diff --git a/wip-hugo/routines/circle/circle_help.s b/wip-hugo/routines/circle/circle_help.s
index 41b2f46..2f30f8f 100644
--- a/wip-hugo/routines/circle/circle_help.s
+++ b/wip-hugo/routines/circle/circle_help.s
@@ -5,7 +5,7 @@
 
 
         ;;We have named the parts of the circle as such.
-        ;;       *       |
+        ;;               |
         ;;      qbb      |      qab
         ;;               |
         ;;   qba         |         qaa
@@ -13,7 +13,7 @@
         ;;   qca         |         qda
         ;;               |
         ;;      qcb      |      qdb
-        ;;               |       *
+        ;;               |
         ;;               v Y
         ;; The q stands for quarter, whe have 4 quarter, and each quarter is split into 2
 
@@ -53,20 +53,19 @@ draw_qaa:
         ORA (btp_mem_pos), Y
         STA (btp_mem_pos), Y
 
-draw_qcb:; xy swaped
+draw_qcb:; xy swoped
         STY temp
         LDA byte_to_paint
         STA temp__
 
         ;;modify Y_pos
         LDY #$00
-        jmp goto_loop
+        JMP goto_loop
 loop:
         INY
 goto_loop:
-        ASL byte_to_paint; lsr asl
+        ASL byte_to_paint
         BCC loop
-        STY temp___
 revert_byte_to_paint:
         LDA temp__
         STA byte_to_paint
@@ -76,39 +75,35 @@ revert_byte_to_paint:
        	LDA binary_factor, X; (see END.s)
 
 
-        LDY temp___
         ORA (btp_mem_pos_qcb), Y
-        STA (btp_mem_pos_qcb), Y;
+        STA (btp_mem_pos_qcb), Y
 
 draw_qdb:; xy swaped and y is inverted.
         ;;modify X
-        LDX temp
-       	LDA binary_factor, X; (see END.s)
-        TAX
-        LDA inverse_factor_value, X;; (see END.s)
-
-        ;;Uses modifyed Y from above
-
-        ORA (btp_mem_pos_qdb), Y
-        STA (btp_mem_pos_qdb), Y;
-
-draw_qab:; xy swoped + mirroring
-        ;SEC
-        LDA #$07
-        SBC temp___
-        TAY
-
         LDA #$07
         SBC temp
         TAX
         LDA binary_factor, X; (see END.s)
+        TAX
 
+        ;;Uses modifyed Y from above
+
+        ORA (btp_mem_pos_qdb), Y
+        STA (btp_mem_pos_qdb), Y
+
+draw_qab:; xy swoped + mirroring
+
+        STY temp___
+        LDA #$07
+        SBC temp___
+        TAY
+
+        TXA
         ORA (btp_mem_pos_qab), Y
         STA (btp_mem_pos_qab), Y
 
-
-        LDY temp
 draw_qda:; y is inverted
+
         ;; invert Y, this is shared with qca
         LDA #$07
         SBC temp
@@ -122,7 +117,6 @@ draw_qca: ;;mirror technique
 
         ;; calculate byte_to_paint_inv 00000001 --> 10000000, 00000010 --> 01000000 ... etc
         ;; uses a table!
-        STX temp_
         LDX byte_to_paint
 	LDA inverse_factor_value, X;; (see END.s)
 	TAX ;; A is saved to x because qba use this as well
@@ -140,6 +134,9 @@ draw_qba: ;;mirror_technique
         ORA (btp_mem_pos_qba), Y
         STA (btp_mem_pos_qba), Y
 
+
+
+
 increment_y_pos:
         INC Y_rel ; y++
         DEY