count_odd_even:
	enter 0,0
	mov rcx,0 ;sude
	mov r8,0 ;liche
	mov r9,0 ;0
	mov r10,0;i
	mov rax,0

.for:
	cmp r10 ,rsi
	jge .endfor
	
	mov ax,word [rdi+r10*2]
	cwd
	
	mov r11,r9
	inc r11
	cmp ax,0
	cmove r9,r11
	
	mov rbx,2
	idiv bx

	mov r11,rcx
	inc r11

	cmp dx,0
	cmove rcx,r11

	mov r11,r8
	inc r11
	cmp dx,0
	cmovg r8,r11
	inc r10
	jmp .for 
.endfor:
	mov r10,0
	mov rdx,0

	cmp r9,r10
	cmovg r10,r9

	cmp r8,r10
	cmovg r10,r8

	cmp rcx,r10
	cmovg r10,rcx


	cmp r10,r9
	cmove rax,rdx

	mov rdx,1

	cmp r10,r8
	cmove rax,rdx

	mov rdx,2

	cmp r10,rcx
	cmove rax,rdx

	

	leave 
	ret

	global split
split:
	enter 0,0

	leave
	ret