ok guys, I don't know who else to ask. I'm pretty much screwed if someone of you doesn't help me.

Let's get to the problem. I've had a problem to solve, I've made the algorythm, all cool. Problem is, there are some structures such as array and/or do/do..while cycles that weren't taught to us!

So this is the algorythm.

START
N(int)=0
i(int)=0
V[N]
even=0
odd=0
input N
do
	input V[i]
	i=i+1
while i<N
i=0
do
	if i%2=0
		then V[i]=V[i]+1
	else
		V[i]=V[i]^2
	i=i+1
while i<N
i=0
do
	if V[i] is even
			then even=even+1
			else odd=odd+1
	i=i+1
while i<N
output pair
output odd
END

Whoever can help me with this, I would appreciate it tons and even pay something for it. Please!

Thanks for reading.

No need to assemble it.

Since you need to input values from console and output them back to console take a look here:

http://www.codexxi.com/MyBlocks.html

The project you need called: "Sorting integer values (DOS, TASM)" - get it and take a look at the code. I wrote it even before I switched to FASM.

As for arrays and loops they are very easy. To declare an array use DUP directive:

;
; Reserve ten 16-bit values following each other
; in memory and set all ten values to zero
;
Array DW DUP (0)

To address such an array in a loop use following code:

MOV    CX, 10       ; LOOP TEN TIMES
LEA    SI, Array    ; LOAD ADDRESS OF FIRST ELEMENT INTO SI
XOR    DX, DX       ; DX=0 IF YOU NEED INDEX FOR SOMETHING

NEXT_ELEMENT:
MOV    AX, [SI]     ; LOAD Array[I] INTO REGISTER AX
;
; ... do whatever you need with AX
;
ADD    SI, 2        ; SHIFT SI BY 2 BYTES, SO IT WILL ADDRESS NEXT ITEM
INC    DX           ; DX WILL BE 0,1,2,3,...
LOOP   NEXT_ELEMENT
;
; At this point ALL TEN ARRAY ITEMS HAVE BEED PROCESSED
;

Inside the loop (between lines NEXT_ELEMENT:
and LOOP NEXT_ELEMENT) do not change CX register and if you need it for something - use PUSH/POP to preserve it.