Module:OOOInfoBox: Difference between revisions

Line 124:

-- Basics

~~add_row~~(box, '~~Domain~~', ~~domain)~~

add_group(box, 'General', {

~~add_row~~(~~box~~, '~~Art Number~~', ~~art)~~

{'Category', pick(args, data, 'category')},

~~add_row~~(~~box~~, '~~Type~~', pick(args, data, '~~type~~'))

{'Subcategory',pick(args, data, 'subcategory')},

{'Price', pick(args, data, 'price')},

{'Art Number', art},

{'Domain', domain},

})

-- Performance ~~/ Power~~

-- Performance (auto-hides if empty)

~~add_group_header~~(box, 'Performance')

add_group(box, 'Performance', {

~~add_row(box,~~ 'Throughput (m³/h)', pick(args, data, 'throughput_m3h'))

{'Throughput (m³/h)', pick(args, data, 'throughput_m3h')},

~~add_row(box~~, ~~'Power (kW)', with_unit(pick(args, data, 'power_kw'), U.kw))~~

{'Capacity', pick(args, data, 'capacity')},

~~add_row(box,~~ 'Capacity', pick(args, data, 'capacity'))

})

-- I/O (mergers/splitters etc.)

-- Power (keep separate from Performance; easy to add more later)

~~local belt_in~~ = pick(args, data, 'beltInputs')

add_group(box, 'Power', {

~~local belt_out =~~ pick(args, data, 'beltOutputs')

{'Power (kW)', with_unit(pick(args, data, 'power_kw'), U.kw)},

~~local pipe_in~~ = pick(args, data, 'pipeInputs')

-- Example for later: {'Generated (MW)', with_unit(pick(args, data, 'power_generated_mw'), U.mw)},

~~local pipe_out =~~ pick(args, data, 'pipeOutputs')

})

if ~~belt_in or belt_out or pipe_in or pipe_out~~ then

~~add_group_header(box~~, ~~'I/O')~~

-- I/O (mergers/splitters etc.)

~~add_row~~(~~box~~, '~~Conveyor inputs~~'~~, belt_in~~)

add_group(box, 'I/O', {

~~add_row~~(~~box~~, '~~Conveyor outputs~~'~~, belt_out~~)

{'Conveyor inputs', pick(args, data, 'beltInputs')},

~~add_row~~(~~box~~, '~~Pipeline inputs~~'~~, pipe_in~~)

{'Conveyor outputs', pick(args, data, 'beltOutputs')},

~~add_row~~(~~box~~, '~~Pipeline outputs~~'~~, pipe_out~~)

{'Pipeline inputs', pick(args, data, 'pipeInputs')},

~~end~~

{'Pipeline outputs', pick(args, data, 'pipeOutputs')},

})

-- Dimensions: supports size={x,y,z} and compact/expanded modes

local sx, sy, sz

if data.size and type(data.size) == 'table' then

sx, sy, sz = data.size.x, data.size.y, data.size.z

end

local size_w = pick(args, data, 'size_width') or sx

local size_l = pick(args, data, 'size_length') or sy

local size_h = pick(args, data, 'size_height') or sz

local size_note = pick(args, data, 'size_note')

~~-- Dimensions (with tiny tooltip like their wiki)~~

local dims_mode = (args.dimensions or ''):lower() -- "compact" or "expanded"

local ~~size_w~~ = ~~pick~~(args~~, data,~~ '~~size_width~~')

if dims_mode == '' then dims_mode = 'compact' end -- default: compact line

~~local size_l = pick~~(~~args, data, 'size_length'~~)

~~local size_h~~ = ~~pick(args, data,~~ '~~size_height~~')

~~local size_note~~ = ~~pick(args, data,~~ '~~size_note~~')

if size_w or size_l or size_h ~~or size_note~~ then

if dims_mode == 'compact' then

~~add_group_header(box, 'Dimensions')~~

local function fmt(x) return x and tostring(x) or '' end

~~add_row~~(~~box, 'Width', with_unit~~(size_w~~, U.m~~), '~~Measured outer width~~')

local compact = nil

~~add_row(box~~, ~~'Length', with_unit~~(size_l~~, U.m~~), '~~Measured outer length~~')

if size_w or size_l or size_h then

~~add_row(box,~~ '~~Height~~', ~~with_unit~~(size_h~~, U.m~~), '~~Measured to highest point~~')

compact = table.concat({fmt(size_w), '×', fmt(size_l), (size_h and '×' or ''), fmt(size_h)}, '')

~~if tonumber~~(~~size_w~~) ~~and tonumber(size_l) then~~

compact = mw.text.trim(compact)

~~local area~~ = ~~tonumber(size_w) * tonumber(size_l)~~

if compact ~= '' then compact = compact .. U.m end

~~add_row(box,~~ '~~Area~~'~~, with_unit(area,~~ U.~~m2))~~

end

~~add_row(box, 'Note', size_note)~~

end

add_group(box, 'Dimensions', {

{'Overall', compact, 'Width × Length × Height'},

{'Note', size_note},

})

else

add_group(box, 'Dimensions', {

{'Width', with_unit(size_w, U.m), 'Measured outer width'},

{'Length', with_unit(size_l, U.m), 'Measured outer length'},

{'Height', with_unit(size_h, U.m), 'Measured to highest point'},

(tonumber(size_w) and tonumber(size_l))

and {'Area', with_unit(tonumber(size_w)*tonumber(size_l), U.m2)}

or nil,

{'Note', size_note},

})

end

out:node(box)

@@ Line 124: / Line 124: @@
    -- Basics
-  add_row(box, 'Domain', domain)
+add_group(box, 'General', {
-   add_row(box, 'Art Number', art)
+   {'Category',   pick(args, data, 'category')},
-   add_row(box, 'Type', pick(args, data, 'type'))
+   {'Subcategory',pick(args, data, 'subcategory')},
+  {'Price',      pick(args, data, 'price')},
+  {'Art Number', art},
+  {'Domain',     domain},
+})
-  -- Performance / Power
+-- Performance (auto-hides if empty)
-  add_group_header(box, 'Performance')
+add_group(box, 'Performance', {
-   add_row(box, 'Throughput (m³/h)', pick(args, data, 'throughput_m3h'))
+   {'Throughput (m³/h)', pick(args, data, 'throughput_m3h')},
-  add_row(box, 'Power (kW)', with_unit(pick(args, data, 'power_kw'), U.kw))
+   {'Capacity',          pick(args, data, 'capacity')},
-   add_row(box, 'Capacity', pick(args, data, 'capacity'))
+})
-   -- I/O (mergers/splitters etc.)
+-- Power (keep separate from Performance; easy to add more later)
-   local belt_in  = pick(args, data, 'beltInputs')
+add_group(box, 'Power', {
-   local belt_out = pick(args, data, 'beltOutputs')
+  {'Power (kW)', with_unit(pick(args, data, 'power_kw'), U.kw)},
-   local pipe_in  = pick(args, data, 'pipeInputs')
+   -- Example for later: {'Generated (MW)', with_unit(pick(args, data, 'power_generated_mw'), U.mw)},
-   local pipe_out = pick(args, data, 'pipeOutputs')
+})
-  if belt_in or belt_out or pipe_in or pipe_out then
-    add_group_header(box, 'I/O')
+-- I/O (mergers/splitters etc.)
-    add_row(box, 'Conveyor inputs', belt_in)
+add_group(box, 'I/O', {
-    add_row(box, 'Conveyor outputs', belt_out)
+   {'Conveyor inputs',  pick(args, data, 'beltInputs')},
-    add_row(box, 'Pipeline inputs', pipe_in)
+   {'Conveyor outputs', pick(args, data, 'beltOutputs')},
-    add_row(box, 'Pipeline outputs', pipe_out)
+   {'Pipeline inputs',  pick(args, data, 'pipeInputs')},
-  end
+   {'Pipeline outputs', pick(args, data, 'pipeOutputs')},
+})
+-- Dimensions: supports size={x,y,z} and compact/expanded modes
+local sx, sy, sz
+if data.size and type(data.size) == 'table' then
+  sx, sy, sz = data.size.x, data.size.y, data.size.z
+end
+local size_w    = pick(args, data, 'size_width')  or sx
+local size_l    = pick(args, data, 'size_length') or sy
+local size_h    = pick(args, data, 'size_height') or sz
+local size_note = pick(args, data, 'size_note')
-  -- Dimensions (with tiny tooltip like their wiki)
+local dims_mode = (args.dimensions or ''):lower()  -- "compact" or "expanded"
-  local size_w = pick(args, data, 'size_width')
+if dims_mode == '' then dims_mode = 'compact' end  -- default: compact line
-  local size_l = pick(args, data, 'size_length')
-  local size_h = pick(args, data, 'size_height')
-  local size_note = pick(args, data, 'size_note')
-   if size_w or size_l or size_h or size_note then
+if dims_mode == 'compact' then
-     add_group_header(box, 'Dimensions')
+  local function fmt(x) return x and tostring(x) or '' end
-    add_row(box, 'Width',  with_unit(size_w, U.m), 'Measured outer width')
+  local compact = nil
-    add_row(box, 'Length', with_unit(size_l, U.m), 'Measured outer length')
+   if size_w or size_l or size_h then
-    add_row(box, 'Height', with_unit(size_h, U.m), 'Measured to highest point')
+     compact = table.concat({fmt(size_w), '×', fmt(size_l), (size_h and '×' or ''), fmt(size_h)}, '')
-     if tonumber(size_w) and tonumber(size_l) then
+     compact = mw.text.trim(compact)
-      local area = tonumber(size_w) * tonumber(size_l)
+    if compact ~= '' then compact = compact .. U.m end
-      add_row(box, 'Area', with_unit(area, U.m2))
-    end
-    add_row(box, 'Note', size_note)
    end
+  add_group(box, 'Dimensions', {
+    {'Overall', compact, 'Width × Length × Height'},
+    {'Note',    size_note},
+  })
+else
+  add_group(box, 'Dimensions', {
+    {'Width',  with_unit(size_w, U.m), 'Measured outer width'},
+    {'Length', with_unit(size_l, U.m), 'Measured outer length'},
+    {'Height', with_unit(size_h, U.m), 'Measured to highest point'},
+    (tonumber(size_w) and tonumber(size_l))
+      and {'Area', with_unit(tonumber(size_w)*tonumber(size_l), U.m2)}
+      or nil,
+    {'Note', size_note},
+  })
+end
    out:node(box)