diff --git a/lib/colorlib.lua b/lib/colorlib.lua
index 5fa24ec1..c7ce63bc 100644
--- a/lib/colorlib.lua
+++ b/lib/colorlib.lua
@@ -122,31 +122,57 @@ local palette = {
   0xFF92FF, 0xFFB600, 0xFFB640, 0xFFB680, 0xFFB6BF, 0xFFB6FF, 0xFFDB00, 0xFFDB40, 0xFFDB80, 0xFFDBBF, 0xFFDBFF, 0xFFFF00, 0xFFFF40, 0xFFFF80, 0xFFFFBF, 0xFFFFFF, 
 }
 
-local function searchClosestColor(startIndex, endIndex, requestedColor)
-  local difference = endIndex - startIndex
-  local centerIndex = math.floor(difference / 2 + startIndex)
+-- local function searchClosestColor(startIndex, endIndex, requestedColor)
+--   local difference = endIndex - startIndex
+--   local centerIndex = math.floor(difference / 2 + startIndex)
 
-  if difference > 1 then
-    if requestedColor >= palette[centerIndex] then
-      return searchClosestColor(centerIndex, endIndex, requestedColor)
-    else
-      return searchClosestColor(startIndex, centerIndex, requestedColor)
-    end
-  else
-    if math.abs(requestedColor - palette[startIndex]) > math.abs(palette[endIndex] - requestedColor) then
-      return endIndex - 1
-    else
-      return startIndex - 1
-    end
-  end
-end
+--   if difference > 1 then
+--     if requestedColor >= palette[centerIndex] then
+--       return searchClosestColor(centerIndex, endIndex, requestedColor)
+--     else
+--       return searchClosestColor(startIndex, centerIndex, requestedColor)
+--     end
+--   else
+--     if math.abs(requestedColor - palette[startIndex]) > math.abs(palette[endIndex] - requestedColor) then
+--       return endIndex - 1
+--     else
+--       return startIndex - 1
+--     end
+--   end
+-- end
 
 function colorlib.convert24BitTo8Bit(hex24)
-  return searchClosestColor(1, #palette, hex24)
+  local encodedIndex = nil
+  local colorMatchFactor = nil
+  local colorMatchFactor_min = math.huge
+
+  local red24, green24, blue24 = colorlib.HEXtoRGB(hex24)
+
+  for colorIndex, colorPalette in ipairs(palette) do
+    local redPalette, greenPalette, bluePalette = colorlib.HEXtoRGB(colorPalette)
+
+    colorMatchFactor = (redPalette-red24)^2 + (greenPalette-green24)^2 + (bluePalette-blue24)^2
+
+    if (colorMatchFactor < colorMatchFactor_min) then
+      encodedIndex = colorIndex
+      colorMatchFactor_min = colorMatchFactor
+    end
+  end
+    
+  return encodedIndex - 1
+  -- return searchClosestColor(1, #palette, hex24)
 end
 
 function colorlib.convert8BitTo24Bit(hex8)
   return palette[hex8 + 1]
 end
 
+function colorlib.debugColorCompression(color)
+  local compressedColor = colorlib.convert24BitTo8Bit(color)
+  local decompressedColor = colorlib.convert8BitTo24Bit(compressedColor)
+  print("Исходный цвет: " .. string.format("0x%06X", color))
+  print("Сжатый цвет: " .. string.format("0x%02X", compressedColor))
+  print("Расжатый цвет: " .. string.format("0x%06X", decompressedColor))
+end
+
 return colorlib