def main():
# def main(args):
"""main body"""
json_data = []
root_dir = os.path.dirname(os.path.realpath(__file__))
for (source_dir, dir_list, file_list) in os.walk(root_dir):
if dir_list == ['.git', 'output']:
for file_name in file_list:
if ".xlsx" in file_name:
parse.main(file_name, json_data)
# write out json
print_out = open('output/eiti.json', 'w')
print_out.write(json.dumps(json_data, indent=4, separators=(',', ':')))
print_out.close()
# write out csv
csv_out.main(json_data)
# write out normalised data
gfs_codes = reprocess.get_gfs()
reprocess(gfs_codes)
def main():
# Parse the original dataset
print("Parsing of original data...")
parse.main(original_file, parsed_file, prefix)
# Create features from the dataset
print("Creating additional features...")
add_features.main(parsed_file, rain_dataset, added_features_file)
# Merge the three files : parsed_file, added_features_file and
# distances_features_file into merged_file
print("Merging all features...")
parsed_df = pd.read_csv(parsed_file)
added_features_df = pd.read_csv(added_features_file)
distances_features_df = pd.read_csv(distances_features_file)
# how="left" replace missing ORSM values by NaNs (dunno how to replace by zeros)
merged_df = pd.merge(parsed_df,
pd.merge(added_features_df,
distances_features_df,
on='id',
how='left'),
on='id')
merged_df.to_csv(merged_file, index=False)
# Do not clean the test set
if prefix == "train":
# Clean the final dataset
print("Cleaning data...")
clean.main(merged_file, merged_file)
def main(opts, args):
if args[0] == 'lumi':
import lumi
lumi.main(opts, args[1:])
elif args[0] == 'compare':
import compare
compare.main(opts, args[1:])
elif args[0] == 'combine':
import combine
combine.main(opts, args[1:])
elif args[0] == 'divide':
import divide
divide.main(opts, args[1:])
elif args[0] == 'para':
import para
para.main(opts, args[1:])
elif args[0] == 'entries':
import entries
entries.main(opts, args[1:])
elif args[0] == 'brf':
import brf
brf.main(opts, args[1:])
elif args[0] == 'diff':
import diff
diff.main(opts, args[1:])
elif args[0] == 'cuts':
import cuts
cuts.main(opts, args[1:])
elif args[0] == 'parse':
import parse
parse.main(opts, args[1:])
elif args[0] == 'backgrounds':
import backgrounds
backgrounds.main(opts, args[1:])
elif args[0] == 'cbx':
import cbx
cbx.main(opts, args[1:])
elif args[0] == 'sld':
import sld
sld.main(opts, args[1:])
elif args[0] == 'web':
import web
web.main(opts, args[1:])
elif args[0] == 'mctruth':
import mctruth
mctruth.main(opts, args[1:])
elif args[0] == 'ths':
import ths
ths.main(opts, args[1:])
elif args[0] == 'prd':
import prd
prd.main(opts, args[1:])
else:
raise NameError(args)
def main(opts, args):
if args[0] == 'lumi':
import lumi
lumi.main(opts, args[1:])
elif args[0] == 'compare':
import compare
compare.main(opts, args[1:])
elif args[0] == 'combine':
import combine
combine.main(opts, args[1:])
elif args[0] == 'divide':
import divide
divide.main(opts, args[1:])
elif args[0] == 'para':
import para
para.main(opts, args[1:])
elif args[0] == 'entries':
import entries
entries.main(opts, args[1:])
elif args[0] == 'brf':
import brf
brf.main(opts, args[1:])
elif args[0] == 'diff':
import diff
diff.main(opts, args[1:])
elif args[0] == 'cuts':
import cuts
cuts.main(opts, args[1:])
elif args[0] == 'parse':
import parse
parse.main(opts, args[1:])
elif args[0] == 'backgrounds':
import backgrounds
backgrounds.main(opts, args[1:])
elif args[0] == 'cbx':
import cbx
cbx.main(opts, args[1:])
elif args[0] == 'sld':
import sld
sld.main(opts, args[1:])
elif args[0] == 'web':
import web
web.main(opts, args[1:])
elif args[0] == 'mctruth':
import mctruth
mctruth.main(opts, args[1:])
elif args[0] == 'ths':
import ths
ths.main(opts, args[1:])
elif args[0] == 'prd':
import prd
prd.main(opts, args[1:])
else:
raise NameError(args)
def main():
parse.main()
wait_enter()
search.main()
wait_enter()
test.main()
wait_enter()
summary.main()
def main(argv):
one = parse.main(argv[1])
two = parse.main(argv[2])
three = parse.main('silicon laboratories')
print(one)
res1 = PredictStock(argv[1], one)
res2 = PredictStock(argv[2], two)
res3 = PredictStock(argv[3], three)
if (res1 > res2 and res1 > res3):
print("Invest in NRCIB")
elif (res2 > res1 and res2 > res3):
print("Invest in NVCN")
else:
print("Invest in Silicon Labratories")
def get_quakes():
#URL="http://10.1.1.15/quake.html"
#raw=requests.get(URL)
#data=raw.content
# return data
res = parse.main()
return res
def run_year(year_dir, d):
os.chdir("..")
os.chdir(year_dir)
d['year_folder'] = year_dir
img_p = d['image_process']
all_params = [d['no_ads'], d['margins'], d['columns'], d['entries']]
#checks if you only wish to parse a single image.
if img_p['single_image']:
for p in all_params:
p.update({'img_name': img_p['img_name']})
if img_p['ads']: ads.rmAds(all_params[0])
if img_p['margins']: margins.marginCrop(all_params[1])
if img_p['columns']: columnCrop.doCrop(all_params[2])
if img_p['entries']: entryChop.entryChop(all_params[3])
os.chdir("..")
if img_p['parse']: parse.main(d)
def main(username, password, link):
main_grade = {}
soup = methods.main(username, password, link)
classes = soup.findAll("div", {"class": "AssignmentClass"})
#print(classes)
main_grade = parse.main(classes)
return main_grade
def main(username, password, link):
main_grade = {}
test = "https://" + link + f"/HomeAccess/Account/LogOn?ReturnUrl=%2fHomeAccess%2fHomeAccess/Account/LogOn?ReturnUrl=%2fHomeAccess%2f"
if uri_exists_get(test) == False:
return "link_error"
soup = methods.main(username, password, link)
if re.findall("LogOnDetails.Password", str(soup)) != []:
return "error"
classes = soup.findAll("div", {"class": "AssignmentClass"})
main_grade = parse.main(classes)
return main_grade
import unittest import parse import extent parse.main() extent.main()
def test_main():
parse.main({'file_in': 'input_file.txt', 'file_out': 'test_output.txt'})
expected = open("expected_output.txt").read()
given = open("test_output.txt").read()
assert expected == given, "Expected and given outputs are not equal."
import argparse
from timeit import default_timer as timer
time0 = timer()
#import json
#import textwrap
ap = argparse.ArgumentParser(
formatter_class=argparse.RawTextHelpFormatter,
epilog='_' * 60 +
'\n Note option precedence (high to low): individual options, opts dictionary, fopts \n'
+ '-' * 60)
import parse
args = parse.main()
print(args)
sim_shape = args['sim_shape']
sim_width = args['sim_width']
GPU = args['GPU']
algo = args['algo']
shmem = args['shmem']
rot_center = args['rot_center']
simulate = args['simulate']
max_chunk = args['max_chunk_slice']
max_iter = args['maxiter']
tol = args['tol']
#print('tolerance',tol)
reg = args['reg']
tau = args['tau']
continue
#print(woman_product_type_set)
# Variable initializations
total_items_need, items_downloaded, num_multiple_category_items = 100, 0, 0
massive_json = {}
color, price, title, description, attributes, categories, composition, url_list, brand = [], [], [], [], [], [], [], [], []
for product_type_link in tqdm.tqdm(woman_product_type_set_copy):
soup_product_type_page = bs.BeautifulSoup(
requests.get(product_type_link, headers=headers).text, "lxml")
for item in soup_product_type_page.find_all("a", {'class': "_3x-5VWa"}):
product_link = item.get("href")
try:
final_object, id, first_download_of_item = parse.main(
product_link, output_path, massive_json)
if not first_download_of_item:
num_multiple_category_items += 1
print("Item_clash_for", item)
continue
except Exception as e:
print("Parse failed for ", item, e)
continue
massive_json[id] = final_object
color.append(final_object["annotation"]["color"])
price.append(final_object["annotation"]["price"])
title.append(final_object["annotation"]["title"])
brand.append(final_object["annotation"]["brand"])
def main():
st.write(os.getcwd())
st.write('# OER image to text')
# st.info(__doc__)
st.markdown(STYLE, unsafe_allow_html=True)
last_name_input = st.text_input("Enter your last name")
if not last_name_input:
st.warning('Please type last name and hit enter')
threshold_input = st.number_input("Enter threshold for binarizing images [0, 255]", min_value=0, max_value=255, value=150)
page1 = st.file_uploader("Upload OER page 1", type=FILE_TYPES)
page2 = st.file_uploader("Upload OER page 2", type=FILE_TYPES)
show_page1 = st.empty()
show_page2 = st.empty()
if not page1:
show_page1.info("Please OER page 1 of type: " + ", ".join(FILE_TYPES))
return
if not page2:
show_page2.info("Please upload OER page 2 of type: " + ", ".join(FILE_TYPES))
return
# get data from images
# once both files uploaded
if page1 and page2:
show_page1.image(page1.read())
show_page2.image(page2.read())
# get names and extensions
input1_filename = page1.name
input1_ext = input1_filename[input1_filename.rindex('.')+1:]
input2_filename = page2.name
input2_ext = input2_filename[input2_filename.rindex('.')+1:]
last_name = last_name_input.lower()
# images new file names
filename_page_1 = last_name + '_page1.' + input1_ext
filename_page_2 = last_name + '_page2.' + input2_ext
# binarized images new file names
filename_bin_page_1 = last_name + '_bin_' + str(threshold_input) + '_page1.' + input1_ext
filename_bin_page_2 = last_name + '_bin_' + str(threshold_input) + '_page2.' + input2_ext
# filename_bin_page_1=$name$bin$thresh$page1$extension
# filename_bin_page_2=$name$bin$thresh$page2$extension
# txt filename
txt_filename = last_name + '_bin_' + str(threshold_input) + '.txt'
#txt_filename=$name$bin$thresh$txt
# json file name
json_filename = last_name + '_bin_' + str(threshold_input) + '.json'
# open and save images to file structure
page1_img = Image.open(page1)
page2_img = Image.open(page2)
SAVE_PATH = './data/images/'
page1_img.save(SAVE_PATH + filename_page_1)
page2_img.save(SAVE_PATH + filename_page_2)
# page1.close()
# page2.close()
# if show:
# page_1_image_show = Image.open(SAVE_PATH + filename_page_1)
# page_2_image_show = Image.open(SAVE_PATH + filename_page_1)
# show_page1.image(page_1_image_show)
# show_page2.image(page_2_image_show)
# # show_page1.image(page1.read())
# # show_page2.image(page2.read())
### binarize
with st.spinner('Preprocessing OER image'):
sys.argv = ["binarize_images.py", str(threshold_input), filename_page_1, filename_page_2]
# os.system('python binarize_images 150' + page1_name + ' ' + page2_name)
binarize_images.main()
### img to text
with st.spinner('Reading text from image...'):
sys.argv = ["img_to_text.py", filename_bin_page_1, filename_bin_page_2]
img_to_text.main()
### parse
with st.spinner('Converting text to machine-readable format...'):
sys.argv = ["parse.py", txt_filename, filename_bin_page_2]
parse.main()
st.success('Conversion complete!')
st.write('## Output')
with open('./data/output/' + json_filename, 'r') as f:
output = json.load(f)
st.write(output)
#!venv/bin/python3
import os
import lexer
import parse
# 命令行解析 获得源码文件
#
# def getarg():
# parser = argparse.ArgumentParser()
# parser.add_argument("file", help="choose a my_c source file")
# args = parser.parse_args()
# return args.file
if __name__ == "__main__":
#path = getarg()
try:
fo = open('myc.c', "r")
except IOError:
print("ERROR: FILE NOT FOUND!")
os._exit(0)
lexer = lexer.main(fo)
fo.close()
parse.main(lexer)
def main():
args = get_args()
sys.argv[1:] = ['-v', args.vcf_file]
sys.argv[3:] = ['-o', args.headless_vcf_filename
] if args.headless_vcf_filename else []
remove_vcf_header.main()
vcf_file = args.headless_vcf_filename or (args.vcf_file + '.noh')
del sys.argv[3:]
sys.argv[2] = vcf_file
sys.argv = sys.argv + ['-g', args.gene_expression_file]
sys.argv[5:] = ['-e', args.overlap_extension
] if args.overlap_extension else []
vcf_overlap.main()
gene_exp = args.gene_expression_file + args.overlap_extension if args.overlap_extension else args.gene_expression_file + '.out'
vcf_file = vcf_file + args.overlap_extension if args.overlap_extension else vcf_file + '.out'
del sys.argv[3:]
sys.argv[2] = vcf_file
sys.argv[3:] = ['-m', args.maf_cutoff] if args.maf_cutoff else []
sys.argv[len(sys.argv):] = ['-o', args.filtered_filename
] if args.filtered_filename else []
filter_snps.main()
del sys.argv[3:]
vcf_file = args.filtered_filename or (vcf_file + '.maf_filtered')
sys.argv[2] = vcf_file
sys.argv[3:] = ['-o', args.parsed_filename] if args.parsed_filename else []
parse.main()
del sys.argv[3:]
matrix_file = args.parsed_filename or (vcf_file + '.matrix')
sys.argv[3:] = ['-o', args.position_filename
] if args.position_filename else []
sys.argv[len(sys.argv):] = ['-m', args.meqtl_position_filename
] if args.meqtl_position_filename else []
position.main()
position_file = args.meqtl_position_filename or vcf_file + '.meqtl_positions'
del sys.argv[3:]
sys.argv[2] = matrix_file
sys.argv[3:] = ['-n', args.number_pcs] if args.number_pcs else []
sys.argv[len(sys.argv):] = ['-o', args.pc_filename
] if args.pc_filename else []
pc_covariates.main()
sys.argv[1:] = ['-i', gene_exp]
sys.argv[3:] = ['-o', args.normalized_filename
] if args.normalized_filename else []
run_iqn.main()
del sys.argv[3:]
gene_exp = args.normalized_filename or (gene_exp + '.qnorm')
sys.argv[2] = gene_exp
sys.argv = sys.argv + ['-n', args.numfactors]
sys.argv[5:] = ['-o', args.peer_factor_filename
] if args.peer_factor_filename else []
run_peer.main()
peer_file = args.peer_factor_filename or gene_exp + '.peer_factors_' + args.numfactors
pc_file = args.pc_filename if args.pc_filename else matrix_file + '.pcs'
sys.argv[1:] = ['-p', pc_file, '-f', peer_file]
sys.argv[5:] = ['-o', args.combined_covariate_filename
] if args.combined_covariate_filename else []
covariate_file = args.combined_covariate_filename or 'data/combined_covariates'
sys.argv[len(sys.argv):] = ['-a', args.additional_covariates
] if args.additional_covariates else []
combine_covariates.main()
sys.argv[1:] = [
'-m', matrix_file, '-p', position_file, '-e', gene_exp, '-g',
args.gene_position_file, '-c', covariate_file
]
sys.argv[len(sys.argv):] = ['--trans-output-file', args.trans_output_file
] if args.trans_output_file else []
sys.argv[len(sys.argv):] = ['--trans-p-value', args.trans_p_value
] if args.trans_p_value else []
sys.argv[len(sys.argv):] = ['--model', args.model] if args.model else []
sys.argv[len(sys.argv):] = ['--cis-distance', args.cis_distance
] if args.cis_distance else []
sys.argv[len(sys.argv):] = ['--p-value', args.cis_p_value
] if args.cis_p_value else []
sys.argv[len(sys.argv):] = ['--no-header'
] if args.no_header is False else []
sys.argv[len(sys.argv):] = ['--no-rownames'
] if args.no_rownames is False else []
sys.argv[len(sys.argv):] = ['--missing', args.missing
] if args.missing else []
sys.argv[len(sys.argv):] = ['--sep', args.sep] if args.sep else []
sys.argv[len(sys.argv):] = ['--maf', args.maf] if args.maf else []
sys.argv[len(sys.argv):] = ['--qq-plot', args.qqplot
] if args.qqplot else []
sys.argv[len(sys.argv):] = ['--output-file', args.eqtl_output_file
] if args.eqtl_output_file else []
run_matrix_eqtl.main()
sys.argv[1:] = [
'-m', args.eqtl_output_file or 'MatrixEqtlOutput', '-g', matrix_file,
'-e', gene_exp
]
sys.argv[len(sys.argv):] = ['--pdf-file', args.boxplot_pdf_file
] if args.boxplot_pdf_file else []
sys.argv[len(sys.argv):] = ['--output-file', args.correlation_output_file
] if args.correlation_output_file else []
CorrBoxPlot.main()
if args.manhattan_pdf_file:
sys.argv[1:] = [
'-e', args.eqtl_output_file or 'MatrixEqtlOutput', '-l',
position_file, '-p', args.manhattan_pdf_file
]
manhattan.main()
if img_p['ads']:
print('Removing ads...')
t1 = time.time()
ads.rmAds(all_params[0])
t2 = time.time()
print('Done in: ' + str(round(t2-t1, 2)) + ' s')
if img_p['margins']:
print('Cropping margins...')
t1 = time.time()
margins.marginCrop(all_params[1])
t2 = time.time()
print('Done in: ' + str(round(t2-t1, 2)) + ' s')
if img_p['columns']:
print('Cropping columns...')
t1 = time.time()
columnCrop.doCrop(all_params[2])
t2 = time.time()
print('Done in: ' + str(round(t2-t1, 2)) + ' s')
if img_p['entries']:
print('Chopping entries...')
t1 = time.time()
entryChop.entryChop(all_params[3])
t2 = time.time()
print('Done in: ' + str(round(t2-t1, 2)) + ' s')
if img_p['parse']:
os.chdir("..")
parse.main(d)
mt2 = time.time()
print('Full runtime: ' + str(round(mt2-mt1, 2)) + ' s')
import parse # import main as parse_main
from predict import get_baseline_predictions
from common import *
__author__ = "Alin Barsan, Curtis Josey"
if __name__ == "__main__":
parse.main("data", "train.txt")
predictions = get_baseline_predictions(parse.readTestDataBaseline("data", "test.txt"))
write_predictions_to_file(predictions)
q.append([sequenceRobots[i], sequenceStates[i], aux])
return done
""" Main function of the program:
- Take the information of the pddl.
- Solve the planning problem.
- Send the path into the graphics.
- Print the cpu time needed to find the optimal path.
"""
if __name__ == '__main__':
#Actual time
a = time.datetime.now()
#Information from the PDDL file using parse.py. Robots information, the initial state and the target state.
robots, state, target = p.main()
how_many_robots = len(robots)
for i in range(0, how_many_robots):
robots[i][1] += 1
robots[i][0][0] -= 1
rows = len(state)
columns = len(state[0])
solution = False
#Solve and find the proper path
solution = solve_NRobots(how_many_robots, robots, state, target)
#Time needed
print("Time: ")
print(time.datetime.now() - a)
if (solution == True):
#We found a path. Needed to draw it.
print("Solved")
for line5 in fin5:
deprels = line5.strip().split()
deprels_list.append(deprels)
for line6 in fin6:
postags = line6.strip().split()
postags_list.append(postags)
save_data_dir = direc
if not os.path.exists(save_data_dir):
os.mkdir(save_data_dir)
pred_file_name = save_data_dir + data + '.conll' + Type
conll_format(aspects_list, opinions_list, tokens_list, parents_list,
deprels_list, postags_list, pred_file_name)
if __name__ == '__main__':
datasets = ['rest', 'laptop', 'restaurant'] #'laptop', 'restaurant'
for dataset in datasets:
direc = '../data/' + dataset + '/'
data = dataset
if not os.path.exists(direc + data + '.toks' + '_train'):
pre_script_semeval.main(dataset)
stanford_pos.main(dataset, Type='_train')
stanford_pos.main(dataset, Type='_test')
parse.main(dataset, Type='_train')
parse.main(dataset, Type='_test')
train_test_save(direc, data, Type='_train')
train_test_save(direc, data, Type='_test')
def playGame(userSelection):
#Initial variables
userInput = "default" #Default message for user input
userRoom = 0 #Sentinel variable for room
#Create new or load saved game
if userSelection == 0: #New game
load_gamestate("0")
#print "NEW GAME FILE CREATED"
#PENDING - Load game state with default starting variables {Data dev}
#Initialize gamestate class - NOTE: MODIFIED TO START IN ROOM 6
# currentState = gamestate.GameStateClass(6, #currentRoom
# 0, #room1
# 0, #room2
# 0, #room3
# 0, #room4
# 0, #room5
# 0, #room6
# 0, #room7
# 0, #room8
# 0, #room9
# 0, #room10
# 99, #item1 - Board
# 99, #item2 - Key
# 99, #item3 - Handle
# 99, #item4 - Skeleton Key
# 6, #item5 - Small Key
# 7, #item6 - Gun
# 0, #rm1f1
# 0, #rm1f2
# 0, #rm1f3
# 0, #rm1f4
# 1, #rm1o1 - Board discovery
# 1, #rm1o2 - Keys discovery
# 0, #rm2f1
# 0, #rm2f2
# 0, #rm2f3
# 1, #rm2o1 - Handle discovery
# 0, #rm3f1
# 0, #rm3f2
# 0, #rm3f3
# 0, #rm3f4
# 0, #rm3f5
# 0, #rm3f6
# 0, #rm4f1
# 0, #rm4f2
# 0, #rm4f3
# 0, #rm4f4
# 0, #rm4f5
# 0, #rm4f6
# 1, #rm4o1 - Skeleton key discovery
# 0, #rm5f1
# 0, #rm5f2
# 0, #rm5f3
# 0, #rm6f1
# 0, #rm6f2
# 0, #rm6f3
# 0, #rm6f4
# 0, #rm6f5
# 0, #rm6o1 - Small key discovery
# 0, #rm7f1
# 0, #rm7f2
# 0, #rm7f3
# 0, #rm7f4
# 0, #rm7f5
# 0, #rm7o1 - Gun discovery
# 0, #rm8f1
# 0, #rm8f2
# 0, #rm8f3
# 0, #rm8f4
# 0, #rm8f5
# 0, #rm8f6
# 0, #rm9f1
# 0, #rm9f2
# 0, #rm9f3
# 0, #rm9f4
# 0, #rm10f1
# 0) #rm10f2
else:
print "LOAD GAME FILE"
#PENDING - Load game state with saved variables {Data dev}
#Load room files {Data dev}
data.load_rooms()
#Rename loaded rooms to be compatible with engine
brig = rooms[1]
storage = rooms[2]
hallway = rooms[3]
observation = rooms[4]
examination = rooms[5]
#MIDDLE LEVEL ROOMS
rum = rooms[6]
armory = rooms[7]
garrison = rooms[8]
galley = rooms[9]
ladder = rooms[10]
#Load object files {Data dev}
data.load_objects()
#Rename objects for engine compatibility
board = objects["board"]
keys = objects["keys"]
handle = objects["handle"]
skeletonKey = objects["skeleton key"]
#MIDDLE LEVEL OBJECTS
smallKey = objects["small key"]
gun = objects["gun"]
#Send room/item info to get format for parsing
featureList, featureDict, itemDict, roomList = utils.formatRoomData(rooms, objects, currentState)
#While loop repeatedly prompts user for input until user requests to load, save, or quit game
while userInput not in ['loadgame', 'savegame', 'quit', 'exit']:
#[BEGIN ENGINE]
if userRoom != currentState.currRoom: #Displays room description when player moves rooms
#Display short / long desc
if currentState.currRoom == 1: #Brig
if currentState.rm01vis == 0:
display(brig.longDesc)
currentState.rm01vis = 1 #Update to visited
else:
display(brig.shortDesc)
elif currentState.currRoom == 2: #Storage
if currentState.rm02vis == 0:
display(storage.longDesc)
currentState.rm02vis = 1 #Update to visited
else:
display(storage.shortDesc)
elif currentState.currRoom == 3: #Lower Hallway
if currentState.rm03vis == 0:
display(hallway.longDesc)
currentState.rm03vis = 1 #Update to visited
else:
display(hallway.shortDesc)
elif currentState.currRoom == 4: #Observation
if currentState.rm04vis == 0:
display(observation.longDesc)
currentState.rm04vis = 1 #Update to visited
else:
display(observation.shortDesc)
elif currentState.currRoom == 5: #Examination
if currentState.rm05vis == 0:
display(examination.longDesc)
currentState.rm05vis = 1 #Update to visited
else:
display(examination.shortDesc)
elif currentState.currRoom == 6: #Rum
if currentState.rm06vis == 0:
display(rum.longDesc)
currentState.rm06vis = 1 #Update to visited
else:
display(rum.shortDesc)
elif currentState.currRoom == 7: #Armory
if currentState.rm07vis == 0:
display(armory.longDesc)
currentState.rm07vis = 1 #Update to visited
else:
display(armory.shortDesc)
elif currentState.currRoom == 8: #Garrison
if currentState.rm08vis == 0:
display(garrison.longDesc)
currentState.rm08vis = 1 #Update to visited
else:
display(garrison.shortDesc)
elif currentState.currRoom == 9: #Galley
if currentState.rm09vis == 0:
display(galley.longDesc)
currentState.rm09vis = 1 #Update to visited
else:
display(galley.shortDesc)
elif currentState.currRoom == 10: #Ladder
if currentState.rm10vis == 0:
display(ladder.longDesc)
currentState.rm10vis = 1 #Update to visited
else:
display(ladder.shortDesc)
userRoom = currentState.currRoom #Update room the user is currently in
#Parsing helper function
featureList, featureDict, itemList, roomList = utils.formatRoomData(rooms, objects, currentState)
#Pend input:
userInput = raw_input (": ")
#Parse user input and return code for engine action {Parsing Dev}
userInput = parse.main(userInput, featureList, featureDict, itemDict, roomList)
#ENGINE INTERACTIONS BASED ON PARSED USER INPUT
if userInput == "1":#Look at feature 1 - STRAW / ENTRYWAY MARKINGS / LOCKER / EXAM ENTRYWAY / DOOR / BOTTLE / GUN CABINET / BUNKS / CANVAS FLAP / LADDER
#Brig
if currentState.currRoom == 1:
if currentState.rm01f1 == 0: #Before interaction
display(brig.feat1desc)
else: #After interaction
display(brig.feat1interactComplete)
#Storage
elif currentState.currRoom == 2:
if currentState.rm02f1 == 0: #Before interaction
display(storage.feat1desc)
else: #After interaction
display(storage.feat1interactComplete)
#Hallway
elif currentState.currRoom == 3:
if currentState.rm03f1 == 0: #Before interaction
display(hallway.feat1desc)
else: #After interaction
display(hallway.feat1interactComplete)
#Observation
elif currentState.currRoom == 4:
if currentState.rm04f1 == 0: #Before interaction
display(observation.feat1desc)
else: #After interaction
display(observation.feat1interactComplete)
#Examination
elif currentState.currRoom == 5:
if currentState.rm05f1 == 0: #Before interaction
display(examination.feat1desc)
else: #After interaction
display(examination.feat1interactComplete)
#Rum
elif currentState.currRoom == 6:
if currentState.rm06f1 == 0: #Before interaction
display(rum.feat1desc)
else: #After interaction
display(rum.feat1interactComplete)
#Armory
elif currentState.currRoom == 7:
if currentState.rm07f1 == 0: #Before interaction
display(armory.feat1desc)
else: #After interaction
display(armory.feat1interactComplete)
#Garrison
elif currentState.currRoom == 8:
if currentState.rm08f1 == 0: #Before interaction
display(garrison.feat1desc)
else: #After interaction
display(garrison.feat1interactComplete)
#Galley
elif currentState.currRoom == 9:
if currentState.rm09f1 == 0: #Before interaction
display(galley.feat1desc)
else: #After interaction
display(galley.feat1interactComplete)
#Ladder
elif currentState.currRoom == 10:
if currentState.rm10f1 == 0: #Before interaction
display(ladder.feat1desc)
else: #After interaction
display(ladder.feat1interactComplete)
elif userInput == "2": #Interact with feature 1
#Brig
if currentState.currRoom == 1:
display(brig.feat1interactSuccess)
currentState.rm01f1 = 1 #Update to interaction complete
#Storage
elif currentState.currRoom == 2:
if currentState.obj1Loc == 99: #If have board
display(storage.feat1interactSuccess)
currentState.rm02f1 = 1 #Update to interaction complete
currentState.rm02o1 = 1 #Handle discovered
else:
display(storage.feat1interactFail)
#Hallway
elif currentState.currRoom == 3:
display(hallway.feat1interactSuccess)
currentState.rm03f1 = 1 #Update to interaction complete
#Observation
elif currentState.currRoom == 4:
display(observation.feat1interactSuccess)
currentState.rm04f1 = 1 #Update to interaction complete
#Examination
elif currentState.currRoom == 5:
display(examination.feat1interactSuccess)
currentState.rm05f1 = 1 #Update to interaction complete
#Rum
elif currentState.currRoom == 6:
display(rum.feat1interactSuccess)
currentState.rm06f1 = 1 #Update to interaction complete
#Armory
elif currentState.currRoom == 7:
display(armory.feat1interactSuccess)
currentState.rm07f1 = 1 #Update to interaction complete
#Garrison
elif currentState.currRoom == 8:
display(garrison.feat1interactSuccess)
currentState.rm08f1 = 1 #Update to interaction complete
#Galley
elif currentState.currRoom == 9:
display(galley.feat1interactSuccess)
currentState.rm09f1 = 1 #Update to interaction complete
#Ladder
elif currentState.currRoom == 10:
display(ladder.feat1interactSuccess)
currentState.rm10f1 = 1 #Update to interaction complete
elif userInput == "3": #Look at feature 2 - BENCH / BARRED DOOR / PAPER / TABLE / BARRED WINDOW / LAMP / WOODEN DOOR / TABLE / TRASH CAN / WOODEN DOOR
#Brig
if currentState.currRoom == 1:
if currentState.rm01f2 == 0: #Before interaction
display(brig.feat2desc)
else: #After interaction
display(brig.feat2interactComplete)
#Storage
elif currentState.currRoom == 2:
if currentState.rm02f2 == 0: #Before interaction
display(storage.feat2desc)
else: #After interaction
display(storage.feat2interactComplete)
#Hallway
elif currentState.currRoom == 3:
if currentState.rm03f2 == 0: #Before interaction
display(hallway.feat2desc)
else: #After interaction
display(hallway.feat2interactComplete)
#Observation
elif currentState.currRoom == 4:
if currentState.rm04f2 == 0: #Before interaction
display(observation.feat2desc)
else: #After interaction
display(observation.feat2interactComplete)
#Examination
elif currentState.currRoom == 5:
if currentState.rm05f2 == 0: #Before interaction
display(examination.feat2desc)
else: #After interaction
display(examination.feat2interactComplete)
#Rum
elif currentState.currRoom == 6:
if currentState.rm06f2 == 0: #Before interaction
display(rum.feat2desc)
else: #After interaction
display(rum.feat2interactComplete)
#Armory
elif currentState.currRoom == 7:
if currentState.rm07f2 == 0: #Before interaction
display(armory.feat2desc)
else: #After interaction
display(armory.feat2interactComplete)
#Garrison
elif currentState.currRoom == 8:
if currentState.rm08f2 == 0: #Before interaction
display(garrison.feat2desc)
else: #After interaction
display(garrison.feat2interactComplete)
#Galley
elif currentState.currRoom == 9:
if currentState.rm09f2 == 0: #Before interaction
display(galley.feat2desc)
else: #After interaction
display(galley.feat2interactComplete)
#Ladder
elif currentState.currRoom == 10:
if currentState.rm10f2 == 0: #Before interaction
display(ladder.feat2desc)
else: #After interaction
display(ladder.feat2interactComplete)
elif userInput == "4": #Interact with feature 2
#Brig
if currentState.currRoom == 1:
display(brig.feat2interactSuccess)
currentState.rm01f2 = 1 #Update to interaction complete
currentState.rm01o1 = 1 #Board discovered
#Storage
elif currentState.currRoom == 2:
display(storage.feat2interactSuccess)
currentState.rm02f2 = 1 #Update to interaction complete
#Hallway
elif currentState.currRoom == 3:
display(hallway.feat2interactSuccess)
currentState.rm03f2 = 1 #Update to interaction complete
#Observation
elif currentState.currRoom == 4:
display(observation.feat2interactSuccess)
currentState.rm04f2 = 1 #Update to interaction complete
#Examination
elif currentState.currRoom == 5:
display(examination.feat2interactSuccess)
currentState.rm05f2 = 1 #Update to interaction complete
#Rum
elif currentState.currRoom == 6:
display(rum.feat2interactSuccess)
currentState.rm06f2 = 1 #Update to interaction complete
#Armory
elif currentState.currRoom == 7:
display(armory.feat2interactSuccess)
currentState.rm07f2 = 1 #Update to interaction complete
#Garrison
elif currentState.currRoom == 8:
display(garrison.feat2interactSuccess)
currentState.rm08f2 = 1 #Update to interaction complete
#Galley
elif currentState.currRoom == 9:
display(galley.feat2interactSuccess)
currentState.rm09f2 = 1 #Update to interaction complete
#Ladder
elif currentState.currRoom == 10:
display(ladder.feat2interactSuccess)
currentState.rm10f2 = 1 #Update to interaction complete
elif userInput == "5": #Look at object "board"
if currentState.obj1Loc ==99: #In iventory
display(board.desc)
else: #Not in inventory
display(board.notInInv)
elif userInput == "6": #Look at feature 3 - WINDOW / METAL DOOR / DOOR / MIRROR / WINDOW / TRAP DOOR / LOCKER / PHOTOGRAPH / STOVE
#Brig
if currentState.currRoom == 1:
if currentState.rm01f3 == 0: #Before interaction
display(brig.feat3desc)
else: #After interaction
display(brig.feat3interactComplete)
#Storage
if currentState.currRoom == 2:
if currentState.rm02f3 == 0: #Before interaction
display(storage.feat3desc)
else: #After interaction
display(storage.feat3interactComplete)
#Hallway
elif currentState.currRoom == 3:
if currentState.rm03f3 == 0: #Before interaction
display(hallway.feat3desc)
else: #After interaction
display(hallway.feat3interactComplete)
#Observation
elif currentState.currRoom == 4:
if currentState.rm04f3 == 0: #Before interaction
display(observation.feat3desc)
else: #After interaction
display(observation.feat3interactComplete)
#Examination
elif currentState.currRoom == 5:
if currentState.rm05f3 == 0: #Before interaction
display(examination.feat3desc)
else: #After interaction
display(examination.feat3interactComplete)
#Rum
elif currentState.currRoom == 6:
if currentState.rm06f3 == 0: #Before interaction
display(rum.feat3desc)
else: #After interaction
display(rum.feat3interactComplete)
#Armory
elif currentState.currRoom == 7:
if currentState.rm07f3 == 0: #Before interaction
display(armory.feat3desc)
else: #After interaction
display(armory.feat3interactComplete)
#Garrison
elif currentState.currRoom == 8:
if currentState.rm08f3 == 0: #Before interaction
display(garrison.feat3desc)
else: #After interaction
display(garrison.feat3interactComplete)
#Galley
elif currentState.currRoom == 9:
if currentState.rm09f3 == 0: #Before interaction
display(galley.feat3desc)
else: #After interaction
display(galley.feat3interactComplete)
elif userInput == "7": #Interact with feature 3
#Brig
if currentState.currRoom == 1:
if currentState.obj1Loc == 99:
display(brig.feat3interactSuccess)
currentState.rm01f3 = 1 #Update to interaction complete
currentState.rm01o2 = 1 #Keys discovered
else:
display(brig.feat3interactFail)
#Storage
elif currentState.currRoom == 2:
display(storage.feat3interactSuccess)
currentState.rm02f3 = 1 #Update to interaction complete
#Hallway
if currentState.currRoom == 3: #NOTE TO CHECK: HANDLE PERMANENTLY USED?
if currentState.obj3Loc == 99: #Handle in inv
display(hallway.feat3interactSuccess)
currentState.rm03f3 = 1 #Update to interaction complete
currentState.obj3Loc = 100 #Update handle to permanently used
elif currentState.obj3Loc == 100:
display(hallway.feat3interactComplete)
else:
display(hallway.feat3interactFail)
#Observation
elif currentState.currRoom == 4:
display(observation.feat3interactSuccess)
currentState.rm04f3 = 1 #Update to interaction complete
#Examination
elif currentState.currRoom == 5:
display(examination.feat3interactSuccess)
currentState.rm05f3 = 1 #Update to interaction complete
#Rum
elif currentState.currRoom == 6:
display(rum.feat3interactSuccess)
currentState.rm06f3 = 1 #Update to interaction complete
#Armory
elif currentState.currRoom == 7:
display(armory.feat3interactSuccess)
currentState.rm07f3 = 1 #Update to interaction complete
#Garrison
elif currentState.currRoom == 8:
display(garrison.feat3interactSuccess)
currentState.rm08f3 = 1 #Update to interaction complete
#Garrison
elif currentState.currRoom == 9:
display(galley.feat3interactSuccess)
currentState.rm09f3 = 1 #Update to interaction complete
elif userInput == "8": #Look at object "keys"
if currentState.obj2Loc ==99: #In inventory
display(keys.desc)
else: #Not in inventory
display(keys.notInInv)
elif userInput == "9": #Look at feature 4 - DOOR / WOODEN DOOR / CHEST / BARRELS / GUN CASE / WOODEN DOOR / SINK
#Brig
if currentState.currRoom == 1:
if currentState.rm01f4 == 0: #Before interaction
display(brig.feat4desc)
else: #After interaction
display(brig.feat4interactComplete)
#Hallway
elif currentState.currRoom == 3:
if currentState.rm03f4 == 0: #Before interaction
display(hallway.feat4desc)
else: #After interaction
display(hallway.feat4interactComplete)
#Observation
elif currentState.currRoom == 4:
if currentState.rm04f4 == 0: #Before interaction
display(observation.feat4desc)
else: #After interaction
display(observation.feat4interactComplete)
#Rum
elif currentState.currRoom == 6:
if currentState.rm06f4 == 0: #Before interaction
display(rum.feat4desc)
else: #After interaction
display(rum.feat4interactComplete)
#Armory
elif currentState.currRoom == 7:
if currentState.rm07f4 == 0: #Before interaction
display(armory.feat4desc)
else: #After interaction
display(armory.feat4interactComplete)
#Garrison
elif currentState.currRoom == 8:
if currentState.rm08f4 == 0: #Before interaction
display(garrison.feat4desc)
else: #After interaction
display(garrison.feat4interactComplete)
#Galley
elif currentState.currRoom == 9:
if currentState.rm09f4 == 0: #Before interaction
display(galley.feat4desc)
else: #After interaction
display(galley.feat4interactComplete)
elif userInput == "10": #Interact with feature 4
#Brig
if currentState.currRoom == 1:
if currentState.obj2Loc == 99: #Keys
display(brig.feat4interactSuccess)
currentState.rm01f4 = 1 #Update to interaction complete
else:
display(brig.feat4interactFail)
#Hallway
elif currentState.currRoom == 3:
display(hallway.feat4interactSuccess)
currentState.rm03f4 = 1 #Update to interaction complete
#Observation
if currentState.currRoom == 4:
if currentState.obj2Loc == 99: #Keys
display(observation.feat4interactSuccess)
currentState.rm04f4 = 1 #Update to interaction complete
currentState.rm04o1 = 1 #Skeleton key discovered
else:
display(observation.feat4interactFail)
#Rum
elif currentState.currRoom == 6:
display(rum.feat4interactSuccess)
currentState.rm06f4 = 1 #Update to interaction complete
currentState.rm06o1 = 1 #Small Key discovered
#Armory
if currentState.currRoom == 7:
if currentState.obj5Loc == 99: #Small key
display(armory.feat4interactSuccess)
currentState.rm07f4 = 1 #Update to interaction complete
currentState.rm07o1 = 1 #Gun discovered
else:
display(armory.feat4interactFail)
#Garrison
elif currentState.currRoom == 8:
display(garrison.feat4interactSuccess)
currentState.rm08f4 = 1 #Update to interaction complete
#Galley
elif currentState.currRoom == 9:
display(galley.feat4interactSuccess)
currentState.rm09f4 = 1 #Update to interaction complete
elif userInput == "11": #General look around room
if currentState.currRoom == 1:
display(brig.longDesc)
#Checks objects and if they are DISCOVERED and LOCATED IN ROOM then displays notice they are there
#Object 1 - board
if currentState.rm01o1 == 1 and currentState.obj1Loc == 1:
display(board.inRoom)
#Object 2 - keys
if currentState.rm01o2 == 1 and currentState.obj2Loc == 1:
display(keys.inRoom)
#Object 3 - handle
if currentState.rm02o1 == 1 and currentState.obj3Loc == 1:
display(handle.inRoom)
#Object 4 - skeleton key
if currentState.rm04o1 == 1 and currentState.obj4Loc == 1:
display(skeletonKey.inRoom)
#Object 5 - small key
if currentState.rm05o1 == 1 and currentState.obj5Loc == 1:
display(smallKey.inRoom)
#Object 6 - Gun
if currentState.rm07o1 == 1 and currentState.obj6Loc == 1:
display(gun.inRoom)
elif currentState.currRoom == 2:
display(storage.longDesc)
#Checks objects and if they are DISCOVERED and LOCATED IN ROOM then displays notice they are there
#Object 1 - board
if currentState.rm01o1 == 1 and currentState.obj1Loc == 2:
display(board.inRoom)
#Object 2 - keys
if currentState.rm01o2 == 1 and currentState.obj2Loc == 2:
display(keys.inRoom)
#Object 3 - handle
if currentState.rm02o1 == 1 and currentState.obj3Loc == 2:
display(handle.inRoom)
#Object 4 - skeleton key
if currentState.rm04o1 == 1 and currentState.obj4Loc == 2:
display(skeletonKey.inRoom)
#Object 5 - small key
if currentState.rm05o1 == 1 and currentState.obj5Loc == 2:
display(smallKey.inRoom)
#Object 6 - Gun
if currentState.rm07o1 == 1 and currentState.obj6Loc == 2:
display(gun.inRoom)
elif currentState.currRoom == 3:
display(hallway.longDesc)
#Checks objects and if they are DISCOVERED and LOCATED IN ROOM then displays notice they are there
#Object 1 - board
if currentState.rm01o1 == 1 and currentState.obj1Loc == 3:
display(board.inRoom)
#Object 2 - keys
if currentState.rm01o2 == 1 and currentState.obj2Loc == 3:
display(keys.inRoom)
#Object 3 - handle
if currentState.rm02o1 == 1 and currentState.obj3Loc == 3:
display(handle.inRoom)
#Object 4 - skeleton key
if currentState.rm04o1 == 1 and currentState.obj4Loc == 3:
display(skeletonKey.inRoom)
#Object 5 - small key
if currentState.rm05o1 == 1 and currentState.obj5Loc == 3:
display(smallKey.inRoom)
#Object 6 - Gun
if currentState.rm07o1 == 1 and currentState.obj6Loc == 3:
display(gun.inRoom)
elif currentState.currRoom == 4:
display(observation.longDesc)
#Checks objects and if they are DISCOVERED and LOCATED IN ROOM then displays notice they are there
#Object 1 - board
if currentState.rm01o1 == 1 and currentState.obj1Loc == 4:
display(board.inRoom)
#Object 2 - keys
if currentState.rm01o2 == 1 and currentState.obj2Loc == 4:
display(keys.inRoom)
#Object 3 - handle
if currentState.rm02o1 == 1 and currentState.obj3Loc == 4:
display(handle.inRoom)
#Object 4 - skeleton key
if currentState.rm04o1 == 1 and currentState.obj4Loc == 4:
display(skeletonKey.inRoom)
#Object 5 - small key
if currentState.rm05o1 == 1 and currentState.obj5Loc == 4:
display(smallKey.inRoom)
#Object 6 - Gun
if currentState.rm07o1 == 1 and currentState.obj6Loc == 4:
display(gun.inRoom)
elif currentState.currRoom == 5:
display(examination.longDesc)
#Checks objects and if they are DISCOVERED and LOCATED IN ROOM then displays notice they are there
#Object 1 - board
if currentState.rm01o1 == 1 and currentState.obj1Loc == 5:
display(board.inRoom)
#Object 2 - keys
if currentState.rm01o2 == 1 and currentState.obj2Loc == 5:
display(keys.inRoom)
#Object 3 - handle
if currentState.rm02o1 == 1 and currentState.obj3Loc == 5:
display(handle.inRoom)
#Object 4 - skeleton key
if currentState.rm04o1 == 1 and currentState.obj4Loc == 5:
display(skeletonKey.inRoom)
#Object 5 - small key
if currentState.rm05o1 == 1 and currentState.obj5Loc == 5:
display(smallKey.inRoom)
#Object 6 - Gun
if currentState.rm07o1 == 1 and currentState.obj6Loc == 5:
display(gun.inRoom)
elif currentState.currRoom == 6: #Rum
display(rum.longDesc)
#Checks objects and if they are DISCOVERED and LOCATED IN ROOM then displays notice they are there
#Object 1 - board
if currentState.rm01o1 == 1 and currentState.obj1Loc == 6:
display(board.inRoom)
#Object 2 - keys
if currentState.rm01o2 == 1 and currentState.obj2Loc == 6:
display(keys.inRoom)
#Object 3 - handle
if currentState.rm02o1 == 1 and currentState.obj3Loc == 6:
display(handle.inRoom)
#Object 4 - skeleton key
if currentState.rm04o1 == 1 and currentState.obj4Loc == 6:
display(skeletonKey.inRoom)
#Object 5 - small key
if currentState.rm06o1 == 1 and currentState.obj5Loc == 6:
display(smallKey.inRoom)
#Object 6 - Gun
if currentState.rm07o1 == 1 and currentState.obj6Loc == 6:
display(gun.inRoom)
elif currentState.currRoom == 7: #Armory
display(armory.longDesc)
#Checks objects and if they are DISCOVERED and LOCATED IN ROOM then displays notice they are there
#Object 1 - board
if currentState.rm01o1 == 1 and currentState.obj1Loc == 7:
display(board.inRoom)
#Object 2 - keys
if currentState.rm01o2 == 1 and currentState.obj2Loc == 7:
display(keys.inRoom)
#Object 3 - handle
if currentState.rm02o1 == 1 and currentState.obj3Loc == 7:
display(handle.inRoom)
#Object 4 - skeleton key
if currentState.rm04o1 == 1 and currentState.obj4Loc == 7:
display(skeletonKey.inRoom)
#Object 5 - small key
if currentState.rm06o1 == 1 and currentState.obj5Loc == 7:
display(smallKey.inRoom)
#Object 6 - Gun
if currentState.rm07o1 == 1 and currentState.obj6Loc == 7:
display(gun.inRoom)
elif currentState.currRoom == 8: #Garrison
display(garrison.longDesc)
#Checks objects and if they are DISCOVERED and LOCATED IN ROOM then displays notice they are there
#Object 1 - board
if currentState.rm01o1 == 1 and currentState.obj1Loc == 8:
display(board.inRoom)
#Object 2 - keys
if currentState.rm01o2 == 1 and currentState.obj2Loc == 8:
display(keys.inRoom)
#Object 3 - handle
if currentState.rm02o1 == 1 and currentState.obj3Loc == 8:
display(handle.inRoom)
#Object 4 - skeleton key
if currentState.rm04o1 == 1 and currentState.obj4Loc == 8:
display(skeletonKey.inRoom)
#Object 5 - small key
if currentState.rm06o1 == 1 and currentState.obj5Loc == 8:
display(smallKey.inRoom)
#Object 6 - Gun
if currentState.rm07o1 == 1 and currentState.obj6Loc == 8:
display(gun.inRoom)
elif currentState.currRoom == 9: #Galley
display(galley.longDesc)
#Checks objects and if they are DISCOVERED and LOCATED IN ROOM then displays notice they are there
#Object 1 - board
if currentState.rm01o1 == 1 and currentState.obj1Loc == 9:
display(board.inRoom)
#Object 2 - keys
if currentState.rm01o2 == 1 and currentState.obj2Loc == 9:
display(keys.inRoom)
#Object 3 - handle
if currentState.rm02o1 == 1 and currentState.obj3Loc == 9:
display(handle.inRoom)
#Object 4 - skeleton key
if currentState.rm04o1 == 1 and currentState.obj4Loc == 9:
display(skeletonKey.inRoom)
#Object 5 - small key
if currentState.rm06o1 == 1 and currentState.obj5Loc == 9:
display(smallKey.inRoom)
#Object 6 - Gun
if currentState.rm07o1 == 1 and currentState.obj6Loc == 9:
display(gun.inRoom)
elif currentState.currRoom == 10: #Ladder
display(galley.longDesc)
#Checks objects and if they are DISCOVERED and LOCATED IN ROOM then displays notice they are there
#Object 1 - board
if currentState.rm01o1 == 1 and currentState.obj1Loc == 10:
display(board.inRoom)
#Object 2 - keys
if currentState.rm01o2 == 1 and currentState.obj2Loc == 10:
display(keys.inRoom)
#Object 3 - handle
if currentState.rm02o1 == 1 and currentState.obj3Loc == 10:
display(handle.inRoom)
#Object 4 - skeleton key
if currentState.rm04o1 == 1 and currentState.obj4Loc == 10:
display(skeletonKey.inRoom)
#Object 5 - small key
if currentState.rm06o1 == 1 and currentState.obj5Loc == 10:
display(smallKey.inRoom)
#Object 6 - Gun
if currentState.rm07o1 == 1 and currentState.obj6Loc == 10:
display(gun.inRoom)
elif userInput == "12": #Take board
#If object discovered and if player is in the same room as the object
if currentState.rm01o1 == 1 and currentState.obj1Loc == currentState.currRoom:
currentState.obj1Loc = 99 #Add board to player inventory
display(board.take)
else:
display(board.notAvail)
elif userInput == "13": #Take keys
#If object discovered and if player is in the same room as the object
if currentState.rm01o2 == 1 and currentState.obj2Loc == currentState.currRoom:
currentState.obj2Loc = 99 #Add keys to player inventory
display(keys.take)
else:
display(keys.notAvail)
elif userInput == "14": #Drop board
if currentState.obj1Loc == 99: #In inventory to drop
currentState.obj1Loc = currentState.currRoom
display(board.drop)
else:
display(board.notInInv)
elif userInput == "15": #Drop keys
if currentState.obj2Loc == 99: #In inventory to drop
currentState.obj2Loc = currentState.currRoom
display(keys.drop)
else:
display(keys.notInInv)
elif userInput == "16": #Help
utils.printHelp(featureDict, itemDict)
elif userInput == "17": #Inventory
print ""
display("Inventory:")
if currentState.obj1Loc == 99: #Board
display(board.name)
if currentState.obj2Loc == 99: #Keys
display(keys.name)
if currentState.obj3Loc == 99: #Handle
display(handle.name)
if currentState.obj4Loc == 99: #Skeleton Key
display(skeletonKey.name)
if currentState.obj5Loc == 99: #Small Key
display(smallKey.name)
if currentState.obj6Loc == 99: #Gun
display(gun.name)
print ""
elif userInput == "18": #Look at feature 5 - Brig:null - LADDER / BOTTLES / WOODEN DOOR / METAL DOOR / CANVAS FLAP
#Brig
if currentState.currRoom == 1:
display("Brig feature 5 null")
#if currentState.rm01f4 == 0: #Before interaction
# display(brig.feat4desc)
#else: #After interaction
# display(brig.feat4interactComplete)
#Hallway
elif currentState.currRoom == 3:
if currentState.rm03f5 == 0: #Before interaction
display(hallway.feat5desc)
else: #After interaction
display(hallway.feat5interactComplete)
#Observation
elif currentState.currRoom == 4:
if currentState.rm04f5 == 0: #Before interaction
display(observation.feat5desc)
else: #After interaction
display(observation.feat5interactComplete)
#Rum
elif currentState.currRoom == 6:
if currentState.rm06f5 == 0: #Before interaction
display(rum.feat5desc)
else: #After interaction
display(rum.feat5interactComplete)
#Armory
elif currentState.currRoom == 7:
if currentState.rm07f5 == 0: #Before interaction
display(armory.feat5desc)
else: #After interaction
display(armory.feat5interactComplete)
#Garrison
elif currentState.currRoom == 8:
if currentState.rm08f5 == 0: #Before interaction
display(garrison.feat5desc)
else: #After interaction
display(garrison.feat5interactComplete)
elif userInput == "19": #Interact with feature 5 - LADDER / BOTTLES / WOODEN DOOR
#Brig
if currentState.currRoom == 1:
print "Brig feature 5 null"
#if currentState.obj2Loc == 99: #Keys
# display(brig.feat4interactSuccess)
# currentState.rm01f4 = 1 #Update to interaction complete
#else:
# display(brig.feat4interactFail)
#Hallway
elif currentState.currRoom == 3:
display(hallway.feat5interactSuccess)
currentState.rm03f5 = 1 #Update to interaction complete
#Observation
elif currentState.currRoom == 4:
display(observation.feat5interactSuccess)
currentState.rm04f5 = 1 #Update to interaction complete
#Rum
elif currentState.currRoom == 6:
display(rum.feat5interactSuccess)
currentState.rm06f5 = 1 #Update to interaction complete
#Armory
elif currentState.currRoom == 7:
display(armory.feat5interactSuccess)
currentState.rm07f5 = 1 #Update to interaction complete
#Garrison
elif currentState.currRoom == 8:
display(garrison.feat5interactSuccess)
currentState.rm08f5 = 1 #Update to interaction complete
elif userInput == "20": #Look at feature 6 - Brig:null - TRAP DOOR / PAPERS / METAL DOOR
#Brig
if currentState.currRoom == 1:
print "Brig feature 6 null"
#if currentState.rm01f4 == 0: #Before interaction
# display(brig.feat4desc)
#else: #After interaction
# display(brig.feat4interactComplete)
#Hallway
elif currentState.currRoom == 3:
if currentState.rm03f6 == 0: #Before interaction
display(hallway.feat6desc)
else: #After interaction
display(hallway.feat6interactComplete)
#Observation
elif currentState.currRoom == 4:
if currentState.rm04f6 == 0: #Before interaction
display(observation.feat6desc)
else: #After interaction
display(observation.feat6interactComplete)
#Garrison
elif currentState.currRoom == 8:
if currentState.rm08f6 == 0: #Before interaction
display(armory.feat6desc)
else: #After interaction
display(armory.feat6interactComplete)
elif userInput == "21": #Interact with feature 6
#Brig
if currentState.currRoom == 1:
print "Brig feature 6 null"
#if currentState.obj2Loc == 99: #Keys
# display(brig.feat4interactSuccess)
# currentState.rm01f4 = 1 #Update to interaction complete
#else:
# display(brig.feat4interactFail)
#Hallway
elif currentState.currRoom == 3:
if currentState.obj4Loc == 99: #Skeleton Key in inv
display(hallway.feat6interactSuccess)
currentState.rm03f6 = 1 #Update to interaction complete
else:
display(hallway.feat6interactFail)
#Observation
elif currentState.currRoom == 4:
display(observation.feat6interactSuccess)
currentState.rm04f6 = 1 #Update to interaction complete
#Armory
elif currentState.currRoom == 8:
display(armory.feat6interactSuccess)
currentState.rm08f6 = 1 #Update to interaction complete
elif userInput == "22": #GO NORTH
if currentState.currRoom == 1: #Brig
if currentState.rm01f4 == 1: #If door unlocked, proceed North into Lower Hallway
currentState.currRoom = 3 #Updates current user location to ID 3 (Lower Hallway)
else:
display(brig.feat4interactFail) #Else, failure statement
elif currentState.currRoom == 2: #Storage
display("You cannot go that way.")
elif currentState.currRoom == 3: #Lower Hallway
currentState.currRoom = hallway.north #Updates current user location to ID 5 (Examination Room)
elif currentState.currRoom == 4: #Observation
display("You cannot go that way.")
elif currentState.currRoom == 5: #Examination
display("You cannot go that way.")
elif currentState.currRoom == 6: #Rum
currentState.currRoom = rum.north #Updates current user location to ID 7 (Armory Room)
elif currentState.currRoom == 7: #Armory
currentState.currRoom = armory.north #Updates current user location to ID 8 (Garrison)
elif currentState.currRoom == 8: #Garrison
currentState.currRoom = garrison.north #Updates current user location to ID 9 (Galley)
elif currentState.currRoom == 9: #Galley
print "You cannot go that way."
elif currentState.currRoom == 10: #Ladder
print "You cannot go that way."
elif userInput == "23": #GO SOUTH
if currentState.currRoom == 1: #Brig
print "You cannot go that way."
elif currentState.currRoom == 2: #Storage
print "You cannot go that way."
elif currentState.currRoom == 3: #Lower Hallway
currentState.currRoom = hallway.south #Updates current user location to ID 1 (Brig)
#currentState.currRoom = 1 #Updates current user location to ID 1 (Brig)
elif currentState.currRoom == 4: #Observation
print "You cannot go that way."
elif currentState.currRoom == 5: #Examination
currentState.currRoom = examination.south #Updates current user location to ID 3 (Hallway)
elif currentState.currRoom == 6: #Rum
print "You cannot go that way."
elif currentState.currRoom == 7: #Armory
currentState.currRoom = armory.south #Updates current user location to ID 6 (Rum)
elif currentState.currRoom == 8: #Garrison
currentState.currRoom = garrison.south #Updates current user location to ID 7 (Armory)
elif currentState.currRoom == 9: #Galley
currentState.currRoom = galley.south #Updates current user location to ID 8 (Garrison)
elif currentState.currRoom == 10: #Ladder
print "You cannot go that way."
elif userInput == "24": #GO WEST
if currentState.currRoom == 1: #Brig
print "You cannot go that way."
elif currentState.currRoom == 2: #Storage
print "You cannot go that way."
elif currentState.currRoom == 3: #Lower Hallway
currentState.currRoom = hallway.west #Updates current user location to ID 2 (Storage Room)
elif currentState.currRoom == 4: #Observation
currentState.currRoom = observation.west #Updates current user location to ID 3 (Hallway)
elif currentState.currRoom == 5: #Examination
print "You cannot go that way."
elif currentState.currRoom == 6: #Rum
print "You cannot go that way."
elif currentState.currRoom == 7: #Armory
print "You cannot go that way."
elif currentState.currRoom == 8: #Garrison
print "You cannot go that way."
elif currentState.currRoom == 9: #Galley
print "You cannot go that way."
elif currentState.currRoom == 10: #Ladder
currentState.currRoom = ladder.west #Updates current user location to ID 8 (Garrison)
elif userInput == "25": #GO EAST
if currentState.currRoom == 1: #Brig
print "You cannot go that way."
elif currentState.currRoom == 2: #Storage
currentState.currRoom = storage.east #Updates current user location to ID 3 (Hallway)
elif currentState.currRoom == 3: #Lower Hallway
if currentState.rm03f3 == 1: #If door unlocked, proceed North into Lower Hallway
currentState.currRoom = hallway.east #Updates current user location to ID 4 (Observation)
else:
display(hallway.feat3interactFail) #Else, failure statement
elif currentState.currRoom == 4: #Observation
display("You cannot go that way.")
elif currentState.currRoom == 5: #Examination
display("You cannot go that way.")
elif currentState.currRoom == 6: #Rum
display("You cannot go that way.")
elif currentState.currRoom == 7: #Armory
display("You cannot go that way.")
elif currentState.currRoom == 8: #Garrison
currentState.currRoom = garrison.east #Updates current user location to ID 10 (Ladder)
elif currentState.currRoom == 9: #Galley
display("You cannot go that way.")
elif currentState.currRoom == 10: #Ladder
display("You cannot go that way.")
elif userInput == "26": #GO UP
if currentState.currRoom == 1: #Brig
display("You cannot go that way.")
elif currentState.currRoom == 2: #Storage
display("You cannot go that way.")
elif currentState.currRoom == 3: #Lower Hallway
currentState.currRoom = hallway.up #Updates current user location to ID 6 (Rum)
elif currentState.currRoom == 4: #Observation
display("You cannot go that way.")
elif currentState.currRoom == 5: #Examination
display("You cannot go that way.")
elif currentState.currRoom == 6: #Rum
display("You cannot go that way.")
elif currentState.currRoom == 7: #Armory
display("You cannot go that way.")
elif currentState.currRoom == 8: #Garrison
display("You cannot go that way.")
elif currentState.currRoom == 9: #Galley
display("You cannot go that way.")
elif currentState.currRoom == 10: #Ladder
display("UPPER LEVEL")
currentState.currRoom = ladder.up #Updates current user location to ID 11 (**PENDING**)
elif userInput == "27": #GO DOWN
if currentState.currRoom == 1: #Brig
display("You cannot go that way.")
elif currentState.currRoom == 2: #Storage
display("You cannot go that way.")
elif currentState.currRoom == 3: #Lower Hallway
display("You cannot go that way.")
elif currentState.currRoom == 4: #Observation
display("You cannot go that way.")
elif currentState.currRoom == 5: #Examination
display("You cannot go that way.")
elif currentState.currRoom == 6: #Rum
currentState.currRoom = rum.down #Updates current user location to ID 6 (Rum)
elif currentState.currRoom == 7: #Armory
display("You cannot go that way.")
elif currentState.currRoom == 8: #Garrison
display("You cannot go that way.")
elif currentState.currRoom == 9: #Galley
display("You cannot go that way.")
elif currentState.currRoom == 10: #Ladder
display("You cannot go that way.")
elif userInput == "28": #Take handle
#If object discovered and if player is in the same room as the object
if currentState.rm02o1 == 1 and currentState.obj3Loc == currentState.currRoom:
currentState.obj3Loc = 99 #Add handle to player inventory
display(handle.take)
else:
display(handle.notAvail)
elif userInput == "29": #Drop handle
if currentState.obj3Loc == 99: #In inventory to drop
currentState.obj3Loc = currentState.currRoom
display(handle.drop)
else:
display(handle.notInInv)
elif userInput == "30": #Take skeleton key
#If object discovered and if player is in the same room as the object
if currentState.rm04o1 == 1 and currentState.obj4Loc == currentState.currRoom:
currentState.obj4Loc = 99 #Add skeleton key to player inventory
display(skeletonKey.take)
else:
display(skeletonKey.notAvail)
elif userInput == "31": #Drop skeleton key
if currentState.obj4Loc == 99: #In inventory to drop
currentState.obj4Loc = currentState.currRoom
display(skeletonKey.drop)
else:
display(skeletonKey.notInInv)
elif userInput == "32": #Look at object "handle"
if currentState.obj3Loc ==99: #In inventory
display(handle.desc)
else: #Not in inventory
display(handle.notInInv)
elif userInput == "33": #Look at object "skeleton key"
if currentState.obj4Loc ==99: #In inventory
display(skeletonKey.desc)
else: #Not in inventory
display(skeletonKey.notInInv)
elif userInput == "34": #Look at object "small key"
if currentState.obj5Loc ==99: #In inventory
display(smallKey.desc)
else: #Not in inventory
display(smallKey.notInInv)
elif userInput == "35": #Take small key
#If object discovered and if player is in the same room as the object
if currentState.rm06o1 == 1 and currentState.obj5Loc == currentState.currRoom:
currentState.obj5Loc = 99 #Add board to player inventory
display(smallKey.take)
else:
display(smallKey.notAvail)
elif userInput == "36": #Drop small key
if currentState.obj5Loc == 99: #In inventory to drop
currentState.obj5Loc = currentState.currRoom
display(smallKey.drop)
else:
display(smallKey.notInInv)
elif userInput == "37": #Look at object "gun"
if currentState.obj6Loc == 99: #In inventory
display(gun.desc)
else: #Not in inventory
display(gun.notInInv)
elif userInput == "38": #Take gun
#If object discovered and if player is in the same room as the object
if currentState.rm07o1 == 1 and currentState.obj6Loc == currentState.currRoom:
currentState.obj6Loc = 99 #Add board to player inventory
display(gun.take)
else:
display(gun.notAvail)
elif userInput == "39": #Drop gun
if currentState.obj6Loc == 99: #In inventory to drop
currentState.obj6Loc = currentState.currRoom
display(gun.drop)
else:
display(gun.notInInv)
else:
display("Invalid input")
#[END ENGINE]
if userInput == "loadgame":
print "Load game"
#PENDING - Load game function {Data Dev}
elif userInput == "savegame":
print "Save game"
#PENDING - Save game function {Data Dev}
elif userInput == "quit" or "exit":
exitGame()
#[END PLAY GAME]
#[References]
#ASCII Title Art Generator - http://patorjk.com/software/taag/#p=display&f=Doom&t=Dead%0AIn%0AThe%20%0AWater
import crawl
import parse
from common import arg_parser
if __name__ == '__main__':
args = arg_parser()
if args.crawl:
crawl.main()
parse.main()
from dotenv import load_dotenv
import json
from datetime import datetime
def write_json(dictionary, date, filename = 'data'):
# Dump dict to json then write to json file
with open(f'data/{filename}-{date}.json', 'w') as outfile:
json.dump(dictionary, outfile, indent = 4)
if __name__ == '__main__':
start_time = time() # Starts timer
current_datetime = datetime.now().strftime("%m-%d-%y(%H-%M-%S)")
# Check if there arguments entered in terminal
if len(sys.argv) >= 2:
filename = 'response'
load_dotenv()
data = request.main(sys.argv[1])
write_json(data, current_datetime, filename)
else:
# If there is only 1 argument parse operators from multiple files
data = parse.main()
write_json(data, current_datetime)
execution_time = (time() - start_time) # Calculate script execution time
print(f'Run time: {execution_time}s')
def test_basic_cli(self):
output = parse.main(["--help"])
def main():
parser = argparse.ArgumentParser()
# required arguments
parser.add_argument('sourcefile',
type=str,
help='source of information for paragraph')
parser.add_argument('stylefile', type=str, help='essay in style of author')
parser.add_argument(
'keyword_weight',
type=float,
help=
"multiplicative weight of key words. e.g. a weight of 2 doubles probabilities of keywords"
)
parser.add_argument('num_keywords',
type=int,
help="number of keywords to grab")
parser.add_argument(
'bigram_weight',
type=float,
help=
"weight of bigram probability to be used in generating emissions, e.g. 0 means only uses HMM, 1 means only uses Bigram"
)
args = parser.parse_args()
if args.bigram_weight > 1 or args.bigram_weight < 0:
raise Exception("bigram_weight must be in range [0,1]")
cd = os.getcwd()
transitions = get_transitions(cd + "/sourcedocs/" + args.stylefile)
print "transitions complete"
emissions = get_emissions(cd + "/sourcedocs/" + args.sourcefile,
args.keyword_weight, args.num_keywords)
print "emissions complete"
relcounts = get_relcounts(cd + "/sourcedocs/" + args.sourcefile)
print "relcounts complete"
# make output directory if none yet exists
if not os.path.isdir("output"):
os.mkdir("output")
outputfile = (args.sourcefile.split('.')[0] + "_" +
args.stylefile.split('.')[0] + "-" +
str(args.keyword_weight) + "_" + str(args.bigram_weight) +
".txt")
# generate sentences, and write to 2 files: outputfile and file to generate paragraph
o = codecs.open(cd + "/output/" + outputfile, 'a', 'utf8')
input_f = codecs.open('input.txt', 'w+', 'utf8')
o.write('\n\n****** NEW TRIAL ******\n')
for _ in range(20):
new_line = ' '.join(
generate(transitions, emissions, relcounts, args.bigram_weight))
o.write(new_line + '\n')
input_f.write(new_line + '\n')
# parse sentences
parsed_sents = parse.main(5)
# write parsed sentences to file in /paragraphs dir
if not os.path.isdir(cd + '/paragraphs'):
os.mkdir("paragraphs")
essay_fname = 'paragraphs/essay_' + args.sourcefile.split(
'.')[0] + "_" + args.stylefile.split('.')[0] + "-" + str(
args.keyword_weight) + "_" + str(args.bigram_weight) + ".txt"
output_essay = open(essay_fname, 'w+')
essay = ' '.join(parsed_sents)
output_essay.write(essay)
print "\nDONE, written to:", essay_fname