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--[[
Enlarged top pies and for conky
--! @author Andrey Zakharov /Vaulter/ 2010

Copyright (c) 2010 Andrey Zakharov, all rights reserved.
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 3 of the License, or
(at your option) any later version.

TODO some declarative mechanizm to set substracts from basic top pie chart.
this will be usefull for showing CPU's %s, or growing semicircles for each core, etc. (swap, text labels)
]]

require'cairo'
--require'print_r'

settings_table = {
{ name = 'top', arg = 'cpu', -- max top
items = 5,
max = 100,
x = 100, y = 100, -- 5 margin
clip = { 5, 5, -5, .5 }, --the next level :)
radius = 500,
thickness = 1000,
start_angle = 0,
end_angle = -180,
--bg = { color = 0x000000, alpha = 0.05, }, --TODO pie as shape
fg = {
color = { 0xbb1a1a, 0x1abb1a },--gradient TODO source
color_by_value = 1 or true, --not by pos
threshold = 0.4, -- 0..1
alpha = { 0.1, 0.025 }
},
--[[text = {
x = 5, y = 0,
font = {
family = "DejaVu Sans Mono",
size = 12,
},
color = { 0x8b1a1a, 0x7f7f00, }, --TODO more checkpoints :)
--margin = { 0, 0, 0, 0 }, --as CSS: top, right, bottom, left
mask = "${top pid %d} ${top name %d}" --REQUIRED
},]]
line_color = 0x188b18,
line_side = 1 or true, -- right
},
{ name = 'top_mem', arg = 'mem', -- max top
items = 5, max = 100, --! max value
--bg = { color = 0x000000, alpha = 0.05, },
fg = { color = { 0xbb1a1a, 0x1abb1a },
alpha = { 0.1, 0.025 }, },
x = 100, y = 100, -- 5 margin
clip = { 5, 0.5, -5, -5 },
radius = 400,
thickness = 800,
start_angle = 0,
end_angle = 180,
line_side = 0, --left
--[[text = {
mask = "${top_mem pid %d} ${top_mem name %d}",
x = 110, y = 100,
font = {
family = "DejaVu Sans Mono",
size = 12.0,
},
color = { 0x7f7f00, 0x007f7f },
},]]
},--[[
{ name = 'top_io', arg = 'io_perc',
items = 5,
max = 100,
x = 100, y = 250,
radius = 25,
thickness = 45,
start_angle = 0,
end_angle = 180,
bg = { color = 0x000000, alpha = 0.1, },
fg = {
color = { 0xffffff, 0x000000 },--gradient
alpha = { 0.05, 0.025 }
},
text = {
x = 5, y = 200,
color = { 0x007f7f, 0x00ff00 },
mask = "${top_io pid %d} ${top_io name %d} ${top_io io_read %d} ${top_io io_write %d}",
font = { family = "DejaVu Sans Mono", size = 10.0, },
},
},]]
}

--! Just a shrinker
merilo = function( mini, maxi, minp, maxp )

local empty = function()
return minp
end

local mer = function( i )
--print( i, mini, maxi, minp, maxp )
return ( ( i - mini ) * ( maxp - minp ) / ( maxi - mini ) ) + minp
end
--to avoid devision by zero
if ( mini ~= maxi ) then return mer
else return empty end
end

-- TODO shrink any complex table
colour_merilo = function( iMin, iMax, minc, maxc )
local bc, ec = {}, {}
bc.r, bc.g, bc.b = rgb_to_r_g_b( minc )
ec.r, ec.g, ec.b = rgb_to_r_g_b( maxc )

local grd = {
r = merilo( iMin, iMax, bc.r, ec.r ),
g = merilo( iMin, iMax, bc.g, ec.g ),
b = merilo( iMin, iMax, bc.b, ec.b )
}

grd.rgb = function( x ) return r_g_b_to_rgb( grd.r( x ), grd.g( x ), grd.b( x ) ) end

return grd --for legacy
end
--! Relative to absolute
--! @param w, h - width and height of real window
--! @return function
rel2abs = function( w, h )

--[[ abstract solver of relative in absolute ]]
local get = function( r, a, r0 )
if r < 0 then
return a + r
elseif r < 1 then
return a * r
else
return r --+ r0
end
end

local solve = function( x1, y1, x2, y2 )
--print( x, y, "= ", get( x, w ), get( y, h ) )
return get( x1, w, 0 ), get( y1, h, 0 ), get( x2, w, x1 ), get( y2, h, y1 )
end

return solve
end

--! Take the RGB components r, g, b, and return an RGB integer
r_g_b_to_rgb = function ( r, g, b )
return ((math.floor(r * 255. + 0.5) * 0x10000) + (math.floor(g * 255. + 0.5) * 0x100) + math.floor(b * 255. + 0.5)) % 0xffffff
-- no bit shifting operator in Lua afaik
end
rgb_to_r_g_b = function ( colour, alpha )
return ((colour / 0x10000) % 0x100) / 255., ((colour / 0x100) % 0x100) / 255., (colour % 0x100) / 255., alpha
end

--[[ just to hold path functions with angles ]]
pie = function( sa, ea )
local self = { astart = sa, aend = ea }
rad2grd = merilo( 0, 2 * math.pi, 0, 360 )
--public
bisectrix = function()
return ( self.astart + self.aend ) / 2
end

path = function( ctx, xc, yc, ring_r, angle_0, t_arc, bounds ) --TODO as params of object

if ( self.aend > self.astart ) then
cairo_arc(
ctx, xc, yc, ring_r, self.astart, self.aend )
else -- reverse
cairo_arc_negative(
ctx, xc, yc, ring_r, self.astart, self.aend )
end

if ( bounds ) then
local x1, x2, y1, y2
local s, e, r
end
end

return {
angle_start = astart,
angle_end = aend,
bisectrix = bisectrix,
path = path
}
end

--[[
@param cr
@param t - TODO
@param sets - table with fields x, y, label, font
]]
draw_text = function ( cr, t, sets, sx, sy )

local family = "Sans"
local fontsize = 12.0

local x, y = sx, sy

if ( sets.text and sets.text.font ) then
if ( sets.text.font.family ) then family = sets.text.font.family end
if ( sets.text.font.size ) then fontsize = sets.text.font.size end
end

cairo_select_font_face ( cr, family,
CAIRO_FONT_SLANT_NORMAL,
CAIRO_FONT_WEIGHT_NORMAL );

cairo_set_font_size( cr, fontsize );

if ( not sx or not sy ) then
local te = cairo_text_extents_t:create()
cairo_text_extents( cr, t, te );

if ( not x ) then
x = sets.text.x - ( te.width / 2 + te.x_bearing )
end

if ( not y ) then
y = sets.text.y - ( te.height / 2 + te.y_bearing )
end
end

--print( table.show( sets, "sets" ) )

if ( sets.text.color ) then
cairo_set_source_rgba( cr, sets.text.color.r, sets.text.color.g, sets.text.color.b, (sets.text.alpha or 1) )
end
cairo_move_to ( cr, x, y );
cairo_show_text ( cr, t );
cairo_stroke( cr )
-- print( fontsize / te.height ) 1.3 max
-- cairo_move_to (cr, 70.0, 165.0);
-- cairo_text_path (cr, "void");
-- cairo_set_source_rgb (cr, 0.5, 0.5, 1);
-- cairo_fill_preserve (cr);
-- cairo_set_source_rgb (cr, 0, 0, 0);
-- cairo_set_line_width (cr, 2.56);
-- cairo_stroke (cr);
return te
end

--[[
@param sets,
@return sets[ rings ][ 0..max ] ]]
calculate_top = function ( sets )

local iMin, iMax = 1, sets.items or top_items or 4;
local rings = {}
local gra2rad, grade, grade_alpha, grade_color, min_angle, max_angle, current_angle, grade_red
local color_by_value = sets.fg and sets.fg.color_by_value or false


if ( sets.start_angle ) then --will calc and draw ring
local gra2rad = merilo( 0, 360, 0, 2 * math.pi )
min_angle, max_angle = --we will rotate the surface then
( gra2rad( sets.start_angle ) or 0 ), -- math.pi / 2,
( gra2rad( sets.end_angle or 360 ) ) -- math.pi / 2
--V very need this 0 as min!
grade = merilo( 0, sets.max or 100, 0, max_angle - min_angle )
rings.bg = pie( min_angle, max_angle )
current_angle = min_angle
end

if ( sets.fg ) then


if ( sets.fg.alpha and "table" == type( sets.fg.alpha ) ) then --will calc and draw gradient alpha
grade_alpha = merilo( iMin, iMax, sets.fg.alpha[ 1 ], sets.fg.alpha[ 2 ] )
else
grade_alpha = function() return sets.fg.alpha end --TODO
end

if ( sets.fg.color and "table" == type( sets.fg.color ) ) then
grade_color = color_by_value and
colour_merilo( 0, sets.max, sets.fg.color[ 2 ], sets.fg.color[ 1 ] ) --NOTE reverse
or
colour_merilo( iMin, iMax, sets.fg.color[ 1 ], sets.fg.color[ 2 ] )
end
end

if ( sets.text ) then

if ( sets.text.color and "table" == type( sets.text.color ) ) then
grade_text_color = colour_merilo( iMin, iMax, sets.text.color[ 1 ], sets.text.color[ 2 ] )
end
end

--shallow copy
--for k, v in pairs( sets ) do rings[ k ] = v; end
--prepare
local prep = string.format( '%s %s', sets.name, sets.arg )
--local family = (sets.text and sets.text.font and sets.text.font.family) or "Sans"
local fontsize = (sets.text and sets.text.font and sets.text.font.size) or 12.0

for i = iMin, iMax do
rings[ i ] = {}

val = conky_parse( string.format( '${%s %d}', prep, i ) )
--val = string.format( "%f", (iMax-i) * 21 )

if ( val and #val ) then
val = tonumber( val )

if ( val ) then --not nil
rings[ i ].val = val

if ( grade_alpha ) then
rings[ i ].alpha = grade_alpha( i )
end

if ( grade_color ) then
local x = color_by_value and val or i

rings[ i ].color = {
r = grade_color.r( x ),
g = grade_color.g( x ),
b = grade_color.b( x )
}

if ( sets.fg.threshold and (sets.fg.threshold < (x / sets.max)) ) then
rings[ i ].color.r = merilo( sets.fg.threshold, 1, rings[ i ].color.r, 255 )( x )
end

--for c = 0,100,10 do print (color_by_value,x,c, grade_color.r( c ), grade_color.g( c ), grade_color.b( c )) end
elseif ( text_color ) then
rings[ i ].color = text_color
end

if ( sets.text ) then -- show some text

rings[ i ].text = {
label = conky_parse( string.format( sets.text.mask, i, i, i, i ) ), --unsafe
x = sets.text.x, -- top
y = sets.text.y + i * ( 1.3 * fontsize + (sets.text.margin and sets.text.margin.top or 0) ),
font = sets.text.font,
}

if ( grade_text_color ) then
rings[ i ].text.color = {
r = grade_text_color.r( i ),
g = grade_text_color.g( i ),
b = grade_text_color.b( i )
}

elseif ( text_color ) then
rings[ i ].text.color = text_color
end

end

if ( grade ) then-- calc angles
local valInRad = grade( val )
rings[ i ].pie = pie( current_angle, current_angle + valInRad )
current_angle = current_angle + valInRad
end

end -- if valNum
end -- if val
end -- for i = iMin, iMax

rings.max_angle = current_angle
return rings
end

draw_top = function ( cr, pt, rings )

cairo_save( cr )
if ( pt.fg ) then
cairo_set_line_width( cr, pt.thickness )
end

local radius = pt.radius + (pt.thickness / 2)

if ( pt.clip ) then --set up transform
local gra2rad = merilo( 0, 360, 0, 2 * math.pi )
local rad2gra = merilo( 0, 2 * math.pi, 0, 360 )


local x1, y1, x2, y2, dx, dy = --top, left, right, bottom
radius , radius, -radius , -radius,
radius * math.cos(rings.max_angle),
radius * math.sin(rings.max_angle)

--pessimistic

-- in 0based coordinates

-- for angles from 0 to 180

x1, y1 = 0, 0
local inGrad = rad2gra( rings.max_angle )
--cairo_translate( cr, radius, radius)
--print( rings.max_angle, inGrad, math.cos( rings.max_angle ) )
--print( conky_window, inGrad, conky_parse( '${updates}' ) )
x1 = dx
x2 = radius--[[ ( r*(1-cos) )]]

if ( math.abs(inGrad) <= 90 ) then
y2 = dy
elseif ( math.abs(inGrad) <= 180 ) then
y2 = radius
elseif ( math.abs(inGrad) <= 270 ) then --more than 180
y1 = dy
x1 = -radius
y2 = radius
else -- about 360
y1 = -radius
x1 = -radius
y2 = radius
end

if ( rings.max_angle < 0 and math.abs(inGrad) <= 180 ) then --TODO better
y1, y2 = y2, y1
end
--[[
cairo_save( cr )
cairo_set_line_width( cr, 1 )
cairo_set_source_rgba( cr, 1,1,1,1 )
cairo_rectangle( cr, x1, y1, x2 - x1 , y2 - y1 )
cairo_stroke( cr )
cairo_restore( cr )
print( x1, y1, " x ", x2, y2 )]]
-- TODO this one time when loading (in production time).
local r2a = rel2abs( conky_window.height, conky_window.width )
local clip = {}
clip[ 1 ], clip[ 2 ], clip[ 3 ], clip[ 4 ] = r2a( pt.clip[ 1 ], pt.clip[ 2 ], pt.clip[ 3 ], pt.clip[ 4 ] )
--print( unpack( clip ) )
--[[
cairo_save( cr )
cairo_set_line_width( cr, 1 )
cairo_set_source_rgba( cr, 1,1,1,1 )
cairo_rectangle( cr, clip[2], clip[1], clip[4]-clip[2], clip[3]-clip[1] )
cairo_stroke( cr )
cairo_restore( cr )]]

--cairo_rectangle( cr, clip[2], clip[1], clip[4]-clip[2], clip[3]-clip[1] )
--cairo_clip( cr )


clip = { clip[2], clip[1], clip[ 4 ], clip[ 3 ] } -- due to rotate -pi/2
if( rings.max_angle < 0 ) then
clip[ 1 ],clip[ 4 ] = --cx1, cy2
clip[ 3 ] - (clip[4]-clip[2]), -- ex - dy
clip[ 2 ] + (clip[3]-clip[1]) -- y + dx
else
clip[ 3 ],clip[ 4 ] =
clip[ 1 ] + (clip[4]-clip[2]), -- x + dy
clip[ 2 ] + (clip[3]-clip[1]) -- y + dx
end

local magnX, magnY, magn =
(clip[ 3 ] - clip[ 1 ]) / (x2 - x1),
(clip[ 4 ] - clip[ 2 ]) / (y2 - y1),
1 --zoom
--print( (x2 - x1), (y2 - y1), clip[ 3 ] - clip[ 1 ], clip[ 4 ] - clip[ 2 ], magnX, magnY )
magn = math.min( math.abs(magnX), math.abs(magnY) )

--cairo_translate( cr, pt.x , pt.y)
if ( rings.max_angle < 0 ) then

if ( math.abs(inGrad) <= 90 ) then -- >>:(
cairo_translate( cr, clip[ 3 ] , clip[ 2 ] + (x2)*magn )
else
if ( math.abs(inGrad) <= 180 ) then -- >>:(
cairo_translate( cr, clip[ 3 ] , clip[ 2 ] + (x2)*magn )
else
cairo_translate( cr, clip[ 3 ] - (y1)*magn, clip[ 2 ] + (x2)*magn )
end
end
else
cairo_translate( cr, clip[ 1 ] - (y1)*magn, clip[ 2 ] + (x2)*magn )
end
-- I NEED MATRIX!
cairo_scale( cr, magn, magn )
cairo_rotate( cr, -math.pi / 2 )

end
--draw bg
if ( pt.bg ) then
-- Draw background ring
cairo_set_source_rgba( cr, rgb_to_r_g_b( pt.bg.color, pt.bg.alpha ) )
rings.bg.path( cr, pt.x, pt.y, pt.radius )
cairo_stroke( cr )
end

if ( rings.text ) then --not in use
local family = rings.text.font.family or "Sans"
local fontsize = rings.text.font.size or 12.0
rings.text.fontext = cairo_font_extents_t:create()
--- hope no override below
cairo_select_font_face ( cr, family, CAIRO_FONT_SLANT_NORMAL, CAIRO_FONT_WEIGHT_NORMAL );
cairo_set_font_size( cr, fontsize );
cairo_font_extents( cr, rings.text.fontext )
end

for i, ring in ipairs( rings ) do
if ( #ring ) then
--print( i, ring, ring.text.label )--, rings[ i ].text.y, ring.text.y )
--print( string.format( "%d - %02x%02x%02x", i, unpack( ring.color ) ) )
--ring.color and cairo_set_source_rgba( cr, ring.color.r, ring.color.g, ring.color.b, (ring.alpha or 1) )
local fgc,fga = ring.color, ring.alpha

if ( not fgc or not #fgc ) then
fgc = {}
fgc.r, fgc.g, fgc.b, fga = rgb_to_r_g_b( 0xffffff, 1 )
end

--source

--[[ EAT CPU a lot
local radpat = cairo_pattern_create_radial( 0, 0, 0.9*radius, 0, 0, radius );
cairo_pattern_add_color_stop_rgba( radpat, 0, fgc.r, fgc.g, fgc.b, fga );
cairo_pattern_add_color_stop_rgba( radpat, 1, fgc.r, fgc.g, fgc.b, 0.1 * fga );
--cairo_pattern_add_color_stop_rgba( radpat, 0, 1, 0, 0, 1 );
--cairo_pattern_add_color_stop_rgba( radpat, 1, 0, 0, 1, 1 );
cairo_set_source (cr, radpat)]]
cairo_set_source_rgba( cr, fgc.r, fgc.g, fgc.b, fga )

if ( ring.pie ) then
ring.pie.path( cr, 0, 0, pt.radius ) --pt.x, pt.y,
cairo_stroke( cr )
end

if ( ring.text and ring.text.label and #ring.text.label ) then
draw_text( cr, ring.text.label, ring, ring.text.x, ring.text.y )
end
end
end
--print( pt.thickness, rings.bg, pt.bg.color, pt.bg.alpha )
cairo_restore( cr )

end


conky_draw_hook_pre = function ()

local setup_rings = function ( cr, pt, update_num )
local str=''
local value = 0
local end_arc = 0

if ( pt[ 'name' ]:sub( 1, 3 ) == 'top' ) then
-- print(cr, "found TOP ", pt[ 'name' ], conky_parse( '${updates}' ) );
draw_top( cr, pt, calculate_top( pt ) )
-- old simple cool rings
else
-- cached?
if ( pt[ 'period' ] == nil ) or
( update_num % pt[ 'period' ] == 0 ) or
( pt[ 'cached' ] == nil ) then

str=string.format( '${%s %s}', pt['name'], pt['arg'] )
pt[ 'cached' ] = tonumber( conky_parse( str ) )
--print( str, conky_parse( str ), pt[ 'cached' ] )
if pt[ 'cached' ] == nil then pt[ 'cached' ] = 0 end
end

end_arc = draw_ring( cr, pt[ 'cached' ] / pt[ 'max' ], pt )

if ( pt[ 'textx' ] ) and ( pt[ 'texty' ] ) then
draw_text( cr, pt[ 'cached' ], pt )
end
end
end

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
)
--print( conky_window.width, conky_window.height )
local cr = cairo_create( cs )

if tonumber( conky_parse( '${updates}' ) ) > 2 then -- HERE you MUST use in your conkyrc ${cpu} var to init cpu nums
--
for i in pairs( settings_table ) do
setup_rings( cr, settings_table[ i ], update_num )
end
end

cairo_destroy( cr )
end

--[[
@return conky's text
@param type (top|top_mem|...)
@param arg the top var number we want to use
]]
conky_top_colour = function ( type, arg )
--template3 ${if_match ${top cpu \1} > 0}${color\2}${top pid \1}.${top name \1} ${top cpu \1}${endif}
--template2 ${alignr}${color\2}${top_mem pid \1}.${top_mem name \1} ${top_mem mem \1} ${top_mem mem_vsize \1}
--TODO one time prepare, many times do
local metricsNames, metrics, num = { 'pid', 'name', 'cpu', 'mem', 'mem_vsize' }, {}, tonumber( arg )

for i, p in ipairs( metricsNames ) do
metrics[ i ] = string.format( "${%s %s %i}", type, p, num )
end

--local str = conky_parse( string.format( '%s.%s %s %s %s', unpack( metrics ) ) )
local value, color = 0, {} --1 - start /coldest/, 2 - end /hotest/

if ( "top" == type ) then --TODO lookup settings_table
value = tonumber( conky_parse( metrics[ 3 ] ))
color = settings_table[ 1 ].fg.color
elseif ( "top_mem" == type ) then
value = tonumber( conky_parse( metrics[ 4 ] )) --CPU or MEM?
color = settings_table[ 2 ].fg.color
end

if ( value ) then
--very straight and forward, TODO thresholds
local gradient = colour_merilo( 0, 100, color[ 2 ], color[ 1 ] )

--for c = 0,100,10 do print (c, gradient.r( c ), gradient.g( c ), gradient.b( c ),gradient.rgb( c )) end
return string.format( "${color #%06x}", gradient.rgb( value ))
else
return "${color}"
end
end

Change log

r105 by aazaharov81 on Dec 9, 2010   Diff
Regular commit
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Older revisions

r100 by aazaharov81 on Aug 13, 2010   Diff
Fixed conky top widget
r47 by aazaharov81 on May 30, 2010   Diff
Updated conky config
r38 by aazaharov81 on May 19, 2010   Diff
Updated sudoku solver and lua conky
scripts
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