diff --git a/pixler.bas b/pixler.bas
index 87e1e4b..22580d2 100644
--- a/pixler.bas
+++ b/pixler.bas
@@ -36,10 +36,10 @@ temp&=_resize
 redim shared pal(0) as _unsigned long
 dim as integer ch1,ch2,ch3,bt
 loadpalette "slso8",pal()
-layers(0).ihandle=_newimage(640,350,32)
-layers(1).ihandle=_newimage(640,350,32)
-layers(2).ihandle=_newimage(640,350,32)
-layers(3).ihandle=_newimage(640, 350, 32)
+layers(0).ihandle=_newimage(320,320,32)
+layers(1).ihandle=_newimage(320,320,32)
+layers(2).ihandle=_newimage(320,320,32)
+layers(3).ihandle=_newimage(320,320,32)
 
 _dest layers(0).ihandle
 line (0,0)-(_width-1,_height-1),_rgb32(255),bf
@@ -91,16 +91,26 @@ do
 
     ' Zooming
         if mw <> 0 then
-            ' 1. Capture the current world position under the mouse
+            ' 1. Capture current world position
             dim mouseWorldX as single: mouseWorldX = (_mousex - state.offsetX) / state.zoom
             dim mouseWorldY as single: mouseWorldY = (_mousey - state.offsetY) / state.zoom
-            ' 2. Calculate the new zoom level
-            state.zoom = state.zoom + (mw * 0.1 * state.zoom) ' Multiplier makes it feel smoother
-            if state.zoom < 0.05 then state.zoom = 0.05
+        
+            ' 2. Calculate the new zoom level (Snap to whole numbers)
+            if mw > 0 then
+                state.zoom = state.zoom + 1
+            else
+                state.zoom = state.zoom - 1
+            end if
+        
+            ' 3. Constrain zoom (Min 1, Max 20)
+            if state.zoom < 1 then state.zoom = 1
             if state.zoom > 20 then state.zoom = 20
-            ' 3. Adjust offsets so the world position stays under the mouse
+        
+            ' 4. Adjust offsets and LOCK them to integers
+            ' This prevents the canvas from sitting "between" screen pixels
             state.offsetX = _mousex - (mouseWorldX * state.zoom)
             state.offsetY = _mousey - (mouseWorldY * state.zoom)
+            
             mw = 0
         end if
 
@@ -230,7 +240,11 @@ sub canvas
     ' 3. Calculate Canvas Coordinates
     dim canX as integer: canX = int((_mousex - state.offsetX) / state.zoom)
     dim canY as integer: canY = int((_mousey - state.offsetY) / state.zoom)
-    
+
+
+    static polypoints(200) as single 
+    static pointCount as integer
+
     static drawCol
     if _mousebutton(1) then drawCol = state.fcolor
     if _mousebutton(2) then drawCol = state.bcolor