Apresente aqui temas que gostou, skins de programas, ícones, wallpapers, conky's, etc. Ou seja, tudo o que possa alterar de estético no seu Ubuntu, apresente aqui. Em caso de dúvidas de personalização ou se quiser mostrá-la ao mundo, utilize esta secção!
#============================================================================== # conkyrc_grey # # author : SLK # version : v2011011601 # license : Distributed under the terms of GNU GPL version 2 or later # #==============================================================================
${voffset 80} ${goto 90}${font Ubuntu:size=7,weight:bold}${color}CPU ${goto 90}${font Ubuntu:size=7,weight:normal}${color1}${top name 1}${alignr}${top cpu 1}% ${goto 90}${font Ubuntu:size=7,weight:normal}${color2}${top name 2}${alignr}${top cpu 2}% ${goto 90}${font Ubuntu:size=7,weight:normal}${color3}${top name 3}${alignr}${top cpu 3}% ${goto 90}${cpugraph 10,100 666666 666666} ${goto 90}${voffset -10}${font Ubuntu:size=7,weight:normal}${color}${threads} process
${voffset 20} ${goto 90}${font Ubuntu:size=7,weight:bold}${color}MEM ${goto 90}${font Ubuntu:size=7,weight:normal}${color1}${top_mem name 1}${alignr}${top_mem mem 1}% ${goto 90}${font Ubuntu:size=7,weight:normal}${color2}${top_mem name 2}${alignr}${top_mem mem 2}% ${goto 90}${font Ubuntu:size=7,weight:normal}${color3}${top_mem name 3}${alignr}${top_mem mem 3}%
--============================================================================== -- conky_grey.lua -- -- author : SLK -- version : v2011062101 -- license : Distributed under the terms of GNU GPL version 2 or later -- --==============================================================================
------------------------------------------------------------------------------- -- rgb_to_r_g_b -- converts color in hexa to decimal -- function rgb_to_r_g_b(colour, alpha) return ((colour / 0x10000) % 0x100) / 255., ((colour / 0x100) % 0x100) / 255., (colour % 0x100) / 255., alpha end
------------------------------------------------------------------------------- -- angle_to_position -- convert degree to rad and rotate (0 degree is top/north) -- function angle_to_position(start_angle, current_angle) local pos = current_angle + start_angle return ( ( pos * (2 * math.pi / 360) ) - (math.pi / 2) ) end
------------------------------------------------------------------------------- -- draw_clock_ring -- displays clock -- function draw_clock_ring(display, data, value) local max_value = data['max_value'] local x, y = data['x'], data['y'] local graph_radius = data['graph_radius'] local graph_thickness, graph_unit_thickness = data['graph_thickness'], data['graph_unit_thickness'] local graph_unit_angle = data['graph_unit_angle'] local graph_bg_colour, graph_bg_alpha = data['graph_bg_colour'], data['graph_bg_alpha'] local graph_fg_colour, graph_fg_alpha = data['graph_fg_colour'], data['graph_fg_alpha']
-- background ring cairo_arc(display, x, y, graph_radius, 0, 2 * math.pi) cairo_set_source_rgba(display, rgb_to_r_g_b(graph_bg_colour, graph_bg_alpha)) cairo_set_line_width(display, graph_thickness) cairo_stroke(display)
-- arc of value local val = (value % max_value) local i = 1 while i <= val do cairo_arc(display, x, y, graph_radius,( ((graph_unit_angle * i) - graph_unit_thickness)*(2*math.pi/360) )-(math.pi/2),((graph_unit_angle * i) * (2*math.pi/360))-(math.pi/2)) cairo_set_source_rgba(display,rgb_to_r_g_b(graph_fg_colour,graph_fg_alpha)) cairo_stroke(display) i = i + 1 end local angle = (graph_unit_angle * i) - graph_unit_thickness
-- graduations marks local graduation_radius = data['graduation_radius'] local graduation_thickness, graduation_mark_thickness = data['graduation_thickness'], data['graduation_mark_thickness'] local graduation_unit_angle = data['graduation_unit_angle'] local graduation_fg_colour, graduation_fg_alpha = data['graduation_fg_colour'], data['graduation_fg_alpha'] if graduation_radius > 0 and graduation_thickness > 0 and graduation_unit_angle > 0 then local nb_graduation = 360 / graduation_unit_angle local i = 1 while i <= nb_graduation do cairo_set_line_width(display, graduation_thickness) cairo_arc(display, x, y, graduation_radius, (((graduation_unit_angle * i)-(graduation_mark_thickness/2))*(2*math.pi/360))-(math.pi/2),(((graduation_unit_angle * i)+(graduation_mark_thickness/2))*(2*math.pi/360))-(math.pi/2)) cairo_set_source_rgba(display,rgb_to_r_g_b(graduation_fg_colour,graduation_fg_alpha)) cairo_stroke(display) cairo_set_line_width(display, graph_thickness) i = i + 1 end end
-- text local txt_radius = data['txt_radius'] local txt_weight, txt_size = data['txt_weight'], data['txt_size'] local txt_fg_colour, txt_fg_alpha = data['txt_fg_colour'], data['txt_fg_alpha'] local movex = txt_radius * (math.cos((angle * 2 * math.pi / 360)-(math.pi/2))) local movey = txt_radius * (math.sin((angle * 2 * math.pi / 360)-(math.pi/2))) cairo_select_font_face (display, "ubuntu", CAIRO_FONT_SLANT_NORMAL, txt_weight); cairo_set_font_size (display, txt_size); cairo_set_source_rgba (display, rgb_to_r_g_b(txt_fg_colour, txt_fg_alpha)); cairo_move_to (display, x + movex - (txt_size / 2), y + movey + 3); cairo_show_text (display, value); cairo_stroke (display); end
------------------------------------------------------------------------------- -- draw_gauge_ring -- displays gauges -- function draw_gauge_ring(display, data, value) local max_value = data['max_value'] local x, y = data['x'], data['y'] local graph_radius = data['graph_radius'] local graph_thickness, graph_unit_thickness = data['graph_thickness'], data['graph_unit_thickness'] local graph_start_angle = data['graph_start_angle'] local graph_unit_angle = data['graph_unit_angle'] local graph_bg_colour, graph_bg_alpha = data['graph_bg_colour'], data['graph_bg_alpha'] local graph_fg_colour, graph_fg_alpha = data['graph_fg_colour'], data['graph_fg_alpha'] local hand_fg_colour, hand_fg_alpha = data['hand_fg_colour'], data['hand_fg_alpha'] local graph_end_angle = (max_value * graph_unit_angle) % 360
-- background ring cairo_arc(display, x, y, graph_radius, angle_to_position(graph_start_angle, 0), angle_to_position(graph_start_angle, graph_end_angle)) cairo_set_source_rgba(display, rgb_to_r_g_b(graph_bg_colour, graph_bg_alpha)) cairo_set_line_width(display, graph_thickness) cairo_stroke(display)
-- arc of value local val = value % (max_value + 1) local start_arc = 0 local stop_arc = 0 local i = 1 while i <= val do start_arc = (graph_unit_angle * i) - graph_unit_thickness stop_arc = (graph_unit_angle * i) cairo_arc(display, x, y, graph_radius, angle_to_position(graph_start_angle, start_arc), angle_to_position(graph_start_angle, stop_arc)) cairo_set_source_rgba(display, rgb_to_r_g_b(graph_fg_colour, graph_fg_alpha)) cairo_stroke(display) i = i + 1 end local angle = start_arc
-- graduations marks local graduation_radius = data['graduation_radius'] local graduation_thickness, graduation_mark_thickness = data['graduation_thickness'], data['graduation_mark_thickness'] local graduation_unit_angle = data['graduation_unit_angle'] local graduation_fg_colour, graduation_fg_alpha = data['graduation_fg_colour'], data['graduation_fg_alpha'] if graduation_radius > 0 and graduation_thickness > 0 and graduation_unit_angle > 0 then local nb_graduation = graph_end_angle / graduation_unit_angle local i = 0 while i < nb_graduation do cairo_set_line_width(display, graduation_thickness) start_arc = (graduation_unit_angle * i) - (graduation_mark_thickness / 2) stop_arc = (graduation_unit_angle * i) + (graduation_mark_thickness / 2) cairo_arc(display, x, y, graduation_radius, angle_to_position(graph_start_angle, start_arc), angle_to_position(graph_start_angle, stop_arc)) cairo_set_source_rgba(display,rgb_to_r_g_b(graduation_fg_colour,graduation_fg_alpha)) cairo_stroke(display) cairo_set_line_width(display, graph_thickness) i = i + 1 end end
-- text local txt_radius = data['txt_radius'] local txt_weight, txt_size = data['txt_weight'], data['txt_size'] local txt_fg_colour, txt_fg_alpha = data['txt_fg_colour'], data['txt_fg_alpha'] local movex = txt_radius * math.cos(angle_to_position(graph_start_angle, angle)) local movey = txt_radius * math.sin(angle_to_position(graph_start_angle, angle)) cairo_select_font_face (display, "ubuntu", CAIRO_FONT_SLANT_NORMAL, txt_weight) cairo_set_font_size (display, txt_size) cairo_set_source_rgba (display, rgb_to_r_g_b(txt_fg_colour, txt_fg_alpha)) cairo_move_to (display, x + movex - (txt_size / 2), y + movey + 3) cairo_show_text (display, value) cairo_stroke (display)
-- caption local caption = data['caption'] local caption_weight, caption_size = data['caption_weight'], data['caption_size'] local caption_fg_colour, caption_fg_alpha = data['caption_fg_colour'], data['caption_fg_alpha'] local tox = graph_radius * (math.cos((graph_start_angle * 2 * math.pi / 360)-(math.pi/2))) local toy = graph_radius * (math.sin((graph_start_angle * 2 * math.pi / 360)-(math.pi/2))) cairo_select_font_face (display, "ubuntu", CAIRO_FONT_SLANT_NORMAL, caption_weight); cairo_set_font_size (display, caption_size) cairo_set_source_rgba (display, rgb_to_r_g_b(caption_fg_colour, caption_fg_alpha)) cairo_move_to (display, x + tox + 5, y + toy + 1) -- bad hack but not enough time ! if graph_start_angle < 105 then cairo_move_to (display, x + tox - 30, y + toy + 1) end cairo_show_text (display, caption) cairo_stroke (display) end
------------------------------------------------------------------------------- -- go_clock_rings -- loads data and displays clock -- function go_clock_rings(display) local function load_clock_rings(display, data) local str, value = '', 0 str = string.format('${%s %s}',data['name'], data['arg']) str = conky_parse(str) value = tonumber(str) draw_clock_ring(display, data, value) end
for i in pairs(clock_h) do load_clock_rings(display, clock_h[i]) end for i in pairs(clock_m) do load_clock_rings(display, clock_m[i]) end for i in pairs(clock_s) do load_clock_rings(display, clock_s[i]) end end
------------------------------------------------------------------------------- -- go_gauge_rings -- loads data and displays gauges -- function go_gauge_rings(display) local function load_gauge_rings(display, data) local str, value = '', 0 str = string.format('${%s %s}',data['name'], data['arg']) str = conky_parse(str) value = tonumber(str) draw_gauge_ring(display, data, value) end
for i in pairs(gauge) do load_gauge_rings(display, gauge[i]) end end
------------------------------------------------------------------------------- -- MAIN function conky_main() if conky_window == nil then return end
local cs = cairo_xlib_surface_create(conky_window.display, conky_window.drawable, conky_window.visual, conky_window.width, conky_window.height) local display = cairo_create(cs)
local updates = conky_parse('${updates}') update_num = tonumber(updates)
if update_num > 5 then go_clock_rings(display) go_gauge_rings(display) end
cairo_surface_destroy(cs) cairo_destroy(display) end
# Tint2 config file # Generated by tintwizard (http://code.google.com/p/tintwizard/) # For information on manually configuring tint2 see http://code.google.com/p/tint2/wiki/Configure
