.section	__TEXT,__text,regular,pure_instructions
	.build_version macos, 11, 0	sdk_version 11, 3
	.globl	__Z14PackedMathF32_P6Vec128RKS_S2_ ; -- Begin function _Z14PackedMathF32_P6Vec128RKS_S2_
	.p2align	2
__Z14PackedMathF32_P6Vec128RKS_S2_:     ; @_Z14PackedMathF32_P6Vec128RKS_S2_
	.cfi_startproc
; %bb.0:
	; InlineAsm Start

	ld1.4s	{ v0 }, [x1]	; v0 = a               
	ld1.4s	{ v1 }, [x2]	; v1 = b               
	fadd.4s	v2, v0, v1	; v2 = a + b           
	st1.4s	{ v2 }, [x0], #16	; save result to x[0]  
	fsub.4s	v2, v0, v1	; v2 = a - b           
	st1.4s	{ v2 }, [x0], #16	; save result to x[1]  
	fmul.4s	v2, v0, v1	; v2 = a * b           
	st1.4s	{ v2 }, [x0], #16	; save result to x[2]  
	fdiv.4s	v2, v0, v1	; v2 = a / b           
	st1.4s	{ v2 }, [x0], #16	; save result to x[3]  
	fabs.4s	v2, v0	; v2 = abs(a)          
	st1.4s	{ v2 }, [x0], #16	; save result to x[4]  
	fneg.4s	v2, v1	; v2 = -b              
	st1.4s	{ v2 }, [x0], #16	; save result to x[5]  
	fminnm.4s	v2, v0, v1	; v2 = min(a, b)       
	st1.4s	{ v2 }, [x0], #16	; save result to x[6]  
	fmaxnm.4s	v2, v0, v1	; v2 = max(a, b)       
	st1.4s	{ v2 }, [x0], #16	; save result to x[7]  
	fsqrt.4s	v2, v0	; v2 = sqrt(a)         
	st1.4s	{ v2 }, [x0], #16	; save result to x[8]  
	;ret                                                         


	; InlineAsm End
	ret
	.cfi_endproc
                                        ; -- End function
	.globl	__Z14PackedMathF64_P6Vec128RKS_S2_ ; -- Begin function _Z14PackedMathF64_P6Vec128RKS_S2_
	.p2align	2
__Z14PackedMathF64_P6Vec128RKS_S2_:     ; @_Z14PackedMathF64_P6Vec128RKS_S2_
	.cfi_startproc
; %bb.0:
	; InlineAsm Start

	ld1.2d	{ v0 }, [x1]	; v0 = a               
	ld1.2d	{ v1 }, [x2]	; v1 = b               
	fadd.2d	v2, v0, v1	; v2 = a + b           
	st1.2d	{ v2 }, [x0], #16	; save result to x[0]  
	fsub.2d	v2, v0, v1	; v2 = a - b           
	st1.2d	{ v2 }, [x0], #16	; save result to x[1]  
	fmul.2d	v2, v0, v1	; v2 = a * b           
	st1.2d	{ v2 }, [x0], #16	; save result to x[2]  
	fdiv.2d	v2, v0, v1	; v2 = a / b           
	st1.2d	{ v2 }, [x0], #16	; save result to x[3]  
	fabs.2d	v2, v0	; v2 = abs(a)          
	st1.2d	{ v2 }, [x0], #16	; save result to x[4]  
	fneg.2d	v2, v1	; v2 = -b              
	st1.2d	{ v2 }, [x0], #16	; save result to x[5]  
	fminnm.2d	v2, v0, v1	; v2 = min(a, b)       
	st1.2d	{ v2 }, [x0], #16	; save result to x[6]  
	fmaxnm.2d	v2, v0, v1	; v2 = max(a, b)       
	st1.2d	{ v2 }, [x0], #16	; save result to x[7]  
	fsqrt.2d	v2, v0	; v2 = sqrt(a)         
	st1.2d	{ v2 }, [x0], #16	; save result to x[8]  
	;ret                                                             


	; InlineAsm End
	ret
	.cfi_endproc
                                        ; -- End function
.subsections_via_symbols