def make_general_rules(base: int, ulim: int, forest: list):
forest.append(make_tree(["d", "P"], ["d", "P"], "MUL"))
forest.append(make_tree(["M", "N"], ["M", "N"], "ADD"))
forest.append(make_tree("digits", range(1, base), "MEM"))
# Generate separate terms for powers of the base
exp = 2
i = base**exp
powers = []
while i in range(base**2, ulim + 1):
forest.append(make_tree("B**" + str(exp),
[str(base), str(exp)], "POW"))
powers.append(i)
exp += 1
i = base**exp
powers.append(base)
"""for p in powers:
mult = []
for i in range(1, base):
if i * p >= ulim:
break
mult.append(i * p)
forest.append(make_tree("power " + str(p), mult, "MEM"))"""
forest.append(make_tree("powers", powers, "MEM"))
return forest
def mnd():
num_type = 6
ulim = None
forest = []
terms = [
"yil", "er4", "san1", "si4", "wu3", "liu4", "qil", "ba1", "jiu3",
"shi2"
]
forest = first_three(forest, terms)
forest = successors(forest, terms, 3, 10)
forest.append(language_tree.make_tree(["w", "shi2"], ["w", "shi2"], "MUL"))
forest.append(language_tree.make_tree(["u", "v"], ["u", "v"], "ADD"))
forest.append(language_tree.make_tree("bai3", ["shi2", "er4"], "POW"))
#forest.append(language_tree.make_tree(
#"u", ["er4", "san1", "si4", "wu3", "liu4", "qi1", "ba1", "jiu3"], "MEM"))
#forest.append(language_tree.make_tree("v", [
#"shi2", "er4shi2", "san1shi2", "si4shi2", "wu3shi2", "liu4shi2", "qi1shi2", "ba1shi2", "jiu3shi2"], "MEM"))
forest.append(
language_tree.make_tree(
"w",
["yi1", "er4", "san1", "si4", "wu3", "liu4", "qi1", "ba1", "jiu3"],
"MEM"))
return forest, num_type, ulim
def chi():
num_type = 0
ulim = None
forest = []
terms = ["taman", "surumana"]
forest.append(language_tree.make_tree(terms[0], 1, "ONE"))
forest.append(language_tree.make_tree(terms[1], [2, 100], "HIG"))
return forest, num_type, ulim
def prh():
num_type = 0
ulim = None
forest = []
forest.append(language_tree.make_tree("hoi_1", 1, "GAU"))
forest.append(language_tree.make_tree("hoi_2", [2, 4], "GAU"))
forest.append(language_tree.make_tree("aibaagi", [5, 100], "GAU"))
return forest, num_type, ulim
def war():
num_type = 0
ulim = None
forest = []
forest.append(language_tree.make_tree("xica pe", 1, "ONE"))
forest.append(language_tree.make_tree("dois", 2, "GAU"))
forest.append(language_tree.make_tree("many", [3, 100], "GAU"))
return forest, num_type, ulim
def knk():
num_type = 1
ulim = 3
forest = []
terms = ["putchik", "narimbo", "krutuip", "inhauit", "kuan"]
forest = first_three(forest, terms)
forest.append(language_tree.make_tree(terms[3], 4, "SUC"))
forest.append(language_tree.make_tree(terms[4], [5, 100], "HIG"))
return forest, num_type, ulim
def fuy():
num_type = 0
ulim = None
forest = []
terms = ["fidan", "yovalo", "yovalo hul mindan", "hukas"]
forest.append(language_tree.make_tree(terms[0], 1, "ONE"))
forest.append(language_tree.make_tree(terms[1], 2, "GAU"))
forest.append(language_tree.make_tree(terms[2], 3, "GAU"))
forest.append(language_tree.make_tree(terms[3], [4, 100], "HIG"))
return forest, num_type, ulim
def awp():
num_type = 1
ulim = 4
forest = []
terms = ["maza", "pas", "kutna", "ambara"]
forest = first_three(forest, terms)
forest.append(language_tree.make_tree("ambara", 4, "SUC"))
forest.append(language_tree.make_tree("ambara", [5, 100], "HIG"))
return forest, num_type, ulim
def make_rules_up_to_base(base: int):
forest = []
if base < 4: # Handle bases smaller than subitizing range
for i in range(1, base):
forest.append(make_tree(i, i, "ONE", True))
forest.append(make_tree("B", base, "SUC"))
return forest
forest = first_three(forest, [1, 2, 3])
forest = successors(forest, [i for i in range(4, base + 1)], 3, base)
return forest
def myu():
num_type = 0
ulim = None
forest = []
terms = ["pug", "xep xep", "ebapug", "ebadipdip", "adesu", "ade"]
forest = first_three(forest, terms)
forest.append(language_tree.make_tree(terms[3], 4, "GAU"))
forest.append(language_tree.make_tree(terms[4], [5, 11], "GAU"))
forest.append(language_tree.make_tree(terms[5], [12, 100], "GAU"))
return forest, num_type, ulim
def kay():
num_type = 1
ulim = 4
forest = []
terms = ["warngiida", "kiyarrngka", "burldamurra", "mirdinda", "muthaa"]
forest = first_three(forest, terms)
forest.append(language_tree.make_tree(terms[3], 4, "SUC"))
forest.append(language_tree.make_tree(terms[4], [5, 100], "HIG"))
return forest, num_type, ulim
def goo():
num_type = 0
ulim = None
forest = []
terms = ["yoowarni", "garndiwiddidi", "ngarloodoo", "marla", "many"]
for c in range(2):
forest.append(language_tree.make_tree(terms[c], c + 1, "ONE"))
for c in range(2, 4):
forest.append(language_tree.make_tree(terms[c], c + 1, "GAU"))
forest.append(language_tree.make_tree(terms[4], 7, "GAU"))
return forest, num_type, ulim
def successors(forest, terms, start, end, exclude_beginning=True):
for c in range(start, end):
term_index = c
if exclude_beginning:
term_index = c - start
forest.append(language_tree.make_tree(terms[term_index], c + 1, "SUC"))
return forest
def wsk():
num_type = 1
ulim = 10
forest = []
terms = ["itoketa", "itelala", "iteltoke"]
forest = first_three(forest, terms)
forest.append(language_tree.make_tree(["w", "-", "w"], ["w", "w"], "ADD"))
forest.append(
language_tree.make_tree(["w", "-", "w", "itoketa"], ["w-w", "itoketa"],
"ADD"))
forest.append(
language_tree.make_tree(["iteltoke", "-", "iteltoke", "-", "itelala"],
["iteltoke-iteltoke", "itelala"], "ADD"))
forest.append(
language_tree.make_tree(
["kuting", "dilisan", "sa", "itelala", "-", "itelala"],
["itelala-itelala-itoketa", "itelala-itelala"], "ADD"))
forest.append(
language_tree.make_tree(["kuting", "dilisan", "-", "dilisan"],
["itelala-itelala-itoketa", "itelala"], "MUL"))
forest.append(
language_tree.make_tree("kuting dilisan-dilisan", [11, 100], "HIG"))
forest.append(language_tree.make_tree("u", ["itelala", "iteltoke"], "MEM"))
return forest, num_type, ulim
def add_rule(self, form, numeral, op):
self.forest.append(
language_tree.make_tree(form, numeral, op, self.num_only))
def first_three(self, terms):
for c in range(3):
self.forest.append(
language_tree.make_tree(terms[c], c + 1, "ONE",
self.num_only))
def acg():
num_type = 1
ulim = 3
forest = []
terms = ["bague", "chamai", "matalii"]
forest = first_three(forest, terms)
forest.append(language_tree.make_tree(terms[2], [4, 100], "HIG"))
return forest, num_type, ulim
def yid():
num_type = 1
ulim = 5
forest = []
terms = ["guman", "jambul", "dagul", "yunggan gunyjii", "mala"]
forest = first_three(forest, terms)
forest = successors(forest, terms, 3, 5)
forest.append(language_tree.make_tree("mala", [6, 100], "HIG"))
return forest, num_type, ulim
def mrt():
num_type = 1
ulim = 3
forest = []
terms = ["kalika", "kayarra", "jarrkurti", "maruwarla"]
forest = first_three(forest, terms)
forest.append(language_tree.make_tree(terms[3], [4, 100], "HIG"))
return forest, num_type, ulim
def myi():
num_type = 1
ulim = 3
forest = []
terms = ["yawumbawa", "yabaranwa", "yabalawa"]
forest = first_three(forest, terms)
forest.append(language_tree.make_tree(terms[2], [4, 100], "HIG"))
return forest, num_type, ulim
def bae():
num_type = 1
ulim = 3
forest = []
terms = ["baku-nakaji", "biku-nama", "kijiku-nama"]
forest = first_three(forest, terms)
forest.append(language_tree.make_tree(terms[2], [4, 100], "HIG"))
return forest, num_type, ulim
def ram():
num_type = 1
ulim = 5
forest = []
terms = ["saimig", "puksak", "pansak", "kugkugbi", "kwikistar"]
forest = first_three(forest, terms)
forest = successors(forest, terms, 3, 5)
forest.append(language_tree.make_tree(terms[4], [6, 100], "HIG"))
return forest, num_type, ulim
def pit():
num_type = 1
ulim = 3
forest = []
terms = ["kutju", "kutjara", "mankurpa"]
forest = first_three(forest, terms)
forest.append(language_tree.make_tree(terms[2], [4, 100], "HIG"))
return forest, num_type, ulim
def hix():
num_type = 1
ulim = 3
forest = []
terms = ["towenyxa", "asako", "osorwawo"]
forest = first_three(forest, terms)
forest.append(language_tree.make_tree(terms[2], [4, 100], "HIG"))
return forest, num_type, ulim
def xoo():
num_type = 1
ulim = 3
forest = []
terms = ["?ua(p)", "num(p)", "ae(p)"]
forest = first_three(forest, terms)
forest.append(language_tree.make_tree(terms[2], [4, 100], "HIG"))
return forest, num_type, ulim
def ana():
num_type = 1
ulim = 3
forest = []
terms = ["peada", "betacata", "quimisha"]
forest = first_three(forest, terms)
forest.append(language_tree.make_tree(["quimsha", "beta"], [4, 100],
"HIG"))
return forest, num_type, ulim
def imo():
num_type = 1
ulim = 5
forest = []
terms = [
"mugasl", "sabla", "sabla mugo", "sabla sabla", "sabla sabla mugo"
]
forest = first_three(forest, terms)
forest = successors(forest, terms, 3, 5)
forest.append(language_tree.make_tree(terms[4], [6, 100], "HIG"))
return forest, num_type, ulim
def brs():
num_type = 1
ulim = 5
forest = []
terms = [
"sig-u/o", "hua-ra", "idia-ra", "babarirak-u/o", "kohobokarak-u/o"
]
forest = first_three(forest, terms)
forest = successors(forest, terms, 3, 5)
forest.append(language_tree.make_tree(terms[4], [6, 100], "HIG"))
return forest, num_type, ulim
def spa():
num_type = 6
ulim = None
forest = []
terms = [
"uno", "dos", "tres", "cuatro", "cinco", "seis", "siete", "ocho",
"nueve", "diez", "once", "doce", "trece", "catorce", "quinze"
]
forest = first_three(forest, terms)
forest = successors(forest, terms, 3, 15)
forest.append(language_tree.make_tree(["u", "v"], ["u", "v"], "ADD"))
forest.append(language_tree.make_tree(["w", "y", "v"], ["w", "v"], "ADD"))
forest.append(language_tree.make_tree("cien", ["diez", "dos"], "POW"))
#forest.append(language_tree.make_tree(
#"x", ["seis", "siete", "ocho", "nueve"], "MEM"))
#forest.append(language_tree.make_tree(
#"u", ["veinti", "treinta", "cuaranta", "cincuenta", "sesenta", "setenta", "ochenta", "noventa"],
#"MEM"))
forest.append(
language_tree.make_tree("v", [
"uno", "dos", "tres", "cuatro", "cinco", "seis", "siete", "ocho",
"nueve"
], "MEM"))
forest.append(
language_tree.make_tree("w", [
"dieci", "veinti", "treinta", "cuaranta", "cincuenta", "sesenta",
"setenta", "ochenta", "noventa"
], "MEM"))
forest.append(language_tree.make_tree("diez", "dieci", "EQU"))
forest.append(language_tree.make_tree("thir", "three", "EQU"))
forest.append(language_tree.make_tree("for", "four", "EQU"))
forest.append(language_tree.make_tree("fif", "five", "EQU"))
forest.append(language_tree.make_tree("eigh", "eight", "EQU"))
return forest, num_type, ulim
def hpd():
num_type = 1
ulim = 20
forest = []
terms = ["?ayup", "ko?ap", "mora?ap", "babni", "?aedapuh"]
forest = first_three(forest, terms)
forest = successors(forest, terms, 3, 5)
forest.append(
language_tree.make_tree(["cap", "cob", "popog"], ["?aedapuh", "?ayup"],
"ADD"))
forest.append(
language_tree.make_tree(["u", "cob", "cakget"], ["?u", "?aedapuh"],
"ADD"))
forest.append(
language_tree.make_tree(["cob", "ni-", "hu?"], ["?aedapuh", "ko?ap"],
"MUL"))
forest.append(
language_tree.make_tree(["v", "jib", "cakget"], ["v", "cob ni-hu?"],
"ADD"))
forest.append(
language_tree.make_tree(["?ayup", "jib", "hu?"],
["?aedapuh", "mora?ap"], "MUL"))
forest.append(
language_tree.make_tree(["jib", "ni-", "hu?"], ["?aedapuh", "babni"],
"MUL"))
forest.append(language_tree.make_tree("jib ni-hu?", [21, 100], "HIG"))
forest.append(
language_tree.make_tree("u", ["ko?ap", "mora?ap", "babni"], "MEM"))
forest.append(
language_tree.make_tree("v",
["form(another)", "ko?ap", "mora?ap", "babni"],
"MEM"))
forest.append(language_tree.make_tree("form(another", "?ayup", "EQU"))
return forest, num_type, ulim
def wch():
num_type = 1
ulim = 10
forest = []
terms = [
"wenyala", "tagw", "najtefwayal", "fwantes ihi", "qwe wenyal",
"ipofwuj", "ipofwustoj", "ipofwusfwaya el", "ipofwusfwantes ihi",
"oqwecho taqs"
]
forest = first_three(forest, terms)
forest = successors(forest, terms, 3, 10)
forest.append(language_tree.make_tree(terms[8], [11, 100], "HIG"))
return forest, num_type, ulim
