nanamiTest:
;1
; jp $
;Moves the bullet in the directoin given via an angle
; the angle is gotten from a lut and the lower bits of the counter are used for the lut table loc
; t = Ftttttt
; charweapondat holds the ttl for the angle
;E=Y D=X
 ;inc e \ inc d           ;modify for collision routine
 ;ld ix,PBMoveANGcont     ;return address for collision routine
 ;jp SmallBulletCollision ;IN: DE=XY,
;PBMoveANGcont:
; dec e \ dec d     ;unmodify from collision routine


 push de           ;move the stack back for something...
;********************************
;If you needed to modify the counter, you will need the following code.
;AND DON'T FORGET TO PRESERVE BIT 7 OF L SINCE THAT IS THE FOCUSED FLAG.
 dec sp \ pop hl   ;ENTER CODE
 ; Lut pos is in L
 ld a,(charweapondat)  ; load DTTTTTTT into a
 and %01111111         ; clear d
 cp 1
 jp z,INCLUT       ; if lut is 1 move to the next item on it
 jp c,_           ; if the counter is at 0 go back to the player
             ; dec angle timer
 push hl \ inc sp
 dec a
 ld (charweapondat),a
 ld a,l            ; put offset into a
 and %01111111     ; clear focus bit
 ld hl,nanamiLUT45 ; load hl with LUTptr
 inc a             ; do this so we are looking at the second item at the pointer
 add a,l           ; add l to a to make
 ld l,a            ; LUT+ofs
 ld a,(hl)         ; store the angle we get into a
 jp moveang
_:
Follow_player:     ; gets a angle via the arctan function and sends the attack torwards the player
 push hl \ inc sp ; move the stack back to proper positions as we
 ld hl,0          ; are moving it into temp storage
 add hl,sp
 ld sp,(itemp1)   ; old stack value was stored here
 push hl          ; we have a stack now lets use it
  ex af,af'       ; needed this last time dont as me why
  push af         ; save the shadow aff for some bloody reason


   ld hl,(chary)   ; de = your pos
   ex de,hl
   call r.arctan   ; returns angle in c
                  ; we leave it there so we can restore the stack
  pop af
  ex af,af'
 pop hl
 ld sp,hl

 ld a,c    ; put angle in a
 srl a     ; div by 2 because we need to for the angle routine
 jp moveang
  ; we can do my own shit now stack is inited and old one is saved

_:
 jp $
 ld a,(charweapondat)  ;  load dttttttt into a
 and %10000000         ;  preserve d
 inc a                 ; make t = 1
 ld (charweapondat),a  ; save
 ld a,l
 and %10000000
 ld l,a
 push hl \ inc sp      ; quit
 pop de                ; ^
 jp PBTDestroy         ; ...
INCLUT:            ; must inc lut value by 2
 ;ld b,a            ; save Dttttttt into b
 ld a,l            ; load a with FLLLLLLL
 inc a \ inc a     ; inc a twice we do not monitor F here because the bullet will leave the screen before 127 cycles go by
 Xor l             ;
 and %01111111
 xor l             ; merge bit 7 of L with bits 0-6 of a
 ld l,A
 push hl \ inc sp  ; EXIT CODE for modifying the timer
 ld hl,nanamiLUT45 ; load hl with pointer to the lut
 and %01111111     ; and out F ===! this is new forgot this !===
 add a,l           ; merge with lut addy to make pointer
 ld l,a            ; ^
 ld b,(hl)         ; load b with the angle count off hte lut
 ld a,(charweapondat) ; load a with charweapondat
 and %10000000        ; clear T
 add a,b               ; merge
 ld (charweapondat),a  ; save back
 pop de                ; important shit
 jp nanamitest         ; start over so we actually do something
moveang:
 pop hl             ;then advance SP so the bullet table handler can continue
 and %01111111
 add a,a            ;doubling the spread
; add a,192-16        ;get true angle spread
 ld c,a
 ld b,$82           ;and now complete the address thinger. in BC
 rlc L \ rlc L      ;From %ss.yyyyyy to %yyyyyy.ss
 ld a,(bc)          ;Get %AAAaaaaa. Let's use upper 3 bits
 rlca \ rlca \ rlca ;Got %aaaaaAAA
 and %00000111
 bit 7,c
 jp z,_
 neg    ;We had a positive number but we need movement in negative
_:
 add a,L
 ;jp nc,PBTDestroy   ;Bullet went past top. Destroy it.
 ;cp 240
 ;jp nc,PBTDestroy    ; special case handling for top of screen shooting people
 ld L,a
 ld a,c
 add a,64
 ld c,a
 ld a,(bc)          ;Getting X angle.
 rlca \ rlca \ rlca ;like above
 and %00000111
 ld b,a
 ld a,c
 and %11000000
 ld a,b
 ; *phew*. Almost looks like I know what I'm doing :P
 jp pe,_
 neg
_:
 rlc h \ rlc h
 add a,h
 ld h,a
 and %11111100
 ;jp z,PBTDestroy

 rrc h \ rrc h
 rrc L \ rrc L
 push hl
 pop hl
 jp PBTMainMoveRet ;stack unavailable