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Module:Infobox RT: Difference between revisions

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local infobox = require("Module:Infobox")
local infobox = require("Module:Infobox")


function p.infobox_RT(frame)
-- no real math functionality... yet
local name = frame.args["tempname"]
local subgroup = frame.args["subgroup"]
local basis = frame.args["commas"]
local edo_first = frame.args["edo_first"]
local edo1 = tonumber(edo_first)
local edo_second = frame.args["edo_second"]
local edo2 = tonumber(edo_second)
local tuning = frame.args["tuning"]
local genfrac = frame.args["genfrac"]
local method = frame.args["method"]
local mapping = frame.args["mapping"]
local mos = frame.args["mosses"]
local ploidacot = frame.args["ploidacot"]
local pergen = frame.args["pergen"]
local limit1 = frame.args["lim1"]
local comp1 = frame.args["comp1"]
local acc1 = frame.args["acc1"]
local limit2 = frame.args["lim2"]
local comp2 = frame.args["comp2"]
local acc2 = frame.args["acc2"]
local data = {}
-- processed mapping
local map = {}
local lowermap = {}
table.insert(data, {
"Subgroups",
subgroup
})
table.insert(data, {
"Comma basis",
basis
})
table.insert(data, {
"Reduced mapping",
"<" .. mapping .. "]"
})
-- autocalculating ploidacot
for num in mapping:gmatch("(%d+); ") do
table.insert(map, num)
end
local ploid = map[1]
for num in mapping:gmatch("(%d+) ") do
table.insert(lowermap, num)
end
local equave = string.char(string.byte(subgroup, 1))
local equave_letter
local cot = tonumber(lowermap[1])
local referent = string.char(string.byte(subgroup, 3))
local suffix = "cleft"
if tonumber(equave) == 3 then
equave_letter = "t"
if tonumber(string.char(string.byte(subgroup, 3))) == 5 then
if tonumber(string.char(string.byte(subgroup, 5))) == 7 then
cot = tonumber(lowermap[2])
suffix = "gem"
else
suffix = "arx"
end
end
if referent == "7" then
suffix = "gem"
elseif tonumber(referent) == 2 then -- edf
equave_letter = "f"
equave = "3/2"
referent = string.char(string.byte(subgroup, 5))
end
elseif tonumber(equave) == 2 then
equave_letter = "o"
if tonumber(string.char(string.byte(subgroup, 3))) == 3 then
suffix = "cot"
elseif tonumber(string.char(string.byte(subgroup, 3))) == 5 then
suffix = "seph"
end
else
equave_letter = equave
end
if suffix == "cleft" then
suffix = referent .. suffix
end
local ploidnum = math.log(tonumber(equave))*(1200/math.log(2))/tonumber(ploid)
local tuningnum = tonumber(tuning)
if cot < 0 then
tuningnum = math.log(tonumber(equave))*(1200/math.log(2)) - tuningnum
cot = math.abs(cot)
end
local shear = math.floor(tuningnum*cot/ploidnum)
shear = math.floor(cot*(shear/cot - math.floor(shear/cot)))
if cot > 2 then
if shear == cot-1 then
shear = -1
end
end
suffix = p.num2greeklet(tostring(shear)) .. p.num2greek(tostring(cot), "cot") .. suffix
if ploid ~= "1" then
suffix = p.num2greek(ploid,"ploid") .. "ploid " .. suffix
end
if ploidacot == "0" then
ploidacot = suffix
end
-- edo join
table.insert(data, {
"Edo join",
"[[" .. edo_first .. "ed" .. equave_letter .. "|" .. edo_first .. "]] & [[" .. edo_second .. "ed" .. equave_letter .. "|" .. edo_second .. "]]"
})
table.insert(data, {
"Generator ([[" .. method .. "]])",
"~" .. genfrac .. " = " .. tuning .. "c"
})
if mos ~= "0" then
table.insert(data, {
"MOS scales",
mos
})
end
table.insert(data, {
"Ploidacot",
ploidacot
})
if pergen ~= "0" then
table.insert(data, {
"Pergen",
pergen
})
end
-- error and stuff
local oddlim
if equave_letter == "o" then
oddlim = "-[[odd limit]]) "
elseif equave_letter == "t" then
oddlim = "-[[throdd limit]]) "
else
oddlim = "-[[integer limit]]) "
end
local string1 = "(" .. limit1 .. oddlim .. acc1 .. "c"
local string2 = "(" .. limit1 .. oddlim .. comp1 .. " notes"
if limit2 ~= "0" then
string1 = string1 .. "; <br> (" .. limit2 .. oddlim .. acc2 .. "c"
string2 = string2 .. "; <br> (" .. limit2 .. oddlim .. comp2 .. " notes"
end
table.insert(data, {
"Minmax error",
string1
})
table.insert(data, {
"Target scale size",
string2
})
local result = infobox.build(
name,
data
)
return result
end


function p.digit2greek(number, purpose)
function p.digit2greek(number, purpose)
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end
end
elseif number == "4" then
elseif number == "4" then
greek = "tetra"
if purpose == "decade" then
greek = "tessera"
else
greek = "tetra"
end
elseif number == "5" then
elseif number == "5" then
greek = "penta"
if purpose == "decade" then
greek = "pente"
else
greek = "penta"
end
elseif number == "6" then
elseif number == "6" then
greek = "hexa"
if purpose == "decade" then
greek = "hexe"
else
greek = "hexa"
end
elseif number == "7" then
elseif number == "7" then
greek = "hepta"
if purpose == "decade" then
greek = "hebdome"
else
greek = "hepta"
end
elseif number == "8" then
elseif number == "8" then
greek = "octa"
if purpose == "decade" then
greek = "ogdoe"
elseif purpose == "unit" then
greek = "octo"
else
greek = "octa"
end
elseif number == "9" then
elseif number == "9" then
greek = "ennea"
if purpose == "decade" then
greek = "enene"
else
greek = "ennea"
end
end
end
if purpose == "decade" then
if purpose == "decade" then
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end
end
return greek
return greek
end
function p.infobox_RT(frame)
-- no real math functionality... yet
local name = frame.args["tempname"]
local subgroup = frame.args["subgroup"]
local basis = frame.args["commas"]
local edo_first = frame.args["edo_first"]
local edo1 = tonumber(edo_first)
local edo_second = frame.args["edo_second"]
local edo2 = tonumber(edo_second)
local tuning = frame.args["tuning"]
local genfrac = frame.args["genfrac"]
local method = frame.args["method"]
local mos = frame.args["mosses"]
local mapping = frame.args["mapping"]
local ploidacot = frame.args["ploidacot"]
local limit1 = frame.args["lim1"]
local comp1 = frame.args["comp1"]
local acc1 = frame.args["acc1"]
local limit2 = frame.args["lim2"]
local comp2 = frame.args["comp2"]
local acc2 = frame.args["acc2"]
local data = {}
-- processed mapping
local map = {}
local lowermap = {}
table.insert(data, {
"Subgroups",
subgroup
})
table.insert(data, {
"Comma basis",
basis
})
table.insert(data, {
"Reduced mapping",
"<" .. mapping .. "]"
})
-- autocalculating ploidacot (wip)
for num in mapping:gmatch("(%d+); ") do
table.insert(map, num)
end
local ploid = map[1]
for num in mapping:gmatch("(%d+) ") do
table.insert(lowermap, num)
end
local equave = string.char(string.byte(subgroup, 1))
local equave_letter
local cot = tonumber(lowermap[1])
local referent = string.char(string.byte(subgroup, 3))
local suffix = "cleft"
if tonumber(equave) == 3 then
equave_letter = "t"
if tonumber(string.char(string.byte(subgroup, 3))) == 5 then
if tonumber(string.char(string.byte(subgroup, 5))) == 7 then
cot = tonumber(lowermap[2])
suffix = "gem"
end
elseif tonumber(string.char(string.byte(subgroup, 3))) == 2 then -- edf
equave_letter = "f"
equave = "3/2"
referent = string.char(string.byte(subgroup, 5))
end
if referent == "7" then
suffix = "gem"
end
elseif tonumber(equave) == 2 then
equave_letter = "o"
if tonumber(string.char(string.byte(subgroup, 3))) == 3 then
suffix = "cot"
elseif tonumber(string.char(string.byte(subgroup, 3))) == 5 then
suffix = "seph"
end
else
equave_letter = equave
end
if ploidacot == "cleft" then
suffix = referent .. suffix
end
local ploidnum = math.log(tonumber(equave))*(1200/math.log(2))/tonumber(ploid)
local tuningnum = tonumber(tuning)
if cot < 0 then
tuningnum = math.log(tonumber(equave))*(1200/math.log(2)) - tuningnum
cot = math.abs(cot)
end
local shear = math.floor(tuningnum*cot/ploidnum)
shear = math.floor(cot*(shear/cot - math.floor(shear/cot)))
if cot > 2 then
if shear == cot-1 then
shear = -1
end
end
suffix = p.num2greek(ploid,"ploid") .. "ploid " .. p.num2greeklet(tostring(shear)) .. p.num2greek(tostring(cot), "cot") .. suffix
if ploidacot == "cleft" then
ploidacot = suffix
end
-- edo join
table.insert(data, {
"Edo join",
"[[" .. edo_first .. "ed" .. equave_letter .. "|" .. edo_first .. "]] & [[" .. edo_second .. "ed" .. equave_letter .. "|" .. edo_second .. "]]"
})
table.insert(data, {
"Generator ([[" .. method .. "]])",
"~" .. genfrac .. " = " .. tuning .. "c"
})
table.insert(data, {
"MOS scales",
mos
})
table.insert(data, {
"Ploidacot",
ploidacot
})
table.insert(data, {
"Minmax error",
"(" .. limit1 .. "-[[odd limit]]) " .. acc1 .. "c; <br> (" .. limit2 .. "-[[odd limit]]) " .. acc2 .. "c"
})
table.insert(data, {
"Target scale size",
"(" .. limit1 .. "-[[odd limit]]) " .. comp1 .. " notes; <br> (" .. limit2 .. "-[[odd limit]]) " .. comp2 .. " notes"
})
local result = infobox.build(
name,
data
)
return result
end
end


return p
return p
Retrieved from "https://en.xen.wiki/w/Module:Infobox_RT"