def make_test_problem_db():
test_problem_db = {}
test_problem_db[1] = Problem(
1, 'unassigned',
{'question': 'text for problem number 1 \nwith a second line'},
'Arc Length', 4, 5, 0, 'test')
test_problem_db[2] = Problem(
2, 'Area of Circles',
{'question': 'more text \nThis problem (\\#2) has \nthree lines'},
'Sector', 4, 5, 0, 'test')
test_problem_db[3] = Problem(
3, 'unassigned',
{'question': 'Problem text for problem number 3 \nwith a second line'},
'Arc Length', 4, 5, 0, 'test')
return test_problem_db
def import_problems_from_files():
""" Upload problems from indir problems files
problems.csv - flatfile, fields: Topic,Difficulty,Calculator,Level,Text,Resource,Instructions
"""
# IMPORT PROBLEMS AND SET UP FOR DEC 14 PROBLEM SET as imported_problems {}
# INFILE
infile = indir + "problems.csv"
i = 0
with open(infile, "r", encoding='latin-1') as r_file:
f = csv.reader(r_file, delimiter=',', quotechar='"')
for row in f:
print(i)
i += 1
topic = row[0]
standard = lookup_standard(topic)
difficulty = row[1]
calculator = row[2]
level = row[3]
question = row[4]
resource = row[5]
instructions = row[5]
texts = {"question": question, "resource": resource, "instructions": instructions}
source = "cjh"
problem_id = lookup_new_problem_id(topic, difficulty)
#NOT YET IMPORTED: workspace, answer, solution, rubric
global_problem_dict[topic] = {difficulty: {problem_id: \
Problem(topic, texts, standard, difficulty, level, calculator, source)}}
# DELETE ENTRY WITH CORRUPT KEY FROM FIRST (TITLE) ROW IN IMPORTED FILE
for topic in global_problem_dict:
if topic[-3:] == "pic":
del global_problem_dict[topic]
def saveproblem(problem, topic="Writing Linear Equations", \
difficulty=5, problemID=0):
'''problem: list of text lines
topic, difficulty: branches of problem dictionary
problemID: assigned if not given as argument
returns problem in global_problem_dict format
'''
if problemID == 0:
problemID = lookup_new_problem_id(topic, difficulty)
problemdict = {topic: {difficulty: {0: 'null problem instance'}}}
problemdict[topic][difficulty].update(
{problemID: Problem(topic, {"question": problem})})
problemdict[topic][difficulty].pop(0)
return problemdict
def parse_tex_into_problemset(): #TODO make this into a worksheet importer
title = ("1214IB1_Test-exponentials", "ids in margin", \
"Parsed from file: in/1214IB1_Test-exponentials.tex")
infile = indir + title[0] + ".tex"
default_topic = "Writing Linear Equations"
default_difficulty = 5
topic = default_topic
difficulty = default_difficulty
with open(infile, "r") as texfile:
for line in texfile:
print(line)
if '\item' in line:
for index in range(len(line) - 6):
if line[index:index + 5] == '\item':
global_problem_dict[topic][difficulty] = \
{lookup_new_problem_id(topic, difficulty): Problem(topic, \
{"question": line[index +6:]})}
elif "\subsection*" in line:
for index in range(len(line) - 13):
if line[index:index + 12] == "\subsection*":
topic = line[index + 13:-2]
import pickle
#Hydrogen path config workaround:
#%cd src
%pwd
from main import loaddbfile
from class_organization import ProblemSet, Problem, Course, Student
#ct = loaddbfile("courses")
# Temporary sandbox lines of code are below
roster = ["Elias", "Marcus"]
skillset = {"Inverse of Functions":3, "Evaluating Expressions":2, \
"Evaluating Logarithmic Expressions":5}
cIB1 = Course("11.1 IB Math SL", roster)
for student in cIB1.roster:
cIB1.roster[student].skillset = skillset
cIB1.print_roster(1) #not sure why this doesn't work.
question = "What is the equation of a line parallel to $y=-3x+6$ with a $y$-intercept of 5?"
texts = {"question":question}
topic = "Writing Linear Equations"
p1 = Problem(topic, texts)
print(p1.format(1))
print(p1.texts["question"])