def run():
text = "cagrUFSC2calendar transforma sua grade de horarios em um formato para calendario (.ics)\n\
Por padrão, as repetições dos eventos das matérias estão ligadas à data do fim do semestre\n\
da graduação na UFSC. Entretanto, você pode definir um numero personalizado de repetições\n\
com --repeat NUM ou uma data de fim --end Y-m-d"
parser = argparse.ArgumentParser(
description=text, formatter_class=argparse.RawTextHelpFormatter)
parser.add_argument("file", help="grade de horarios em HTML")
parser.add_argument("output", help="nome do arquivo de saida")
parser.add_argument("--repeat",
help="quantidade de repetições dos eventos")
parser.add_argument("--end", help="data final para computar repetições")
args = parser.parse_args()
FILE = args.file
OUTPUT = args.output
REPEAT = args.repeat
END_DATE = args.end
if not END_DATE:
END_DATE = "2020-7-14"
print("Starting to extract information from", FILE, "...")
daily_events, day2abrev, day2key, code2name = extract(FILE)
print("Building calendar...")
build(OUTPUT, END_DATE, REPEAT, daily_events, day2abrev, day2key,
code2name)
def test_literal(self):
self.assertEqual(build('1'), node.ProgramNode(subs=[
node.ValueNode(Token('1', TokenType.INTEGER))
]))
self.assertEqual(build('3.1415'), node.ProgramNode(subs=[
node.ValueNode(Token('3.1415', TokenType.REAL))
]))
def build(self, _btn):
if builder.is_building():
builder.build_cancel()
else:
self.build_btn.set_label('Cancel')
self.build_btn.get_style_context().add_class('destructive-action')
builder.build(GLib.idle_add, self.on_build_stop)
def build( _ctx ):
sources = {
'main',
}
libraries = set()
if _ctx.osName == common.WINDOWS:
libraries |= {
'opengl32',
}
libraries |= {
common.generateCoreLibraryName( 'font' ),
common.generateCppLibraryName( 'window' ),
common.generateDpCoreLibraryName( 'opengl' ),
common.generateDpCoreLibraryName( 'common' ),
common.generateDpCoreLibraryName( 'file' ),
}
builder.build(
_ctx,
'font',
sources,
libraries = libraries,
)
def build( binding, site_package_path = None ):
if site_package_path is not None:
import journal
warning = journal.warning( 'binding_builder.mm' )
warning.log( 'mm can only export python modules to predefined $EXPORT_ROOT/modules' )
pass
from builder import build
build( binding )
return
def build_stuff():
if "onlypackage" in argv:
builder.build()
check_output(package_command)
else:
check_output(rm_command)
builder.build()
check_output(package_command)
check_output(rm_command2)
check_output(scp_command)
def build_stuff():
if "onlypackage" in argv:
builder.build()
check_output(package_command)
else:
check_output(rm_command)
builder.build()
check_output(package_command)
check_output(rm_command2)
check_output(scp_command)
def build(binding, site_package_path=None):
if site_package_path is not None:
import journal
warning = journal.warning('binding_builder.mm')
warning.log(
'mm can only export python modules to predefined $EXPORT_ROOT/modules'
)
pass
from builder import build
build(binding)
return
def run(data):
'''run a job.'''
try:
git_url = data['git_url']
git_treeish = data['git_treeish']
web_root = data['web_root']
except KeyError as e:
print 'Invalid job: %s' % e
return
builder.build(git_url, git_treeish, web_root)
def start():
print_title()
delay_print(
"\n\n\tHello, welcome to the spigot plugin builder. Select an option: \n\n",
0.03)
delay_print("\t\t1. Build a plugin\n\n", 0.03)
delay_print("\t\t2. Edit plugin configuration settings\n\n", 0.03)
delay_print("\t\t3. Create custom plugin using blank settings\n\n", 0.03)
answer = input("")
if int(answer) == 1:
build()
def build( _ctx ):
sources = {
'main',
}
libraries = {
common.generateCoreLibraryName( 'file' ),
}
builder.build(
_ctx,
'file',
sources,
libraries = libraries,
)
def build( _ctx ):
sources = {
'main',
}
libraries = {
common.generateLibraryName( 'common' ),
}
builder.build(
_ctx,
'args',
sources,
libraries = libraries,
)
def build( _ctx ):
sources = {
'main',
}
libraries = {
common.generateCppLibraryName( 'window' ),
}
builder.build(
_ctx,
'window',
sources,
libraries = libraries,
)
def test_parse_known_values_clean_with_unicode(self):
"""parse should give known result with known input"""
self.maxDiff = None
encoding = 'utf-8' if sys.version_info[0] == 2 else None
for dic in self.knownValuesClean + self.knownValuesCleanWithUnicode:
result = parse(build(dic, encoding=encoding), unquote=True, encoding=encoding)
self.assertEqual(dic, result)
def test(lab):
print "\n\nUNIT TESTS"
pathString = path.buildPath(lab)
f = open(pathString + 'config.cfg')
# ignore variant and programm aim
f.readline()
f.readline()
#run unit testing
line = f.readline().rstrip('\n')
flag = 0
while line:
print("Test: " + line)
makeStatus = builder.build(pathString, line)
string = "make status: " + successOrFail(makeStatus)
testStatus = 0
# Print make status
print(string)
if makeStatus == 0:
testStatus = starter.executeAim(pathString + line)
string = "test status: " + successOrFail(testStatus)
# Print test status
print(string)
flag = flag | makeStatus | testStatus
line = f.readline().rstrip('\n')
f.close()
return flag
def build( _ctx ):
sources = {
'main',
}
libraries = {
common.generateCoreLibraryName( 'common' ),
common.generateCoreLibraryName( 'time' ),
}
builder.build(
_ctx,
'absolutetime',
sources,
libraries = libraries,
)
def buildHexFile(req):
hash = makeConfigHash(req.form)
ret = 0
stderr = ""
output = ""
if not hasCache(hash):
conf = None
try:
conf = BuildConfig(defaultconfig)
conf.importForm(req.form)
import builder
ret, output, stderr = builder.build(basedir, os.path.join(cachedir, hash), conf);
except Exception as e:
ret = -1
stderr = "Failed to parse config!\n" + str(e)
res = str(ret) + "\n"
if ret == 0:
res += hash
else:
res += output + stderr
return res
def test_parse_known_values_clean_with_unicode(self):
"""parse should give known result with known input"""
self.maxDiff = None
encoding = 'utf-8' if sys.version_info[0] == 2 else None
for dic in self.knownValuesClean + self.knownValuesCleanWithUnicode:
result = parse(build(dic, encoding=encoding), unquote=True, encoding=encoding)
self.assertEqual(dic, result)
def solve():
try:
jsdata = request.form['problem_input']
lines = str(jsdata).split('\n')
args = DEFAULTS
args['lines'] = lines
args['n_models'] = int(request.form['n_models'])
figs = build(args, show_plot=False, encode_fig=True)
urls = list()
for fig in figs:
img = BytesIO()
fig.savefig(img, format='png')
fig.close()
img.seek(0)
plot_url = base64.b64encode(img.getvalue()).decode()
urls.append(f"data:image/png;base64,{plot_url}")
return jsonify(srcs=urls)
# return f"data:image/png;base64,{plot_url}"
except Exception as e:
return Response("Invalid input", status=400)
def build( _ctx ):
sources = {
'main',
}
libraries = {
common.generateLibraryName( 'common' ),
common.generateLibraryName( 'input' ),
}
builder.build(
_ctx,
'gamepad',
sources,
libraries = libraries,
)
def build_deps(self, targets=["all"], arguments=[]):
if sys.platform.startswith("win"):
has_nmake = False
try:
has_nmake = subprocess.call(['nmake', '/?'], stdout=subprocess.PIPE, stderr=subprocess.PIPE) == 0
except:
pass
if not has_nmake:
logging.error('Cannot run nmake, have you run "%VS90COMNTOOLS%vsvars32.bat"?')
sys.exit(1)
for dep in self.deps:
builder = Dependency(self, dep)
args = []
action = "Getting"
target_name = builder.name + '-' + builder.props['version']
if dep["name"] in targets or "all" in targets:
if 'clean' in arguments:
args.append('clean')
action = "Cleaning"
logging.info(action + " %s" % target_name)
if not builder.build(args=args):
logging.error("Build failed for %s. Exiting..." % builder.name)
sys.exit(1)
else:
logging.info("Skipping %s" % target_name)
def build( _ctx ):
sources = {
'main',
}
libraries = {
common.generateLibraryName( 'common' ),
common.generateLibraryName( 'window' ),
}
builder.build(
_ctx,
'keyboard',
sources,
libraries = libraries,
)
def build( _ctx ):
sources = {
'main',
}
libraries = {
common.generateLibraryName( 'common' ),
common.generateLibraryName( 'file' ),
}
builder.build(
_ctx,
'truncatefile_simple',
sources,
libraries = libraries,
)
def build( _ctx ):
sources = {
'main',
}
libraries = {
common.generateLibraryName( 'common' ),
common.generateLibraryName( 'window' ),
common.generateLibraryName( 'opengl' ),
}
builder.build(
_ctx,
'opengl_simple',
sources,
libraries = libraries,
)
def Main():
if len(sys.argv) == 1:
print "Usage: %s file.js" % sys.argv[0]
exit()
try:
data = file(sys.argv[1]).read()
out = build(data)
print out
except SyntaxError_ as e:
print e
def Main():
if len(sys.argv) == 1:
print "Usage: %s file.js" % sys.argv[0]
exit()
try:
data = file(sys.argv[1]).read()
out = build(data)
print out
except SyntaxError_ as e:
print e
def test(lab):
global flag
print("\nPROGRAM TESTS")
#get variant and program aim from student's config
programPath = path.buildPath(lab)
f = open(programPath + 'config.cfg')
variant = f.readline().rstrip('\n')
programAim = f.readline().rstrip('\n')
f.close;
testsPath = path.buildTestPath(int(lab[-1]))
builder.build(programPath, programAim)
os.chmod(programPath, 0o777)
os.chmod(programPath + programAim, 0o777)
# Common tests
print('Common tests:')
execute(testsPath, 'config.xml', programPath, programAim)
# Variant tests
print('\nVariant tests:')
#execute(testsPath, 'config' + str(variant) + '.xml', programPath, programAim)
return flag
def compare(self, js, cs, name=''):
out = build(js)
if out.strip() == cs.strip():
self.assertEqual(out.strip(), cs.strip())
else:
print ""
print "----------------------------------------------------------------------"
print "%s" % name
print ""
print "Output:"
print "> " + out.strip().replace(' ', '_').replace("\n", "\n> ")
print ""
print "Expected:"
print "> " + cs.strip().replace(' ', '_').replace("\n", "\n> ")
self.assertTrue(False)
def build( _ctx ):
sources = {
'main',
}
libraries = None
if _ctx.osName == common.LINUX:
libraries = set()
elif _ctx.osName == common.WINDOWS:
libraries = {
'opengl32',
}
libraries |= {
common.generateCoreLibraryName( 'opengl' ),
common.generateCppLibraryName( 'window' ),
}
builder.build(
_ctx,
'opengl',
sources,
libraries = libraries,
)
def compare(self, js, cs, name=''):
out = build(js)
if out.strip() == cs.strip():
self.assertEqual(out.strip(), cs.strip())
else:
print ""
print "----------------------------------------------------------------------"
print "%s" % name
print ""
print "Output:"
print "> " + out.strip().replace(' ', '_').replace("\n", "\n> ")
print ""
print "Expected:"
print "> " + cs.strip().replace(' ', '_').replace("\n", "\n> ")
self.assertTrue(False)
def pack(gameID, channelID, packID, tempFilePath):
log_utils.debug("开始打包： gameID:" + gameID + ";channelID:" + channelID +
";packID:" + packID + ";temp file path:" + tempFilePath)
# 设置临时环境变量
os.environ['JAVA_HOME'] = file_utils.getJavaDir()
os.environ['CLASSPATH'] = ''
config_utils.init_config(tempFilePath, gameID)
game = db_utils.get_game_by_id(gameID)
if game == None:
log_utils.error("game not exists in db. gameID:" + gameID)
return 1
channel = db_utils.get_channel_by_id(channelID)
if game == None:
log_utils.error("channel not exists in db. channel id:" + channelID)
return 1
packlog = db_utils.get_packlog_by_id(packID)
if packlog == None:
log_utils.error("channel packlog not exists in db. packID:" + packID)
return 1
keystore = db_utils.get_keystore_by_id(channel["keystoreID"])
if channel["signApk"] == 1 and keystore == None:
log_utils.error(
"curr config need sign apk but keystore not exists in db. keystore id:"
+ channel["keystoreID"])
return 1
log_utils.info("now to package %s...", channel["channelName"])
# load channel config.xml
ret = config_utils.load_channel_config(game, channel, packlog)
if ret:
log_utils.error("load channel config failed. " +
channel['channelName'])
return 1
ret = builder.build(game, channel, packID + ".apk", keystore)
if ret:
return 0
return 1
def pack(gameID, channelID, packID, tempFilePath):
log_utils.debug("now to pack. gameID:"+gameID+";channelID:"+channelID+";packID:"+packID+";temp file path:"+tempFilePath)
print("begin to pack....")
sys.stdout.flush()
config_utils.init_config(tempFilePath, gameID)
print("begin to pack 2....")
sys.stdout.flush()
game = db_utils.get_game_by_id(gameID)
if game == None:
log_utils.error("game not exists in db. gameID:"+gameID)
return 1
channel = db_utils.get_channel_by_id(channelID)
if game == None:
log_utils.error("channel not exists in db. channel id:"+channelID)
return 1
packlog = db_utils.get_packlog_by_id(packID)
if packlog == None:
log_utils.error("channel packlog not exists in db. packID:"+packID)
return 1
keystore = db_utils.get_keystore_by_id(channel["keystoreID"])
if channel["signApk"] == 1 and keystore == None:
log_utils.error("curr config need sign apk but keystore not exists in db. keystore id:"+channel["keystoreID"])
return 1
log_utils.info("now to package %s...", channel["channelName"])
#load channel config.xml
ret = config_utils.load_channel_config(game, channel, packlog)
if ret:
log_utils.error("load channel config failed. "+ channel['channelName'])
return 1
ret = builder.build(game, channel, packID+".apk", keystore)
if ret:
return 0
return 1
def main(target="help"):
try:
ok = builder.build(target, load_config())
if ok:
builder.report("everything is okay")
else:
builder.report("something went wrong")
sys.exit(1)
except Exception as e:
import traceback
builder.report("something went wrong [%s]", e.__class__.__name__)
for earg in e.args:
print(earg)
builder.report("stack trace")
trace = sys.exc_info()[2]
traceback.print_tb(trace, None, sys.stdout)
sys.exit(1)
def _run_fight(problem, solutions, tests):
calls = []
files = []
for id, solution in enumerate(solutions):
filename = f"solution_{id}.{extensions[solution['lang']]}"
filepath = f'sources/{filename}'
with open(filepath, "w") as sol:
sol.write(solution['source'])
calls.append(build(filename, filepath, solution['lang']))
files.append('')
problem_folder = os.path.join(config.PROBLEM_FOLDER, problem)
problem_config = None
with open(os.path.join(problem_folder, 'config/problem.json')) as file:
problem_config = json.load(file)
test_files = [f'{problem_folder}/tests/{x["filename"]}' for x in
filter(lambda x: x['id'] in tests, problem_config['tests'])]
for file in test_files:
return_code = sp.call(["bash", os.path.join(problem_folder, "scripts/check.sh"), '--players_cmd'] + calls +
['--players_file'] + files + ['--test_file'] + [file])
if return_code != 0:
logger.critical(f'Checker failed with exit code {return_code}.')
def test_build(self):
result = build(self.request_data)
self.assertEquals(result, self.known_result)
#!/usr/bin/env python
import builder
from encoder import *
enc = Encoder()
listing = [Print(PAGE()), Print("~", PAGE())]
program = enc.encode(listing, start=10, step=10)
files = [("CODE", 0xe00, 0xe00, program)]
builder.build(files)
# Example: python markov.py books/aladdin.txt 25
# *Larger text sources may take longer to build
if __name__ == '__main__':
args = sys.argv
usage = 'Usage: %s ([input-file-name] <num-words>)' % (args[0],
) # Usage string
if len(args) != 3 and len(args) != 2:
raise ValueError(
usage) # If the number of arguments doesn't match, raise an error
if len(args) == 3: # If there is a file name and word count
num_words = int(args[2]) # Set word count
if not path.exists("chain.p"): # Check for existing chain
start = time.clock()
chain = builder.build(
args[1]) # If no existing chain, build a new one
else:
chain = restrictive_pickle.restricted_loads(
open("chain.p", 'rb').read())
start = time.clock()
chain = builder.build(
args[1],
chain) # If chain exists, load it and build on top of it
pickle.dump(chain, open("chain.p", 'wb')) # Dump the chain to a file
print("Time to run: {}".format(time.clock() - start))
elif len(args) == 2: # If there is just word count
num_words = int(args[1]) # Set word count
chain = restrictive_pickle.restricted_loads(
open("chain.p", 'rb').read()) # Use restricted loading
def test_parse_known_values_with_unicode(self):
"""parse should give known result with known input (quoted)"""
self.maxDiff = None
for dic in self.knownValues + self.knownValuesWithUnicode:
result = parse(build(dic, encoding='utf-8'), encoding='utf-8')
self.assertEqual(dic, result)
def test_parse_known_values_clean(self):
"""parse should give known result with known input"""
self.maxDiff = None
for dic in self.knownValuesClean:
result = parse(build(dic), unquote=True)
self.assertEqual(dic, result)
def test_parse_known_values_clean(self):
"""parse should give known result with known input"""
self.maxDiff = None
for dic in self.knownValuesClean:
result = parse(build(dic), unquote=True)
self.assertEqual(dic, result)
def test_end_to_end(self):
parsed = parse('a[]=1&a[]=2')
result = build(parsed)
self.assertEquals(result, "a[]=1&a[]=2")
def __init__(self, **kw):
update(self, world=build('morse'))
home_pos = self.world.robot1_instance.pos
def __init__(self, **kw):
update(self, world=build('mock'))
def test_end_to_end(self):
self.maxDiff = None
querystring = build(self.request_data)
result = parse(querystring)
self.assertEquals(result, self.request_data)
import builder
import os
import sys
import webbrowser
usage = "script_build_chat.py <number of msgs in chat>"
if __name__ == "__main__":
if len(sys.argv) != 2:
print usage
sys.exit()
builder.build(int(sys.argv[1]))
print "Saved new bot_chat.html"
webbrowser.open_new_tab('file://{0}'.format(
os.path.realpath('bot_chat.html')))
else:
print "don't import this"
def test_parse_known_values(self):
"""parse should give known result with known input (quoted)"""
self.maxDiff = None
for dic in self.knownValues:
result = parse(build(dic))
self.assertEqual(dic, result)
# for i in to_add: addRelease(i)
# Start setting up builder here.
builder = builder.Builder()
failed = []
succeeded = []
errored = []
print(color(f"\nBuilding {len(to_build)} things").bold)
for plugin in to_build:
print(f"\nBuilding {color(plugin['plugin']['Name']).bold}")
try:
started = datetime.datetime.now()
files = None
files = builder.build(plugin["plugin"],
commithash=plugin["commit"]["sha"])
except Exception as error:
duration = datetime.datetime.now() - started
print("An error occurred!")
print(error)
traceback.print_tb(error.__traceback__)
if files:
print(f"Files: {files}")
print(
f"{color('Building of').red} {color(plugin['plugin']['Name']).red.bold} {color('errored').red}"
)
errored.append(plugin)
print(f"Took {humanize.naturaldelta(duration)}")
continue
duration = datetime.datetime.now() - started
def test_build(self):
result = build(self.request_data)
self.assertEquals(parse(result), self.request_data)
def test_end_to_end(self):
parsed = parse('a[]=1&a[]=2')
result = build(parsed)
self.assertEquals(result, "a[]=1&a[]=2")
def main(n, wavelength, width, beamsize, regen=False):
config_path = open('config/vars.txt', 'rb')
test = config_path.readline()
config_path.close()
if not (abs(float(test) - width) < 0.1 / 25400):
regen = True
if os.path.exists('config/geometry.pickle') and regen == False:
geometry_path = open('config/geometry.pickle', 'rb')
world = cPickle.load(geometry_path)
geometry_path.close()
else:
world = build(width)
world.flatten()
world.bvh = load_bvh(world) #Create bounding volume hierarchy
sim = Simulation(world)
def init_source(n, wavelength, width, beamsize):
"""Generates laser profile of n photons, with wavelength, emanating from position pos_offset with direction 'direction'."""
pos, direction = mfunctions.get_source(n, width, beamsize,
wavelength / 25400000.0)
#Note: Chroma only natively handles integer wavelengths, so we convert to inches here instead of earlier in the code.
source_center = mfunctions.get_center('161') + np.array(
(0, -0.1, 0)) #Position source just in front of slits
pos = pos + np.tile(source_center, (n, 1))
pol = np.cross(direction, (0, 0, 1)) #Polarisation
wavelengths = np.repeat(wavelength, n)
return Photons(pos, direction, pol, wavelengths)
start = []
end = []
print 'Simulating photons...'
for ev in sim.simulate([init_source(n, wavelength, width, beamsize)],
keep_photons_beg=True,
keep_photons_end=True,
run_daq=False,
max_steps=100):
#print ev.photons_end.flags
start.append(ev.photons_beg.pos)
end.append(ev.photons_end.pos)
print 'Saving data to file...'
photon_id = list(range(n))
flags = ev.photons_end.flags
wavs = ev.photons_end.wavelengths
##### Saving data to file #####
current = dt.datetime.now()
filename = 'results/' + current.strftime(
'%Y-%m-%d_%H:%M') + '_%d:%d:%.2f:%.2f.dat' % (n, wavelength, width *
25400, beamsize * 25400)
out_file = open(filename, 'w')
out_file.write('\t'.join([
'ID', 'xi', 'yi', 'zi', 'xf', 'yf', 'zf', 'wavelength (nm)', 'flag\n'
]))
for i in range(n):
output = [photon_id[i]] + [item for item in start[0][i]] + [
item for item in end[0][i]
] + [int(wavs[i]), flags[i]]
out_file.write('\t'.join([str(item) for item in output]) + '\n')
out_file.close()
print 'Generating seed file...'
seed = np.random.uniform(
size=n) #This is the seed file for the analysis script
np.savetxt('config/seed.dat', seed, delimiter=',')
print 'Done.'
import sys
import builder
import generator
import random
def randomizer(bound):
return random.randint(1, bound)
if __name__ == '__main__':
args = sys.argv
usage = 'Usage: %s (<text-file-name> <num-words>)' % (args[0], )
if (len(args) < 3):
raise ValueError(usage)
file_name = args[1]
num_words = int(args[2])
chain = builder.build(file_name)
outstr = generator.generate(chain, randomizer, num_words, builder.NONWORD)
print(outstr)
def main(suppress=False):
##### Loading in Results #####
print '-'*90
print 'ANALYSIS SCRIPT FOR VUV SIMULATION'.center(90,'=')
print '-'*90
print 'Available files:\n'
filenames = []
display = ['#','Date:','Time:','n:',u'\u03bb (nm)'.encode('utf-8'),u'd (\u03bcm)'.encode('utf-8'),u's (\u03bcm)'.encode('utf-8')]
print '{:<3}{:<12}{:<9}{:<9}{:<9}{:<9}{:<9}'.format(*display)
for pos,filename in enumerate(os.listdir('results/')):
filenames.append(filename)
date = re.findall('\d+\-\d+\-\d+',filename)[0]
time = re.findall('\d{2}\:\d{2}',filename)[0]
args = re.findall('\d+\:\d+:\d+\.\d+\:\d+\.\d+',filename)[0]
display = [str(pos),date,time] + args.split(':')
print '{:<3}{:<12}{:<9}{:<9}{:<8}{:<8}{:<9}'.format(*display)
print '(d - Slit Width, s - Beam Width)'
print '='*90
proceed = False
while proceed == False:
usrin = raw_input('Please select a file: ').strip()
if usrin not in [str(i) for i in list(range(len(filenames)))]:
print 'Bad input!'
else:
proceed = True
selection = filenames[int(usrin)]
n,wavelength,width,beamsize = [float(i) for i in re.findall('\d+\:\d+:\d+\.\d+\:\d+\.\d+',selection)[0].split(':')]
#print '\nSelected: '+ selection + '\n'
##### Data Loading and Results #####
itm = 25.4 #Inches to millimetre conversion
tol = 0.05 #Tolerance for selecting photons
res = 10 #Seed resolution
seed = np.genfromtxt('config/seed.dat',delimiter=',') #display seed
x = 0.01 #marker params
h = x*np.sqrt(3)/2
pyramid = make.linear_extrude([-x/2,0,x/2],[-h/2,h/2,-h/2],h,[0]*3,[0]*3)
beg_marker = Solid(pyramid,vacuum,vacuum,color=0x32a8a2) #photon start marker
end_marker = Solid(pyramid,vacuum,vacuum,color=0xfc0303) #photon end marker
dir_marker = Solid(pyramid,vacuum,vacuum,color=0x00ff00) #Direction
data = p.read_csv('results/'+selection,sep = '\t').values[:]
photon_ids = data[:,0].astype(int)
beg_pos = data[:,1:4]
end_pos = data[:,4:7]
wavelengths = data[:,7].astype(int)
flags = data[:,8].astype(int)
if suppress == False:
if os.path.exists('config/geometry.pickle'):
print 'Loading geometry from file...'
geometry_path = open('config/geometry.pickle','rb')
world = cPickle.load(geometry_path)
world.add_solid(dir_marker,displacement = mfunctions.get_center('161')+np.array((0,1,0)))
geometry_path.close()
else:
world = builder.build() #Regenerate geometry
sipm_ids = []
pmt_ids = []
for p_id in photon_ids:
if (flags[p_id] & 0x1 << 2) == 4:
if abs(end_pos[p_id,2]-9.08933)<tol: #Photons detected at SiPM
sipm_ids.append(p_id)
elif abs(end_pos[p_id,0]-23.6555999)<tol: #Photons detected at PMT
pmt_ids.append(p_id)
if suppress == False and seed[p_id] <= 1.0/res:
world.add_solid(beg_marker,displacement=beg_pos[p_id])
world.add_solid(end_marker,displacement=end_pos[p_id])
pcount = len(pmt_ids)
scount = len(sipm_ids)
print 'Total photons:\t\t', n
print 'Detections (PMT):\t', pcount
print 'Detections (SiPM):\t',scount
print 'Relative detection rate: {:.2f}%'.format(100*float(scount+pcount)/len(photon_ids))
if suppress == False:
view(world)
elif suppress == True and scount == 0:
print 'No photons detected!'
exit()
else:
detectedx = np.asarray(list(end_pos[i,0]*itm for i in sipm_ids)) #Compiling points to plot and converting to mm
detectedy = np.asarray(list(end_pos[i,1]*itm for i in sipm_ids))
detectedwavs = np.array(list(wavelengths[i] for i in pmt_ids))
meanx = np.mean(detectedx) #Mean detected positions
meany = np.mean(detectedy)
detectedx -= meanx #Centering plot about detected photons
detectedy -= meany
sampleset = np.sqrt(detectedx**2 + detectedy**2) #Heatmap info
binwidth = 2*ss.iqr(sampleset)/np.cbrt(len(sampleset)) #Freedman-Diaconis rule
bins = (max(sampleset)-min(sampleset))/binwidth
heatmap,xedges,yedges = np.histogram2d(detectedx,detectedy,bins=bins)
extent = [xedges[0],xedges[-1],yedges[0],yedges[-1]]
fig = plt.figure()
ax1 = fig.add_subplot(121)
ax2 = fig.add_subplot(122)
ax1.axis('equal')
ax2.axis('equal')
fig.suptitle(u'n: {} | \u03bb: {}nm | d: {}\u03bcm | s: {}\u03bcm'.format(int(n),int(wavelength),width,beamsize))
r = 0.059813*itm #Iris radius
theta = np.linspace(0,2*np.pi,1000)
iris_center = np.array((18.4429,-21.8872))*itm
iris_x = r*np.cos(theta)+iris_center[0]-meanx
iris_y = r*np.sin(theta)+iris_center[1]-meany
ax1.scatter(detectedx,detectedy,s=0.3,c='k',label='Photon Hits')
#ax1.plot(iris_x,iris_y,c='r',label='Iris Overlay')
ax1.set_xlabel('x (mm)')
ax1.set_ylabel('y (mm)')
ax1.set_title('SiPM Hits')
ax1.legend()
im = ax2.imshow(heatmap.T,extent=extent,origin='lower',cmap='hot_r',interpolation='gaussian')
ax2.set_xlabel('x (mm)')
ax2.set_ylabel('y (mm)')
ax2.set_title('SiPM Heat Map')
fig.colorbar(im,ax=ax2)
plt.show()
def test_parse_normalized(self):
result = parse(build(self.knownValues), normalized=True)
self.assertEqual(self.knownValuesNormalized, result)
def test_parse_known_values(self):
"""parse should give known result with known input (quoted)"""
self.maxDiff = None
for dic in self.knownValues:
result = parse(build(dic))
self.assertEqual(dic, result)
def get_tags(session):
return (session.query(HashTagNetwork).join(Network).filter(
sa.or_(
HashTagNetwork.last_scraped == None,
sa.func.trunc(
sa.extract('epoch', unow_tz()) -
sa.extract('epoch', HashTagNetwork.last_scraped)) >
Network.parsing_frequency)))
def main(scheduler):
with session_scope(Session) as session:
tags = get_tags(session)
scheduler.schedule_many(list(tags))
def make_scheduler():
return ScrapyScheduler('hashtag', settings.SCRAPYD_NODES)
if __name__ == '__main__':
scheduler = make_scheduler()
egg = build()
scheduler.load_egg(egg)
try:
while 1:
main(scheduler)
dog_sleep(10)
except KeyboardInterrupt:
sys.exit()
def test_end_to_end(self):
self.maxDiff = None
querystring = build(self.request_data)
result = parse(querystring)
self.assertEquals(result, self.request_data)
def test_parse_known_values_with_unicode(self):
"""parse should give known result with known input (quoted)"""
self.maxDiff = None
for dic in self.knownValues + self.knownValuesWithUnicode:
result = parse(build(dic, encoding='utf-8'), encoding='utf-8')
self.assertEqual(dic, result)
def test_parse_normalized(self):
result = parse(build(self.knownValues), normalized=True)
self.assertEqual(self.knownValuesNormalized, result)
def test_build(self):
result = build(self.request_data)
self.assertEquals(result, self.known_result)