From e343e06f1c8f2bb18fa8102c2ae68532e094f3db Mon Sep 17 00:00:00 2001
From: visionmercer <62051836+visionmercer@users.noreply.github.com>
Date: Mon, 4 May 2026 11:51:47 +0200
Subject: [PATCH] integers!

---
 pixler.bas | 37 +++++++++++++++++++++++--------------
 1 file changed, 23 insertions(+), 14 deletions(-)

diff --git a/pixler.bas b/pixler.bas
index bfda553..87e1e4b 100644
--- a/pixler.bas
+++ b/pixler.bas
@@ -2,8 +2,8 @@ type statetype
     tool as long
     fcolor as long
     bcolor as long
-    offsetX as single
-    offsetY as single
+    offsetX as long
+    offsetY as long
     zoom as single
     brushsize as integer
     startX as integer
@@ -84,8 +84,8 @@ do
     
     ' Panning (Middle Mouse)
     if _mousebutton(3) then
-        state.offsetX = state.offsetX + (_mousex - lastMX)
-        state.offsetY = state.offsetY + (_mousey - lastMY)
+        state.offsetX = int(state.offsetX + (_mousex - lastMX))
+        state.offsetY = int(state.offsetY + (_mousey - lastMY))
     end if
     lastMX = _mousex: lastMY = _mousey
 
@@ -183,6 +183,15 @@ sub canvas
     _dest 0
     
     ' 2. Render Layers with Clipping
+    dim srcX1 as long
+    dim srcY1 as long
+    dim srcX2 as long
+    dim srcY2 as long
+    dim drawX1 as long
+    dim drawY1 as long
+    dim drawX2 as long
+    dim drawY2 as long
+    
     dim i as integer
     for i = 0 to ubound(layers)
         dim img as long: img = layers(i).ihandle
@@ -194,10 +203,10 @@ sub canvas
         dim fullScaledH as single: fullScaledH = imgH * state.zoom
 
         ' Calculate visible area in screen coordinates (Overlap of image and viewport)
-        dim drawX1 as single: drawX1 = state.offsetX
-        dim drawY1 as single: drawY1 = state.offsetY
-        dim drawX2 as single: drawX2 = state.offsetX + fullScaledW
-        dim drawY2 as single: drawY2 = state.offsetY + fullScaledH
+         drawX1 = state.offsetX
+         drawY1 = state.offsetY
+         drawX2 = state.offsetX + fullScaledW
+         drawY2 = state.offsetY + fullScaledH
 
         ' Clip the destination to the Viewport
         if drawX1 < viewX1 then drawX1 = viewX1
@@ -208,10 +217,10 @@ sub canvas
         ' Only draw if the image is actually inside the viewport
         if drawX2 > drawX1 and drawY2 > drawY1 then
             ' Map screen-clipped coordinates back to the source image coordinates
-            dim srcX1 as single: srcX1 = (drawX1 - state.offsetX) / state.zoom
-            dim srcY1 as single: srcY1 = (drawY1 - state.offsetY) / state.zoom
-            dim srcX2 as single: srcX2 = (drawX2 - state.offsetX) / state.zoom
-            dim srcY2 as single: srcY2 = (drawY2 - state.offsetY) / state.zoom
+             srcX1 = int((drawX1 - state.offsetX) / state.zoom)
+             srcY1 = int((drawY1 - state.offsetY) / state.zoom)
+             srcX2 = int((drawX2 - state.offsetX) / state.zoom)
+             srcY2 = int((drawY2 - state.offsetY) / state.zoom)
 
             ' Syntax: _PUTIMAGE (destX1, destY1)-(destX2, destY2), sourceHandle, 0, (srcX1, srcY1)-(srcX2, srcY2)
             _putimage (drawX1, drawY1)-(drawX2, drawY2), img, 0, (srcX1, srcY1)-(srcX2, srcY2)
@@ -219,8 +228,8 @@ sub canvas
     next
     
     ' 3. Calculate Canvas Coordinates
-    dim canX as integer: canX = (_mousex - state.offsetX) / state.zoom
-    dim canY as integer: canY = (_mousey - state.offsetY) / state.zoom
+    dim canX as integer: canX = int((_mousex - state.offsetX) / state.zoom)
+    dim canY as integer: canY = int((_mousey - state.offsetY) / state.zoom)
     
     static drawCol
     if _mousebutton(1) then drawCol = state.fcolor