitwise or (char).
void jit_op_vector_bitxor_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: bitwise exclusive or (char).
void jit_op_vector_bitnot_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: bitwise not (char).
void jit_op_vector_rshift_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: bitwise right shift (char).
void jit_op_vector_lshift_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: bitwise left shift (char).
void jit_op_vector_bitand_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: bitwise and (long).
void jit_op_vector_bitor_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: bitwise or (long).
void jit_op_vector_bitxor_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: bitwise exclusive or (long).
void jit_op_vector_bitnot_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: bitwise not (long).
void jit_op_vector_rshift_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: bitwise right shift (long).
void jit_op_vector_lshift_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: bitwise left shift (long).
void jit_op_vector_flippass_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: flipped pass (char).
void jit_op_vector_flipdiv_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: flipped division (char).
void jit_op_vector_flipmod_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: flipped modulo (char).
void jit_op_vector_flipsub_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: flipped subtraction (char).
void jit_op_vector_flippass_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: flipped pass (float32).
void jit_op_vector_flipdiv_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: flipped division (float32).
void jit_op_vector_flipmod_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: flipped modulo (float32).
void jit_op_vector_flipsub_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: flipped subtraction (float32).
void jit_op_vector_flippass_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: flipped pass (float64).
void jit_op_vector_flipdiv_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: flipped division (float64).
void jit_op_vector_flipmod_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: flipped modulo (float64).
void jit_op_vector_flippass_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: flipped pass (long).
void jit_op_vector_flipdiv_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: flipped division (long).
void jit_op_vector_flipmod_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: flipped modulo (long).
void jit_op_vector_flipsub_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: flipped subtraction (long).
void jit_op_vector_and_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: logical and (char).
void jit_op_vector_or_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: logical or (char).
void jit_op_vector_not_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: logical not (char).
void jit_op_vector_gt_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than (char).
void jit_op_vector_gte_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than or equals (char).
void jit_op_vector_lt_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than (char).
void jit_op_vector_lte_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than or equals (char).
void jit_op_vector_eq_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: equals (char).
void jit_op_vector_neq_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: not equals (char).
void jit_op_vector_and_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: logical and (float32).
void jit_op_vector_or_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: logical or (float32).
void jit_op_vector_not_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: logical not (float32).
void jit_op_vector_gt_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than (float32).
void jit_op_vector_gte_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than or equals (float32).
void jit_op_vector_lt_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than (float32).
void jit_op_vector_lte_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than or equals (float32).
void jit_op_vector_eq_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: equals (float32).
void jit_op_vector_neq_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: not equals (float32).
void jit_op_vector_and_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: logical and (float64).
void jit_op_vector_or_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: logical or (float64).
void jit_op_vector_not_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: logical not (float64).
void jit_op_vector_gt_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than (float64).
void jit_op_vector_gte_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than or equals (float64).
void jit_op_vector_lt_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than (float64).
void jit_op_vector_lte_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than or equals (float64).
void jit_op_vector_eq_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: equals (float64).
void jit_op_vector_neq_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: not equals (float64).
void jit_op_vector_and_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: logical and (long).
void jit_op_vector_or_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: logical or (long).
void jit_op_vector_not_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: logical not (long).
void jit_op_vector_gt_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than (long).
void jit_op_vector_gte_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than or equals (long).
void jit_op_vector_lt_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than (long).
void jit_op_vector_lte_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than or equals (long).
void jit_op_vector_eq_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: equals (long).
void jit_op_vector_neq_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: not equals (long).
void jit_op_vector_gtp_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than pass (char).
void jit_op_vector_gtep_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than or equals pass (char).
void jit_op_vector_ltp_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than pass (char).
void jit_op_vector_ltep_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than or equals pass (char).
void jit_op_vector_eqp_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: equals pass (char).
void jit_op_vector_neqp_char (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: not equals pass (char).
void jit_op_vector_gtp_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than pass (float32).
void jit_op_vector_gtep_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than or equals pass (float32).
void jit_op_vector_ltp_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than pass (float32).
void jit_op_vector_ltep_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than or equals pass (float32).
void jit_op_vector_eqp_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: equals pass (float32).
void jit_op_vector_neqp_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: not equals pass (float32).
void jit_op_vector_gtp_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than pass (float64).
void jit_op_vector_gtep_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than or equals pass (float64).
void jit_op_vector_ltp_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than pass (float64).
void jit_op_vector_ltep_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than or equals pass (float64).
void jit_op_vector_eqp_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: equals pass (float64).
void jit_op_vector_neqp_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: not equals pass (float64).
void jit_op_vector_gtp_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than pass (long).
void jit_op_vector_gtep_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: greater than or equals pass (long).
void jit_op_vector_ltp_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than pass (long).
void jit_op_vector_ltep_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: less than or equals pass (long).
void jit_op_vector_eqp_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: equals pass (long).
void jit_op_vector_neqp_long (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: not equals pass (long).
void jit_op_vector_sin_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: sine (float32).
void jit_op_vector_cos_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: cosine (float32).
void jit_op_vector_tan_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: tangent (float32).
void jit_op_vector_asin_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: arcsine (float32).
void jit_op_vector_acos_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: arccosine (float32).
void jit_op_vector_atan_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: arctangent (float32).
void jit_op_vector_atan2_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: arctangent (float32).
void jit_op_vector_sinh_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: hyperbolic sine (float32).
void jit_op_vector_cosh_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: hyperbolic cosine (float32).
void jit_op_vector_tanh_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: hyperbolic tangent (float32).
void jit_op_vector_asinh_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: hyperbolic arcsine (float32).
void jit_op_vector_acosh_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: hyperbolic arccosine (float32).
void jit_op_vector_atanh_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: hyperbolic arctangent (float32).
void jit_op_vector_exp_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: exponent (float32).
void jit_op_vector_exp2_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: exponent base 10 (float32).
void jit_op_vector_log_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: logarithm (float32).
void jit_op_vector_log2_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: logarithm base 2(float32).
void jit_op_vector_log10_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: logarithm base 10 (float32).
void jit_op_vector_hypot_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: hypotenuse (float32).
void jit_op_vector_pow_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: power (float32).
void jit_op_vector_sqrt_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: square root (float32).
void jit_op_vector_ceil_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: ceiling (float32).
void jit_op_vector_floor_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: floor (float32).
void jit_op_vector_round_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: round (float32).
void jit_op_vector_trunc_float32 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: truncate (float32).
void jit_op_vector_sin_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: sine (float64).
void jit_op_vector_cos_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: cosine (float64).
void jit_op_vector_tan_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: tangent (float64).
void jit_op_vector_asin_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: arcsine (float64).
void jit_op_vector_acos_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: arccosine (float64).
void jit_op_vector_atan_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: arctangetn (float64).
void jit_op_vector_atan2_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: arctangent (float64).
void jit_op_vector_sinh_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: hyperbolic sine (float64).
void jit_op_vector_cosh_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: hyperbolic cosine (float64).
void jit_op_vector_tanh_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: hyperbolic tangent (float64).
void jit_op_vector_asinh_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: hyperbolic arcsine (float64).
void jit_op_vector_acosh_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: hyperbolic arccosine (float64).
void jit_op_vector_atanh_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: hyperbolic arctangent (float64).
void jit_op_vector_exp_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: exponent (float64).
void jit_op_vector_exp2_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: exponent base 2(float64).
void jit_op_vector_log_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: logarithm (float64).
void jit_op_vector_log2_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: logarithm base 2 (float64).
void jit_op_vector_log10_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: logarithm base 10 (float64).
void jit_op_vector_hypot_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: hypotenuse (float64).
void jit_op_vector_pow_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Binary operator: power (float64).
void jit_op_vector_sqrt_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: square root (float64).
void jit_op_vector_ceil_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: ceiling (float64).
void jit_op_vector_floor_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: floor (float64).
void jit_op_vector_round_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: round (float64).
void jit_op_vector_trunc_float64 (long n, void *vecdata, t_jit_op_info *in0, t_jit_op_info *in1, t_jit_op_info *out)
 Unary operator: truncate (float64).

Function Documentation

void jit_op_vector_abs_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: absolute value (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 262 of file jit.op.arith.float32.c.

void jit_op_vector_abs_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: absolute value (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 204 of file jit.op.arith.float64.c.

void jit_op_vector_abs_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: absolute value (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 371 of file jit.op.arith.long.c.

void jit_op_vector_absdiff_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: absolute difference (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 465 of file jit.op.arith.char.c.

void jit_op_vector_absdiff_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: absolute difference (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 348 of file jit.op.arith.float32.c.

void jit_op_vector_absdiff_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: absolute difference (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 250 of file jit.op.arith.float64.c.

void jit_op_vector_absdiff_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: absolute difference (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 432 of file jit.op.arith.long.c.

void jit_op_vector_acos_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: arccosine (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 119 of file jit.op.transcendental.float32.c.

void jit_op_vector_acos_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: arccosine (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 119 of file jit.op.transcendental.float64.c.

void jit_op_vector_acosh_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: hyperbolic arccosine (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 267 of file jit.op.transcendental.float32.c.

void jit_op_vector_acosh_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: hyperbolic arccosine (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 267 of file jit.op.transcendental.float64.c.

void jit_op_vector_add_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: addition (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 255 of file jit.op.arith.char.c.

void jit_op_vector_add_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: addition (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 142 of file jit.op.arith.float32.c.

void jit_op_vector_add_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: addition (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 112 of file jit.op.arith.float64.c.

void jit_op_vector_add_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: addition (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 250 of file jit.op.arith.long.c.

void jit_op_vector_adds_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: saturated addition (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 281 of file jit.op.arith.char.c.

void jit_op_vector_and_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: logical and (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 28 of file jit.op.logical.char.c.

void jit_op_vector_and_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: logical and (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 23 of file jit.op.logical.float32.c.

void jit_op_vector_and_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: logical and (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 23 of file jit.op.logical.float64.c.

void jit_op_vector_and_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: logical and (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 23 of file jit.op.logical.long.c.

void jit_op_vector_asin_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: arcsine (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 98 of file jit.op.transcendental.float32.c.

void jit_op_vector_asin_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: arcsine (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 98 of file jit.op.transcendental.float64.c.

void jit_op_vector_asinh_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: hyperbolic arcsine (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 246 of file jit.op.transcendental.float32.c.

void jit_op_vector_asinh_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: hyperbolic arcsine (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 246 of file jit.op.transcendental.float64.c.

void jit_op_vector_atan2_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: arctangent (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 162 of file jit.op.transcendental.float32.c.

void jit_op_vector_atan2_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: arctangent (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 162 of file jit.op.transcendental.float64.c.

void jit_op_vector_atan_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: arctangent (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 140 of file jit.op.transcendental.float32.c.

void jit_op_vector_atan_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: arctangetn (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 140 of file jit.op.transcendental.float64.c.

void jit_op_vector_atanh_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: hyperbolic arctangent (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 288 of file jit.op.transcendental.float32.c.

void jit_op_vector_atanh_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: hyperbolic arctangent (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 288 of file jit.op.transcendental.float64.c.

void jit_op_vector_avg_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: average (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 434 of file jit.op.arith.char.c.

void jit_op_vector_avg_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: average (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 292 of file jit.op.arith.float32.c.

void jit_op_vector_avg_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: average (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 227 of file jit.op.arith.float64.c.

void jit_op_vector_avg_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: average (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 401 of file jit.op.arith.long.c.

void jit_op_vector_bitand_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: bitwise and (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 28 of file jit.op.bitwise.char.c.

void jit_op_vector_bitand_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: bitwise and (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 28 of file jit.op.bitwise.long.c.

void jit_op_vector_bitnot_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: bitwise not (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 118 of file jit.op.bitwise.char.c.

void jit_op_vector_bitnot_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: bitwise not (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 118 of file jit.op.bitwise.long.c.

void jit_op_vector_bitor_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: bitwise or (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 58 of file jit.op.bitwise.char.c.

void jit_op_vector_bitor_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: bitwise or (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 58 of file jit.op.bitwise.long.c.

void jit_op_vector_bitxor_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: bitwise exclusive or (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 88 of file jit.op.bitwise.char.c.

void jit_op_vector_bitxor_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: bitwise exclusive or (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 88 of file jit.op.bitwise.long.c.

void jit_op_vector_ceil_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: ceiling (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 479 of file jit.op.transcendental.float32.c.

void jit_op_vector_ceil_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: ceiling (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 479 of file jit.op.transcendental.float64.c.

void jit_op_vector_cos_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: cosine (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 56 of file jit.op.transcendental.float32.c.

void jit_op_vector_cos_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: cosine (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 56 of file jit.op.transcendental.float64.c.

void jit_op_vector_cosh_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: hyperbolic cosine (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 204 of file jit.op.transcendental.float32.c.

void jit_op_vector_cosh_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: hyperbolic cosine (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 204 of file jit.op.transcendental.float64.c.

void jit_op_vector_div_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: division (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 198 of file jit.op.arith.char.c.

Referenced by jit_op_vector_flipdiv_char().

void jit_op_vector_div_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: division (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 114 of file jit.op.arith.float32.c.

Referenced by jit_op_vector_flipdiv_float32().

void jit_op_vector_div_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: division (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 89 of file jit.op.arith.float64.c.

Referenced by jit_op_vector_flipdiv_float64().

void jit_op_vector_div_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: division (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 192 of file jit.op.arith.long.c.

Referenced by jit_op_vector_flipdiv_long().

void jit_op_vector_eq_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: equals (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 297 of file jit.op.logical.char.c.

void jit_op_vector_eq_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: equals (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 184 of file jit.op.logical.float32.c.

void jit_op_vector_eq_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: equals (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 184 of file jit.op.logical.float64.c.

void jit_op_vector_eq_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: equals (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 184 of file jit.op.logical.long.c.

void jit_op_vector_eqp_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: equals pass (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 115 of file jit.op.logical.pass.char.c.

void jit_op_vector_eqp_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: equals pass (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 115 of file jit.op.logical.pass.float32.c.

void jit_op_vector_eqp_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: equals pass (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 115 of file jit.op.logical.pass.float64.c.

void jit_op_vector_eqp_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: equals pass (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 115 of file jit.op.logical.pass.long.c.

void jit_op_vector_exp2_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: exponent base 10 (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 331 of file jit.op.transcendental.float32.c.

void jit_op_vector_exp2_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: exponent base 2(float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 331 of file jit.op.transcendental.float64.c.

void jit_op_vector_exp_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: exponent (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 310 of file jit.op.transcendental.float32.c.

void jit_op_vector_exp_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: exponent (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 310 of file jit.op.transcendental.float64.c.

void jit_op_vector_flipdiv_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: flipped division (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 41 of file jit.op.fliparith.char.c.

References jit_op_vector_div_char().

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void jit_op_vector_flipdiv_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: flipped division (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 41 of file jit.op.fliparith.float32.c.

References jit_op_vector_div_float32().

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void jit_op_vector_flipdiv_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: flipped division (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 41 of file jit.op.fliparith.float64.c.

References jit_op_vector_div_float64().

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void jit_op_vector_flipdiv_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: flipped division (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 41 of file jit.op.fliparith.long.c.

References jit_op_vector_div_long().

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void jit_op_vector_flipmod_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: flipped modulo (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 62 of file jit.op.fliparith.char.c.

References jit_op_vector_mod_char().

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void jit_op_vector_flipmod_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: flipped modulo (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 62 of file jit.op.fliparith.float32.c.

References jit_op_vector_mod_float32().

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void jit_op_vector_flipmod_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: flipped modulo (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 62 of file jit.op.fliparith.float64.c.

References jit_op_vector_mod_float64().

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void jit_op_vector_flipmod_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: flipped modulo (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 62 of file jit.op.fliparith.long.c.

References jit_op_vector_mod_long().

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void jit_op_vector_flippass_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: flipped pass (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 20 of file jit.op.fliparith.char.c.

References jit_op_vector_pass_char().

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void jit_op_vector_flippass_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: flipped pass (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 20 of file jit.op.fliparith.float32.c.

References jit_op_vector_pass_float32().

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void jit_op_vector_flippass_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: flipped pass (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 20 of file jit.op.fliparith.float64.c.

References jit_op_vector_pass_float64().

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void jit_op_vector_flippass_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: flipped pass (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 20 of file jit.op.fliparith.long.c.

References jit_op_vector_pass_long().

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void jit_op_vector_flipsub_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: flipped subtraction (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 83 of file jit.op.fliparith.char.c.

References jit_op_vector_subs_char().

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void jit_op_vector_flipsub_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: flipped subtraction (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 83 of file jit.op.fliparith.float32.c.

References jit_op_vector_sub_float32().

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void jit_op_vector_flipsub_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: flipped subtraction (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 83 of file jit.op.fliparith.long.c.

References jit_op_vector_sub_long().

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void jit_op_vector_floor_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: floor (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 500 of file jit.op.transcendental.float32.c.

void jit_op_vector_floor_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: floor (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 500 of file jit.op.transcendental.float64.c.

void jit_op_vector_fold_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: fold (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 423 of file jit.op.arith.float32.c.

void jit_op_vector_fold_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: fold (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 296 of file jit.op.arith.float64.c.

void jit_op_vector_gt_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 119 of file jit.op.logical.char.c.

void jit_op_vector_gt_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 92 of file jit.op.logical.float32.c.

void jit_op_vector_gt_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 92 of file jit.op.logical.float64.c.

void jit_op_vector_gt_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 92 of file jit.op.logical.long.c.

void jit_op_vector_gte_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than or equals (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 149 of file jit.op.logical.char.c.

void jit_op_vector_gte_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than or equals (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 115 of file jit.op.logical.float32.c.

void jit_op_vector_gte_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than or equals (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 115 of file jit.op.logical.float64.c.

void jit_op_vector_gte_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than or equals (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 115 of file jit.op.logical.long.c.

void jit_op_vector_gtep_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than or equals pass (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 46 of file jit.op.logical.pass.char.c.

void jit_op_vector_gtep_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than or equals pass (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 46 of file jit.op.logical.pass.float32.c.

void jit_op_vector_gtep_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than or equals pass (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 46 of file jit.op.logical.pass.float64.c.

void jit_op_vector_gtep_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than or equals pass (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 46 of file jit.op.logical.pass.long.c.

void jit_op_vector_gtp_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than pass (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 23 of file jit.op.logical.pass.char.c.

void jit_op_vector_gtp_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than pass (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 23 of file jit.op.logical.pass.float32.c.

void jit_op_vector_gtp_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than pass (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 23 of file jit.op.logical.pass.float64.c.

void jit_op_vector_gtp_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: greater than pass (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 23 of file jit.op.logical.pass.long.c.

void jit_op_vector_hypot_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: hypotenuse (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 415 of file jit.op.transcendental.float32.c.

void jit_op_vector_hypot_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: hypotenuse (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 415 of file jit.op.transcendental.float64.c.

void jit_op_vector_log10_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: logarithm base 10 (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 394 of file jit.op.transcendental.float32.c.

void jit_op_vector_log10_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: logarithm base 10 (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 394 of file jit.op.transcendental.float64.c.

void jit_op_vector_log2_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: logarithm base 2(float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 373 of file jit.op.transcendental.float32.c.

void jit_op_vector_log2_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: logarithm base 2 (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 373 of file jit.op.transcendental.float64.c.

void jit_op_vector_log_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: logarithm (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 352 of file jit.op.transcendental.float32.c.

void jit_op_vector_log_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: logarithm (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 352 of file jit.op.transcendental.float64.c.

void jit_op_vector_lshift_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: bitwise left shift (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 188 of file jit.op.bitwise.char.c.

void jit_op_vector_lshift_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: bitwise left shift (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 186 of file jit.op.bitwise.long.c.

void jit_op_vector_lt_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 208 of file jit.op.logical.char.c.

void jit_op_vector_lt_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 138 of file jit.op.logical.float32.c.

void jit_op_vector_lt_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 138 of file jit.op.logical.float64.c.

void jit_op_vector_lt_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 138 of file jit.op.logical.long.c.

void jit_op_vector_lte_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than or equals (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 238 of file jit.op.logical.char.c.

void jit_op_vector_lte_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than or equals (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 161 of file jit.op.logical.float32.c.

void jit_op_vector_lte_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than or equals (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 161 of file jit.op.logical.float64.c.

void jit_op_vector_lte_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than or equals (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 161 of file jit.op.logical.long.c.

void jit_op_vector_ltep_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than or equals pass (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 92 of file jit.op.logical.pass.char.c.

void jit_op_vector_ltep_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than or equals pass (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 92 of file jit.op.logical.pass.float32.c.

void jit_op_vector_ltep_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than or equals pass (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 92 of file jit.op.logical.pass.float64.c.

void jit_op_vector_ltep_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than or equals pass (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 92 of file jit.op.logical.pass.long.c.

void jit_op_vector_ltp_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than pass (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 69 of file jit.op.logical.pass.char.c.

void jit_op_vector_ltp_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than pass (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 69 of file jit.op.logical.pass.float32.c.

void jit_op_vector_ltp_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than pass (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 69 of file jit.op.logical.pass.float64.c.

void jit_op_vector_ltp_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: less than pass (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 69 of file jit.op.logical.pass.long.c.

void jit_op_vector_max_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: maximum (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 403 of file jit.op.arith.char.c.

void jit_op_vector_max_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: maximum (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 232 of file jit.op.arith.float32.c.

void jit_op_vector_max_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: maximum (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 181 of file jit.op.arith.float64.c.

void jit_op_vector_max_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: maximum (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 341 of file jit.op.arith.long.c.

void jit_op_vector_min_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: minimum (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 372 of file jit.op.arith.char.c.

void jit_op_vector_min_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: minimum (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 202 of file jit.op.arith.float32.c.

void jit_op_vector_min_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: minimum (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 158 of file jit.op.arith.float64.c.

void jit_op_vector_min_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: minimum (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 311 of file jit.op.arith.long.c.

void jit_op_vector_mod_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: modulo (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 226 of file jit.op.arith.char.c.

Referenced by jit_op_vector_flipmod_char().

void jit_op_vector_mod_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: modulo (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 400 of file jit.op.arith.float32.c.

Referenced by jit_op_vector_flipmod_float32().

void jit_op_vector_mod_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: modulo (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 273 of file jit.op.arith.float64.c.

Referenced by jit_op_vector_flipmod_float64().

void jit_op_vector_mod_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: modulo (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 221 of file jit.op.arith.long.c.

Referenced by jit_op_vector_flipmod_long().

void jit_op_vector_mult_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: multiplication (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 91 of file jit.op.arith.char.c.

void jit_op_vector_mult_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: multiplication (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 84 of file jit.op.arith.float32.c.

void jit_op_vector_mult_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: multiplication (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 66 of file jit.op.arith.float64.c.

void jit_op_vector_mult_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: multiplication (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 84 of file jit.op.arith.long.c.

void jit_op_vector_neq_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: not equals (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 328 of file jit.op.logical.char.c.

void jit_op_vector_neq_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: not equals (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 207 of file jit.op.logical.float32.c.

void jit_op_vector_neq_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: not equals (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 207 of file jit.op.logical.float64.c.

void jit_op_vector_neq_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: not equals (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 207 of file jit.op.logical.long.c.

void jit_op_vector_neqp_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: not equals pass (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 138 of file jit.op.logical.pass.char.c.

void jit_op_vector_neqp_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: not equals pass (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 138 of file jit.op.logical.pass.float32.c.

void jit_op_vector_neqp_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: not equals pass (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 138 of file jit.op.logical.pass.float64.c.

void jit_op_vector_neqp_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: not equals pass (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 138 of file jit.op.logical.pass.long.c.

void jit_op_vector_not_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: logical not (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 89 of file jit.op.logical.char.c.

void jit_op_vector_not_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: logical not (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 69 of file jit.op.logical.float32.c.

void jit_op_vector_not_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: logical not (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 69 of file jit.op.logical.float64.c.

void jit_op_vector_not_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: logical not (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 69 of file jit.op.logical.long.c.

void jit_op_vector_or_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: logical or (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 59 of file jit.op.logical.char.c.

void jit_op_vector_or_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: logical or (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 46 of file jit.op.logical.float32.c.

void jit_op_vector_or_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: logical or (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 46 of file jit.op.logical.float64.c.

void jit_op_vector_or_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: logical or (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 46 of file jit.op.logical.long.c.

void jit_op_vector_pass_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: pass (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 34 of file jit.op.arith.char.c.

Referenced by jit_op_vector_flippass_char().

void jit_op_vector_pass_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: pass (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 28 of file jit.op.arith.float32.c.

Referenced by jit_op_vector_flippass_float32().

void jit_op_vector_pass_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: pass (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 21 of file jit.op.arith.float64.c.

References t_jit_op_info::p, and t_jit_op_info::stride.

Referenced by jit_op_vector_flippass_float64().

void jit_op_vector_pass_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: pass (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 28 of file jit.op.arith.long.c.

Referenced by jit_op_vector_flippass_long().

void jit_op_vector_pow_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: power (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 436 of file jit.op.transcendental.float32.c.

void jit_op_vector_pow_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: power (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 436 of file jit.op.transcendental.float64.c.

void jit_op_vector_round_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: round (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 521 of file jit.op.transcendental.float32.c.

void jit_op_vector_round_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: round (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 521 of file jit.op.transcendental.float64.c.

void jit_op_vector_rshift_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: bitwise right shift (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 154 of file jit.op.bitwise.char.c.

void jit_op_vector_rshift_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: bitwise right shift (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 155 of file jit.op.bitwise.long.c.

void jit_op_vector_sin_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: sine (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 35 of file jit.op.transcendental.float32.c.

void jit_op_vector_sin_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: sine (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 35 of file jit.op.transcendental.float64.c.

void jit_op_vector_sinh_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: hyperbolic sine (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 183 of file jit.op.transcendental.float32.c.

void jit_op_vector_sinh_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: hyperbolic sine (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 183 of file jit.op.transcendental.float64.c.

void jit_op_vector_sqrt_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: square root (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 458 of file jit.op.transcendental.float32.c.

void jit_op_vector_sqrt_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: square root (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 458 of file jit.op.transcendental.float64.c.

void jit_op_vector_sub_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: subtraction (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 314 of file jit.op.arith.char.c.

void jit_op_vector_sub_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: subtraction (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 172 of file jit.op.arith.float32.c.

Referenced by jit_op_vector_flipsub_float32().

void jit_op_vector_sub_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: subtraction (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 135 of file jit.op.arith.float64.c.

void jit_op_vector_sub_long ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: subtraction (long).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 281 of file jit.op.arith.long.c.

Referenced by jit_op_vector_flipsub_long().

void jit_op_vector_subs_char ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: saturated subtraction (char).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 340 of file jit.op.arith.char.c.

Referenced by jit_op_vector_flipsub_char().

void jit_op_vector_tan_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: tangent (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 77 of file jit.op.transcendental.float32.c.

void jit_op_vector_tan_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: tangent (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 77 of file jit.op.transcendental.float64.c.

void jit_op_vector_tanh_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: hyperbolic tangent (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 225 of file jit.op.transcendental.float32.c.

void jit_op_vector_tanh_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: hyperbolic tangent (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 225 of file jit.op.transcendental.float64.c.

void jit_op_vector_trunc_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: truncate (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 542 of file jit.op.transcendental.float32.c.

void jit_op_vector_trunc_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Unary operator: truncate (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 542 of file jit.op.transcendental.float64.c.

void jit_op_vector_wrap_float32 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: wrap (float32).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 446 of file jit.op.arith.float32.c.

void jit_op_vector_wrap_float64 ( long  n,
void *  vecdata,
t_jit_op_info *  in0,
t_jit_op_info *  in1,
t_jit_op_info *  out 
)

Binary operator: wrap (float64).

Parameters:
n length of vectors
vecdata ignored
in0 left input pointer and stride
in1 right input pointer and stride
out output pointer and stride

Definition at line 319 of file jit.op.arith.float64.c.

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