diff --git a/projects/examples/samples/offscreen_nuklear_sapp.lua b/projects/examples/samples/offscreen_nuklear_sapp.lua
new file mode 100644
index 0000000..a12395a
--- /dev/null
+++ b/projects/examples/samples/offscreen_nuklear_sapp.lua
@@ -0,0 +1,406 @@
+package.path    = package.path..";../../?.lua"
+local dirtools  = require("tools.vfs.dirtools").init("sokol%-luajit")
+
+--_G.SOKOL_DLL    = "sokol_debug_dll"
+local sapp      = require("sokol_app")
+sg              = require("sokol_gfx")
+sg              = require("sokol_nuklear")
+local nk        = sg
+local slib      = require("sokol_libs") -- Warn - always after gfx!!
+
+local sshape    = require("sokol_shape")
+local hmm       = require("hmm")
+local hutils    = require("hmm_utils")
+
+local stb       = require("stb")
+
+local ffi       = require("ffi")
+
+-- --------------------------------------------------------------------------------------
+-- The nice way to take a glsl shader and load, compile and return a shader description
+local shc       = require("tools.shader_compiler.shc_compile").init( "sokol%-luajit", false )
+
+-- Need to use default because this is whats used for first unnamed program
+local default   = shc.compile("./projects/examples/samples/offscreen-sapp.glsl", "default")
+local offscreen = shc.compile("./projects/examples/samples/offscreen-sapp.glsl", "offscreen")
+
+-- --------------------------------------------------------------------------------------
+
+local OFFSCREEN_PIXEL_FORMAT = (sg.SG_PIXELFORMAT_RGBA8)
+local OFFSCREEN_SAMPLE_COUNT = 1
+local DISPLAY_SAMPLE_COUNT = 4
+
+-- --------------------------------------------------------------------------------------
+
+ffi.cdef[[ 
+    typedef struct state {
+        struct {
+            sg_pass * pass;
+            sg_pipeline pip;
+            sg_bindings * bind;
+        } offscreen;
+        struct {
+            sg_pass_action pass_action;
+            sg_pipeline pip;
+            sg_bindings * bind;
+        } display;
+        struct nk_image color_image;
+        sshape_element_range_t donut;
+        sshape_element_range_t sphere;
+        float rx, ry;
+    } state; 
+]]
+
+local state = ffi.new("state[1]")
+
+local display_bind = ffi.new("sg_bindings[1]", {})
+local offscreen_bind = ffi.new("sg_bindings[1]", {})
+local off_pass = ffi.new("sg_pass[1]")
+
+-- --------------------------------------------------------------------------------------
+-- returns struct nk_image
+local function icon_load(filename)
+
+    local x = ffi.new("int[1]", {0})
+    local y = ffi.new("int[1]", {0})
+    local n = ffi.new("int[1]", {4})
+    local data = stb.stbi_load(filename, x, y, nil, 4)
+    if (data == nil) then error("[STB]: failed to load image: "..filename); end
+
+    print("Image Loaded: "..filename.."      Width: "..x[0].."  Height: "..y[0].."  Channels: "..n[0])
+
+    local pixformat =  sg.SG_PIXELFORMAT_RGBA8
+
+    local sg_img_desc = ffi.new("sg_image_desc[1]")
+    sg_img_desc[0].width = x[0]
+    sg_img_desc[0].height = y[0]
+    sg_img_desc[0].pixel_format = pixformat
+    sg_img_desc[0].sample_count = 1
+    
+    sg_img_desc[0].data.subimage[0][0].ptr = data
+    sg_img_desc[0].data.subimage[0][0].size = x[0] * y[0] * n[0]
+
+    local new_img = sg.sg_make_image(sg_img_desc)
+
+    -- // create a sokol-nuklear image object which associates an sg_image with an sg_sampler
+    local img_desc = ffi.new("snk_image_desc_t[1]")
+    img_desc[0].image = new_img
+    local snk_img = nk.snk_make_image(img_desc)
+    local nk_hnd = nk.snk_nkhandle(snk_img)
+    local nk_img = nk.nk_image_handle(nk_hnd);
+
+    stb.stbi_image_free(data)
+    return nk_img
+end
+
+-- --------------------------------------------------------------------------------------
+
+local pix = {}
+
+local function init()
+
+    local sg_desc = ffi.new("sg_desc[1]")
+    sg_desc[0].environment = slib.sglue_environment()
+    sg_desc[0].logger.func = slib.slog_func
+    sg.sg_setup( sg_desc )
+
+    -- // use sokol-nuklear with all default-options (we're not doing
+    -- // multi-sampled rendering or using non-default pixel formats)
+    local snk = ffi.new("snk_desc_t[1]")
+    snk[0].dpi_scale = sapp.sapp_dpi_scale()
+    snk[0].logger.func = slib.slog_func
+    nk.snk_setup(snk)
+
+    local base_path = "projects/examples/samples/"
+    pix["baboon"] = icon_load(base_path.."images/baboon.png")
+
+    local offscreen_shader = sg.sg_make_shader(offscreen)
+    local default_shader = sg.sg_make_shader(default)  
+
+    local pass_action = ffi.new("sg_pass_action[1]")
+    pass_action[0].colors[0].load_action = sg.SG_LOADACTION_CLEAR
+    pass_action[0].colors[0].clear_value = { 0.25, 0.45, 0.65, 1.0 }
+    state[0].display.pass_action = pass_action[0]
+
+    -- // setup a render pass struct with one color and one depth render attachment image
+    -- // NOTE: we need to explicitly set the sample count in the attachment image objects,
+    -- // because the offscreen pass uses a different sample count than the display render pass
+    -- // (the display render pass is multi-sampled, the offscreen pass is not)
+    local img_desc = ffi.new("sg_image_desc[1]")
+    img_desc[0].render_target = true
+    img_desc[0].width = 256
+    img_desc[0].height = 256
+    img_desc[0].pixel_format = OFFSCREEN_PIXEL_FORMAT
+    img_desc[0].sample_count = OFFSCREEN_SAMPLE_COUNT
+    img_desc[0].label = "color-image"
+    local color_img = sg.sg_make_image(img_desc)
+
+    local nk_img_desc = ffi.new("snk_image_desc_t[1]")
+    nk_img_desc[0].image = color_img
+    local snk_img = nk.snk_make_image(nk_img_desc)
+    local nk_hnd = nk.snk_nkhandle(snk_img)
+    local nk_img = nk.nk_image_handle(nk_hnd);
+    state[0].color_image = nk_img
+
+    img_desc[0].pixel_format = sg.SG_PIXELFORMAT_DEPTH
+    img_desc[0].label = "depth-image";
+    local depth_img = sg.sg_make_image(img_desc)
+
+    local att_desc = ffi.new("sg_attachments_desc[1]")
+    att_desc[0].colors[0].image = color_img
+    att_desc[0].depth_stencil.image = depth_img
+    att_desc[0].label = "offscree-attachments"
+
+    off_pass[0].attachments = sg.sg_make_attachments(att_desc)
+    off_pass[0].action.colors[0].load_action = sg.SG_LOADACTION_CLEAR
+    off_pass[0].action.colors[0].clear_value = { 0.25, 0.25, 0.25, 1.0 }
+    off_pass[0].label = "offscreen-pass"
+    state[0].offscreen.pass = off_pass
+
+    -- // a donut shape which is rendered into the offscreen render target, and
+    -- // a sphere shape which is rendered into the default framebuffer
+    local vertices = ffi.new("sshape_vertex_t[4000]", {})
+    local indices = ffi.new("uint16_t[24000]", { 0 })
+    local buf = ffi.new("sshape_buffer_t[1]")
+    buf[0].vertices.buffer.ptr = vertices
+    buf[0].vertices.buffer.size = ffi.sizeof(vertices)
+    buf[0].indices.buffer.ptr = indices 
+    buf[0].indices.buffer.size = ffi.sizeof(indices)
+    
+    local shape_torus = ffi.new("sshape_torus_t[1]", {})
+    shape_torus[0].radius = 0.5 
+    shape_torus[0].ring_radius = 0.3 
+    shape_torus[0].sides = 20 
+    shape_torus[0].rings = 36
+    buf[0] = sshape.sshape_build_torus(buf, shape_torus)
+
+    state[0].donut = sshape.sshape_element_range(buf)
+
+    local shape_sphere = ffi.new("sshape_sphere_t[1]", {})
+    shape_sphere[0].radius = 0.5 
+    shape_sphere[0].slices = 72
+    shape_sphere[0].stacks = 40 
+
+    buf[0] = sshape.sshape_build_sphere(buf, shape_sphere)
+    state[0].sphere = sshape.sshape_element_range(buf)
+
+    local vbuf_desc = ffi.new("sg_buffer_desc[1]")
+    vbuf_desc[0] = sshape.sshape_vertex_buffer_desc(buf)
+    local ibuf_desc = ffi.new("sg_buffer_desc[1]")
+    ibuf_desc[0] = sshape.sshape_index_buffer_desc(buf)
+    vbuf_desc[0].label = "shape-vbuf"
+    ibuf_desc[0].label = "shape-ibuf"
+    local vbuf = sg.sg_make_buffer(vbuf_desc)
+    local ibuf = sg.sg_make_buffer(ibuf_desc)
+
+    -- // pipeline-state-object for offscreen-rendered donut
+    -- // NOTE: we need to explicitly set the sample_count here because
+    -- // the offscreen pass uses a different sample count than the default
+    -- // pass (the display pass is multi-sampled, but the offscreen pass isn't)
+
+    local pipeline = ffi.new("sg_pipeline_desc[1]")
+    pipeline[0].layout.buffers[0] = sshape.sshape_vertex_buffer_layout_state()
+    pipeline[0].layout.attrs[0] = sshape.sshape_position_vertex_attr_state()
+    pipeline[0].layout.attrs[1] = sshape.sshape_normal_vertex_attr_state()
+    pipeline[0].shader = offscreen_shader
+    pipeline[0].index_type = sg.SG_INDEXTYPE_UINT16
+    pipeline[0].cull_mode = sg.SG_CULLMODE_BACK
+    pipeline[0].sample_count = OFFSCREEN_SAMPLE_COUNT
+    pipeline[0].depth.pixel_format = sg.SG_PIXELFORMAT_DEPTH
+    pipeline[0].depth.compare = sg.SG_COMPAREFUNC_LESS_EQUAL
+    pipeline[0].depth.write_enabled = true 
+    pipeline[0].colors[0].pixel_format = OFFSCREEN_PIXEL_FORMAT
+    pipeline[0].label = "offscreen-pipeline"
+    state[0].offscreen.pip = sg.sg_make_pipeline(pipeline)
+
+    -- // and another pipeline-state-object for the default pass
+    local pipe_desc = ffi.new("sg_pipeline_desc[1]")
+    pipe_desc[0].layout.buffers[0] = sshape.sshape_vertex_buffer_layout_state()
+    pipe_desc[0].layout.attrs[0] = sshape.sshape_position_vertex_attr_state()
+    pipe_desc[0].layout.attrs[1] = sshape.sshape_normal_vertex_attr_state()
+    pipe_desc[0].layout.attrs[2] = sshape.sshape_texcoord_vertex_attr_state()
+    pipe_desc[0].shader = default_shader
+    pipe_desc[0].index_type = sg.SG_INDEXTYPE_UINT16
+    pipe_desc[0].cull_mode = sg.SG_CULLMODE_BACK
+    pipe_desc[0].depth.compare = sg.SG_COMPAREFUNC_LESS_EQUAL
+    pipe_desc[0].depth.write_enabled = true
+    pipe_desc[0].label = "default-pipeline"
+    state[0].display.pip = sg.sg_make_pipeline(pipe_desc)
+
+    -- // a sampler object for sampling the render target texture
+    local sampler = ffi.new("sg_sampler_desc[1]")
+    sampler[0].min_filter = sg.SG_FILTER_LINEAR
+    sampler[0].mag_filter = sg.SG_FILTER_LINEAR
+    sampler[0].wrap_u = sg.SG_WRAP_REPEAT
+    sampler[0].wrap_v = sg.SG_WRAP_REPEAT
+    local smp = sg.sg_make_sampler(sampler)
+
+    -- // the resource bindings for rendering a non-textured shape into offscreen render target
+    offscreen_bind[0].vertex_buffers[0] = vbuf
+    offscreen_bind[0].index_buffer = ibuf
+    state[0].offscreen.bind = offscreen_bind
+
+    -- // resource bindings to render a textured shape, using the offscreen render target as texture
+    display_bind[0].vertex_buffers[0] = vbuf
+    display_bind[0].index_buffer = ibuf
+    display_bind[0].images[0] = color_img
+    display_bind[0].samplers[0] = smp
+    state[0].display.bind = display_bind
+end
+
+-- --------------------------------------------------------------------------------------
+-- // helper function to compute model-view-projection matrix
+local function compute_mvp( rx,  ry,  aspect, eye_dist) 
+    local proj = hmm.HMM_Perspective(45.0, aspect, 0.01, 10.0)
+    local view = hmm.HMM_LookAt(hmm.HMM_Vec3(0.0, 0.0, eye_dist), hmm.HMM_Vec3(0.0, 0.0, 0.0), hmm.HMM_Vec3(0.0, 1.0, 0.0))
+    local view_proj = hmm.HMM_MultiplyMat4(proj, view)
+    local rxm = hmm.HMM_Rotate(rx, hmm.HMM_Vec3(1.0, 0.0, 0.0))
+    local rym = hmm.HMM_Rotate(ry, hmm.HMM_Vec3(0.0, 1.0, 0.0))
+    local model = hmm.HMM_MultiplyMat4(rym, rxm)
+    local mvp = hmm.HMM_MultiplyMat4(view_proj, model)
+    return mvp
+end
+
+
+-- --------------------------------------------------------------------------------------
+-- Static vars 
+-- 
+--  Note: Many vars are locally set or globals. This was from a direct C conversion. 
+--        To make static vars workaround then place them below.
+
+local show_menu     = ffi.new("bool[1]", {nk.nk_true})
+local border        = ffi.new("bool[1]", {nk.nk_true})
+local resize        = ffi.new("bool[1]", {nk.nk_true})
+local movable       = ffi.new("bool[1]", {nk.nk_true})
+local no_scrollbar  = ffi.new("bool[1]", {nk.nk_false})
+local scale_left    = ffi.new("bool[1]", {nk.nk_false})
+local winrect       = ffi.new("struct nk_rect[1]", {{10, 25, 1000, 600}})
+
+-- /* window flags */
+local window_flags = 0
+local minimizable = ffi.new("bool[1]", {nk.nk_true})
+
+-- /* popups */
+local header_align = nk.NK_HEADER_RIGHT
+
+-- --------------------------------------------------------------------------------------
+
+local function draw_demo_ui(ctx)
+
+    -- /* window flags */
+    ctx[0].style.window.header.align = header_align
+    if (border[0] ==  true) then window_flags = bit.bor(window_flags, nk.NK_WINDOW_BORDER) end
+    if (resize[0] == true) then window_flags = bit.bor(window_flags, nk.NK_WINDOW_SCALABLE) end
+    if (movable[0] == true) then window_flags = bit.bor(window_flags, nk.NK_WINDOW_MOVABLE) end
+    if (no_scrollbar[0] == true) then window_flags = bit.bor(window_flags, nk.NK_WINDOW_NO_SCROLLBAR) end
+    if (scale_left[0] == true) then window_flags = bit.bor(window_flags, nk.NK_WINDOW_SCALE_LEFT) end
+    if (minimizable[0] == true) then window_flags = bit.bor(window_flags, nk.NK_WINDOW_MINIMIZABLE) end
+
+    if (nk.nk_begin(ctx, "PNG View", winrect[0], window_flags) == true) then
+        nk.nk_layout_row_begin(ctx, nk.NK_STATIC, 500, 5)
+        nk.nk_layout_row_push(ctx, 600)
+
+        -- nk.nk_image(ctx, pix["baboon"])
+        nk.nk_image(ctx, state[0].color_image)
+    end
+    nk.nk_end(ctx)
+    return not nk.nk_window_is_closed(ctx, "Overview")        
+end 
+
+-- --------------------------------------------------------------------------------------
+
+local vs_params = ffi.new("vs_params_t[1]")
+local def_vs_params = ffi.new("vs_params_t[1]")
+local vs_range = ffi.new("sg_range[1]")
+local def_vs_range = ffi.new("sg_range[1]")
+
+local function frame()
+
+    local ctx = nk.snk_new_frame(false)
+
+    local t = (sapp.sapp_frame_duration() * 60.0)
+    state[0].rx = state[0].rx + 1.0 * t
+    state[0].ry = state[0].ry + 2.0 * t
+
+    -- // the offscreen pass, rendering an rotating, untextured donut into a render target image
+    vs_params[0].mvp = compute_mvp(state[0].rx, state[0].ry, 1.0, 2.5)
+
+    vs_range[0].ptr = vs_params
+    vs_range[0].size = ffi.sizeof(vs_params)
+
+    sg.sg_begin_pass(state[0].offscreen.pass)
+    sg.sg_apply_pipeline(state[0].offscreen.pip)
+    sg.sg_apply_bindings(state[0].offscreen.bind)
+    sg.sg_apply_uniforms(sg.SG_SHADERSTAGE_VS, vs_range)
+    sg.sg_draw(state[0].donut.base_element, state[0].donut.num_elements, 1)
+    sg.sg_end_pass()
+
+    -- // and the display-pass, rendering a rotating textured sphere which uses the
+    -- // previously rendered offscreen render-target as texture
+    local w = sapp.sapp_width()
+    local h = sapp.sapp_height()
+    def_vs_params[0].mvp = compute_mvp(-state[0].rx * 0.25, state[0].ry * 0.25, w/h, 3.0)
+    
+    local pass = ffi.new("sg_pass[1]")
+    pass[0].action = state[0].display.pass_action
+    pass[0].swapchain = slib.sglue_swapchain()
+    pass[0].label = "swapchain-pass"
+    sg.sg_begin_pass(pass)
+
+    def_vs_range[0].ptr = def_vs_params
+    def_vs_range[0].size = ffi.sizeof(def_vs_params)
+
+    sg.sg_apply_pipeline(state[0].display.pip)
+    sg.sg_apply_bindings(state[0].display.bind)
+    sg.sg_apply_uniforms(sg.SG_SHADERSTAGE_VS, def_vs_range)
+    sg.sg_draw(state[0].sphere.base_element, state[0].sphere.num_elements, 1)
+    sg.sg_end_pass()
+
+    draw_demo_ui(ctx)
+
+    -- // the sokol_gfx draw pass
+    local pass = ffi.new("sg_pass[1]")
+    pass[0].action.colors[0].load_action = sg.SG_LOADACTION_CLEAR
+    pass[0].action.colors[0].clear_value = { 0.25, 0.5, 0.7, 1.0 }
+    pass[0].swapchain = slib.sglue_swapchain()
+    sg.sg_begin_pass(pass)
+
+    nk.snk_render(sapp.sapp_width(), sapp.sapp_height())
+    sg.sg_end_pass()
+
+    sg.sg_commit()
+
+    -- Display frame stats in console.
+    -- hutils.show_stats()
+end
+
+-- --------------------------------------------------------------------------------------
+
+local function input(event) 
+    nk.snk_handle_event(event)
+end
+
+-- --------------------------------------------------------------------------------------
+
+local function cleanup()
+
+    sg.sg_shutdown()
+end
+
+-- --------------------------------------------------------------------------------------
+
+local app_desc = ffi.new("sapp_desc[1]")
+app_desc[0].init_cb = init
+app_desc[0].frame_cb = frame
+app_desc[0].cleanup_cb = cleanup
+app_desc[0].event_cb = input
+app_desc[0].width = 1920
+app_desc[0].height = 1080
+app_desc[0].sample_count = DISPLAY_SAMPLE_COUNT
+app_desc[0].window_title = "Offscreen (sokol-app)"
+app_desc[0].icon.sokol_default = true 
+app_desc[0].logger.func = slib.slog_func 
+
+sapp.sapp_run( app_desc )
+
+-- --------------------------------------------------------------------------------------
\ No newline at end of file