better icons, not good icons, but better.

pixler.bas

@@ -735,34 +735,89 @@ function icon (index as long)
     static icons() as long
     if not init then
         redim icons(19) as long ' Room for 20 icons
+        dim c as _unsigned long: c = _rgb32(255, 255, 255) ' Main icon color
 
-        ' Define your specific tool icons here
+        ' --- 1. Pencil Tool ---
-        icons(0) = _newimage(32,32,32): _dest icons(0): line (5, 27)-(27, 5): _dest 0
+        icons(0) = _newimage(32, 32, 32): _dest icons(0)
-        icons(1) = _newimage(32,32,32): _dest icons(1): circle (15, 15), 13: _dest 0
+        line (6, 26)-(22, 10), c
-        icons(2) = _newimage(32,32,32): _dest icons(2): line (5, 5)-(27, 27), , b: _dest 0
+        line (22, 10)-(26, 6), c
+        line (26, 6)-(26, 10), c
+        line (26, 10)-(10, 26), c
+        line (10, 26)-(6, 26), c
+        pset (7, 25), c ' Tip point
+        _dest 0
+
+        ' --- 2. Line Tool ---
+        icons(1) = _newimage(32, 32, 32): _dest icons(1)
+        line (5, 27)-(27, 5), c
+        _dest 0
+
+        ' --- 3. Hollow Circle ---
+        icons(2) = _newimage(32, 32, 32): _dest icons(2)
+        circle (16, 16), 11, c
+        _dest 0
+
+        ' --- 4. Filled Circle ---
+        icons(3) = _newimage(32, 32, 32): _dest icons(3)
+        dim r as integer
+        for r = 0 to 11: circle (16, 16), r, c: next r
+        _dest 0
+
+        ' --- 5. Hollow Box ---
+        icons(4) = _newimage(32, 32, 32): _dest icons(4)
+        line (6, 6)-(26, 26), c, b
+        _dest 0
+
+        ' --- 6. Filled Box ---
+        icons(5) = _newimage(32, 32, 32): _dest icons(5)
+        line (6, 6)-(26, 26), c, bf
+        _dest 0
+
+        ' --- 7. Hollow Polygon (Triangle Blueprint) ---
         icons(6) = _newimage(32, 32, 32): _dest icons(6)
-        line (5,15)-(15,5):line -(25,15):line -(20,25): line -(10,25):line -(5,15)
+        line (16, 5)-(6, 25), c
+        line (6, 25)-(26, 25), c
+        line (26, 25)-(16, 5), c
         _dest 0
 
+        ' --- 8. Filled Polygon ---
         icons(7) = _newimage(32, 32, 32): _dest icons(7)
-        ' Draw a small filled shape for the filled polygon icon
+        dim py as integer
-        for fy = 10 to 20: line (10, fy)-(22, fy): next
+        for py = 5 to 25
+            dim hw as integer: hw = (py - 5) * 10 / 20
+            line (16 - hw, py)-(16 + hw, py), c
+        next py
         _dest 0
+
+        ' --- 9. Floodfill (Paint Bucket) ---
         icons(8) = _newimage(32, 32, 32): _dest icons(8)
-        ' Simple "Bucket" icon
+        line (8, 14)-(20, 26), c   ' Main body tilt left
-        line (8, 10)-(24, 10): line -(26, 22): line -(6, 22): line -(8, 10)
+        line (20, 26)-(26, 20), c
-        line (10, 8)-(22, 8) ' Handle
+        line (26, 20)-(14, 8), c
+        line (14, 8)-(8, 14), c
+        ' Fixed syntax: Using valid multiplier expressions for the arc
+        circle (14, 11), 6, c, _pi(1), _pi(1.5) 
+        pset (6, 28), c            ' Spilling drip point
         _dest 0
-        ' Fill the remaining slots with blank 32x32 images
+
+        ' --- 10. Eyedropper ---
+        icons(9) = _newimage(32, 32, 32): _dest icons(9)
+        line (6, 26)-(10, 22), c   ' Pipette tip
+        line (10, 22)-(22, 10), c  ' Shaft side A
+        line (6, 26)-(18, 14), c   ' Bottom point accent
+        line (14, 18)-(26, 6), c   ' Shaft side B
+        line (22, 10)-(26, 6), c   ' Squeeze bulb cap
+        _dest 0
+
+        ' Fill remaining fallback slots (10-19) with clean blank images
         dim j as integer
-        for j = 0 to 19
+        for j = 10 to 19
             if icons(j) = 0 then icons(j) = _newimage(32, 32, 32)
         next
 
         init = -1
     end if
 
-    ' Bounds checking to prevent returning 0 or crashing
     if index >= 0 and index <= 19 then
         icon = icons(index)
     else