lua add rlimg.lua example script split large includes to separate files

Change-Id: I67cac5bc4ce5525ab30abf9443f6cc1a33190512

8 files changed, 1464 insertions, 393 deletions

diff --git a/apps/plugins/lua/include_lua/draw.lua b/apps/plugins/lua/include_lua/draw.lua
index 0ee3e93d75..7208b63efb 100644
--- a/apps/plugins/lua/include_lua/draw.lua
+++ b/apps/plugins/lua/include_lua/draw.lua
@@ -29,7 +29,6 @@
     _draw.ellipse_filled
     _draw.ellipse_rect_filled
     _draw.ellipse_rect
-    _draw.flood_fill
     _draw.hline
     _draw.image
     _draw.line
@@ -39,7 +38,6 @@
     _draw.rect_filled
     _draw.rounded_rect
     _draw.rounded_rect_filled
-    _draw.text
     _draw.vline
 
 ]]
@@ -56,21 +54,17 @@ local _draw = {} do
     setmetatable(_draw, rocklib_image)
 
     -- Internal Constants
-    local _LCD = rb.lcd_framebuffer()
-    local LCD_W, LCD_H = rb.LCD_WIDTH, rb.LCD_HEIGHT
     local BSAND = 8 -- blits color to dst if src <> 0
     local _NIL = nil -- nil placeholder
 
-    local _abs     = math.abs
+
     local _clear   = rocklib_image.clear
     local _copy    = rocklib_image.copy
     local _ellipse = rocklib_image.ellipse
     local _get     = rocklib_image.get
     local _line    = rocklib_image.line
-    local _marshal = rocklib_image.marshal
     local _min     = math.min
     local _newimg  = rb.new_image
-    local _points  = rocklib_image.points
 
     -- line
     _draw.line = function(img, x1, y1, x2, y2, color, bClip)
@@ -87,33 +81,22 @@ local _draw = {} do
         _line(img, x, y, _NIL, y + length, color, bClip)
     end
 
-    -- draws a non-filled figure based on points in t-points
-    local function polyline(img, x, y, t_points, color, bClosed, bClip)
-        if #t_points < 2 then error("not enough points", 3) end
-
-        local pt_first_last
-
-        if bClosed then
-            pt_first_last = t_points[1]
-        else
-            pt_first_last = t_points[#t_points]
-        end
-
-        for i = 1, #t_points, 1 do
-            local pt1 = t_points[i]
-
-            local pt2 = t_points[i + 1] or pt_first_last-- first and last point
-
+    -- draws a non-filled rect based on points in t-points
+    local function polyrect(img, x, y, t_points, color, bClip)
+        local pt_first_last = t_points[1]
+        local pt1, pt2
+        for i = 1, 4, 1 do
+            pt1 = t_points[i]
+            pt2 = t_points[i + 1] or pt_first_last-- first and last point
             _line(img, pt1[1] + x, pt1[2] + y, pt2[1] + x, pt2[2] + y, color, bClip)
         end
-
     end
 
     -- rectangle
     local function rect(img, x, y, width, height, color, bClip)
         if width == 0 or height == 0 then return end
 
-        polyline(img, x, y, {{0, 0}, {width, 0}, {width, height}, {0, height}}, color, true, bClip)
+        polyrect(img, x, y, {{0, 0}, {width, 0}, {width, height}, {0, height}}, color, bClip)
 
     end
 
@@ -240,190 +223,9 @@ local _draw = {} do
         _copy(dst, src, x, y, 1, 1, _NIL, _NIL, bClip)
     end
 
-    -- floods an area of targetclr with fillclr x, y specifies the start seed
-    _draw.flood_fill = function(img, x, y, targetclr, fillclr)
-        -- scanline 4-way flood algorithm
-        --          ^
-        -- <--------x--->
-        --          v
-        -- check that target color doesn't = fill and the first point is target color
-        if targetclr == fillclr or targetclr ~= _get(img, x, y, true) then return end
-        local max_w = img:width()
-        local max_h = img:height()
-
-        local qpt = {} -- FIFO queue
-        -- rather than moving elements around in our FIFO queue
-        -- for each read; increment 'qhead' by 2
-        -- set both elements to nil and let the
-        -- garbage collector worry about it
-        -- for each write; increment 'qtail' by 2
-        -- x coordinates are in odd indices while
-        -- y coordinates are in even indices
-
-        local qtail = 0
-
-        local function check_ns(val, x, y)
-            if targetclr == val then
-                y = y - 1
-                if targetclr == _get(img, x, y, true) then -- north
-                    qtail = qtail + 2
-                    qpt[qtail - 1] = x
-                    qpt[qtail] = y
-                end
-                y = y + 2
-                if targetclr == _get(img, x, y, true) then -- south
-                    qtail = qtail + 2
-                    qpt[qtail - 1] = x
-                    qpt[qtail] = y
-                end
-                return fillclr
-            end
-            return _NIL -- signal marshal to stop
-        end
-
-        local function seed_pt(x, y)
-            -- should never hit max but make sure not to end early
-            for qhead = 2, 0x40000000, 2 do
-
-                if targetclr == _get(img, x, y, true) then
-                    _marshal(img, x, y, 1, y, _NIL, _NIL, true, check_ns) -- west
-                    _marshal(img, x + 1, y, max_w, y, _NIL, _NIL, true, check_ns) -- east
-                end
-
-                x = qpt[qhead - 1]
-                    qpt[qhead - 1] = _NIL
-
-                if not x then break end
-
-                y = qpt[qhead]
-                    qpt[qhead] = _NIL
-            end
-        end
-
-        seed_pt(x, y) -- Begin
-    end -- flood_fill
-
-    -- draws a closed figure based on points in t_points
-    _draw.polygon = function(img, x, y, t_points, color, fillcolor, bClip)
-        if #t_points < 2 then error("not enough points", 3) end
-
-        if fillcolor then
-                local x_min, x_max = 0, 0
-                local y_min, y_max = 0, 0
-                local w, h = 0, 0
-                -- find boundries of polygon
-                for i = 1, #t_points, 1 do
-                    local pt = t_points[i]
-                    if pt[1] < x_min then x_min = pt[1] end
-                    if pt[1] > x_max then x_max = pt[1] end
-                    if pt[2] < y_min then y_min = pt[2] end
-                    if pt[2] > y_max then y_max = pt[2] end
-                end
-                w = _abs(x_max) + _abs(x_min)
-                h = _abs(y_max) + _abs(y_min)
-                x_min = x_min - 2  -- leave a border to use flood_fill
-                y_min = y_min - 2
-
-                local fill_img = _newimg(w + 3, h + 3)
-                _clear(fill_img, 0x1)
-
-                for i = 1, #t_points, 1 do
-                    local pt1 = t_points[i]
-                    local pt2 = t_points[i + 1] or t_points[1]-- first and last point
-                    _line(fill_img, pt1[1] - x_min, pt1[2] - y_min,
-                                      pt2[1]- x_min, pt2[2] - y_min, 0)
-
-                end
-            _draw.flood_fill(fill_img, fill_img:width(), fill_img:height() , 0x1, 0x0)
-            _copy(img, fill_img, x - 1, y - 1, _NIL, _NIL, _NIL, _NIL, bClip, BSAND, fillcolor)
-        end
-
-        polyline(img, x, y, t_points, color, true, bClip)
-    end
-
-    -- draw text onto image if width/height are supplied text is centered
-    _draw.text = function(img, x, y, width, height, font, color, text)
-        font = font or rb.FONT_UI
-
-        local opts = {x = 0, y = 0, width = LCD_W - 1, height = LCD_H - 1,
-               font = font, drawmode = 3, fg_pattern = 0x1, bg_pattern = 0}
-
-        if rb.LCD_DEPTH  == 2 then -- invert 2-bit screens
-            --vp.drawmode = bit.bxor(vp.drawmode, 4)
-            opts.fg_pattern = 3 - opts.fg_pattern
-            opts.bg_pattern = 3 - opts.bg_pattern
-        end
-        rb.set_viewport(opts)
-
-        local res, w, h = rb.font_getstringsize(text, font)
-
-        if not width then
-            width = 0
-        else
-            width = (width - w) / 2
-        end
-
-        if not height then
-            height = 0
-        else
-            height = (height - h) / 2
-        end
-
-        -- make a copy of the current screen for later
-        local screen_img = _newimg(LCD_W, LCD_H)
-        _copy(screen_img, _LCD)
-
-        -- check if the screen buffer is supplied image if so set img to the copy
-        if img == _LCD then
-            img = screen_img
-        end
-
-        -- we will be printing the text to the screen then blitting into img
-        rb.lcd_clear_display()
-
-        if w > LCD_W then -- text is too long for the screen do it in chunks
-            local l = 1
-            local resp, wp, hp
-            local lenr = text:len()
-
-            while lenr > 1 do
-                l = lenr
-                resp, wp, hp = rb.font_getstringsize(text:sub(1, l), font)
-
-                while wp >= LCD_W and l > 1 do
-                    l = l - 1
-                    resp, wp, hp = rb.font_getstringsize(text:sub( 1, l), font)
-                end
-
-                rb.lcd_putsxy(0, 0, text:sub(1, l))
-                text = text:sub(l)
-
-                if x + width > img:width() or y + height > img:height() then
-                    break
-                end
-
-                -- using the mask we made blit color into img
-                _copy(img, _LCD, x + width, y + height, _NIL, _NIL, _NIL, _NIL, false, BSAND, color)
-                x = x + wp
-                rb.lcd_clear_display()
-                lenr = text:len()
-            end
-        else --w <= LCD_W
-            rb.lcd_putsxy(0, 0, text)
-
-            -- using the mask we made blit color into img
-            _copy(img, _LCD, x + width, y + height, _NIL, _NIL, _NIL, _NIL, false, BSAND, color)
-        end
-
-        _copy(_LCD, screen_img) -- restore screen
-        rb.set_viewport() -- set viewport default
-        return res, w, h
-    end
-
     -- expose internal functions to the outside through _draw table
     _draw.hline    = hline
     _draw.vline    = vline
-    _draw.polyline = polyline
     _draw.rect     = rect
     _draw.rounded_rect  = rounded_rect
 end -- _draw functions
diff --git a/apps/plugins/lua/include_lua/draw_floodfill.lua b/apps/plugins/lua/include_lua/draw_floodfill.lua
new file mode 100644
index 0000000000..0303e711f2
--- /dev/null
+++ b/apps/plugins/lua/include_lua/draw_floodfill.lua
@@ -0,0 +1,95 @@
+--[[ Lua Floodfill function
+/***************************************************************************
+ *             __________               __   ___.
+ *   Open      \______   \ ____   ____ |  | _\_ |__   _______  ___
+ *   Source     |       _//  _ \_/ ___\|  |/ /| __ \ /  _ \  \/  /
+ *   Jukebox    |    |   (  <_> )  \___|    < | \_\ (  <_> > <  <
+ *   Firmware   |____|_  /\____/ \___  >__|_ \|___  /\____/__/\_ \
+ *                     \/            \/     \/    \/            \/
+ * $Id$
+ *
+ * Copyright (C) 2017 William Wilgus
+ *
+ * This program is free software; you can redistribute it and/or
+ * modify it under the terms of the GNU General Public License
+ * as published by the Free Software Foundation; either version 2
+ * of the License, or (at your option) any later version.
+ *
+ * This software is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY
+ * KIND, either express or implied.
+ *
+ ****************************************************************************/
+]]
+-- floods an area of targetclr with fillclr x, y specifies the start seed
+-- flood_fill(img, x, y, targetclr, fillclr)
+if not rb.lcd_framebuffer then rb.splash(rb.HZ, "No Support!") return nil end
+do
+
+    local rocklib_image = getmetatable(rb.lcd_framebuffer())
+    local _NIL = nil -- nil placeholder
+    local _get     = rocklib_image.get
+    local _line    = rocklib_image.line
+    local _marshal = rocklib_image.marshal
+
+    return function(img, x, y, targetclr, fillclr)
+        -- scanline 4-way flood algorithm
+        --          ^
+        -- <--------x--->
+        --          v
+        -- check that target color doesn't = fill and the first point is target color
+        if targetclr == fillclr or targetclr ~= _get(img, x, y, true) then return end
+        local max_w = img:width()
+        local max_h = img:height()
+
+        local qpt = {} -- FIFO queue
+        -- rather than moving elements around in our FIFO queue
+        -- for each read; increment 'qhead' by 2
+        -- set both elements to nil and let the
+        -- garbage collector worry about it
+        -- for each write; increment 'qtail' by 2
+        -- x coordinates are in odd indices while
+        -- y coordinates are in even indices
+
+        local qtail = 0
+
+        local function check_ns(val, x, y)
+            if targetclr == val then
+                y = y - 1
+                if targetclr == _get(img, x, y, true) then -- north
+                    qtail = qtail + 2
+                    qpt[qtail - 1] = x
+                    qpt[qtail] = y
+                end
+                y = y + 2
+                if targetclr == _get(img, x, y, true) then -- south
+                    qtail = qtail + 2
+                    qpt[qtail - 1] = x
+                    qpt[qtail] = y
+                end
+                return fillclr
+            end
+            return _NIL -- signal marshal to stop
+        end
+
+        local function seed_pt(x, y)
+            -- should never hit max but make sure not to end early
+            for qhead = 2, 0x40000000, 2 do
+
+                if targetclr == _get(img, x, y, true) then
+                    _marshal(img, x, y, 1, y, _NIL, _NIL, true, check_ns) -- west
+                    _marshal(img, x + 1, y, max_w, y, _NIL, _NIL, true, check_ns) -- east
+                end
+
+                x = qpt[qhead - 1]
+                    qpt[qhead - 1] = _NIL
+
+                if not x then break end
+
+                y = qpt[qhead]
+                    qpt[qhead] = _NIL
+            end
+        end
+
+        seed_pt(x, y) -- Begin
+    end -- flood_fill
+end
diff --git a/apps/plugins/lua/include_lua/draw_poly.lua b/apps/plugins/lua/include_lua/draw_poly.lua
new file mode 100644
index 0000000000..fd76a582b1
--- /dev/null
+++ b/apps/plugins/lua/include_lua/draw_poly.lua
@@ -0,0 +1,103 @@
+--[[ Lua Poly Drawing functions
+/***************************************************************************
+ *             __________               __   ___.
+ *   Open      \______   \ ____   ____ |  | _\_ |__   _______  ___
+ *   Source     |       _//  _ \_/ ___\|  |/ /| __ \ /  _ \  \/  /
+ *   Jukebox    |    |   (  <_> )  \___|    < | \_\ (  <_> > <  <
+ *   Firmware   |____|_  /\____/ \___  >__|_ \|___  /\____/__/\_ \
+ *                     \/            \/     \/    \/            \/
+ * $Id$
+ *
+ * Copyright (C) 2017 William Wilgus
+ *
+ * This program is free software; you can redistribute it and/or
+ * modify it under the terms of the GNU General Public License
+ * as published by the Free Software Foundation; either version 2
+ * of the License, or (at your option) any later version.
+ *
+ * This software is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY
+ * KIND, either express or implied.
+ *
+ ****************************************************************************/
+]]
+
+--[[ Exposed Functions
+    _poly.polygon
+    _poly.polyline
+]]
+
+if not rb.lcd_framebuffer then rb.splash(rb.HZ, "No Support!") return nil end
+
+local _poly = {} do
+    local BSAND = 8 -- blits color to dst if src <> 0
+    local _NIL = nil -- nil placeholder
+
+    local _abs     = math.abs
+    local _copy    = rocklib_image.copy
+    local _line    = rocklib_image.line
+    local flood_fill = require("draw_floodfill")
+
+    -- draws a non-filled figure based on points in t-points
+    local function polyline(img, x, y, t_points, color, bClosed, bClip)
+        if #t_points < 2 then error("not enough points", 3) end
+
+        local pt_first_last
+
+        if bClosed then
+            pt_first_last = t_points[1]
+        else
+            pt_first_last = t_points[#t_points]
+        end
+
+        for i = 1, #t_points, 1 do
+            local pt1 = t_points[i]
+
+            local pt2 = t_points[i + 1] or pt_first_last-- first and last point
+
+            _line(img, pt1[1] + x, pt1[2] + y, pt2[1] + x, pt2[2] + y, color, bClip)
+        end
+
+    end
+
+    -- draws a closed figure based on points in t_points
+    _poly.polygon = function(img, x, y, t_points, color, fillcolor, bClip)
+        if #t_points < 2 then error("not enough points", 3) end
+
+        if fillcolor then
+                local x_min, x_max = 0, 0
+                local y_min, y_max = 0, 0
+                local w, h = 0, 0
+                -- find boundries of polygon
+                for i = 1, #t_points, 1 do
+                    local pt = t_points[i]
+                    if pt[1] < x_min then x_min = pt[1] end
+                    if pt[1] > x_max then x_max = pt[1] end
+                    if pt[2] < y_min then y_min = pt[2] end
+                    if pt[2] > y_max then y_max = pt[2] end
+                end
+                w = _abs(x_max) + _abs(x_min)
+                h = _abs(y_max) + _abs(y_min)
+                x_min = x_min - 2  -- leave a border to use flood_fill
+                y_min = y_min - 2
+
+                local fill_img = _newimg(w + 3, h + 3)
+                _clear(fill_img, 0x1)
+
+                for i = 1, #t_points, 1 do
+                    local pt1 = t_points[i]
+                    local pt2 = t_points[i + 1] or t_points[1]-- first and last point
+                    _line(fill_img, pt1[1] - x_min, pt1[2] - y_min,
+                                      pt2[1]- x_min, pt2[2] - y_min, 0)
+
+                end
+            flood_fill(fill_img, fill_img:width(), fill_img:height() , 0x1, 0x0)
+            _copy(img, fill_img, x - 1, y - 1, _NIL, _NIL, _NIL, _NIL, bClip, BSAND, fillcolor)
+        end
+
+        polyline(img, x, y, t_points, color, true, bClip)
+    end
+
+    -- expose internal functions to the outside through _poly table
+    _poly.polyline = polyline
+end
+return _poly
diff --git a/apps/plugins/lua/include_lua/draw_text.lua b/apps/plugins/lua/include_lua/draw_text.lua
new file mode 100644
index 0000000000..3722931c2c
--- /dev/null
+++ b/apps/plugins/lua/include_lua/draw_text.lua
@@ -0,0 +1,121 @@
+--[[ Lua Draw Text function
+/***************************************************************************
+ *             __________               __   ___.
+ *   Open      \______   \ ____   ____ |  | _\_ |__   _______  ___
+ *   Source     |       _//  _ \_/ ___\|  |/ /| __ \ /  _ \  \/  /
+ *   Jukebox    |    |   (  <_> )  \___|    < | \_\ (  <_> > <  <
+ *   Firmware   |____|_  /\____/ \___  >__|_ \|___  /\____/__/\_ \
+ *                     \/            \/     \/    \/            \/
+ * $Id$
+ *
+ * Copyright (C) 2017 William Wilgus
+ *
+ * This program is free software; you can redistribute it and/or
+ * modify it under the terms of the GNU General Public License
+ * as published by the Free Software Foundation; either version 2
+ * of the License, or (at your option) any later version.
+ *
+ * This software is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY
+ * KIND, either express or implied.
+ *
+ ****************************************************************************/
+]]
+-- draw text onto image if width/height are supplied text is centered
+
+if not rb.lcd_framebuffer then rb.splash(rb.HZ, "No Support!") return nil end
+
+do
+    -- Internal Constants
+    local rocklib_image = getmetatable(rb.lcd_framebuffer())
+    local _LCD = rb.lcd_framebuffer()
+    local LCD_W, LCD_H = rb.LCD_WIDTH, rb.LCD_HEIGHT
+    local BSAND = 8 -- blits color to dst if src <> 0
+    local _NIL = nil -- nil placeholder
+
+    local _clear   = rocklib_image.clear
+    local _copy    = rocklib_image.copy
+    local _newimg  = rb.new_image
+
+
+    return function(img, x, y, width, height, font, color, text)
+        font = font or rb.FONT_UI
+
+        local opts = {x = 0, y = 0, width = LCD_W - 1, height = LCD_H - 1,
+               font = font, drawmode = 3, fg_pattern = 0x1, bg_pattern = 0}
+
+        if rb.LCD_DEPTH  == 2 then -- invert 2-bit screens
+            --vp.drawmode = bit.bxor(vp.drawmode, 4)
+            opts.fg_pattern = 3 - opts.fg_pattern
+            opts.bg_pattern = 3 - opts.bg_pattern
+        end
+        rb.set_viewport(opts)
+
+        local res, w, h = rb.font_getstringsize(text, font)
+
+        if not width then
+            width = 0
+        else
+            width = (width - w) / 2
+        end
+
+        if not height then
+            height = 0
+        else
+            height = (height - h) / 2
+        end
+
+        -- make a copy of the current screen for later
+        --local screen_img = _newimg(LCD_W, LCD_H)
+        local screen_img = _newimg(LCD_W, h * 2)
+        _copy(screen_img, _LCD)
+
+        -- check if the screen buffer is supplied image if so set img to the copy
+        if img == _LCD then
+            img = screen_img
+        end
+
+        -- we will be printing the text to the screen then blitting into img
+        --rb.lcd_clear_display()
+        _clear(_LCD, opts.bg_pattern or 0, 1, 1, LCD_W, h * 2)
+
+        if w > LCD_W then -- text is too long for the screen do it in chunks
+            local l = 1
+            local resp, wp, hp
+            local lenr = text:len()
+
+            while lenr > 1 do
+                l = lenr
+                resp, wp, hp = rb.font_getstringsize(text:sub(1, l), font)
+
+                while wp >= LCD_W and l > 1 do
+                    l = l - 1
+                    resp, wp, hp = rb.font_getstringsize(text:sub( 1, l), font)
+                end
+
+                rb.lcd_putsxy(0, 0, text:sub(1, l))
+                text = text:sub(l)
+
+                if x + width > img:width() or y + height > img:height() then
+                    break
+                end
+
+                -- using the mask we made blit color into img
+                _copy(img, _LCD, x + width, y + height, _NIL, _NIL, _NIL, _NIL, false, BSAND, color)
+                x = x + wp
+                --rb.lcd_clear_display()
+                _clear(_LCD, opts.bg_pattern or 0, 1, 1, LCD_W, h * 2)
+
+                lenr = text:len()
+            end
+        else --w <= LCD_W
+            rb.lcd_putsxy(0, 0, text)
+
+            -- using the mask we made blit color into img
+            _copy(img, _LCD, x + width, y + height, _NIL, _NIL, _NIL, _NIL, false, BSAND, color)
+        end
+
+        _copy(_LCD, screen_img) -- restore screen
+        rb.set_viewport() -- set viewport default
+        return res, w, h
+    end
+end
diff --git a/apps/plugins/lua/include_lua/image.lua b/apps/plugins/lua/include_lua/image.lua
index 2b2a1ce19f..5fd452ea78 100644
--- a/apps/plugins/lua/include_lua/image.lua
+++ b/apps/plugins/lua/include_lua/image.lua
@@ -23,7 +23,6 @@
 
 --[[ Exposed Functions
 
-    _img.save
     _img.search
     _img.rotate
     _img.resize
@@ -156,189 +155,6 @@ local _img = {} do
         return r_img
     end
 
-    -- saves img to file: name
-    _img.save = function(img, name)
-        -- bmp saving derived from rockbox - screendump.c
-        -- bitdepth is limited by the device
-        -- eg. device displays greyscale, rgb images are saved greyscale
-        local file
-        local bbuffer = {} -- concat buffer for s_bytes
-        local fbuffer = {} -- concat buffer for file writes, reused
-
-        local function s_bytesLE(bits, value)
-            -- bits must be multiples of 8 (sizeof byte)
-            local byte
-            local nbytes = bit.rshift(bits, 3)
-            for b = 1, nbytes do
-                if value > 0 then
-                    byte  = value % 256
-                    value = (value - byte) / 256
-                else
-                    byte = 0
-                end
-                bbuffer[b] = string.char(byte)
-            end
-            return table.concat(bbuffer, _NIL, 1, nbytes)
-        end
-
-        local function s_bytesBE(bits, value)
-            -- bits must be multiples of 8 (sizeof byte)
-            local byte
-            local nbytes = bit.rshift(bits, 3)
-            for b = nbytes, 1, -1 do
-                if value > 0 then
-                    byte  = value % 256
-                    value = (value - byte) / 256
-                else
-                    byte = 0
-                end
-                bbuffer[b] = string.char(byte)
-            end
-            return table.concat(bbuffer, _NIL, 1, nbytes)
-        end
-
-        local cmp = {["r"] =  function(c) return bit.band(bit.rshift(c, 16), 0xFF) end,
-                     ["g"] =  function(c) return bit.band(bit.rshift(c, 08), 0xFF) end,
-                     ["b"] =  function(c) return bit.band(c, 0xFF) end}
-
-        local function bmp_color(color)
-            return s_bytesLE(8, cmp.b(color))..
-                   s_bytesLE(8, cmp.g(color))..
-                   s_bytesLE(8, cmp.r(color))..
-                   s_bytesLE(8, 0) .. ""
-        end -- c_cmp(color, c.r))
-
-        local function bmp_color_mix(c1, c2, num, den)
-            -- mixes c1 and c2 as ratio of numerator / denominator
-            -- used 2x each save results
-            local bc1, gc1, rc1 = cmp.b(c1), cmp.g(c1), cmp.r(c1)
-
-            return s_bytesLE(8, cmp.b(c2) - bc1 * num / den + bc1)..
-                   s_bytesLE(8, cmp.g(c2) - gc1 * num / den + gc1)..
-                   s_bytesLE(8, cmp.r(c2) - rc1 * num / den + rc1)..
-                   s_bytesLE(8, 0) .. ""
-        end
-
-        local w, h = img:width(), img:height()
-        local depth  = tonumber(img:__tostring(6)) -- RLI_INFO_DEPTH   = 0x6
-        local format = tonumber(img:__tostring(7)) -- RLI_INFO_FORMAT  = 0x7
-
-        local bpp, bypl -- bits per pixel, bytes per line
-        -- bypl, pad rows to a multiple of 4 bytes
-        if depth <= 4 then
-            bpp = 8 -- 256 color image
-            bypl = (w + 3)
-        elseif depth <= 16 then
-            bpp = 16
-            bypl = (w * 2 + 3)
-        elseif depth <= 24 then
-            bpp = 24
-            bypl = (w * 3 + 3)
-        else
-            bpp = 32
-            bypl = (w * 4 + 3)
-        end
-
-        local linebytes = bit.band(bypl, bit.bnot(3))
-
-        local bytesperpixel = bit.rshift(bpp, 3)
-        local headersz = 54
-        local imgszpad = h * linebytes
-
-        local compression, n_colors = 0, 0
-        local h_ppm, v_ppm = 0x00000EC4, 0x00000EC4 --Pixels Per Meter ~ 96 dpi
-
-        if depth == 16 then
-            compression = 3 -- BITFIELDS
-            n_colors    = 3
-        elseif depth <= 8 then
-            n_colors = bit.lshift(1, depth)
-        end
-
-        headersz = headersz + (4 * n_colors)
-
-        file = io.open('/' .. name, "w+") -- overwrite, rb ignores the 'b' flag
-
-        if not file then
-            rb.splash(rb.HZ, "Error opening /" .. name)
-            return
-        end
-        -- create a bitmap header 'rope' with image details -- concatenated at end
-        local bmpheader = fbuffer
-
-              bmpheader[01] = "BM"
-              bmpheader[02] = s_bytesLE(32, headersz + imgszpad)
-              bmpheader[03] = "\0\0\0\0" -- WORD reserved 1 & 2
-              bmpheader[04] = s_bytesLE(32, headersz) -- BITMAPCOREHEADER size
-              bmpheader[05] = s_bytesLE(32, 40) -- BITMAPINFOHEADER size
-
-              bmpheader[06] = s_bytesLE(32, w)
-              bmpheader[07] = s_bytesLE(32, h)
-              bmpheader[08] = "\1\0" -- WORD color planes ALWAYS 1
-              bmpheader[09] = s_bytesLE(16, bpp) -- bits/pixel
-              bmpheader[10] = s_bytesLE(32, compression)
-              bmpheader[11] = s_bytesLE(32, imgszpad)
-              bmpheader[12] = s_bytesLE(32, h_ppm) -- biXPelsPerMeter
-              bmpheader[13] = s_bytesLE(32, v_ppm) -- biYPelsPerMeter
-              bmpheader[14] = s_bytesLE(32, n_colors)
-              bmpheader[15] = s_bytesLE(32, n_colors)
-
-        -- Color Table (#n_colors entries)
-        if depth == 1 then -- assuming positive display
-            bmpheader[#bmpheader + 1] = bmp_color(0xFFFFFF)
-            bmpheader[#bmpheader + 1] = bmp_color(0x0)
-        elseif depth == 2 then
-            bmpheader[#bmpheader + 1] = bmp_color(0xFFFFFF)
-            bmpheader[#bmpheader + 1] = bmp_color_mix(0xFFFFFF, 0, 1, 3)
-            bmpheader[#bmpheader + 1] = bmp_color_mix(0xFFFFFF, 0, 2, 3)
-            bmpheader[#bmpheader + 1] = bmp_color(0x0)
-        elseif depth == 16 then
-            if format == 555 then
-                -- red bitfield mask
-                bmpheader[#bmpheader + 1] = s_bytesLE(32, 0x00007C00)
-                -- green bitfield mask
-                bmpheader[#bmpheader + 1] = s_bytesLE(32, 0x000003E0)
-                -- blue bitfield mask
-                bmpheader[#bmpheader + 1] = s_bytesLE(32, 0x0000001F)
-                        else --565
-                -- red bitfield mask
-                bmpheader[#bmpheader + 1] = s_bytesLE(32, 0x0000F800)
-                -- green bitfield mask
-                bmpheader[#bmpheader + 1] = s_bytesLE(32, 0x000007E0)
-                -- blue bitfield mask
-                bmpheader[#bmpheader + 1] = s_bytesLE(32, 0x0000001F)
-            end
-        end
-
-        file:write(table.concat(fbuffer))-- write the header to the file now
-        for i=1, #fbuffer do fbuffer[i] = _NIL end -- reuse table
-
-        local imgdata = fbuffer
-        -- pad rows to a multiple of 4 bytes
-        local bytesleft = linebytes - (bytesperpixel * w)
-        local t_data = {}
-        local fs_bytes_E = s_bytesLE -- default save in Little Endian
-
-        if format == 3553 then -- RGB565SWAPPED
-            fs_bytes_E = s_bytesBE -- Saves in Big Endian
-        end
-
-        -- Bitmap lines start at bottom unless biHeight is negative
-        for point in _points(img, 1, h, w + bytesleft, 1) do
-            imgdata[#imgdata + 1] = fs_bytes_E(bpp, point or 0)
-
-            if #fbuffer >= 31 then -- buffered write, increase # for performance
-                file:write(table.concat(fbuffer))
-                for i=1, #fbuffer do fbuffer[i] = _NIL end -- reuse table
-            end
-
-        end
-        file:write(table.concat(fbuffer)) --write leftovers to file
-        fbuffer = _NIL
-
-        file:close()
-    end -- save(img, name)
-
     --searches an image for target color
     _img.search = function(img, x1, y1, x2, y2, targetclr, variation, stepx, stepy)
 
diff --git a/apps/plugins/lua/include_lua/image_save.lua b/apps/plugins/lua/include_lua/image_save.lua
new file mode 100644
index 0000000000..4735af46d7
--- /dev/null
+++ b/apps/plugins/lua/include_lua/image_save.lua
@@ -0,0 +1,215 @@
+--[[ Lua Image save
+/***************************************************************************
+ *             __________               __   ___.
+ *   Open      \______   \ ____   ____ |  | _\_ |__   _______  ___
+ *   Source     |       _//  _ \_/ ___\|  |/ /| __ \ /  _ \  \/  /
+ *   Jukebox    |    |   (  <_> )  \___|    < | \_\ (  <_> > <  <
+ *   Firmware   |____|_  /\____/ \___  >__|_ \|___  /\____/__/\_ \
+ *                     \/            \/     \/    \/            \/
+ * $Id$
+ *
+ * Copyright (C) 2017 William Wilgus
+ *
+ * This program is free software; you can redistribute it and/or
+ * modify it under the terms of the GNU General Public License
+ * as published by the Free Software Foundation; either version 2
+ * of the License, or (at your option) any later version.
+ *
+ * This software is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY
+ * KIND, either express or implied.
+ *
+ ****************************************************************************/
+]]
+-- save(img, path/name)
+-- bmp saving derived from rockbox - screendump.c
+-- bitdepth is limited by the device
+-- eg. device displays greyscale, rgb images are saved greyscale
+if not rb.lcd_framebuffer then rb.splash(rb.HZ, "No Support!") return nil end
+
+do
+    local rocklib_image = getmetatable(rb.lcd_framebuffer())
+
+    -- internal constants
+    local _NIL = nil -- _NIL placeholder
+    local _points  = rocklib_image.points
+
+    -- saves img to file: name
+    return function(img, name)
+        local file
+        local bbuffer = {} -- concat buffer for s_bytes
+        local fbuffer = {} -- concat buffer for file writes, reused
+
+        local function s_bytesLE(bits, value)
+            -- bits must be multiples of 8 (sizeof byte)
+            local byte
+            local nbytes = bit.rshift(bits, 3)
+            for b = 1, nbytes do
+                if value > 0 then
+                    byte  = value % 256
+                    value = (value - byte) / 256
+                else
+                    byte = 0
+                end
+                bbuffer[b] = string.char(byte)
+            end
+            return table.concat(bbuffer, _NIL, 1, nbytes)
+        end
+
+        local function s_bytesBE(bits, value)
+            -- bits must be multiples of 8 (sizeof byte)
+            local byte
+            local nbytes = bit.rshift(bits, 3)
+            for b = nbytes, 1, -1 do
+                if value > 0 then
+                    byte  = value % 256
+                    value = (value - byte) / 256
+                else
+                    byte = 0
+                end
+                bbuffer[b] = string.char(byte)
+            end
+            return table.concat(bbuffer, _NIL, 1, nbytes)
+        end
+
+        local cmp = {["r"] =  function(c) return bit.band(bit.rshift(c, 16), 0xFF) end,
+                     ["g"] =  function(c) return bit.band(bit.rshift(c, 08), 0xFF) end,
+                     ["b"] =  function(c) return bit.band(c, 0xFF) end}
+
+        local function bmp_color(color)
+            return s_bytesLE(8, cmp.b(color))..
+                   s_bytesLE(8, cmp.g(color))..
+                   s_bytesLE(8, cmp.r(color))..
+                   s_bytesLE(8, 0) .. ""
+        end -- c_cmp(color, c.r))
+
+        local function bmp_color_mix(c1, c2, num, den)
+            -- mixes c1 and c2 as ratio of numerator / denominator
+            -- used 2x each save results
+            local bc1, gc1, rc1 = cmp.b(c1), cmp.g(c1), cmp.r(c1)
+
+            return s_bytesLE(8, cmp.b(c2) - bc1 * num / den + bc1)..
+                   s_bytesLE(8, cmp.g(c2) - gc1 * num / den + gc1)..
+                   s_bytesLE(8, cmp.r(c2) - rc1 * num / den + rc1)..
+                   s_bytesLE(8, 0) .. ""
+        end
+
+        local w, h = img:width(), img:height()
+        local depth  = tonumber(img:__tostring(6)) -- RLI_INFO_DEPTH   = 0x6
+        local format = tonumber(img:__tostring(7)) -- RLI_INFO_FORMAT  = 0x7
+
+        local bpp, bypl -- bits per pixel, bytes per line
+        -- bypl, pad rows to a multiple of 4 bytes
+        if depth <= 4 then
+            bpp = 8 -- 256 color image
+            bypl = (w + 3)
+        elseif depth <= 16 then
+            bpp = 16
+            bypl = (w * 2 + 3)
+        elseif depth <= 24 then
+            bpp = 24
+            bypl = (w * 3 + 3)
+        else
+            bpp = 32
+            bypl = (w * 4 + 3)
+        end
+
+        local linebytes = bit.band(bypl, bit.bnot(3))
+
+        local bytesperpixel = bit.rshift(bpp, 3)
+        local headersz = 54
+        local imgszpad = h * linebytes
+
+        local compression, n_colors = 0, 0
+        local h_ppm, v_ppm = 0x00000EC4, 0x00000EC4 --Pixels Per Meter ~ 96 dpi
+
+        if depth == 16 then
+            compression = 3 -- BITFIELDS
+            n_colors    = 3
+        elseif depth <= 8 then
+            n_colors = bit.lshift(1, depth)
+        end
+
+        headersz = headersz + (4 * n_colors)
+
+        file = io.open('/' .. name, "w+") -- overwrite, rb ignores the 'b' flag
+
+        if not file then
+            rb.splash(rb.HZ, "Error opening /" .. name)
+            return
+        end
+        -- create a bitmap header 'rope' with image details -- concatenated at end
+        local bmpheader = fbuffer
+
+              bmpheader[01] = "BM"
+              bmpheader[02] = s_bytesLE(32, headersz + imgszpad)
+              bmpheader[03] = "\0\0\0\0" -- WORD reserved 1 & 2
+              bmpheader[04] = s_bytesLE(32, headersz) -- BITMAPCOREHEADER size
+              bmpheader[05] = s_bytesLE(32, 40) -- BITMAPINFOHEADER size
+
+              bmpheader[06] = s_bytesLE(32, w)
+              bmpheader[07] = s_bytesLE(32, h)
+              bmpheader[08] = "\1\0" -- WORD color planes ALWAYS 1
+              bmpheader[09] = s_bytesLE(16, bpp) -- bits/pixel
+              bmpheader[10] = s_bytesLE(32, compression)
+              bmpheader[11] = s_bytesLE(32, imgszpad)
+              bmpheader[12] = s_bytesLE(32, h_ppm) -- biXPelsPerMeter
+              bmpheader[13] = s_bytesLE(32, v_ppm) -- biYPelsPerMeter
+              bmpheader[14] = s_bytesLE(32, n_colors)
+              bmpheader[15] = s_bytesLE(32, n_colors)
+
+        -- Color Table (#n_colors entries)
+        if depth == 1 then -- assuming positive display
+            bmpheader[#bmpheader + 1] = bmp_color(0xFFFFFF)
+            bmpheader[#bmpheader + 1] = bmp_color(0x0)
+        elseif depth == 2 then
+            bmpheader[#bmpheader + 1] = bmp_color(0xFFFFFF)
+            bmpheader[#bmpheader + 1] = bmp_color_mix(0xFFFFFF, 0, 1, 3)
+            bmpheader[#bmpheader + 1] = bmp_color_mix(0xFFFFFF, 0, 2, 3)
+            bmpheader[#bmpheader + 1] = bmp_color(0x0)
+        elseif depth == 16 then
+            if format == 555 then
+                -- red bitfield mask
+                bmpheader[#bmpheader + 1] = s_bytesLE(32, 0x00007C00)
+                -- green bitfield mask
+                bmpheader[#bmpheader + 1] = s_bytesLE(32, 0x000003E0)
+                -- blue bitfield mask
+                bmpheader[#bmpheader + 1] = s_bytesLE(32, 0x0000001F)
+                        else --565
+                -- red bitfield mask
+                bmpheader[#bmpheader + 1] = s_bytesLE(32, 0x0000F800)
+                -- green bitfield mask
+                bmpheader[#bmpheader + 1] = s_bytesLE(32, 0x000007E0)
+                -- blue bitfield mask
+                bmpheader[#bmpheader + 1] = s_bytesLE(32, 0x0000001F)
+            end
+        end
+
+        file:write(table.concat(fbuffer))-- write the header to the file now
+        for i=1, #fbuffer do fbuffer[i] = _NIL end -- reuse table
+
+        local imgdata = fbuffer
+        -- pad rows to a multiple of 4 bytes
+        local bytesleft = linebytes - (bytesperpixel * w)
+        local t_data = {}
+        local fs_bytes_E = s_bytesLE -- default save in Little Endian
+
+        if format == 3553 then -- RGB565SWAPPED
+            fs_bytes_E = s_bytesBE -- Saves in Big Endian
+        end
+
+        -- Bitmap lines start at bottom unless biHeight is negative
+        for point in _points(img, 1, h, w + bytesleft, 1) do
+            imgdata[#imgdata + 1] = fs_bytes_E(bpp, point or 0)
+
+            if #fbuffer >= 31 then -- buffered write, increase # for performance
+                file:write(table.concat(fbuffer))
+                for i=1, #fbuffer do fbuffer[i] = _NIL end -- reuse table
+            end
+
+        end
+        file:write(table.concat(fbuffer)) --write leftovers to file
+        fbuffer = _NIL
+
+        file:close()
+    end -- save(img, name)
+end
diff --git a/apps/plugins/lua/lua.make b/apps/plugins/lua/lua.make
index d5fb85afbc..388c5d74d3 100644
--- a/apps/plugins/lua/lua.make
+++ b/apps/plugins/lua/lua.make
@@ -16,8 +16,8 @@ LUA_OBJ := $(call c2obj, $(LUA_SRC))
 OTHER_SRC += $(LUA_SRC)
 
 LUA_INCLUDEDIR := $(LUA_SRCDIR)/include_lua
-LUA_INCLUDELIST := $(addprefix $(LUA_BUILDDIR)/,audio.lua blit.lua color.lua draw.lua \
-                                                image.lua lcd.lua math_ex.lua print.lua \
+LUA_INCLUDELIST := $(addprefix $(LUA_BUILDDIR)/,audio.lua blit.lua color.lua draw.lua draw_floodfill.lua draw_poly.lua \
+                                                draw_text.lua image.lua image_save.lua lcd.lua math_ex.lua print.lua \
                                                 timer.lua playlist.lua pcm.lua sound.lua \
                                                 rbcompat.lua printtable.lua)
 
diff --git a/apps/plugins/lua_scripts/rlimg.lua b/apps/plugins/lua_scripts/rlimg.lua
new file mode 100755
index 0000000000..801d0c5fac
--- /dev/null
+++ b/apps/plugins/lua_scripts/rlimg.lua
@@ -0,0 +1,919 @@
+--[[
+             __________               __   ___.
+   Open      \______   \ ____   ____ |  | _\_ |__   _______  ___
+   Source     |       _//  _ \_/ ___\|  |/ /| __ \ /  _ \  \/  /
+   Jukebox    |    |   (  <_> )  \___|    < | \_\ (  <_> > <  <
+   Firmware   |____|_  /\____/ \___  >__|_ \|___  /\____/__/\_ \
+                     \/            \/     \/    \/            \/
+ $Id$
+ Example Lua RBIMAGE script
+ Copyright (C) 2009 by Maurus Cuelenaere -- some prior work
+ Copyright (C) 2017 William Wilgus
+ This program is free software; you can redistribute it and/or
+ modify it under the terms of the GNU General Public License
+ as published by the Free Software Foundation; either version 2
+ of the License, or (at your option) any later version.
+ This software is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY
+ KIND, either express or implied.
+]]--
+
+require("actions")   -- Contains rb.actions & rb.contexts
+-- require("buttons") -- Contains rb.buttons -- not needed for this example
+
+local _math  = require("math_ex") -- missing math sine cosine, sqrt, clamp functions
+local _timer = require("timer")
+local _clr   = require("color") -- clrset, clrinc provides device independent colors
+local _lcd   = require("lcd")   -- lcd helper functions
+local _print = require("print") -- advanced text printing
+local _img      = require("image") -- image manipulation save, rotate, resize, tile, new, load
+local _img_save = require("image_save")
+local _blit     = require("blit") -- handy list of blit operations
+local _draw           = require("draw") -- draw all the things (primitives)
+local _draw_floodfill = require("draw_floodfill")
+local _draw_text      = require("draw_text")
+
+--local scrpath = rb.current_path()"
+
+--package.path = scrpath .. "/?.lua;" .. package.path --add lua_scripts directory to path
+
+require("printmenu") --menu
+
+--[[ RBIMAGE library functions
+NOTE!! on x, y coordinates + width & height
+----------------------------------------------
+When making a new image you specify the width and height say (10, 20).
+Intutively (at least to me) (0,0) (offset addressing) would reference the first
+pixel (top left) and the last pixel (bottom, right) would be (w-1, h-1) or (9, 19)
+but the original rbimage library (like lua) uses 1-based arrays (ordinal addressing)
+for the image data so the first pixel is (1,1) and the last pixel is (w, h)
+this presents a bit of a problem when interfacing with the internal rockbox
+functions as you must remeber to convert all lua coordinates to 0 based coordinates.
+I have opted to not change this in the name of compatibility with old scripts
+
+NOTE2!! on width & height versus offset_x & offset_y :copy()
+------------------------------------------------------------------------
+The only place where RBIMAGE deviates from (ordinal addressing) is in the blit
+/ copy function sx, sy and dx, dy still refer to the same pixel as all the
+other functions but offset_x, and offset_y are zero based
+Example (assuming same sized images)
+dst:copy(src, 1,1, 1,1, 0, 0)
+would copy the first pixel from src to the first pixel of dst
+dst:copy(src, 1,1, 1,1, dst:width()-1, dst:height()-1) would copy all of src to dst
+this might be a bit confusing but makes reversing images (negative offsets) easier.
+Since offsets are auto calculated if empty or out of range you could call it as
+dst:copy(src, 1,1, 1,1, dst:width(), dst:height()) or even
+dst:copy(src, 1,1, 1,1) if you prefered and get the same result
+]]
+
+--'CONSTANTS' (in lua there really is no such thing as all vars are mutable)
+--------------------------------------------------------
+--colors for fg/bg ------------------------
+local WHITE = _clr.set(-1, 255, 255, 255)
+local BLACK = _clr.set(0, 0, 0, 0)
+local RED   = _clr.set(WHITE, 255)
+local GREEN = _clr.set(WHITE, 0, 255)
+local BLUE  = _clr.set(WHITE, 0, 0, 255)
+-------------------------------------------
+local clrs
+local CANCEL_BUTTON = rb.actions.PLA_CANCEL
+
+-- EXAMPLES ---------------------------------------------------------------------- EXAMPLES---------------------------------------------------------------------
+function my_blit(dst_val, dx, dy, src_val, sx, sy)
+    -- user defined blit operation
+    --this function gets called for every pixel you specify
+    --you may change pixels in both the source and dest image
+    --return nil to stop early
+
+    if _lcd.DEPTH < 2 then
+        return src_val
+    end
+
+    if dst_val == WHITE and bit.band(dx, 1) == 1 and bit.band(dy, 1) == 1 then
+        return BLACK;
+    elseif dst_val == WHITE then
+        return src_val
+    end
+
+    return dst_val
+end
+
+function create_logo()
+    --[[creates a small logo from data array]]
+
+    -- moves scope of white and black from global to local
+    local WHITE = WHITE
+    local BLACK = BLACK
+
+    --[[small array with 16 bits of data per element (16-bits in y direction)
+        while the number of elements (32) is the x direction.
+        in other words 16 rows X 32 columns, totally abritrary actually
+        you could easily rotate or flip it by changing the for loops below ]]
+    local logo = {0xFFFF, 0xFFFF, 0x8001, 0x8001, 0x9E7F, 0x9E7F, 0x9E7F, 0x9E7F,
+                  0x9E3F, 0x9E3F, 0x804F, 0x804F, 0xC0E1, 0xC0F1, 0xFFFD, 0xFFFF,
+                  0xFFFF, 0xFFFF, 0x8001, 0x8001, 0xFF01, 0xFF01, 0xFEFB, 0xFEFB,
+                  0xFDFD, 0xFDFD, 0xFDFD, 0xFCF9, 0xFE03, 0xFE03, 0xFFFF, 0xFFFF}
+
+    local img, img1, img2, img3
+
+    img = _img.new(_lcd.W, _lcd.H)
+    img:clear(BLACK) --[[always clear an image after you create it if you
+                         intend to do any thing besides copy something
+                         entirely to it as there is no guarantee what
+                         state the data within is in, it could be all
+                         0's or it could be every digit of PI ]]
+
+    -- check for an error condition bail if error
+    if(not img or not logo) then
+        return nil
+    end
+
+    local logosz = table.getn(logo)
+    local bits = 16 -- each element contains 16 pixels
+    local data = 0
+
+    for i=1, math.min(logosz, _lcd.W)  do
+        for j=0, math.min(bits, _lcd.H) do
+
+            if bit.band(bit.lshift(1, bits - j), logo[i]) > 0 then
+                data = WHITE
+            else
+                data = BLACK
+            end
+            -- Set the pixel at position i, j+1 to the copied data
+            img:set(i, j + 1, data)
+        end
+    end
+
+    -- make a new image the size of our generated logo
+    img1 = _img.new(logosz + 1, bits + 1)
+
+    -- img.copy(dest, source, dx, dy, sx, sy, [w, h])
+    img1:copy(img, 1, 1, 1, 1)
+
+    --[[lua does auto garbage collection, but it is still
+        a good idea to set large items to nil when done anyways]]
+    img = nil
+
+    local sl -- new image size
+    if _lcd.W < _lcd.H then
+        sl = _lcd.W / 3
+    else
+        sl = _lcd.H / 3
+    end
+
+    -- make sl always even by subtracting 1 if needed
+    sl = bit.band(sl, bit.bnot(1))
+    if sl < 16 then
+        sl = 16
+    end
+
+    img2 = _img.new(sl, sl)
+    --img2:clear(BLACK) -- doesn't need cleared since we copy to it entirely
+
+    --[[we are going to resize the image since the data supplied is 32 x 16
+        pixels its really tiny on most screens]]
+    _img.resize(img2, img1)
+
+    img1 = nil
+
+    img3 = _img.new(sl, sl)
+    img3:clear(BLACK)
+
+    if IS_COLOR_TARGET == true then
+        local c_yellow = _clr.set(WHITE, 0xFC, 0xC0, 0x00)
+        local c_grey = _clr.set(WHITE, 0xD4, 0xE3, 0xF3)
+        local c_dkgrey = _clr.set(WHITE, 0xB4, 0xC3, 0xD3)
+        -- if dest pixel == source pixel make dest pixel yellow
+        img3:copy(img2, 1, 1, 1, 1, nil, nil, false, _blit.BDEQS, c_yellow)
+        -- xor src pixel to dest pixel if both are 0 or both are 1 dest = 0
+        img2:copy(img3, 1, 1, 2, 1, nil, nil, false, _blit.BXOR)
+        -- if dest pixel color > src pixel color copy grey to dest
+        img2:copy(img3, 1, 1, 1, 1, nil, nil, false, _blit.BDGTS, c_grey)
+        -- set img3 to grey
+        img3:clear(c_dkgrey)
+    end
+
+    -- make a WHITE square in the middle
+
+    img3:clear(WHITE, 4,4, img3:width() - 3, img3:height() - 3)
+
+    img3:copy(img2, 1, 1, 1, 1, nil, nil, false, _blit.CUSTOM, my_blit)
+    img2 = nil
+    _img_save(img3, "pix.bmp")
+    return img3
+end -- copy_logo
+
+-- draws an olive erm ball and returns it
+function create_ball()
+    local sl -- image size
+    if _lcd.W < _lcd.H then
+        sl = _lcd.W / 5
+    else
+        sl = _lcd.H / 5
+    end
+
+    -- make sl always even by subtracting 1 if needed
+    sl = bit.band(sl, bit.bnot(1))
+    if sl < 16 then
+        sl = 16
+    end
+    local img = _img.new(sl, sl)
+    img:clear(0)
+    _draw.circle_filled(img, sl/2, sl/2, sl/2 - 1, _clr.set(-1, 255), _clr.set(0, 100))
+    _draw.circle_filled(img, sl/3, sl/3, sl/10, _clr.set(-1, 255, 0, 0))
+    return img
+end
+
+-- bounces img around on screen
+function bounce_image(img)
+    local timer = _timer() -- creates a new timer -- saves index
+    local wait
+    -- make a copy of the current screen for later
+    local screen_img = _lcd:duplicate()
+
+    local img_sqy = _img.new(img:width() + img:width() / 8, img:height())
+    local img_sqx = _img.new(img:width(), img:height() + img:height() / 8)
+    _img.resize(img_sqy, img)
+    _img.resize(img_sqx, img)
+
+    -- moves definition of CANCEL_BUTTON from global to local
+    local CANCEL_BUTTON = CANCEL_BUTTON
+--------------------------------------------------------
+    local imgn = img
+    local hold = 0
+    local sx = 1  -- starting x
+    local sy = 1  -- starting y
+
+    local ex = _lcd.W - img:width() - 2
+    local ey = _lcd.H - img:width() - 2
+
+    -- threshold resets speed, inverts image
+    local tx = ex / 5
+    local ty = ey / 5
+
+    local last_x = sx
+    local last_y = sy
+
+    local x = sx
+    local y = sy
+
+    local dx = 1
+    local dy = 1
+    -- negative width\height cause the image to be drawn from the opposite end
+    local fx = _lcd.W
+    local fy = _lcd.H
+
+    local function invert_images()
+        img:invert();
+        img_sqx:invert()
+        img_sqy:invert()
+    end
+
+    local loops = (_lcd.W * _lcd.H) / 2
+    while (loops > 0) do
+
+        if IS_COLOR_TARGET then
+            if bit.band(loops, 128) == 128 then
+                _lcd:copy(imgn, x, y, 1, 1, fx, fy, false, _blit.BOR)
+                _lcd:copy(screen_img, x, y, x, y, imgn:width(), imgn:height(),
+                                         false, _blit.BDEQC, imgn:get(1,1))
+            else
+                _lcd:copy(imgn, x, y, 1, 1, fx, fy, false, _blit.BSNEC, imgn:get(1,1))
+            end
+        else
+            local blitop
+
+            if imgn:get(1,1) ~= 0 then
+                blitop = _blit.BSNOT
+            else
+                blitop = _blit.BXOR
+            end
+
+            _lcd:copy(imgn, x, y, 1, 1, fx, fy, false, blitop, WHITE)
+        end
+
+        if hold < 1 then
+            imgn = img
+        else
+            hold = hold - 1
+        end
+        _lcd:update()
+
+        x = x + dx
+        y = y + dy
+
+        if y >= ey or y <= sy then
+            dy = (-dy)
+            fy = (-fy)
+            imgn = img_sqy
+            hold = 3
+            if dx < 0 and y < 10 then
+                dx = dx - 5
+            end
+            if dx > tx then
+                dx = 5;
+                dy = 5;
+                invert_images()
+            end
+        end
+
+        if x >= ex or x <= sx then
+            dx = (-dx)
+            fx = (-fx)
+            imgn = img_sqx
+            hold = 3
+            if dy < 0 and x < 10 then
+                dy = dy - 5
+            end
+            if dy > ty then
+                dx = 5;
+                dy = 5;
+                invert_images()
+            end
+        end
+
+        x = _math.clamp(x, sx, ex)
+        y = _math.clamp(y, sy, ey)
+
+        -- copy original image back to screen
+        _lcd:copy(screen_img)
+
+        loops = loops -1
+
+        wait = timer:check(true) --checks timer and updates last time
+        if wait >= 5 then
+            wait = 0
+        elseif wait < 5 then
+            wait = 5 - wait
+        end
+        -- 0 = timeout immediately
+        -- ( -1 would be never timeout, and >0 is amount of 'ticks' before timeout)
+        if rb.get_plugin_action(wait) == CANCEL_BUTTON then
+            break;
+        end
+    end
+
+    timer:stop() -- destroys timer, also returns time since last time
+
+    -- leave the screen how we found it
+    _lcd:copy(screen_img)
+end -- image_bounce
+
+-- draws a gradient using available colors
+function draw_gradient(img, x, y, w, h, direction, clrs)
+    x = x or 1
+    y = y or 1
+    w = w or img:width() - x
+    h = h or img:height() - y
+    local zstep = 0
+    local step = 1
+    if IS_COLOR_TARGET == true then -- Only do this when we're on a color target
+        local z = 1
+        local c = 1
+        clrs = clrs or {255,255,255}
+        local function gradient_rgb(p, c1, c2)
+                -- tried squares of difference but blends were very abrupt
+                local r = c1.r + (p * (c2.r - c1.r) / 10500)
+                local g = c1.g + (p * (c2.g - c1.g) / 10000)
+                local b = c1.b + (p * (c2.b - c1.b) / 09999)
+            return _clr.set(nil, r, g, b)
+        end
+        local function check_z()
+               if z > 10000 and c < #clrs - 1 then
+                    z = 1
+                    c = c + 1
+                elseif z > 10000 then
+                    z = 10000
+                end
+        end
+        if direction == "V" then
+            zstep = math.max(1, (10000 / ((w - 1) / (#clrs - 1)) + bit.band(#clrs, 1)))
+            for i=x, w + x do
+                check_z()
+                _draw.vline(img, i, y, h, gradient_rgb(z, clrs[c], clrs[c + 1]))
+                z = z + zstep
+            end
+        else
+            zstep = math.max(1, (10000 / ((h - 1) / (#clrs - 1)) + bit.band(#clrs, 1)))
+            for j=y, h + y do
+                check_z()
+                _draw.hline(img, x, j, w, gradient_rgb(z, clrs[c], clrs[c + 1]))
+                z = z + zstep
+            end
+        end
+    else -- not a color target but might be greyscale
+        local clr = _clr.set(-1)
+        for i=x, w + x do
+            for j=y, h + y do
+                -- Set the pixel at position i, j to the specified color
+                img:set(i, j, clr)
+            end
+                clr = _clr.inc(clr, 1)
+        end
+    end
+--rb.sleep(1000)
+end -- draw_gradient
+
+function twist(img)
+--[[    local fg
+    if rb.lcd_get_foreground then
+        fg = rb.lcd_get_foreground()
+    end]]
+
+    local ims  = {}
+    ims.strip  = _img.tile(img, img:width(), _lcd.H + img:height())
+    ims.y_init = {img:height(), 1}
+    ims.y_finl = {1, img:height()}
+    ims.y_inc  = {-2, 4}
+    ims.y_pos  = nil
+
+    -- together define the width of the overall object
+    local x_off=(_lcd.W/2)
+    local m = _lcd.W
+    local z = -m
+    local zi = 1
+
+    -- angles of rotation for each leaf
+    local ANGLES = {0, 45, 90, 135, 180, 225, 270, 315}
+    local elems = #ANGLES
+    local _XCOORD = {}
+
+    -- color alternates each leaf
+    local colors = { WHITE, _clr.set(0, 0, 0, 0) }
+    local c = 0
+
+    -- calculated position of each point in the sine wave(s)
+    local xs, xe
+
+    --[[--Profiling code
+    local timer = _timer.start()]]
+
+    for rot = 0, 6000, 4 do
+        _lcd:clear(BLACK)
+
+        for y=1, _lcd.H do
+
+            local function get_sines()
+                local sc = m + z
+                if sc == 0 then
+                    sc = 1 -- prevent divide by 0
+                elseif sc + z > _lcd.W then
+                    zi = -1
+                    colors[2] = _clr.inc(colors[2], 1, 0, 50, 0)
+                elseif sc + z < -(_lcd.W) then
+                    zi = 1
+                    colors[1] = _clr.inc(colors[1], -1, 0, 10, 0)
+                end
+                    if colors[2] == colors[1] then
+                        colors[2] = _clr.inc(colors[2], 1)
+                    end
+                for j = 1, elems do
+                    _XCOORD[j] = _math.d_sin(y + ANGLES[j] + rot) / sc + x_off
+                end
+                _XCOORD[0] = _XCOORD[elems] -- loop table for efficient wrap
+            end
+
+            get_sines()
+            for k = 1, elems do
+                xs = _XCOORD[k]
+                xe = _XCOORD[(k+1) % elems]
+                if xs < 1 or xe > _lcd.W  then
+                    while xs < 1 or xe > _lcd.W do
+                        m = m + 1 -- shift m in order to scale object min/max
+                        get_sines()
+                        xs = _XCOORD[k]
+                        xe = _XCOORD[(k+1) % elems]
+                    end
+                end
+                c = (c % 2) + 1
+                if  xs < xe then
+                    -- defines the direction of leaves & fills them
+
+                    _lcd:set(xs, y, colors[c])
+                    _lcd:set(xe, y, colors[c])
+                    _lcd:line(xs + 1, y, xe - 1, y, colors[3 - c], true)
+                end
+            end
+
+        end
+
+        do -- stripes and shifts image strips; blits it into the colors(1) leaves
+            local y
+            local y_col = 1
+            local w = ims.strip:width() - 1
+            local h = ims.strip:height() - 1
+            if ims.y_pos ~= nil then
+                for i = 1, #ims.y_pos do
+                    ims.y_pos[i] = ims.y_pos[i] + ims.y_inc[i]
+
+                    if (ims.y_inc[i] > 0 and ims.y_pos[i] > ims.y_finl[i])
+                    or (ims.y_inc[i] < 0 and ims.y_pos[i] < ims.y_finl[i]) then
+                        ims.y_pos[i] = ims.y_init[i]
+                    end
+                end
+            else
+                ims.y_pos = {ims.y_init[1], ims.y_init[2]}
+            end
+
+            for ix = 1, _lcd.W, w do
+                y_col = y_col + 1
+                y = ims.y_pos[(y_col % 2) + 1]
+                if _lcd.DEPTH > 1 then
+                    _lcd:copy(ims.strip, ix, 1, 1, y, w, h, false, _blit.BDEQC, colors[1])
+                else
+                    _lcd:copy(ims.strip, ix, 1, 1, y, w, h, false, _blit.BSAND)
+                end
+            end
+        end
+
+        _lcd:update()
+        z = z + zi
+
+        if rb.get_plugin_action(0) == CANCEL_BUTTON then
+            break
+        end
+    collectgarbage("step")
+    end
+    --[[--Profiling code
+    _print.f("%d", _timer.stop(timer))
+    rb.sleep(rb.HZ * 10)]]
+end -- twist
+
+function draw_target(img)
+
+    local clr = _clr.set(0, 0, 0, 0)
+
+    -- make a copy of original screen for restoration
+    local screen_img = _lcd:duplicate()
+
+    rad_m = math.min(_lcd.W, _lcd.H)
+
+    for s = -_lcd.W /4, 16 do
+        img:copy(screen_img)
+        s = math.max(1, math.abs(s))
+        for r = 1, rad_m /2 - 10, s do
+            clr = _clr.inc(clr, 1, r * 5, r * 10, r * 20)
+            _draw.circle(img, _lcd.CX, _lcd.CY, r, clr)
+        end
+
+        _lcd:update()
+        if rb.get_plugin_action( 20) == CANCEL_BUTTON then
+            z = 16;
+            break;
+        end
+    end
+
+end -- draw_target
+
+function draw_sweep(img, cx, cy, radius, color)
+    local timer = _timer() --creates a new timer saves index
+    local wait
+    local x
+    local y
+    --make a copy of original screen for restoration
+    local screen_img = _lcd:duplicate()
+    _draw.circle(img, cx, cy, radius, color)
+    for d = 630, 270, - 5  do
+        if d % 45 == 0 then
+            img:copy(screen_img)
+            _draw.circle(img, cx, cy, radius, color)
+            l = 0
+        end
+        x = cx + radius * _math.d_cos(d) / 10000
+        y = cy + radius * _math.d_sin(d) / 10000
+
+
+        _draw.line(img, cx, cy, x, y, color)
+        l = l + 1
+        if l > 1 then
+        x1 = cx + (radius - 1) * _math.d_cos(d + 1) / 10000
+        y1 = cy + (radius - 1) * _math.d_sin(d + 1) / 10000
+        _draw_floodfill(img, x1, y1, BLACK, color)
+        end
+        _lcd:update()
+        wait = timer:check(true) --checks timer and updates last time
+        if wait >= 50 then
+            wait = 0
+        elseif wait < 50 then
+            wait = 50 - wait
+        end
+        if rb.get_plugin_action( wait) == CANCEL_BUTTON then
+            break
+        end
+    end
+    timer:stop() --destroys timer, also returns time since last time
+    screen_img = nil
+end -- draw_sweep
+
+function rotate_image(img)
+    local blitop = _blit.BOR
+    local i = 1
+    local d = 0
+    local ximg
+    local x, y, w, h, xr, yr
+
+    ximg = _img.rotate(img, 45) -- image will be largest at this point
+    w = ximg:width()
+    h = ximg:height()
+    xr = (_lcd.W - w) / 2
+    yr = (_lcd.H - h) / 2
+    --make a copy of original screen for restoration
+    local screen_img -- = _lcd:duplicate()
+    screen_img =_img.new(w, h)
+    screen_img :copy(_LCD, 1, 1, xr, yr, w, h)
+    --_print.f("CW")
+
+    --[[--Profiling code
+    local timer = _timer.start()]]
+
+    while d >= 0 do
+        ximg = _img.rotate(img, d)
+        w = ximg:width()
+        h = ximg:height()
+        x = (_lcd.W - w) / 2
+        y = (_lcd.H - h) / 2
+
+        -- copy our rotated image onto the background
+        _lcd:copy(ximg, x, y, 1, 1, w, h, false, blitop)
+        _lcd:update()
+        --restore the portion of the background we destroyed
+        _lcd:copy(screen_img, xr, yr, 1, 1)
+
+        if d > 0 and d % 360 == 0 then
+            _lcd:copy(ximg, x, y, 1, 1, w, h)
+            _lcd:update()
+            if i == 1 then i = 0 end
+            if d == 1440 or i < 0 then
+                if i < 0 then
+                    i = i - 5
+                else
+                    i = - 5
+                end
+                blitop = _blit.BXOR
+                --_print.f("CCW")
+                --rb.sleep(rb.HZ)
+            else
+                i = i + 5
+                --_print.f("CW")
+                --rb.sleep(rb.HZ)
+            end
+
+        end
+        d = d + i
+
+        if rb.get_plugin_action(0) == CANCEL_BUTTON then
+            break;
+        end
+    end
+
+    _lcd:copy(ximg, x, y, 1, 1, w, h)
+    --[[-- Profiling code
+    _print.f("%d", _timer.stop(timer))
+    rb.sleep(rb.HZ * 10)]]
+end -- rotate_image
+
+-- shows blitting with a mask
+function blit_mask(dst)
+    local timer = _timer()
+    local r = math.min(_lcd.CX, _lcd.CY) / 5
+
+    local bmask = _img.new(_lcd.W, _lcd.H)
+    bmask:clear(0)
+
+    _draw.circle_filled(bmask, _lcd.CX, _lcd.CY, r, WHITE)
+    local color = _clr.set(0, 0, 0 ,0)
+    for z = 0, 100 do
+        z = z + timer:check(true)
+        color = _clr.inc(color, 1, z * 5, z * 10, z * 20)
+        dst:copy(bmask, 1, 1, 1, 1, nil, nil, false, _blit.BSAND, color)
+        _lcd:update()
+
+        if rb.get_plugin_action(0) == CANCEL_BUTTON then
+            break
+        end
+    end
+end -- blit_mask
+
+-- draws an X on the screen
+function draw_x()
+    _draw.line(_LCD, 1, 1, _lcd.W, _lcd.H, WHITE)
+    _draw.line(_LCD, _lcd.W, 1, 1, _lcd.H, WHITE)
+
+    _draw.hline(_LCD, 10, _lcd.CY , _lcd.W - 21, WHITE)
+
+    _draw.vline(_LCD, _lcd.CX, 20 , _lcd.H - 41, WHITE)
+
+    _draw.rect(_LCD, _lcd.CX - 17, _lcd.CY - 17, 34, 34, WHITE)
+    _lcd:update()
+    rb.sleep(100)
+end -- draw_x
+
+--fills an image with random colors
+function random_img(img)
+    local min = _clr.set(0, 0, 0, 0)
+    local max = _clr.set(-1, 255, 255, 255)
+    math.randomseed(rb.current_tick())
+    for x = 1, img:width() do
+        for y = 1, img:height() do
+            img:set(x, y, math.random(min, max))
+        end
+    end
+end -- random_img
+
+function rainbow_img(img)
+--draw a gradient using available colors
+    if IS_COLOR_TARGET == true then
+    --R O Y G B I V
+        clrs = {
+                {r = 255, g = 255, b = 255},  -- white
+                {r = 000, g = 000, b = 000},  -- black
+                {r = 200, g = 000, b = 000},  -- red
+                {r = 255, g = 000, b = 000},  -- red
+                {r = 255, g = 100, b = 033},  -- orange
+                {r = 255, g = 127, b = 000},  -- orange
+                {r = 255, g = 200, b = 033},  -- yellow
+                {r = 255, g = 255, b = 000},  -- yellow
+                {r = 050, g = 255, b = 000},  -- green
+                {r = 000, g = 125, b = 125},  -- green
+                {r = 000, g = 000, b = 255},  -- blue
+                {r = 033, g = 025, b = 200},  -- indigo
+                {r = 075, g = 000, b = 150},  -- indigo
+                {r = 127, g = 000, b = 150},  -- violet
+                {r = 150, g = 000, b = 255},  -- violet
+                {r = 255, g = 255, b = 255},  -- white
+                {r = 000, g = 000, b = 000},  -- black
+               }
+    else
+    end
+        draw_gradient(img, 1, 1, nil, nil, "V", clrs)
+end -- rainbow_img
+
+-- draws a rounded rectangle with text
+function rock_lua()
+    local res, w, h = _lcd:text_extent("W", rb.FONT_UI)
+    w = _lcd.W - 10
+    h = h + 4
+    _draw.rounded_rect_filled(_LCD, 5, 5, w, h, 15, WHITE)
+    _draw_text(_LCD, 5, 5, w, h, nil, BLACK, "ROCKlua!")
+    _lcd:update()
+    rb.sleep(100)
+end -- rock_lua
+
+-- draws a rounded rectangle with long text
+function long_text()
+    local txt = "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890"
+    local res, w, h = _lcd:text_extent(txt, rb.FONT_UI)
+    local resp, wp, hp = _lcd:text_extent(" ", rb.FONT_UI)
+    local wait = 0
+    w = w + wp * 3
+    h = h + 4
+    local img = _img.new(w + 1, h)
+    img:clear(BLACK)
+    _draw.rounded_rect_filled(img, 1, 1, w, h, 15, WHITE)
+    _draw_text(img, 1, 2, nil, nil, nil, BLACK, txt)
+
+    for p = -w + 1, w - 1 do
+        wait = 0
+        p = math.abs(p)
+        _lcd:copy(img, 1, _lcd.H - h, w - p, 1)
+        _lcd:update()
+        if p == 0 or w - p == 1 then wait = 100; rb.sleep(50) end
+        if rb.get_plugin_action(wait) == CANCEL_BUTTON then
+            break
+        end
+    end
+
+end -- long_text
+
+-- creates or loads an image to use as logo
+function get_logo()
+    local logo_img = _img.load("/pix.bmp") --loads the previously saved image (if we saved it before)
+
+    --create a logo if an image wasn't saved previously
+    if(not logo_img) then
+        logo_img = create_logo()
+    end
+
+    --fallback
+    if(not logo_img) then
+        -- Load a BMP file in the variable backdrop
+        local base = "/.rockbox/icons/"
+        local backdrop = _img.load("/image.bmp") --user supplied image
+                  or _img.load(base .. "tango_small_viewers.bmp")
+                  or _img.load(base .. "tango_small_viewers_mono.bmp")
+                  or _img.load(base .. "tango_small_mono.bmp")
+                  or _img.load(base .. "tango_icons.16x16.bmp")
+                  or _img.load(base .. "tango_icons_viewers.16x16.bmp")
+                  or _img.load(base .. "viewers.bmp")
+                  or _img.load(base .. "viewers.6x8x1.bmp")
+                  or _img.load(base .. "viewers.6x8x2.bmp")
+                  or _img.load(base .. "viewers.6x8x10.bmp")
+                  or _img.load(base .. "viewers.6x8x16.bmp")
+        logo_img = backdrop
+    end
+    return logo_img
+end -- get_logo
+
+-- uses print_table to display a menu
+function main_menu()
+
+    local mt =  {
+                [1] = "Rocklua RLI Example",
+                [2] = "The X",
+                [3] = "Blit Mask",
+                [4] = "Target",
+                [5] = "Sweep",
+                [6] = "Bouncing Ball (olive)",
+                [7] = "The Twist",
+                [8] = "Image Rotation",
+                [9] = "Long Text",
+                [10] = "Rainbow Image",
+                [11] = "Random Image",
+                [12] = "Clear Screen",
+                [13] = "Save Screen",
+                [14] = "Exit"
+                }
+    local ft =  {
+                [0] = exit_now, --if user cancels do this function
+                [1] = function(TITLE) return true end, -- shouldn't happen title occupies this slot
+                [2] = function(THE_X) draw_x() end,
+                [3] = function(BLITM) blit_mask(_lcd()) end,
+                [4] = function(TARGT) draw_target(_lcd()) end,
+                [5] = function(SWEEP)
+                        local r = math.min(_lcd.CX, _lcd.CY) - 20
+                        draw_sweep(_lcd(), _lcd.CX, _lcd.CY, r, _clr.set(-1, 0, 255, 0))
+                      end,
+                [6]  = function(BOUNC) bounce_image(create_ball()) end,
+                [7]  = function(TWIST) twist(get_logo()) end,
+                [8]  = function(ROTAT) rotate_image(get_logo()) end,
+                [9]  = long_text,
+                [10] = function(RAINB)
+                         rainbow_img(_lcd()); _lcd:update(); rb.sleep(rb.HZ)
+                       end,
+                [11] = function(RANDM)
+                         random_img(_lcd()); _lcd:update(); rb.sleep(rb.HZ)
+                       end,
+                [12] = function(CLEAR) _lcd:clear(BLACK); rock_lua() end,
+                [13] = function(SAVEI) _LCD:invert(); _img_save(_LCD, "/rocklua.bmp") end,
+                [14] = function(EXIT_) return true end
+                }
+
+    if _lcd.DEPTH < 2 then
+        table.remove(mt, 10)
+        table.remove(ft, 10)
+    end
+
+    print_menu(mt, ft)
+
+end
+--------------------------------------------------------------------------------
+function exit_now()
+    _lcd:update()
+    _lcd:splashf(rb.HZ * 5, "ran for %d seconds", _timer.stop("main") / rb.HZ)
+    os.exit()
+end -- exit_now
+--------------------------------------------------------------------------------
+
+--MAIN PROGRAM------------------------------------------------------------------
+_timer("main") -- keep track of how long the program ran
+
+-- Clear the screen
+_lcd:clear(BLACK)
+
+if _lcd.DEPTH > 1 then
+--draw a gradient using available colors
+if IS_COLOR_TARGET == true then
+    clrs = {
+            {r = 255, g = 000, b = 000},  -- red
+            {r = 000, g = 255, b = 000},  -- green
+            {r = 000, g = 000, b = 255},  -- blue
+           }
+else
+end
+    local w = bit.rshift(_lcd.W, 2)
+    local h = bit.rshift(_lcd.H, 2)
+    draw_gradient(_lcd(), (_lcd.W - w)/2 - 1, (_lcd.H - h)/3 - 1, w, h, "H", clrs)
+    _lcd:update()
+    rb.sleep(rb.HZ)
+end
+
+do
+local img = _img.load("/rocklua.bmp")
+    if not img then
+        rock_lua()
+    else
+        _lcd:image(img)
+    end
+end
+_lcd:update()
+rb.sleep(rb.HZ / 2)
+
+if rb.cpu_boost then rb.cpu_boost(true) end
+
+main_menu()
+
+if rb.cpu_boost then rb.cpu_boost(false) end
+
+exit_now()
+
+-- For a reference list of all functions available, see apps/plugins/lua/rocklib.c (and apps/plugin.h)