Module:Sandbox/RedWolf
--[[
This module builds a wiki table that lists information pertinent to mountains. This module accomodates up to 996 lines
of mountains where each line consists of the elevation, wiki-linked name and optional notes information. This
module uses the wiki-linked name to find its corresponding Wikidata item (eid) and then retrieve the following
information from Wikidata: elevation, prominence, isolation, range, first ascent, country, coordinates
]]
local p = {}
--local wd = require('Module:Wd')
local Titled_coords = require('Module:Titled_coords')
local newBuffer = require('Module:OutputBuffer')
-- Wikidata properties
local WD_PROPERTIES = {
elevation = "P2044",
prominence = "P2660",
mtn_range = "P4552",
coords = "P625",
sig_event = "P793",
pt_in_time = "P585",
isolation = "P2659",
country = "P17"
}
-- Table column titles for easier translation
local COL_TITLES = {
rank = "Rank",
name = "Mountain / Peak",
elev = "Elevation",
prom = "Prominence",
isoltn = "Isolation",
range = "Subrange",
fa = "FA",
coords = "Coordinates",
country = "Country",
custom = "Notes"
}
-- ** Runtime Option names **
local OPT_NAMES = {
NAME = "name",
RANK = "rank",
PROM = "prom",
ISOLTN = "isolation",
RANGE = "range",
FA = "fa",
COORDS = "coords",
TCOORDS= "tcoords",
CUSTOM1= "custom1",
CUSTOM2= "custom2",
COUNTRY= "country",
ORDER = "order",
DEBUG = "debug"
}
local RANK_ORDER = { ELEV = "E", PROM = "P"}
local UNITS = {
METRE = "m", FEET = "ft",
KILOMETRE = "km", MILE = "mi"
}
-- Runtime options about what information to display
local Options = { debug = false, test = false, showFA = false, showProm = false,
showCoord = false, showTCoord = false, rankOrder = RANK_ORDER.ELEV,
showRank = false, showRange = false, showIsolation = false,
showCountry = false, showCustom1 = false, showCustom2 = false }
-- Information about a mountain from Module arguments and Wikidata.
local Mountain = { rank, page, name, eid, elevation, elevation_wd = 0, prominence,
range = "", isolation = "", fa = "", coords, custom, country }
local QID_FIRST_ASCENT = "Q1194369"
local FA_UNKNOWN = "Unk"
local FA_ERROR = "????"
local FS = "^" -- field separator
local NBSP = " "
local COL_TITLE_SEP = ":" -- do not use "="
local OPTIONS_SEP = ","
local NEWLINE = "\n"
local BR_NEWLINE ="
"..NEWLINE
local TD = '|'
local errors, dbgout
local function debug(msg)
mw.log(msg)
dbgout = dbgout .. msg .. BR_NEWLINE
end
local function debugv(var, value)
local s = var .. "=" .. value
mw.log(s)
dbgout = dbgout .. s .. BR_NEWLINE
end
local function addError(msg)
errors = errors .. msg .. BR_NEWLINE
debug(msg)
end
local function errorFont(value)
return "" .. value .. ""
end
-- Split a string based on a separator
local function split(istring, sep)
-- if sep is null, use default
if sep == nil then sep = FS end
local t = {}
for str in string.gmatch(istring, '([^'..sep..']+)') do
table.insert(t, str)
end
return t
end
-- Strip newline character at end --
local function stripNewline(value)
local n = string.find(value, NEWLINE)
if n then
return string.sub(value, 1, n-1)
end
return value
end
-- Extract raw elevation/prominence/isolation value
local function extractRaw(value)
local i, i1, i2, n
local units = { " metre", " feet", " kilometre" }
if value == nil then return -1 end
i = string.find(value, " metre")
if i then
-- remove thousands separator while we are it
return string.sub(value, 1, i-1):gsub(',', '')
end
i = string.find(value, "feet")
if i then
return string.sub(value, 1, i-1):gsub(',', '')
end
i = string.find(value, " kilometre")
if i then
return string.sub(value, 1, i-1):gsub(',', '')
end
return -1
end
-- Call {{elevation_cells} to format the values
local function getElevationCells(frame, elev, unit)
if frame.expandTemplate then
return frame:expandTemplate{title='elevation_cells', args= { elev, unit}}
end
return "{{elevation_cells|" .. elev .. "|" .. unit .. "}}"
end
local function getProminenceCells(frame, prom)
return frame:expandTemplate{title='convert', args= { prom, "km", "mi", disp='table', sortable='on'}}
end
local function stripBrackets(value)
local stripped = value;
-- strip leading brackets if found
local n = string.find(stripped, "%[%[")
if n then
stripped = string.sub(stripped, 3)
end
-- strip trailing brackets if found
n = string.find(stripped, "%]%]")
if n then
stripped = string.sub(stripped,1,n-1)
end
if stripped then return stripped
else return value end
end
local function getPage(name)
local parts = split(name,"|")
local page = parts[1]
local n = string.find(page, "%[%[")
if n then
page = string.sub(page,3)
end
n = string.find(page, "%]%]")
if n then
page = string.sub(page,1,n-1)
end
return page
end
local function getPageTitle(name)
local title
local parts = split(name,"|")
if parts[2] then
title = stripBrackets(parts[2])
else
title = stripBrackets(parts[1])
end
mw.log("name="..name..";title="..title)
return title
end
--[[
Retrieve a entity's property value from Wikidata. Unfortunately
the interface only supports one property at a time.
]]
local function getWD(frame, eid, name, cmdFlag, multiple)
if not frame.preprocess then
return "{{Wikidata|property|" .. name .. "|eid=" .. eid .. "}}"
end
local args
if not multiple then args = "property|" else args = "properties|" end
if cmdFlag then args = args .. cmdFlag .. "|" end
args = args .. name .. "|eid=" .. eid
local invoke = "{{#invoke:Wd|" .. args .. "}}"
local value = frame:preprocess(invoke)
mw.log(invoke .. " => " .. value)
return value
end
-- Get a wiki linked property value
local function getWDLinked(frame, eid, name)
return getWD(frame, eid, name, "linked", false)
end
-- Get the raw value of a property value
local function getWDRaw(frame, eid, name)
return getWD(frame, eid, name, "raw", false)
end
-- Get an entity's property from Wikidata
local function getWDProperty(frame, eid, name, linked)
debug("eid=" .. eid .. " name=" .. name)
--[[ local stmts = mw.wikibase.getBestStatements(eid, name)
if stmts ~= nil then
mw.logObject(stmts)
for i=1,#stmts do
mw.log("stmts["..i.."]="..stmts[i]);
end
end ]]
-- call Module:Wd using template syntax
if frame.preprocess then
local args = "property|"
if linked then args = args .. "linked|" end
args = args .. name .. "|eid=" .. eid
local invoke = "{{#invoke:Wd|" .. args .. "}}"
local value = frame:preprocess(invoke)
debug(invoke .. " => " .. value)
return value
end
return "{{Wikidata|property|" .. name .. "|eid=" .. eid .. "}}"
end
-- if frame.expandTemplate then
-- local args = { ['1'] = name, ['page'] = page }
-- return wd._property({eid, args})
-- local args = { ['1'] = 'property', ['2'] = name, ['page'] = page }
-- return frame:expandTemplate{title='Wikidata', args= args}
local function stripCoords(wdCoords)
--debugv("wdCoords", wdCoords)
if Options.test then -- this only shows up in console test mode
local stripped = string.gsub(wdCoords, "\"`UNIQ%-%-templatestyles%-%d+%-QINU`\"", "")
--debugv("stripped", stripped)
return stripped
end
return wdCoords
end
local function getCountry(frame, eid)
local value = getWD(frame, eid, WD_PROPERTIES.country, nil, true)
return value
end
-- get location coordinates
local function getCoords(frame, eid)
local wdCoords = getWDLinked(frame, eid, WD_PROPERTIES.coords)
return stripCoords(wdCoords)
end
-- Call Module:Titled_coords to get titled coordinates
local function getTitledCoords(frame, eid, page)
local title = getPageTitle(page)
local raw_coords = getWDRaw(frame, eid, WD_PROPERTIES.coords)
local fmt_coords = Titled_coords.build(raw_coords, title, "")
debug(fmt_coords .. " => " .. fmt_coords)
return stripCoords(fmt_coords)
end
local function getElevation(frame, eid)
local value = getWD(frame, eid, WD_PROPERTIES.elevation, nil)
return extractRaw(value)
end
local function getFirstAscent(frame, eid)
if frame.preprocess == nil then return FA_ERROR end
local names = WD_PROPERTIES.sig_event .. "|" .. QID_FIRST_ASCENT .. "|" .. WD_PROPERTIES.pt_in_time
local value = frame:preprocess("{{#invoke:Wd|property|qualifier|" .. names .. "|eid=" .. eid .. "}}")
debugv("FA value", value)
if value == "" then
debugv("No FA found for eid", eid)
return FA_UNKNOWN
end
-- FA deliberately set to unknown value
if string.find(value, "(unknown)") then
debugv("FA unknown for eid", eid)
return FA_UNKNOWN
end
-- Find date such as: 10 July 1913
local i1, i2 = string.find(value, "%(%d+%s%a*%s%d%d%d%d%)")
if i1 then
--mw.log("i1="..i1)
local date = string.sub(value, i1+1, i2-1)
debugv("FA date", date)
local len = string.len(date)
local year = string.sub(date, len-4, len)
return year
end
-- Find date with just the year; e.g. (2025)
i1, i2 = string.find(value, "%(%d+%)")
if i1 then
local year = string.sub(value, i1+1, i2-1)
return year
end
addError("Unknown FA date format for eid " .. eid .. ": " .. value)
return FA_ERROR
end
-- *** get topgraphic isolation from Wikidata ***
local function getIsolation(frame, eid)
local isoltn = getWD(frame, eid, WD_PROPERTIES.isolation, nil)
return extractRaw(isoltn)
end
-- get prominence from Wikidata
local function getProminence(frame, eid)
local prom = getWD(frame, eid, WD_PROPERTIES.prominence, nil)
return extractRaw(prom)
end
-- get mountain range from Wikidata. We want it wiki-linked for
-- the first occurrence of it in the output.
local function getRange(frame, eid)
return getWDLinked(frame, eid, WD_PROPERTIES.mtn_range)
end
-- generate table header
local function genHeader(options, unit)
local unit_1, unit_2
if unit == nil or unit == "" then
unit = UNITS.METRE
end
if unit == UNITS.METRE then unit_1 = UNITS.METRE; unit_2 = UNITS.FEET
else unit_1 = UNITS.FEET; unit_2 = UNITS.METRE
end
local s = "
| class=\"wikitable sortable\"\n!"
if options.showRank then s = s .. " align=\"left\" rowspan=2|" ..COL_TITLES.rank .. " | "
end s = s .. "rowspan=2|" .. COL_TITLES.name if options.showCountry then s = s .. " | rowspan=2|" .. COL_TITLES.country end
if options.showCustom1 then s = s .. " | rowspan=2|" .. COL_TITLES.custom end
s = s .. " | colspan=2|" .. COL_TITLES.elev
if options.showProm then s = s .. " | colspan=2|" .. COL_TITLES.prom end
if options.showIsolation then s = s .. " | colspan=2|" .. COL_TITLES.isoltn end
if options.showRange then s = s .. " | rowspan=2|" .. COL_TITLES.range end
if options.showFA then s = s .. " | rowspan=2|" .. COL_TITLES.fa end
if options.showCustom2 then s = s .. " | rowspan=2|" .. COL_TITLES.custom end
if options.showCoord or options.showTCoord then s = s .. " | rowspan=2|" .. COL_TITLES.coords end
s = s .. "\n |
| \n"
s = s .. '!' .. unit_1 .. ' | ' .. unit_2 -- elevation cells
if options.showProm then s = s .. ' | ' .. unit_1 .. ' | ' .. unit_2 end
if options.showIsolation then local iso_u1, iso_u2 if unit == UNITS.METRE then iso_u1 = UNITS.KILOMETRE; iso_u2 = UNITS.MILE else iso_u1 = UNITS.MILE; iso_u2 = UNITS.KILOMETRE end s = s .. ' | ' .. iso_u1 .. ' | ' .. iso_u2
end s = s .. NEWLINE return s end local function finish() return " |
end
local function handleCustomOption(n, options, columnTitle)
if columnTitle then
COL_TITLES.custom = columnTitle
end
if n == 1 then options.showCustom1 = true else options.showCustom2 = true end
end
--[[ Process run options
rank - show ranking
name - override default name column title
elev - show elevation
prom - show prominence
isolation - show isolation
range - show mountain range or subrange from WD
fa - show first ascent (year only) from WD
coords - show coordinates from WD
tcoords - show titled coordinates from WD
custom[1|2]- show custom field (e.g. Notes)
country - show country
debug - generate debug information
]]
local function processOptions(runOptions)
local o = Options
if runOptions == nil then return o end
runOptions = stripNewline(runOptions)
debugv("runOptions", runOptions)
local parts = split(runOptions, OPTIONS_SEP)
for i=1,#parts do
option = parts[i]
debugv("option", option)
-- Strip out column title if given for an option
local colTitle
local n = string.find(option, COL_TITLE_SEP)
if n then
colTitle = string.sub(option, n+1)
debugv("colTitle", colTitle)
option = string.sub(option, 1, n-1)
end
local valid_option = true
if option == OPT_NAMES.RANK then o.showRank = true
elseif option == OPT_NAMES.PROM then o.showProm = true
elseif option == OPT_NAMES.FA then o.showFA = true
elseif option == OPT_NAMES.PROM then o.showProm = true
elseif option == OPT_NAMES.ISOLTN then o.showIsolation = true
elseif option == OPT_NAMES.COORDS then
o.showCoord = true
if colTitle then COL_TITLES.coords = colTitle end
elseif option == OPT_NAMES.TCOORDS then
o.showTCoord = true
if colTitle then COL_TITLES.coords = colTitle end
elseif option == OPT_NAMES.RANGE then
o.showRange = true
if colTitle then COL_TITLES.range = colTitle end
elseif option == OPT_NAMES.CUSTOM1 then
handleCustomOption(1, o, colTitle)
elseif option == OPT_NAMES.CUSTOM2 then
handleCustomOption(2, o, colTitle)
elseif option == OPT_NAMES.COUNTRY then o.showCountry = true
elseif option == OPT_NAMES.NAME then
if colTitle then COL_TITLES.name = colTitle end
elseif option == OPT_NAMES.ORDER then
if colTitle and colTitle == "prom" then
o.rankOrder = RANK_ORDER.PROM
end
elseif option == OPT_NAMES.DEBUG then o.debug = true
else
addError("Unknown option: " .. option)
valid_option = false
end
end
return o
end
-- ** Process a mountain line **
local function processLine(frame, options, line)
local parts, n, name, elev, page, custom, has_custom
-- argument contains elevation, page link and custom value
parts = split(line, FS)
if #parts == 2 then
has_custom = false
elseif #parts < 3 then
local m = "
Bad format on argument (
errors = errors .. m
mw.log(m)
return nil
else
has_custom = true
end
local mtn = Mountain
elev = parts[1] -- "m" or "ft"
name = parts[2] -- wiki-linked name
if name then
page = getPage(name)
debug("name = " .. name .. ";page = " .. page)
else
debug("name is null")
return nil
end
mtn.name = name
mtn.page = page
mtn.eid = nil
mtn.elevation = elev;
mtn.elevation_wd = 0
mtn.prominence = nil
mtn.isolation = nil
mtn.range = ""
mtn.fa = ""
if options.showCustom1 or options.showCustom2 then
if has_custom then
custom = stripNewline(parts[3])
debugv("custom", custom)
else
custom = NBSP
end
mtn.custom = custom
end
-- Get the Wikidata entity id
local eid = mw.wikibase.getEntityIdForTitle(page)
if not eid then
debug("Cannot find entity id for page " .. page)
mtn.name = mtn.name .. BR_NEWLINE .. errorFont("Cannot find entity id")
return mtn
end
debug("page="..page .. ",eid=" .. eid)
mtn.eid = eid
mtn.elevation_wd = getElevation(frame, eid)
mtn.prominence = getProminence(frame, eid)
if options.showIsolation then
mtn.isolation = getIsolation(frame, eid)
debugv("mtn.isolation", mtn.isolation)
end
if options.showRange then
mtn.range = getRange(frame, eid)
end
if options.showFA then
mtn.fa = getFirstAscent(frame, eid)
end
if options.showCoord then
mtn.coords = getCoords(frame, eid)
end
if options.showTCoord then
mtn.coords = getTitledCoords(frame, eid, mtn.name)
end
if options.showCountry then
mtn.country = getCountry(frame, eid)
end
return mtn
end
-- Process a mountain range. Only display the linked range once.
local function processRange(ranges, mtn)
local found = false;
local range = mtn.range
for k,v in pairs(ranges) do
if v == range then
found = true; break
end
end
if not found then
debug("Adding range " .. range)
table.insert(ranges, range)
else
local i1, i2 = string.find(range, "|")
if i1 then
local ei = string.len(range) - 2 -- strip ending brackets
name = string.sub(range, i1+1, ei)
else
local len = string.len(range)
name = string.sub(range, 3, len-2)
end
mtn.range = name
end
end
-- *** Main entry point ***
function p.list(frame)
local debug_on = false
local rank_number = 0
local last_elev, last_prom = ""
local same_rank = 0
errors = ""; dbgout = ""
--debugv("args[1]", frame.args[1])
--debugv("args[2]", frame.args[2])
--debugv("args[3]", frame.args[3])
local unit = frame.args[1]
local options = processOptions(frame.args[2])
if options.showCoord and options.showTCoord then
return "
" .. errorFont("Can only specify one of coords or tcoords") .. "
"end
-- Create the output buffer and add the table header
local getBuffer, print, printf = newBuffer()
print(genHeader(options, unit))
local ranges = {}
local rankOrderElev = options.rankOrder == RANK_ORDER.ELV
-- Main processing loop
for i=3,502,1 do
local prom_cells, isoltn_cells
local line = frame.args[i]
if line == nil then break end
debugv("line", line)
local mtn = processLine(frame, options, line)
if mtn then -- only do if no error
if options.showRank then
if rankOrderElev then
if last_elev ~= mtn.elevation then
rank_number = rank_number + 1 + same_rank
mtn.rank = rank_number
last_elev = mtn.elevation
same_rank = 0
else
same_rank = same_rank + 1
end
else -- ranked by prominence
if last_prom ~= mtn.prominence then
rank_number = rank_number + 1 + same_rank
mtn.rank = rank_number
last_prom = mtn.prominence
same_rank = 0
else
same_rank = same_rank + 1
end
end
end
if options.showRange and mtn.eid then
processRange(ranges, mtn)
end
local elev_cells = getElevationCells(frame, mtn.elevation, unit)
local prom = mtn.prominence
if prom ~= nil and prom ~= -1 and prom ~= "" then
prom_cells = getElevationCells(frame, prom, unit)
else
prom_cells = " || "
end
if options.showIsolation then
local isoltn = mtn.isolation
if isoltn and isoltn ~= -1 and isoltn ~= "" then
isoltn_cells = getProminenceCells(frame, mtn.isolation)
else
isoltn_cells = " || "
end
debugv("isoltn_cells", isoltn_cells)
end
debug("elev=" .. mtn.elevation ..";elev_wd="..mtn.elevation_wd)
if (options.showCustom1 or options.showCustom2) and mtn.elevation_wd ~= 0 and mtn.elevation ~= mtn.elevation_wd then
local mm = "
Local/WD elevations mismatch: " .. "\"" .. mtn.elevation .. "\"".. "/\"" .. mtn.elevation_wd.. "\""
mtn.custom = mtn.custom .. mm
end
print("|-\n|")
if options.showRank then print("align=center|" .. mtn.rank .. "||") end
print(mtn.name)
if options.showCountry then printf("\n|%s", mtn.country) end
printf("\n|%s\n", elev_cells)
if options.showProm then printf("|%s\n", prom_cells) end
if options.showIsolation then printf(TD .. "%s\n", isoltn_cells) end
if options.showRange then printf(TD .. "%s\n", mtn.range) end
if options.showFA then printf(TD .. "%s\n", mtn.fa) end
if options.showCustom2 then printf(TD .. "%s\n", mtn.custom) end
if options.showCoord or options.showTCoord then printf(TD .. "%s\n", mtn.coords) end
end
end -- for
print(finish())
if debug_on then
printf("
end
if string.len(errors) > 0 then
printf("%s\n", errors)
end
if options.debug and string.len(dbgout) > 0 then
printf("
Debug output
\n%s\n", dbgout)
end
return getBuffer('')
end
--[[
Test via Preview Window Debug console
print(p.test())
]]
function p._test(doDebug)
local frame = mw.getCurrentFrame()
-- if frame then mw.logObject(frame) end
-- local test_data = { {["e"]="3954",["p"]="Mount Robson",
-- ["n"]="Highest point in the Canadian Rockies"},
-- {["e"]="3747",["p"]="Mount Columbia",
-- ["n"]="Highest point in Alberta"}
-- }
local sep = ","
frame.args = {}
frame.args[1] = 'm'
frame.args[2] = OPT_NAMES.RANK..sep..
OPT_NAMES.RANGE..COL_TITLE_SEP.."Mtn Range"..sep..OPT_NAMES.FA
..sep..OPT_NAMES.PROM
--..sep..OPT_NAMES.ISOLTN
..sep..OPT_NAMES.TCOORDS
..sep..OPT_NAMES.CUSTOM2..COL_TITLE_SEP.."Additional info"
-- ..sep..OPT_NAMES.COUNTRY
-- ..sep..OPT_NAMES.ORDER..COL_TITLE_SEP.."prom"
if doDebug then frame.args[2] = frame.args[2] ..sep .. OPT_NAMES.DEBUG end
frame.args[3] = "3954"..FS.."Mount Robson"..FS.."Highest point in the Canadian Rockies"
frame.args[4] = "3448"..FS.."Mount Saint Elias"..FS.."Canada/US border"
frame.args[5] = "3310"..FS.."Mount Vaux"..FS.."Ottertail Range"
frame.args[6] = "3204"..FS.."Ghost Mountain"..FS..""
frame.args[7] = "2433"..FS.."Saddle Mountain"..FS
--[===[
frame.args[3] = "3954"..FS.."Mount Robson"..FS.."Highest point in the Canadian Rockies"
frame.args[4] = "3747"..FS.."Mount Columbia"..FS.."Highest point in Alberta"
frame.args[5] = "3731"..FS.."North Twin Peak"..FS.."Highest peak of The Twins Massif"
frame.args[6] = "3648"..FS.."Mount Clemenceau"..FS.."Named for Georges Clemenceau, premier of France during WWI"
frame.args[7] = "3619"..FS.."Mount Alberta"..FS.."Most difficult +11,000 climbing objective"
frame.args[8] = "3618"..FS.."Mount Assiniboine"..FS.."Highest point in the Southern Rockies"
frame.args[9] = "3612"..FS.."Mount Forbes"..FS.."Highest point within the confines of Banff Nat'l Park"
frame.args[10] = "3567"..FS.."Mount Goodsir"..FS.."Two major summits: South Tower and North Tower (lowest)"
frame.args[11] = "3556"..FS.."South Twin Peak"..FS.."Lowest peak of The Twins Massif"
frame.args[12] = "3543"..FS.."Mount Temple"..FS.."Highest point near Lake Louise"
frame.args[13] = "3425"..FS.."Resplendent Mountain"..FS.."tbd"
frame.args[14] = "3204"..FS.."Ghost Mountain"..FS..""
--]===]
-- frame.args[7] = ""
-- frame.args[8] = " "
--[[ Commented out
local fi = 3
for i=1,#test_data do
frame.args[fi] = test_data[i]["e"] .. FS .. test_data[i]["l"] .. FS .. test_data[i]["n"]
fi = fi + 1
end ]]
Options.test = true
return p.list(frame)
end
function p.testd()
return p._test(true)
end
function p.test()
return p._test(false)
end
function p.test2()
local s = 'Rainbow Range'
--local i1,i2 = string.find(s,"%>(.*)%<%/a%>")
local i1,i2 = string.find(s,"%b><")
if i1 then
mw.log("i1=" .. i1 .. " i2=" .. i2)
mw.log(string.sub(s,i1+1,i2-1))
else
mw.log("not found")
end
end
function p.test3()
mw.log(stripBrackets("abc"))
mw.log(stripBrackets("def"))
mw.log(stripBrackets("Mount Victoria"))
mw.log("title=" .. getPageTitle("Mount Victoria"))
end
function p.testR()
local frame = mw.getCurrentFrame()
frame.args = {}
frame.args[1] = 'm'
frame.args[2] = "debug,fa,tcoords,custom2:Easiest route"
frame.args[3] = "3543"..FS.."Mount Temple"..FS.."Moderate scramble on SW face"
frame.args[4] = "3492"..FS.."Hungabee Mountain"..FS.."UIAA III 5.4 on West ridge"
frame.args[5] = "3464"..FS.."Mount Victoria"..FS.."UIAA II on SE ridge, South Summitend"
Options.test = true
return p.list(frame)
end
return p
--[[
{| class="wikitable sortable"
|- bgcolor="#ffffcc"
! align="left" rowspan=2|Rank||rowspan=2|Mountain/Peak ||colspan=2|Elevation ||colspan=2| Prominence ||rowspan=2| Subrange
!rowspan=2| FA ||rowspan=2| Notes ||rowspan=2| References
|-
!m || ft || m || ft
|-
|align=center|1||Mount Robson
|{{elevation_cells|3,959|m}}|{{elevation_cells|2829|m}}||Rainbow Range
|1913||Highest point in the Canadian Rockies||
]]