diff --git a/wip-hugo/routines/text/char_draw.s b/wip-hugo/routines/text/char_draw.s
index e4aed64..cc258c6 100644
--- a/wip-hugo/routines/text/char_draw.s
+++ b/wip-hugo/routines/text/char_draw.s
@@ -5,6 +5,8 @@
 ;; And prints it ON X_pos, Y_pos
 ;; Note that this is the real positions divided by 8
 .proc char_draw
+        Y_pos_offset = $F9F8 ;Reuses from Y_pos
+        X_pos_offset = $FAF7
         X_pos = $FA
         Y_pos = $F9
         charset = $FB
@@ -15,26 +17,58 @@
         ;#### TEMP INIT DATA ####
         LDA #$10
         STA code
-        LDA #$10
+        LDA #04
         STA X_pos
+        LDA #02
         STA Y_pos
 
+        ;;Do arithimatic to know where to read and write bytes.
+        initial:
         ;We first need to clear some memory
         LDA #$00
         STA <petski_position
+        STA <Y_pos_offset
+        STA <X_pos_offset
 
         ;;We need the relative offset for bytes to read and write.
-        ;; This is code *10 because 8byte is one character
-        ;; *10 = 2*2*2 + 2
+        ;; This is code *8 because 8byte is one character
+        ;; *8 = 2*2*2
         ASL code ;Will never owerflow, therefore 8byte
-        Mult_16 >petski_position, <petski_position, !
-        Mult_16 >petski_position, <petski_position, !
+        Mult_16 >petski_position, <petski_position
+        Mult_16 >petski_position, <petski_position
         ;; Add starting position
         Add_16 >petski_position, <petski_position, #<Character_generator_ROM , #>Character_generator_ROM, !
 
         ;;Calculate screen_position to use
         Mov_16 >screen_position, <screen_position, #<VIC_bank, #>VIC_bank
 
+        ;; Add the X_pos has a offset multiplier of *8 because 1 chunk = 8 addresses
+        ;; *8
+        Mult_16 >X_pos_offset, <X_pos_offset
+        Mult_16 >X_pos_offset, <X_pos_offset
+        Mult_16 >X_pos_offset, <X_pos_offset
+        ;; Add
+        Add_16 >screen_position, <screen_position, X_pos, #$00, !
+
+        ;; And Y_pos has a offset multiplier of "screen length" = 320 = (2*2 +1)*2^6
+        ;;Y_pos*2*2 +1 |Lets reuse X_pos for storage
+        LDA Y_pos
+        STA X_pos
+        Mult_16 >Y_pos_offset,  <Y_pos_offset
+        Mult_16 >Y_pos_offset,  <Y_pos_offset
+        Add_16 >Y_pos_offset,  <Y_pos_offset, X_pos, #$00, !
+        ;; *2^6
+        Mult_16 >Y_pos_offset,  <Y_pos_offset
+        Mult_16 >Y_pos_offset,  <Y_pos_offset
+        Mult_16 >Y_pos_offset,  <Y_pos_offset
+        Mult_16 >Y_pos_offset,  <Y_pos_offset
+        Mult_16 >Y_pos_offset,  <Y_pos_offset
+        Mult_16 >Y_pos_offset,  <Y_pos_offset
+        ;; Add
+        Add_16 >screen_position, <screen_position, >Y_pos_offset,  <Y_pos_offset, !
+        initial_end:
+
+
         ;; One character is 8 byte, move these bytes to screen
         LDY #$07
 @loop:
@@ -42,9 +76,7 @@
         STA (>screen_position), Y
         DEY
         BNE @loop
-hihi:
         LDA (>petski_position), Y
         STA (>screen_position), Y
-        jmp hihi
         RTS
 .endproc