def tilesv2(table, numdim, outfile):
ntable = project.project(table)
tile = Tile()
tile.tiny = 4 # the minimum instance num to assign a leaf
tile.pre = ''
tile.m = len(table.data[0]) # num of instances have
tile.big = 2 * math.sqrt(tile.m)
c1 = 1
tile.watch = 1
tile.centers = 'centroids'
centable = {} # dictinary to store all the splitted tables including the center table
centable0 = tablestr.Table()
reader.makeTable(ntable.name, centable0)
centable[0] = centable0
tiles0(ntable, tile)
pre = tile.pre
tiles4(1, tile.m, 1, tile.m, ntable, tile, centable, c1, pre, outfile)
centable['project'] = ntable
"""
x = centable[0].name.index('$_XX')
y = centable[0].name.index('$_YY')
maxvx = float(max(centable[0].data[x])); minvx = float(min(centable[0].data[x]))
maxvy = float(max(centable[0].data[y])); minvy = float(min(centable[0].data[y]))
for i in range(len(centable[0].data[0])):
centable[0].data[x][i] = str('%4.8f'%((float(centable[0].data[x][i]) - minvx)/(maxvx - minvx)))
centable[0].data[y][i] = str('%4.8f'%((float(centable[0].data[y][i]) - minvy)/(maxvy - minvy)))
"""
return centable, len(centable[0].data[0])
def __init__(self):
self.s = starData()
self.p = project()
self.a = astronomy()
pltCircle = 1.0
pltSize = pltSize = 1.1 * pltCircle
pltLimit = pltCircle
pltStellarMagnitudeLimit = 4.8
self.pltConstellationLines = 1
self.pltNebula = 0
self.pltConstellationBoundaries = 0
self.pltConstellationLabels = 1
self.pltEclipticLine = 1
self.pltDecLines = 1
self.pltRALines = 1
self.pltDateCircle = 0
# plot the Rete
self.g = sg(-pltSize, pltSize, -pltSize, pltSize, pltLimit)
self.g.setStarListIndex(pltStellarMagnitudeLimit)
decMax = -23.5
lat = 30
decMax = -90 + lat
rMax = pltLimit
ptype = 3
self.plotStarMap(ptype, decMax, rMax)
self.g.endPlot("rete")
def __make_common_files(command_line, codegen_service):
"""Generate the files that are common to both the client and server."""
# The first entry is the template.
# The second entry is the name of the file being created.
common_files = [[project(), ".project"],
[properties(), "project.properties"],
[AndroidManifest(), "AndroidManifest.xml"],
[AndroidStrings(), os.path.normpath("res/values/strings.xml")],
[AndroidLayoutMain(), os.path.normpath("res/layout/main.xml")],
[classpath(), ".classpath"]
]
projects = ["Client"]
if not command_line.client_only:
projects.append("Service")
for client_or_service_string in projects:
for template, subfilename in common_files:
template.client_or_service = client_or_service_string
filename = os.path.join(client_or_service_string, subfilename)
__make_target_file(template, filename, command_line, codegen_service)
temp = ServiceMain()
sub_path0 = "src"
sub_path1 = __get_well_known_name_path(command_line)
filename = os.path.join("Service", sub_path0, sub_path1, "ServiceMain.java")
__make_target_file(temp, filename, command_line, codegen_service)
temp = ClientMain()
filename = os.path.join("Client", sub_path0, sub_path1, "ClientMain.java")
__make_target_file(temp, filename, command_line, codegen_service)
return
def openProject():
cls()
print(messeges['open_project'])
objP = project(__sqlite)
result = objP.get_list_proyect()
selectTrue = False
data_project = ''
while not (selectTrue):
headers = ('ID', 'NOMBRE', 'RUTA')
tab = table(len(headers))
tab.setMaxWidth(30)
tab.setHeaders(headers)
tab.setBody(result)
tab.print_table()
#for i in result:
# print(styles['result'].format(i))
select_project = input(lines['input_option'])
if select_project.isnumeric():
select_project = int(select_project)
for tupla in result:
if select_project == tupla[0]:
selectTrue = True
objP = None
work_projec(tupla)
else:
print('Ingrese un valor valido, un ID')
input('Salio')
def create_project():
if 'email' not in session:
return redirect(url_for('home'))
show_project = ProjectForm()
show_project.set_supervisor_choices()
if request.method == 'POST':
if show_project.validate() == False:
flash('All fields are required.')
return render_template('create_project.html', show_project=show_project)
else:
new_project = project(show_project, session['email'])
db.session.add(new_project)
db.session.commit()
if show_project.file.data.filename:
os.makedirs("Project/files/" + str(newuser.id))
filename = secure_filename(show_project.file.data.filename)
show_project.file.data.save('Project/files/' + str(newuser.id) + "/" + filename)
flash('Project has been created')
return redirect(url_for('create_project'))
elif request.method == 'GET':
return render_template('create_project.html', show_project=show_project)
def newProject(self):
currproj = project.project()
self.writeFilepath
currproj.expr = self.inputExpr()
currproj.colRef = self.inputColRef()
currproj.createData(
self.filepath,
self.vars,
)
print("CSV Info")
csv.info()
print("Project Info")
currproj.info()
def returnAvailableProjects(self, uid):
p = project()
p.getAll()
buf = "<select name='project' required>"
for row in p.data:
if str(row['id']) not in self.getProjectList(uid):
if str(row['id']) == "9":
sel = "selected='true'"
else:
sel = ""
buf += "<option " + sel + " value='" + str(
row['id']) + "'>" + str(row['name']) + "</option>"
buf += '''</select>'''
return buf
def returnProjectList(self, id):
if self.data[0]['project'] == "":
self.data[0]['project'] = "9"
p = project()
p.getAll("status DESC")
buf = "<select name='project' id='assignmentProjectSelector'>"
for row in p.data:
if str(self.data[0]['project']) == str(row['id']):
sel = 'selected="true"'
else:
sel = ""
buf += "<option " + sel + " value='" + str(row['id']) + "'>" + str(
row['name']) + "</option>"
buf += "</select>"
return buf
def listprojects():
if checkSession(2):
return redirect("/")
session['lastPage'] = ''
session['currentPage'] = "/projects"
print session['lastPage']
print session['currentPage']
p = project()
dmsg = ''
if request.args.get('delete') in p.getListOfIds():
id = request.args.get('delete')
p.deleteById(id)
dmsg = "Project has been deleted"
html = '''<p style="color: green">''' + dmsg + '''</p>
<a href="project/new">+ Create new project</a>
<table style='width: 100%;' id='user_table'>
<tr align="center" style="background-color: #2EB4ED; color: #EAEAEA; font-size: 1.13em">
<td><b>Name</b></td>
<td><b>Status</b></td>
</tr>'''
p.getAll('status DESC')
if len(p.data) == 0:
html = '''<p style="color: green">''' + dmsg + '''</p>
<p>There are no projects to display</p>'''
else:
i = 0
for row in p.data:
c = "#2EB4ED"
if i % 2 == 0:
c = "#016C9B"
html += '''
<tr align="center" style="color: #EAEAEA; background-color:''' + c + '''">
<td><a href="/project/''' + str(row['id']) +'''">''' + str(row['name']) + '''</a></td>
<td>''' + p.returnStatus(str(row['status'])) +'''</td>
</tr>'''
i += 1
html += '''
</table>
'''
return header() + html + footer()
def render(self):
p = project.project(self.root, self.cols, self, self.scroll_lines + self.rows)
self.lines = p.lines[self.scroll_lines:]
self.arrows = self.complete_arrows(p.arrows)
self.do_post_render_move_cursor()
if False:#__debug__: #todo: __debug__projection__ or something, this is eating quite some cpu i think and only checks the projection code (i think)
assert(isinstance(self.lines, list))
for l in self.lines:
assert(isinstance(l, list))
for i in l:
assert(isinstance(i, tuple))
assert(isinstance(i[0], unicode))
assert(len(i[0]) == 1)
assert(isinstance(i[1], dict))
assert(i[1]['node'])
assert('char_index' in i[1])
def __init__(self):
self.s = starData()
self.p = project()
self.a = astronomy()
pltCircle = 1.0
self.pltSize = 1.1 * pltCircle
self.pltLimit = pltCircle
self.pltStellarMagnitudeLimit = 4.8
self.pltConstellationLines = 1
self.pltNebula = 0
self.pltConstellationBoundaries = 0
self.pltConstellationLabels = 1
self.pltEclipticLine = 1
self.pltDecLines = 0
self.pltRALines = 0
self.pltDateCircle = 1
self.starWheelRete = 1
self.starWheelPlate = 2
self.skymap = 3
self.astrolabeReteStars = 4
self.astrolabePlate = 5
self.southernStarWheelRete = 6
self.southernStarWheelPlate = 7
lat = 53
lon = 0
#self.a.setLatLong(lat, lon)
xx = self.starWheelPlate
xx = self.starWheelPlate
xx = self.starWheelRete
self.createPlot(xx, lat)
xx = self.starWheelPlate
self.createPlot(xx, lat)
xx = self.southernStarWheelRete
# self.createPlot(xx, lat)
xx = self.southernStarWheelPlate
self.createPlot(xx, lat)
def test_add_Project(self):
with app.test_request_context():
form = ProjectForm()
form.title.data = "This is a test"
form.category.data = "Test"
form.start_date.data = "2012-12-12"
form.end_date.data = "2013-12-12"
form.description.data = "This is a test"
form.supervisor.data = "Test"
new_project = project(form, "Test program")
db.session.add(new_project)
db.session.commit()
fetchTestData = project.query.filter_by(title="This is a test").first()
assert fetchTestData is not None
def __init__(self):
self.s = starData()
self.p = project()
self.a = astronomy()
pltCircle = 1.0
pltSize = pltSize = 1.1 * pltCircle
pltLimit = pltCircle
pltStellarMagnitudeLimit = 4.8
self.pltConstellationLines = 1
self.pltNebula = 0
self.pltConstellationBoundaries = 0
self.pltConstellationLabels = 1
self.pltEclipticLine = 1
self.pltDecLines = 1
self.pltRALines = 1
self.pltDateCircle = 1
# plot the Rete
self.g = sg(-pltSize, pltSize, -pltSize, pltSize, pltLimit)
self.g.setStarListIndex(pltStellarMagnitudeLimit)
decMax = -23.5
lat = 40
decMax = -90 + lat
rMax = pltLimit
ptype = 2 # plot type
self.plotRete(ptype, decMax, rMax)
self.g.endPlot("rete")
#plot the Plate
self.g = sg(-pltSize, pltSize, -pltSize, pltSize, pltLimit)
hrotate = 18.
#self.g.drawBoundingCircle( "red")
self.plotHorizon(hrotate)
self.g.plate()
self.g.endPlot("plate")
def __make_common_files(command_line, codegen_service):
"""Generate the files that are common to both the client and server."""
# The first entry is the template.
# The second entry is the name of the file being created.
common_files = [
[project(), ".project"], [properties(), "project.properties"],
[AndroidManifest(), "AndroidManifest.xml"],
[AndroidStrings(),
os.path.normpath("res/values/strings.xml")],
[AndroidLayoutMain(),
os.path.normpath("res/layout/main.xml")], [classpath(), ".classpath"]
]
projects = ["Client"]
if not command_line.client_only:
projects.append("Service")
for client_or_service_string in projects:
for template, subfilename in common_files:
template.client_or_service = client_or_service_string
filename = os.path.join(client_or_service_string, subfilename)
__make_target_file(template, filename, command_line,
codegen_service)
temp = ServiceMain()
sub_path0 = "src"
sub_path1 = __get_well_known_name_path(command_line)
filename = os.path.join("Service", sub_path0, sub_path1,
"ServiceMain.java")
__make_target_file(temp, filename, command_line, codegen_service)
temp = ClientMain()
filename = os.path.join("Client", sub_path0, sub_path1, "ClientMain.java")
__make_target_file(temp, filename, command_line, codegen_service)
return
def main():
data_from_pickle = 0
projection_from_pickle = 1
clusters_from_pickle = 1
if data_from_pickle:
uber_df, street_df, street_graph, node_coord_dict, coord_node_dict, \
edge_dict, coord_lookup, transition_graph, trans_edge_dict, \
edge_trans_dict, trans_dict = load_data.from_pickle()
else:
uber_df, street_df, street_graph, node_coord_dict, coord_node_dict, \
edge_dict, coord_lookup, transition_graph, trans_edge_dict, \
edge_trans_dict, trans_dict = load_data.load_fresh()
''' apply Kalman filter first pass here, fix large errors '''
if projection_from_pickle:
print 'reading in projected uber_df from pickle...'
uber_df = pickle.load(open('../pickles/uber_df_projected.pkl'))
print 'read projected uber_df'
else:
uber_df = project.project(uber_df, street_graph, transition_graph,
node_coord_dict, edge_dict, edge_trans_dict, coord_lookup)
pickle.dump(uber_df, open('../pickles/uber_df_projected.pkl','wb'))
''' apply Kalman filter second pass here? fix small errors and re-project onto edges? '''
if clusters_from_pickle:
uber_df, centroids = cluster.from_pickle()
else:
uber_df, centroids = cluster.cluster(uber_df)
transition_graph = cluster_graphs.preadjust_transweights(uber_df, edge_dict, transition_graph)
pickle.dump(transition_graph, open('../pickles/transition_graph_update.pkl','wb'))
cgraphs = cluster_graphs.make_cluster_graphs(centroids,
transition_graph, uber_df, edge_dict)
pickle.dump(cgraphs, open('../pickles/cgraphs.pkl','wb'))
if bam0.checkindex()==0:
bam0.buildindex()
bam0.Tobdg(ts)
bam0.Tojun(ts)
jun0=junctionfile.junFile(junfilename,[cfg.pathucsctools,cfg.chromszfile])
jun0.Tobigbed(annochrjuncdict)
jun0.buildindex()
bdg0=bedgraph.bdgFile(bdgfilename,[cfg.pathucsctools,cfg.chromszfile])
bdg0.Tobigwig()
bdg0.buildindex()
#if max(cfg.run_splice_collate_flag,cfg.run_proj_act_flag,cfg.run_extract_flows,cfg.run_cluster_flag,cfg.run_fdm_fast_flag,cfg.run_fdm_full_flag)==1:
prj0=project.project(cfg,gtffile)
if cfg.run_splice_collate_flag>=1:
run_name='p2'
prj0.setprojmetadict(cfg.run_splice_collate_flag)
# ACT
if cfg.run_proj_act_flag==1:
if len(cfg.act_run_list)==1:
run_name='p3.%s'%cfg.act_run_list[0]
else:
run_name='p3'
message='Creating ACT graphs for %s'%str(cfg.act_run_list)
common.printstatus(message,'S',common.func_name())
#islandlist=islandlist[0:30]
for ts in cfg.act_run_list:
def work_project(tupla):
cls()
objP = project(__sqlite)
#tupla esta armado por 0=id, 1=name 2=path
objP.work_project(tupla[0], tupla[1], tupla[2])
def makeProject():
objP = project(__sqlite)
name_p = input(lines['name_project'])
objP.create_project(name_p)
objP.create_init_install()
from project import project
v = project("/tmp/pr/prj.txt", "/tmp/pr/", 443, "https", 2, "/tmp/pr/db.db", 2,
"desktop", "/usr/local/bin/phantomjs", "/tmp/pr/screen.js")
v.save_to_db = True
v.start()
return False
return True
# def center_on_the_screen(self):
# ag = QDesktopWidget().availableGeometry()
# sg = QDesktopWidget().screenGeometry()
#
# widget = self.geometry()
# x = ag.width() - widget.width()
# y = 2 * ag.height() - sg.height() - widget.height()
# self.move(x, y)
mypath = "."
my_data = data.data
opt = options.options()
proj = project.project()
opt.readOptions(proj)
print("Project=" + opt.currentProject)
# print("WindowRect=" + opt.windowRect)
if opt.currentProject != "":
# proj.readProject(opt.currentProject)
# print("read project " + opt.currentProject)
print("current ref=" + proj.currentBook + " " + str(proj.currentChapter))
# opt.writeOptions()
projectfiles = [f[:len(f)-4] for f in listdir(mypath) if isfile(join(mypath, f)) and f.endswith(".prj")]
print(projectfiles)
app = QApplication(sys.argv)
mainWindow = Ui_MainWindow()
mainWindow.setCurrentProjectName(opt.currentProject)
mainWindow.show()
def proj(): import project project.project()
from project import project, task_status
from projectlist import ProjectList
projects_directory = './TestProjecten/'
myprojlist = ProjectList(projects_directory)
p = project('testproject', 3)
p._priority = 100000
p.add_task('Plan opstellen', 'eerste voorstel schrijven')
p.add_workpackage('Plan opstellen')
p.add_workpackage('Plan uitvoeren')
p.add_workpackage('Plan nabespreken')
p.insert_workpackage('team samenstellen', 2)
p.add_workpackage('Financiering regelen')
p.repos_workpackage('Financiering regelen', 1)
p.add_task('Plan opstellen', 'eerste voorstel schrijven')
p.add_task('Plan opstellen', 'eerste voorstel schrijven')
p.add_task('Plan opstellen', 'commentaar verwerken')
p.add_task('Financiering regelen', 'Bedelen op straathoek')
p.remove_task('Plan opstellen', 'eerste voorstel schrijven')
p.remove_task('Plan opstellen', 'sedfsvs')
p.add_task('team samenstellen', 'aertf')
p.remove_workpackage('team samenstellen')
myprojlist.save_project(p)
p.print()
p2 = project('oud project', 2)
p2.add_workpackage('plan opstellen')
p2.add_workpackage('groep verzamelen')
def __init__(self, xmin, xmax, ymin, ymax, rmax):
figureSize = 10.5
#figureSize = 6
aspectratio = 0
margin = 0.25
self.xmin = xmin
self.xmax = xmax
self.ymin = ymin
self.ymax = ymax
self.Rmax = rmax
self.p = project()
self.a = astronomy()
self.mapColor = "white"
self.mapCircleColor = "black"
self.decCircleColor = "black"
self.raCircleColor = "black"
self.plateCircleColor = "black"
self.plateFontColor = "white"
self.plateFontSize = "12"
self.horizonLineColor = "black"
self.starColor = "black"
self.constellationLineColor = "black"
self.constellationBoundaryColor = "red"
self.starColor = "blue"
self.starColor = "black"
fig = plt.figure(figsize=(figureSize, figureSize))
fig.patch.set_facecolor(self.mapColor)
self.ax = fig.add_subplot(111) #,aspect='equal')
self.ax.get_xaxis().set_visible(False)
self.ax.get_yaxis().set_visible(False)
#ax.set_frame_on(False)
#self.ax.set_frame_on(True)
self.ax.set_frame_on(False)
plt.xlim(xmin, xmax)
plt.ylim(ymin, ymax)
plt.tight_layout()
# circle1 = plt.Circle( (0,0), self.Rmax, color=self.mapCircleColor, fill=False)
# self.ax.add_artist(circle1)
dr = 0.05
rr = self.Rmax + dr
#circle1 = plt.Circle( (0,0), rr, color=self.mapCircleColor, fill=False)
#self.ax.add_artist(circle1)
circle1 = plt.Circle((0, 0),
rr - dr,
color=self.mapCircleColor,
fill=False)
self.ax.add_artist(circle1)
circle1 = plt.Circle((0, 0),
rr + dr,
color=self.mapCircleColor,
fill=False)
self.ax.add_artist(circle1)
def __init__(self, project_folder):
self.proj = project(project_folder)
self.sql = sql_manager(self.proj)
self.data = data_manager(self.sql)
self.model = model_manager(self.sql)
bam0.buildindex()
bam0.Tobdg(ts)
bam0.Tojun(ts)
jun0 = junctionfile.junFile(junfilename,
[cfg.pathucsctools, cfg.chromszfile])
jun0.Tobigbed(annochrjuncdict)
jun0.buildindex()
bdg0 = bedgraph.bdgFile(bdgfilename,
[cfg.pathucsctools, cfg.chromszfile])
bdg0.Tobigwig()
bdg0.buildindex()
#if max(cfg.run_splice_collate_flag,cfg.run_proj_act_flag,cfg.run_extract_flows,cfg.run_cluster_flag,cfg.run_fdm_fast_flag,cfg.run_fdm_full_flag)==1:
prj0 = project.project(cfg, gtffile)
if cfg.run_splice_collate_flag >= 1:
run_name = 'p2'
prj0.setprojmetadict(cfg.run_splice_collate_flag)
# ACT
if cfg.run_proj_act_flag == 1:
if len(cfg.act_run_list) == 1:
run_name = 'p3.%s' % cfg.act_run_list[0]
else:
run_name = 'p3'
message = 'Creating ACT graphs for %s' % str(cfg.act_run_list)
common.printstatus(message, 'S', common.func_name())
#islandlist=islandlist[0:30]
for ts in cfg.act_run_list:
def edit_project(pid):
if checkSession(3):
return redirect("/")
if session['currentPage'] != "/project/" + pid:
session['lastPage'] += ", " + session['currentPage']
session['currentPage'] = "/project/" + pid
print session['lastPage']
print session['currentPage']
p = project()
emsg = ''
teamMsg = ''
assignMsg = ''
assignmentSel = request.args.get('assignmentSelector')
if assignmentSel == None:
assignmentSel = 0
if request.args.get('action') == 'update':
p.getById(pid)
p.data[0]['name'] = request.form.get('name')
p.data[0]['description'] = request.form.get('description')
p.data[0]['status'] = request.form.get('status')
if 'logo' in request.files:
p.data[0]['logo'] = request.files['logo'].filename
if p.verify_update():
p.update()
if 'logo' in request.files:
file_save = logos.save(request.files['logo'])
emsg = "<p style='color:green'>Project updated.</p>"
else:
emsg = "<p style='color:red'>" + p.getErrorHTML() + "</p>"
if request.args.get('action') == 'insert':
p.createBlank()
p.data[0]['name'] = request.form.get('name')
p.data[0]['description'] = request.form.get('description')
p.data[0]['status'] = request.form.get('status')
if ('logo' in request.files):
filename = logos.save(request.files['logo'])
p.data[0]['logo'] = filename
if p.verify_new():
p.insert()
emsg = '<p style="color:green">Project added.</p>'
else:
emsg = "<p style='color:red'>" + p.getErrorHTML() + "</p>"
if request.args.get('team') == 'add':
t = team()
t.createBlank()
t.data[0]['user'] = request.form.get('user')
t.data[0]['position'] = request.form.get('position')
t.data[0]['project'] = pid
print t.data
if t.verify_new(pid):
print t.data
t.insert()
teamMsg = '<p style="color: green; margin-bottom: 1em">User Added</p>'
else:
teamMsg = '<p style="color: red; margin-bottom: 1em">' + t.getErrorHTML() + "</p>"
if request.args.get('team') == 'remove':
t = team()
t.deleteByUser(request.form.get('user'), pid)
teamMsg = '<p style="color: green; margin-bottom: 1em">' + t.returnUserName(request.form.get('user')) + " has been removed from this project</p>"
if request.args.get('assignment') == "add":
a = assignment()
a.createBlank()
a.data[0]['title'] = request.form.get('title')
a.data[0]['description'] = request.form.get('description')
a.data[0]['assignedTo'] = request.form.get('user')
a.data[0]['dueDate'] = request.form.get('dueDate')
a.data[0]['project'] = pid
if a.verify_new():
a.insert()
assignMsg = '<p style="color: green; margin-bottom: 1em">Assignment Added</p>'
else:
assignMsg = '<p style="color: red; margin-bottom: 1em">' + a.getErrorHTML() + "</p>"
if request.args.get('back') == "true":
updatePath()
if pid == 'new':
p.createBlank()
w = 'Add New Project'
act = 'insert'
hide = "display: none"
col1 = "col-sm-4"
col3 = "<div class='col-sm-4'></div>"
cta = "Add Project"
else:
p.getById(pid)
w = 'Project Information'
act = 'update'
hide = ""
col1 = "col-sm-8"
col3 = ""
cta = "Update Project"
if p.data[0]['logo'] == '':
src = ""
else:
src = "src='../static/Images/" + p.data[0]['logo'] + "'"
html = '''<div class="row">
<div class="col-sm-2">
<form id="backFunction" action="''' + goBack() + '''?back=true" method="POST">
<input type="submit" class="button-secondary" value="Back">
</form>
</div>
<div class="col-sm-8">
<h1 id="user_title_main" align="center" style="''' + hide +'''">''' + p.data[0]['name'].upper() + '''</h1>
</div>
<div class="col-sm-2"></div>
</div>
<div class='row'>
<div class="''' + col1 + '''">
<h2 style="''' + hide +'''">Team</h2>''' + teamMsg + '''
<div style="''' + hide + '''" id="projectTeam">'''
t = team()
html += t.getTeam(pid)
html += '''</div>
<h2 style="''' + hide +'''">Assignments</h2>
<div style="''' + hide + '''" id="projectAssignments">'''
a = assignment()
html += a.getProjectAssignments(pid, assignmentSel)
html += '''
</div>
</div>
<div align='center' class='col-sm-4'>
<h2 id='user_form_title'>''' + w + '''</h2>''' + emsg + '''
<form align='left' enctype="multipart/form-data" id='project_form' action="/project/''' + str(pid) + '''?action=''' + act + '''" method="POST">
<p class='labels'>Name</p>
<input name="name" required type="text" value="''' + p.data[0]['name'] + '''"/><br/>
<p class='labels'>Description</p>
<textarea name="description" style="width:100%; height: 12em" required form="project_form">''' + p.data[0]['description'] + '''</textarea>
<p class='labels'>Status</p>''' + p.getStatusMenu() + '''
<p class='labels'>Logo</p>
<img id="project_logo" ''' + src + '''/><br/>
<input name="logo" type="file" accept="image/*"/ value="''' + p.data[0]['logo'] + '''">
<br>
<input type="submit" class='button-primary' value="''' + cta + '''"/>
</form>
<a href="/projects?delete=''' + pid + '''" onclick="return confirm('Are you sure you want to delete ''' + p.data[0]['name'] + '''?');" style="color: #C2C2C2; font-size: 80%; ''' + hide + '''">Delete Project</a>
</div>''' + col3 + '''
</div>
'''
return header() + html + footer()
def project(s): s.lines = project.project(s, # calls back our tags() s.cols, s, s.scroll_lines + s.rows # bottom cut off ).lines[s.scroll_lines:] # top cut off
def CreateNewProject(self, projectname, projectCode):
self.project = project(projectname, projectCode)
def get_project_byname(self, name):
newproject = project()
project_series = self._project_list.loc[self._project_list.name ==
name].iloc[0]
newproject._load_from_series(self._directory, project_series.iloc[0])
return newproject
from project import project
p=proxy()
# Make proxylist
p.get_proxy_premium()
#f=phantom()
#THREADS = 100
#def worker():
# """@todo: Docstring for target.
# :returns: @todo
#
# """
# f.walk_forever('svkvisa')
#if __name__ == '__main__':
# jobs = []
# for i in range(7):
# p = Process(target=worker)
# jobs.append(p)
# p.start()
if __name__ == '__main__':
prj=project()
prj.run_all()
def getProjectAssignments(self, id, s):
if id == "new":
return ""
self.data = []
p = project()
t = team()
p.getById(id)
msg = ''
if str(s) == "2":
self.getAllByProject(id)
msg = '''<p>''' + p.data[0][
'name'] + ''' does not have any assignments</p>'''
elif str(s) == "0":
self.getIncompleteByProject(id)
msg = '''<p>''' + p.data[0][
'name'] + ''' does not have any incomplete assignments</p>'''
elif str(s) == "1":
self.getCompleteByProject(id)
msg = '''<p>''' + p.data[0][
'name'] + ''' has not completed an assignment</p>'''
html = '''
<div class="row">
<div class="col-sm-0"></div>
<div class="col-sm-4">
<form id="assignmentToggle" action="/project/''' + str(
p.data[0]['id']) + '''" method="GET">'''
html += self.returnAssignmentSelector()
html += '''
</form>
</div>
<div class="col-sm-8"></div>
</div>
'''
if len(self.data) == 0:
html += msg
else:
i = 0
html += '''
<table style="width:100%" id="user_table">
<tr align="left" style="background-color:#2EB4ED; color:#EAEAEA; font-size: 1.13em;">
<td><b>Assignment<b></td>
<td><b>Assigned To</b></td>
<td><b>Due Date</b></td>
</tr>
'''
for row in self.data:
c = '#2EB4ED'
if i % 2 == 0:
c = '#016C9B'
html += '''<tr style="background-color:''' + c + '''; color:#EAEAEA">
<td><a href="../assignment/''' + str(
row['id']) + '''">''' + row['title'] + '''</a></td>
<td><a href="../user/''' + str(
row['assignedTo']) + '''">''' + self.returnUserName(
row['assignedTo']) + '''</a></td>
<td>''' + str(row['dueDate']) + '''</td>
</tr>'''
i += 1
html += "</table>"
html += '''
<div class="row" style="margin-top: 2em" align="center">
<div class="col-sm-1"></div>
<div class="col-sm-3">
<p class="button-primary" id="addAssignmentButton" onclick="toggleAddAssignment()">Create Assignment</p>
</div>
<div class="col-sm-1"></div>
<div class="col-sm-3"></div>
<div class="col-sm-4"></div>
</div>
'''
html += '''<div class="row" id="assignmentForm">
<div class="col-sm-1"></div>
<form id="addAssignment" action="/project/''' + str(
p.data[0]
['id']) + '''?assignment=add" method="POST" class="col-sm-5">
<p class="labels">Title</p>
<input type="text" required name="title">
<p class="labels">Description</p>
<textarea style="height: 10em; width: 100%;" name="description" form="addAssignment"></textarea>
<p class="labels">User</p>''' + t.returnTeamList(
p.data[0]['id']) + '''
<p class="labels">Due Date</p>
<input type="text" id="datepicker" required name="dueDate"/>
<br><br>
<input type="submit" value="Create" class="button-primary"/>
</form>
<div class="col-sm-6"></div>
</div>'''
return html
def returnProjectName(self, pid):
p = project()
p.getById(pid)
return p.data[0]['name']
A = R.dot(Ab.dot(R.T)) Bb = Q.T.dot(BL.dot(Q)) B = R.dot(Bb.dot(R.T)) x = R.dot(xb) y = R.dot(yb) J0 = get_J0(x, y) n, ncuts = J0.shape rr = x ** 2 + y ** 2 uex = 1.0 - rr f = 4 * B.dot(np.ones((n,))) tol = 1e-8 prec = 0 # Jacobi u, res, n_iter = project(f, A, J0, tol, prec, verbose=0) prec = 1 # V-cycle u_mg, res_mg, n_iter_mg = project(f, A, J0, tol, prec, verbose=0) itr = np.arange(0, n_iter + 1) itr_mg = np.arange(0, n_iter_mg + 1) ub = (R.T).dot(u) plt.figure() ax = plt.axes(projection="3d") ax.plot_trisurf(xb, yb, ub * 0, triangles=tri) ax.scatter(x, y, 10 * (u - uex), c="r", marker="o") # Essentially the same error # ax.scatter(x, y, 10*(u_mg-uex), c="g", marker="o")
