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#!/usr/bin/env python3
import pyactr as actr
import prod_addition
import prod_comp
import prod_multi
import prod_numbers
import prod_procedure
# https://stackoverflow.com/a/39644726
def get_digit(number, n):
return number // 10**n % 10
def init():
Model = actr.ACTRModel()
DM = Model.decmem
goal = Model.goal
imaginal = Model.set_goal(name="imaginal", delay=0.2)
actr.chunktype("number", ("number", "next", "ones", "tens", "hundreds"))
actr.chunktype(
"procedure",
(
"proc",
"op1",
"arg1_1",
"arg1_2",
"result1",
"op2",
"arg2_1",
"arg2_2",
"result2",
),
)
actr.chunktype(
"math_goal",
(
"task",
"op",
"nextop",
"arg1",
"arg2",
"result",
"expand_slot",
"hundreds1",
"tens1",
"ones1",
"hundreds2",
"tens2",
"ones2",
"hundreds_ans",
"tens_ans",
"ones_ans",
"mul_counter",
"ones_carry",
"tens_carry",
),
)
actr.chunktype(
"math_op",
(
"op",
"arg1",
"arg2",
"result",
),
)
# Add procedures
DM.add(
actr.makechunk(
"procedure1",
"procedure",
proc="proc1",
op1="add",
arg1_1=9,
arg1_2=2,
op2="greater",
arg2_1=100,
arg2_2=200,
)
)
# Add numbers 0-999 to decmem
for i in range(0, 1000):
DM.add(
actr.makechunk(
f"number{str(i)}",
"number",
number=i,
next=i + 1,
ones=get_digit(i, 0),
tens=get_digit(i, 1),
hundreds=get_digit(i, 2),
)
)
# Add comparison relations to single digit numbers
for i in range(0, 11):
for j in range(0, 11):
DM.add(
actr.makechunk(
f"greater{i}{j}",
"math_op",
op="greater",
arg1=i,
arg2=j,
result=max(i, j),
)
)
# DM.add(
# actr.makechunk(
# f"lesser{i}{j}",
# "math_op",
# op="lesser",
# arg1=i,
# arg2=j,
# result=min(i, j),
# )
# )
DM.add(
actr.makechunk(
f"plus{i}{j}", "math_op", op="add", arg1=i, arg2=j, result=i + j
)
)
return Model, DM, goal, imaginal
def add_goal(goal, op, arg1, arg2):
goal.add(actr.makechunk("", "math_goal", op=op, task=op, arg1=arg1, arg2=arg2))
# imaginal.add(
# actr.makechunk(
# "",
# "math_op",
# op=op,
# arg1=arg1,
# arg2=arg2,
# ones1=get_digit(arg1, 0),
# tens1=get_digit(arg1, 1),
# hundreds1=get_digit(arg1, 2),
# ones2=get_digit(arg2, 0),
# tens2=get_digit(arg2, 1),
# hundreds2=get_digit(arg2, 2),
# )
# )
def general_prod(Model):
Model.productionstring(
name="continue_with_next_op",
string="""
=g>
isa math_goal
op done
nextop ~None
nextop =nextop
==>
=g>
isa math_goal
op =nextop
""",
)
def wait_input():
op = input("op\n")
arg1 = input("arg1\n")
arg2 = input("arg2\n")
return op, int(arg1), int(arg2)
def add_proc(goal, proc):
input()
goal.add(actr.makechunk("", "math_goal", proc=proc, ones_carry="hello"))
def start():
while True:
# op, arg1, arg2 = wait_input()
Model, DM, goal, imaginal = init()
# add_goal(goal, op, arg1, arg2)
add_proc(goal, "proc1")
general_prod(Model)
prod_procedure.procedures(Model)
number_prods = prod_numbers.number(Model)
add_prods = prod_addition.addition(Model)
greater_prods = prod_comp.greater_than(Model)
less_prods = prod_comp.less_than(Model)
multi_prods = prod_multi.multiplication(Model)
# for prod in multi_prods:
# print(prod)
# print("\n")
print("goal: ", goal)
# print("imaginal: ", imaginal)
x = Model.simulation()
x.run(max_time=3)
print("goal: ", goal)
# print("imaginal: ", imaginal)
# imaginal.show("hundreds_ans")
# imaginal.show("tens_ans")
# imaginal.show("ones_ans")
# result_ones = str(getattr(imaginal._data.copy().pop(), "ones_ans"))
# result_tens = str(getattr(imaginal._data.copy().pop(), "tens_ans"))
# result_huns = str(getattr(imaginal._data.copy().pop(), "hundreds_ans"))
# result_num = result_huns + result_tens + result_ones
# print(result_num)
# print(list(DM))
# numbers = [
# x for x in list(DM) if x.typename != "number" and x.typename != "math_op"
# ]
# numbers = [
# x for x in list(DM) if x.typename != "number" and x.typename == "math_op"
# ]
# print(numbers)
if __name__ == "__main__":
start()
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