Module:sa-verb
- පහත දැක්වෙන උපදෙස්, Module:sa-verb/documentation හි පිහිටා ඇත. Module:sa-verb/documentation]]. [සංස්කරණය] Categories were auto-generated by Module:module categorization. [edit]
- ප්රයෝජනවත් සබැඳි: උප පිටු ලැයිස්තුව • සබැඳි • transclusions • testcases • sandbox
See Template:sa-conj
local export = {}
local m_para = require("Module:parameters")
local m_links = require("Module:links")
local m_utils = require("Module:utilities")
local lang = require("Module:languages").getByCode("sa")
local m_script_utils = require("Module:script utilities")
local sa_verb_data = require("Module:sa-verb/data")
local SLP_to_IAST = require("Module:sa-utilities/translit/SLP1-to-IAST")
local IAST_to_SLP = require("Module:sa-utilities/translit/IAST-to-SLP1")
local sa_utils = require("Module:sa-utilities")
local sa_utils_translit = require("Module:sa-utilities/translit")
local columns = require("Module:columns/auto")
local PAGENAME = mw.title.getCurrentTitle().text
local gsub = mw.ustring.gsub
local match = mw.ustring.match
local split = mw.text.split
local names = {
["pres"] = "Present",
["impf"] = "Imperfect",
["fut"] = "Future",
["pfut"] = "Periphrastic Future",
["cond"] = "Conditional",
["aor"] = "Aorist",
["bene"] = "Benedictive/Precative",
["perf"] = "Perfect",
["pperf"] = "Periphrastic Perfect",
["indic"] = "Indicative",
["imper"] = "Imperative",
["optat"] = "Optative/Potential",
["subj"] = "Subjunctive",
["inj"] = "Injunctive",
["part"] = "Participles",
["inf"] = "Infinitive",
["gerund"] = "Gerund",
["gerundive_mn"] = "Masculine/Neuter Gerundive",
["gerundive_f"] = "Feminine Gerundive",
["part_mn"] = "Masculine/Neuter Past Passive Participle",
["part_f"] = "Feminine Past Passive Participle",
["part_av_mn"] = "Masculine/Neuter Past Active Participle",
["part_av_f"] = "Feminine Past Active Participle",
["nonf"] = "Nonfinite Forms"
}
local tenses = {
["pres"] = {
["moods"] = { "indic", "imper", "optat", "subj", "part" },
["voices"] = { "av", "mv" }
},
["impf"] = {
["moods"] = { "indic" },
["voices"] = { "av", "mv" }
},
["fut"] = {
["moods"] = { "indic", "part" },
["voices"] = { "av", "mv" }
},
["pfut"] = {
["moods"] = { "indic" },
["voices"] = { "av", "mv" }
},
["cond"] = {
["moods"] = { "indic" },
["voices"] = { "av", "mv" }
},
["aor"] = {
["moods"] = { "indic", "inj", "subj" },
["voices"] = { "av", "mv" }
},
["bene"] = {
["moods"] = { "optat" },
["voices"] = { "av", "mv" }
},
["perf"] = {
["moods"] = { "indic", "part" },
["voices"] = { "av", "mv" }
},
["nonf"] = {
["moods"] = { "inf", "gerund", "gerundive_mn", "gerundive_f", "part_mn", "part_f", "part_av_mn", "part_av_f" }
}
}
local numbers = {"1_s", "2_s", "3_s", "1_d", "2_d", "3_d", "1_p", "2_p", "3_p"}
local super_nums = {
[1] = "¹",
[2] = "²",
[3] = "³",
[4] = "⁴",
[5] = "⁵",
[6] = "⁶",
[7] = "⁷",
[8] = "⁸",
[9] = "⁹",
[0] = "⁰"
}
local function to_super(num)
local annotation = gsub(num, ".", super_nums)
return annotation
end
local function get_form_note_tags(form_notes, data)
local output = {}
if type(form_notes) ~= "table" then
form_notes = {form_notes}
end
for _, form_note in ipairs(form_notes) do
if type(data.form_notes[form_note]) ~= "number" then
table.insert(data.form_notes_out, form_note)
data.form_notes[form_note] = #data.form_notes_out
end
table.insert(output, to_super(data.form_notes[form_note]))
end
return table.concat(output)
end
local function make_header(args, data, title_models, sc_cache)
local width = 70
local title = names[args.tense] .. ": " .. title_models
local header = {
'{| class="inflection-table vsSwitcher" data-toggle-category="inflection" style="background:#F9F9F9; text-align:center; border: 1px solid #CCC; width: ' ..
width .. 'em"\n'
}
table.insert(header, '|- style="background: #d9ebff;"\n')
table.insert(
header,
'! class="vsToggleElement" style="text-align: left;" colspan="' .. args.colspan .. '" | ' .. title .. "\n"
)
table.insert(header, '|- class="vsHide"\n')
table.insert(header, '! style="background:#eff7ff" rowspan="2" |\n')
table.insert(header, '! colspan="3" style="background:#eff7ff" | Active\n')
if args.tense == "pfut" then
table.insert(header, '! colspan="3" style="background:#eff7ff" | Middle\n')
else
table.insert(header, '! colspan="3" style="background:#eff7ff" | Mediopassive\n')
end
table.insert(header, '|- class="vsHide"\n')
local size = 2
for i = 1, size, 1 do
table.insert(header, '! style="background:#eff7ff" | Singular\n')
table.insert(header, '! style="background:#eff7ff" | Dual\n')
table.insert(header, '! style="background:#eff7ff" | Plural\n')
end
return table.concat(header)
end
local function make_cell(args, data, tag, arg_tag, sc_cache, col_span, voice)
local forms, links, trs = {}, {}, {}
if (not match(args.n, "a") and voice == "av") or (not match(args.n, "m") and voice == "mv") or (not match(args.n, "p") and voice == "pv") then
forms = {"-"}
elseif args[arg_tag] then
forms = mw.text.split(args[arg_tag], "%s*[,]%s*")
else
forms = data.forms[tag]
end
if not forms then
return "| -\n"
end
for i, form in ipairs(forms) do
form = sc_cache.tr(form)
form = gsub(form, 'V', 'f')
form = gsub(form, "Z", "x")
-- a superscript number at the end of manually added forms should not be part of the (linked) form
if match(form, "[¹²³⁴⁵⁶⁷⁸⁹]$") then
extra_note_tag = gsub(form, "^.+(.)$", "%1")
form = gsub(form, ".$", "")
else
extra_note_tag = ""
end
local form_note_tag = get_form_note_tags(forms["note" .. i] or {}, data)
if form == "" then -- in case of form reduced to zero by 'novedic' parameter
-- do nothing
elseif form == "-" then
table.insert(links, form)
table.insert(trs, form)
else
table.insert(
links,
m_links.full_link({term = sc_cache.reverse_tr(form), tr = "-", lang = lang, sc = sc_cache.sc}) ..
form_note_tag .. extra_note_tag
)
table.insert(trs, SLP_to_IAST.tr(form) .. form_note_tag .. extra_note_tag)
end
end
return table.concat {
"| ",
"colspan = ",
col_span,
" | ",
table.concat(links, " / "),
"<br/>",
m_script_utils.tag_translit(table.concat(trs, " / "), lang, "default", 'style="color: #888;"'),
"\n"
}
end
local function format_notes(args, data)
local output = {
'|- class="vsHide"',
'| style="background-color:#eff7ff; font-style:italic;border-top:double #888;" | Notes',
'| style="text-align:left;border-top:double #888;" colspan="' .. args.colspan .. '" |'
}
if #data.form_notes_out > 0 or #data.general_notes > 0 or #args.note > 0 then
for _, general_note in ipairs(data.general_notes) do
table.insert(output, "* " .. general_note)
end
for i, form_note in ipairs(data.form_notes_out) do
table.insert(output, "* " .. to_super(i) .. form_note)
end
for _, note in ipairs(args.note) do
table.insert(output, "* " .. note)
end
return table.concat(output, "\n") .. "\n"
else
return ""
end
end
local function make_nonf_table(args, data, output, sc_cache)
local moods = tenses[args.tense].moods
if data.forms["part_mn"] ~= "-" and data.forms["part_mn"] ~= nil then
data.forms["part_av_mn"] = { data.forms["part_mn"][1] .. "vat" } -- these two formed directly from the given forms always
data.forms["part_av_f"] = { data.forms["part_mn"][1] .. "vatī" }
else
data.forms["part_av_mn"] = { "-" }
data.forms["part_av_f"] = { "-" }
end
local title_models = ""
local arg_before = false
local tag = moods[1]
local arg_tag = moods[1]
local forms
if args[arg_tag] then
forms = mw.text.split(args[arg_tag], "%s*[,]%s*")
else
forms = data.forms[tag]
end
for i, title_lem in ipairs(forms) do
title_lem = sc_cache.tr(title_lem)
title_lem = gsub(title_lem, 'V', 'f')
title_lem = gsub(title_lem, "Z", "x")
if i > 1 then
title_models = title_models .. " or "
end
title_models =
title_models ..
m_links.full_link(
{
term = nil,
alt = sc_cache.reverse_tr(title_lem),
tr = SLP_to_IAST.tr(title_lem),
lang = lang,
sc = sc_cache.sc
}
)
end
local title = names[args.tense] .. ": " .. title_models
table.insert(output, 'Forms of Sanskrit verbs are numerous and complicated. The following conjugation shows only a subset of all forms and should be treated as a guide. \n')
table.insert(
output,
'{| class="inflection-table vsSwitcher" data-toggle-category="inflection" style="background:#F9F9F9; text-align:center; border: 1px solid #CCC; width: 40em"\n'
)
table.insert(output, '|- style="background: #d9ebff;"\n')
table.insert(output, '! class="vsToggleElement" style="text-align: left;" colspan="4" | ' .. title .. "\n")
table.insert(output, '|- class="vsHide"\n')
table.insert(output, '! style="background:#eff7ff" |\n')
table.insert(output, '! colspan="2" style="background:#eff7ff" | Undeclinable\n')
table.insert(output, '|- class="vsHide"\n')
for _, mood in ipairs(moods) do
if mood == "gerundive_mn" then
table.insert(output, '! style="background:#eff7ff" |\n')
table.insert(output, '! colspan="2" style="background:#eff7ff" | Participles\n')
table.insert(output, '|- class="vsHide"\n')
end
table.insert(output, '! style="background-color:#eff7ff;" | ' .. names[mood] .. "\n")
local tag = mood
local arg_tag = mood
table.insert(output, make_cell(args, data, tag, arg_tag, sc_cache, 1))
table.insert(output, '|- class="vsHide"\n')
end
table.insert(output, format_notes(args, data))
table.insert(output, "|}")
if not args.nocat and #data.categories > 0 then
table.insert(output, m_utils.format_categories(data.categories, lang))
end
return output
end
local function make_voice(title_models, args, data, sc_cache, voice)
local moods = tenses[args.tense].moods
local tag = moods[1] .. "_" .. voice .. "_3_s"
local arg_tag = moods[1] .. "_" .. voice .. "_3_s"
local forms
if args[arg_tag] then
forms = mw.text.split(args[arg_tag], "%s*[,]%s*")
else
forms = data.forms[tag]
end
if #title_models > 0 then
table.insert(title_models, ", ")
end
for i, title_lem in ipairs(forms or {"-"}) do
title_lem = sc_cache.tr(title_lem)
if i > 1 then
table.insert(title_models, " or ")
end
title_lem = gsub(title_lem, 'V', 'f')
title_lem = gsub(title_lem, "Z", "x")
title_lem = gsub(title_lem, "[¹²³⁴⁵⁶⁷⁸⁹]", "")
table.insert(title_models,
m_links.full_link(
{
term = nil,
alt = sc_cache.reverse_tr(title_lem),
tr = SLP_to_IAST.tr(title_lem),
lang = lang,
sc = sc_cache.sc
}
)
)
end
end
local function make_table_verb(args, data, output, sc_cache)
if args.tense == "pres" and args.novedic == true then
moods = { "indic", "imper", "optat", "part" }
elseif args.tense == "aor" and args.novedic == true then
moods = { "indic", "inj" }
else
moods = tenses[args.tense].moods
end
if args.tense == "nonf" then
table.insert(data.categories, "Sanskrit verbs with nonfinite forms")
return make_nonf_table(args, data, output, sc_cache)
end
local voices = tenses[args.tense].voices
local numbers = {"s", "d", "p"}
local people = {{"3", "Third"}, {"2", "Second"}, {"1", "First"}}
local title_models = {}
if match(args.n, "a") then
make_voice(title_models, args, data, sc_cache, "av")
end
if match(args.n, "m") then
make_voice(title_models, args, data, sc_cache, "mv")
end
if match(args.n, "p") then
make_voice(title_models, args, data, sc_cache, "pv")
end
table.insert(output, make_header(args, data, table.concat(title_models, ""), sc_cache))
table.insert(output, '|- class="vsHide"\n')
for _, mood in ipairs(moods) do
table.insert(output, '! style="background:#eff7ff" colspan="' .. args.colspan .. '" | ' .. names[mood] .. "\n")
table.insert(output, '|- class="vsHide"\n')
if mood == "part" then
table.insert(output, '| style="background-color:#eff7ff; font-style:italic;" | \n')
for _, voice in ipairs(voices) do
local tag = mood .. "_" .. voice
local arg_tag = mood .. "_" .. voice
table.insert(output, make_cell(args, data, tag, arg_tag, sc_cache, 3, voice))
end
else
for i, person_pair in ipairs(people) do
local person, person_name = person_pair[1], person_pair[2]
table.insert(output, '| style="background-color:#eff7ff; font-style:italic;" | ' .. person_name .. "\n")
for _, voice in ipairs(voices) do
for _, number in ipairs(numbers) do
local tag = mood .. "_" .. voice .. "_" .. person .. "_" .. number
local arg_tag = mood .. "_" .. voice .. "_" .. person .. "_" .. number
table.insert(output, make_cell(args, data, tag, arg_tag, sc_cache, 1, voice))
end
end
table.insert(output, '|- class="vsHide"\n')
end
end
end
table.insert(output, format_notes(args, data))
table.insert(output, "|}")
if not args.nocat and #data.categories > 0 then
table.insert(output, m_utils.format_categories(data.categories, lang))
end
return output
end
local function get_sc_details(args)
local sc, scCode
if args.sc then
sc = require("Module:scripts").getByCode(args.sc)
scCode = args.sc
else
sc = lang:findBestScript(args.lemma)
scCode = sc:getCode()
if scCode == "None" then
sc = lang:findBestScript(PAGENAME)
scCode = sc:getCode()
if scCode == "None" then
-- error("Script code was not specified or detected.")
-- Suppress; this fixes issues where docs pages get errors
return get_sc_details({sc = "Deva"})
end
end
end
local tr, reverse_tr = sa_utils_translit.retrieve_tr_modules(scCode)
return {tr = tr, reverse_tr = reverse_tr, sc = sc, scCode = scCode}
end
--[=[Splits a string by commas and displays
]=]
function export.split(frame)
local args = frame.args
args.lemma = args[1]
local sc_cache = get_sc_details(args)
if not sc_cache then
return "Module failed on page "
end
local output = {}
local splitted = mw.text.split(frame.args[1], ",")
if args.b then table.insert(output, "<ul>") end
for i, form in ipairs(splitted) do
if i > 1 and not args.b and not args.csv then table.insert(output, "<br/>") end
if i > 1 and args.csv then table.insert(output, ", ") end
if args.b then table.insert(output, "<li>") end
slp = sc_cache.tr(form)
if require("Module:scripts").findBestScriptWithoutLang(form):getCode() == "Latn" then
tr = form
else
tr = nil
end
table.insert(
output,
m_links.full_link({term = sc_cache.reverse_tr(slp), tr = tr, lang = lang, sc = sc_cache.sc})
)
if args.b then table.insert(output, "</li>") end
end
if args.b then table.insert(output, "</ul>") end
return table.concat(output)
end
function add_form_to_output(output, form, tense, sc_cache)
local function term_already_linked(term)
-- This function is copied from Module:columns, and probably needs to be updated whenever that one is
-- FIXME: "<span" is an ugly hack to prevent double-linking of terms already run through {{l|...}}:
-- [[Thread:User talk:CodeCat/MewBot adding lang to column templates]]
return term:find("<span")
end
if term_already_linked(form) then
table.insert(output, form)
else
slp = sc_cache.tr(form)
local tr = nil
if require("Module:scripts").findBestScriptWithoutLang(form):getCode() == "Latn" then
tr = form
end
local pos = nil
if tense ~= nil then
pos = '<span class="ib-content qualifier-content">' .. tense .. '</span>'
end
table.insert(
output,
m_links.full_link({term = sc_cache.reverse_tr(slp), tr = tr, pos = pos, lang = lang, sc = sc_cache.sc})
)
end
end
function add_root_deriv(output, param, tense, sc_cache)
local function term_already_linked(term)
-- This function is copied from Module:columns, and probably needs to be updated whenever that one is
-- FIXME: "<span" is an ugly hack to prevent double-linking of terms already run through {{l|...}}:
-- [[Thread:User talk:CodeCat/MewBot adding lang to column templates]]
return term:find("<span")
end
if term_already_linked(param) then
add_form_to_output(output, param, tense, sc_cache)
else
local splitted = mw.text.split(param, ",")
for i, form in ipairs(splitted) do
add_form_to_output(output, form, tense, sc_cache)
end
end
end
function handle_deriv_param(output, frame, param_name, tense, sc_cache)
if frame.args[param_name] ~= nil then
local pos = frame.args[param_name .. "_pos"] or tense
add_root_deriv(output, frame.args[param_name], pos, sc_cache)
local i = 2
while frame.args[param_name .. i] ~= nil do
pos = frame.args[param_name .. i .. "_pos"] or tense
add_root_deriv(output, frame.args[param_name .. i], pos, sc_cache)
i = i + 1
end
end
end
function export.rootderiv(frame)
frame.args = frame:getParent().args
local output = '\n; Primary Verbal Forms\n'
local sc_cache = get_sc_details(frame.args)
if not sc_cache then
return "Module failed on page "
end
-- if frame.args["pres"] == nil then return "Module failed on page - no present tense" end
local args = { [1] = "sa" }
handle_deriv_param(args, frame, "pres", "Present", sc_cache)
handle_deriv_param(args, frame, "opt", "Optative Mood", sc_cache)
handle_deriv_param(args, frame, "imper", "Imperative Mood", sc_cache)
handle_deriv_param(args, frame, "impf", "Imperfect", sc_cache)
handle_deriv_param(args, frame, "fut", "Future", sc_cache)
handle_deriv_param(args, frame, "pfut", "Periphrastic Future", sc_cache)
handle_deriv_param(args, frame, "cond", "Conditional", sc_cache)
handle_deriv_param(args, frame, "aor", "Aorist", sc_cache)
handle_deriv_param(args, frame, "bene", "Benedictive", sc_cache)
handle_deriv_param(args, frame, "perf", "Perfect", sc_cache)
handle_deriv_param(args, frame, "pperf", "Periphrastic Perfect", sc_cache)
output = output .. columns.display_from({ ["columns"] = 4 }, args, nil)
args = { [1] = "sa" }
handle_deriv_param(args, frame, "pass", "Passive", sc_cache)
handle_deriv_param(args, frame, "pass_aor", "Passive Aorist", sc_cache)
handle_deriv_param(args, frame, "caus", "Causative", sc_cache)
handle_deriv_param(args, frame, "caus_aor", "Causative Aorist", sc_cache)
handle_deriv_param(args, frame, "pass_caus", "Passive of Causative", sc_cache)
handle_deriv_param(args, frame, "pass_aor_caus", "Passive Aorist of Causative", sc_cache)
handle_deriv_param(args, frame, "desid", "Desiderative", sc_cache)
handle_deriv_param(args, frame, "desid_aor", "Desiderative Aorist", sc_cache)
handle_deriv_param(args, frame, "desid_fut", "Desiderative Future", sc_cache)
handle_deriv_param(args, frame, "pass_desid", "Passive of Desiderative", sc_cache)
handle_deriv_param(args, frame, "caus_desid", "Causative of Desiderative", sc_cache)
handle_deriv_param(args, frame, "desid_caus", "Desiderative of Causative", sc_cache)
handle_deriv_param(args, frame, "desid_desid", "Desiderative of Desiderative", sc_cache)
handle_deriv_param(args, frame, "intens", "Intensive", sc_cache)
handle_deriv_param(args, frame, "int", "Intensive", sc_cache)
handle_deriv_param(args, frame, "freq", "Intensive", sc_cache)
handle_deriv_param(args, frame, "int_perf", "Intensive Perfect", sc_cache)
handle_deriv_param(args, frame, "caus_int", "Causative of Intensive", sc_cache)
handle_deriv_param(args, frame, "desid_int", "Desiderative of Intensive", sc_cache)
if args[2] ~= nil then
output = output .. '\n; Secondary Forms\n'
output = output .. columns.display_from({ ["columns"] = 4 }, args, nil)
end
args = { [1] = "sa" }
handle_deriv_param(args, frame, "ppp", "Past Participle", sc_cache)
handle_deriv_param(args, frame, "mpp", "Mediopassive Participle", sc_cache)
handle_deriv_param(args, frame, "ap", "Active Participle", sc_cache)
handle_deriv_param(args, frame, "inf", "Infinitive", sc_cache)
handle_deriv_param(args, frame, "gerund", "Gerund", sc_cache)
handle_deriv_param(args, frame, "gerundive", "Gerundive", sc_cache)
handle_deriv_param(args, frame, "caus_ppp", "Causative Past Participle", sc_cache)
handle_deriv_param(args, frame, "caus_inf", "Causative Infinitive", sc_cache)
handle_deriv_param(args, frame, "caus_gerund", "Causative Gerund", sc_cache)
handle_deriv_param(args, frame, "caus_gerundive", "Causative Gerundive", sc_cache)
handle_deriv_param(args, frame, "desid_part", "Desiderative Participle", sc_cache)
handle_deriv_param(args, frame, "desid_gerundive", "Desiderative Gerundive", sc_cache)
handle_deriv_param(args, frame, "desid_caus_part", "Desiderative Participle of Causative", sc_cache)
handle_deriv_param(args, frame, "desid_part_caus", "Desiderative Participle of Causative", sc_cache)
handle_deriv_param(args, frame, "int_inf", "Intensive Infinitive", sc_cache)
if args[2] ~= nil then
output = output .. '\n; Non-Finite Forms\n'
output = output .. columns.display_from({ ["columns"] = 4 }, args, nil)
end
local n_args = { [1] = "sa" }
local v_args = { [1] = "sa" }
local switched_to_verbs = false
for k, v in ipairs(frame.args) do
v = gsub(v, "^%s*(.-)%s*$", "%1")
if v == "/" then
switched_to_verbs = true
else
if switched_to_verbs then add_form_to_output(v_args, v, nil, sc_cache)
else add_form_to_output(n_args, v, nil, sc_cache) end
end
end
if n_args[2] ~= nil then
output = output .. '\n; Derived Nominal Forms\n'
output = output .. columns.display_from({ ["columns"] = 4 }, n_args, nil)
end
if v_args[2] ~= nil then
output = output .. '\n; Prefixed Root Forms\n'
output = output .. columns.display_from({ ["columns"] = 4 }, v_args, nil)
end
return output
end
function export.show(frame)
local params = {
lemma = {default = PAGENAME},
n = {default = "amp"},
sc = {},
[1] = {required = true},
[2] = {alias_of = "lemma"},
[3] = {},
[4] = {},
auto_sandhi = {default = true, type = "boolean"},
set = {default = false, type = "boolean" }, -- set vs anit roots
novedic = {default = false, type = "boolean" }, -- disable extra Vedic forms
note = {list = true},
o = {default = false, type = "boolean"},
mono = {default = false, type = "boolean"}, -- internal sandhi arg
j_to_z = {default = false, type = "boolean"}, -- internal sandhi arg
h_to_g = {default = false, type = "boolean"}, -- internal sandhi arg
ambig_final = {}, -- internal sandhi arg (in practice only when final '-ś' becomes 'k' as in 'ádrāk')
diaspirate = {default = false, type = "boolean"}, -- internal sandhi arg
no_syncope = {default = false, type = "boolean"}, -- internal sandhi arg
accent_override = {default = false, type = "boolean"}, -- internal sandhi arg
no_retroflex_root_s = {default = true, type = "boolean"}, -- internal sandhi arg; default = true only for verbs
aor = {default = nil}, -- aorist class (if not automatically detected)
class = {default = nil}, -- present class (if not automatically detected)
extra_1p_stem = {default = nil}, -- stem for 1p if different from 3p and (e.g.) 2p
inj_strong_stem = {default = nil}, -- injunctive strong stem in case of root starting with vowel, or prefixed verbs
inj_weak_stem = {default = nil}, -- injunctive weak stem in case of root starting with vowel, or prefixed verbs
}
for tense, tense_l in pairs(tenses) do
if tense == "nonf" then
for _, mood in pairs(tense_l["moods"]) do
params[mood] = {}
end
else
for _, mood in pairs(tense_l["moods"]) do
for _, voice in pairs(tense_l["voices"]) do
if mood == "part" then
params[mood .. "_" .. voice] = {}
else
for _, number in pairs(numbers) do
params[mood .. "_" .. voice .. "_" .. number] = {}
end
end
end
end
end
end
local data = {
forms = {},
categories = {},
decl_type = nil,
form_notes = {},
form_notes_out = {},
general_notes = {}
}
local args = m_para.process(frame:getParent().args, params)
local sc_cache = get_sc_details(args)
if not sc_cache then
return "Module failed on page "
end
args.lemma = sc_cache.tr(args.lemma)
args.has_accent = match(args.lemma, sa_utils.accent)
if args[3] ~= nil then args[3] = sc_cache.tr(args[3]) end
if args[4] ~= nil then args[4] = sc_cache.tr(args[4]) end
local output = {}
args.tense = args[1]
-- conjugate(args, data)
args.colspan = 7
args.n = gsub(args.n, "p", "")
args.strong_lemma = args.lemma -- split(args.lemma, ",")
args.weak_lemma = args[3] -- and split(args[3], ",")
args.passive_lemma = args[4] -- and split(args[4], ",")
if not args.o then
sa_verb_data[args.tense](args, data)
end
if args.tense == "pfut" then
if args.n and args.n == "a" then
-- do nothing
else
data.general_notes = {"The middle forms of the periphrastic future rarely occur."}
end
elseif args.tense == "aor" and args.weak_lemma and match(args.strong_lemma, "At$") and match(args.weak_lemma, "[iI]ta") then
data.general_notes = {"The mediopassive root-aorist and the subjunctive are only used in Vedic Sanskrit."}
elseif (args.tense == "pres" or args.tense == "aor") and args.novedic == false then
data.general_notes = {"The subjunctive is only used in Vedic Sanskrit."}
end
make_table_verb(args, data, output, sc_cache)
return table.concat(output)
end
return export