def show(self):
endStates = [
"DONE",
"ABORTED",
"SCHEDULER_ERROR",
"COMPILER_ERROR",
"WORKSTATION_ERROR",
"PERMISSION_DENIED",
"ERROR",
]
print
print "Getting Job results..."
print "================================================"
print
Tables.showJobTable(self.pySchedUI, stateList=endStates)
jobId = CommonUI.getTextInput("Please enter the job id")
path = CommonUI.getPathInput(
"Please select a path where the results should be stored")
if not FileUtils.pathExists(path):
print "Path {} does not exists! Would you like to create it? (y/n)".format(
path)
if CommonUI.showYesNo("> "):
FileUtils.createDirectory(path)
else:
return
if self.pySchedUI.getResultsByJobId([jobId], path):
print "Results stored in {}".format(path)
else:
print "Could not retrieve the results of job {}".format(jobId)
def define_template_tables(file_path: Path, sheet_name: str, \
tmpl_title: str, tmpl_offset='A1', tmpl_columns=2, \
struc_title='Template Structures', struc_offset='D1', struc_columns=5):
'''Create Table definitions for the template table and
it's companion structure list required to build a structure template.
'''
#TODO define_template_tables is getting messy probably should get rid of it
# values for all tables
tmp_index = 'Attribute'
str_index = 'ID'
# Rows is not yet implemented not using
template_table = tb.Table(file_path,
sheet_name,
tmpl_title,
tmp_index,
tmpl_offset,
columns=tmpl_columns)
structures_dfn = define_structure_attributes()
structures_table = tb.Table(file_path,
sheet_name,
struc_title,
str_index,
struc_offset,
struc_columns,
variables=structures_dfn)
return (template_table, structures_table)
def show(self):
endStates = [
"DONE",
"ABORTED",
"SCHEDULER_ERROR",
"COMPILER_ERROR",
"WORKSTATION_ERROR",
"PERMISSION_DENIED",
"ERROR",
]
print
print "Getting Job results..."
print "================================================"
print
Tables.showJobTable(self.pySchedUI, stateList=endStates)
jobId = CommonUI.getTextInput("Please enter the job id")
path = CommonUI.getPathInput("Please select a path where the results should be stored")
if not FileUtils.pathExists(path):
print "Path {} does not exists! Would you like to create it? (y/n)".format(path)
if CommonUI.showYesNo("> "):
FileUtils.createDirectory(path)
else:
return
if self.pySchedUI.getResultsByJobId([jobId], path):
print "Results stored in {}".format(path)
else:
print "Could not retrieve the results of job {}".format(jobId)
def show(self):
print
print "Pausing Job..."
print "================================================"
print
Tables.showJobTable(self.pySchedUI, stateList=["PAUSED"])
jobId = CommonUI.getTextInput("")
self.pySchedUI.resumeJobs([jobId])
def callback_inline(call):
if call.data == "mainmenu":
keyboard_main = types.InlineKeyboardMarkup(row_width=2)
# Buttons set
tables_button = types.InlineKeyboardButton(text="Tables",
callback_data="tables")
calc_button = types.InlineKeyboardButton(text="Calculations",
callback_data="calculations")
generator_button = types.InlineKeyboardButton(
text="Noize Generator", callback_data="generator")
keyboard_main.add(tables_button, calc_button, generator_button)
bot.edit_message_text(chat_id=call.message.chat.id,
message_id=call.message.message_id,
text="Choose your destiny...",
reply_markup=keyboard_main)
call_log(call, "Main menu")
elif call.data == "generator":
Generator.call_handler(call, bot)
call_log(call, "Generator")
elif call.data == "tables":
keyboard = types.InlineKeyboardMarkup()
# Buttons set
external_button = types.InlineKeyboardButton(text="External wall",
callback_data="external")
partitions_button = types.InlineKeyboardButton(
text="Wall partitions", callback_data="partitions")
floor_button = types.InlineKeyboardButton(text="Floor",
callback_data="floor")
ceiling_button = types.InlineKeyboardButton(text="Сeiling",
callback_data="ceiling")
windows_button = types.InlineKeyboardButton(text="Windows",
callback_data="windows")
doors_button = types.InlineKeyboardButton(text="Doors",
callback_data="doors")
main_button = types.InlineKeyboardButton(
text="\U0001F3E0 To main menu", callback_data="mainmenu")
keyboard.add(external_button, partitions_button, floor_button,
ceiling_button, windows_button, doors_button, main_button)
bot.edit_message_text(chat_id=call.message.chat.id,
message_id=call.message.message_id,
text="There are such tables:",
reply_markup=keyboard)
call_log(call, "Tables")
elif call.data == "calculations":
Calculations.call_handler(call, bot)
call_log(call, "Calculations")
##################################### ADDITIONAL LEVEL: Tables ################################################
elif call.data == "external" or call.data == "partitions" or call.data == "floor" or call.data == "ceiling" or call.data == "windows" or call.data == "doors":
Tables.parse(call, bot)
call_log(call, "Tables:{0}".format(call.data))
def show(self):
print
print "Pausing Job..."
print "================================================"
print
Tables.showJobTable(self.pySchedUI, stateList=["RUNNING"])
jobId = CommonUI.getTextInput("Please enter the job id")
self.pySchedUI.pauseJobs([jobId])
def insert_into_table(command):
# if not Database.use_new_database_name.has_been_called:
# print("No database selected")
# get_command("")
# else:
# Tables.insert_table_info(command)
if is_use_database():
Tables.insert_table_info(command)
else:
get_command("")
def show(self):
print
print "Getting job informations..."
print "================================================"
archived = CommonUI.showYesNo("Show all jobs (including Archived) (y/n)? ")
adminMode = False
if self.pySchedUI.isAdmin:
adminMode = CommonUI.showYesNo("(Administrator) Show Jobs of all Users (y/n)? ")
Tables.showJobTable(self.pySchedUI, showArchived=archived, showAllUser=adminMode)
def show(self):
print
print "Aborting Job..."
print "================================================"
print
Tables.showJobTable(self.pySchedUI)
print
jobId = CommonUI.getTextInput("Please enter the job id")
if self.pySchedUI.abortJobs([jobId]):
print "Job {} aborted.".format(jobId)
else:
print "Could not abort the job."
def show(self):
print
print "Getting job log file..."
print "================================================"
showAll = False
if self.pySchedUI.isAdmin:
showAll = CommonUI.showYesNo(
"(Administrator) Show Jobs of all Users (y/n)? ")
Tables.showJobTable(self.pySchedUI, showAllUser=showAll)
jobId = CommonUI.getTextInput("Please enter the job id")
print self.pySchedUI.getJobLog(jobId)
def build_template_data(template_table: tb.Table):
'''Create a dictionary of template data from template_table and the default template_attributes.
'''
template_attributes = define_template_attributes()
template_data = template_table.read_table()
# Transpose table so that each attribute becomes a column
template_data = template_data.T.reset_index(drop=True)
#TODO Select and validate attributes in this table
template_data = tb.insert_defaults(template_data, template_attributes)
template_data = tb.insert_missing_variables(template_data,
template_attributes)
#Only one template definition per table, so select the first row from the DataFrame
return dict(template_data.iloc[0, :])
def show(self):
'''
@summary: Sends a update command to the server.
@result:
'''
print
print "Restart Workstation..."
print "================================================"
Tables.showWSTable(self.pySchedUI)
print "Which workstation (name or 'server') should be restarted?"
workstation = CommonUI.getTextInput("", "", "Please type the name of the workstation or 'server' to restart the server")
if not workstation == "":
self.pySchedUI.restart([workstation])
def predict_length(self,vector,course_list):
tb = Tables()
tb.read_data("grade2.csv", "student.csv")
vector=self.courses_to_numeric(vector,True)
lst = np.empty(tb.studyTable.shape[1])
lst[:] = np.nan
for i in range(len(course_list)):
if course_list[i] in tb.courseList:
lst[tb.courseList.index(course_list[i])] = vector[i]
lst = lst.reshape(1,-1)
lst = tb.study_imp.transform(lst)
result = self.study_length.predict(lst)
return np.round(result[0])
def show(self):
print
print "Deleting Job..."
print "================================================"
print
Tables.showJobTable(self.pySchedUI)
print "Please enter the jobId"
jobId = CommonUI.getTextInput("")
if CommonUI.showYesNo("Are you sure that you want to delete job {}?".format(jobId)):
if self.pySchedUI.deleteJobs([jobId]):
print "Job deleted."
else:
print "Could not delete Job!"
def build_structures_lookup(structures_file_path: Path):
structure_attributes = define_structure_attributes()
structures_table_list = define_structure_tables(structures_file_path, structure_attributes)
structures_lookup = tb.merge_tables(structures_file_path, \
structures_table_list, \
structure_attributes)
structure_attributes = tb.process_defaults(structures_lookup, \
structure_attributes)
structures_lookup = tb.insert_defaults(structures_lookup, \
structure_attributes)
structures_lookup = tb.insert_missing_variables(structures_lookup, \
structure_attributes)
return structures_lookup
def show(self):
print
print "Getting job informations..."
print "================================================"
archived = CommonUI.showYesNo(
"Show all jobs (including Archived) (y/n)? ")
adminMode = False
if self.pySchedUI.isAdmin:
adminMode = CommonUI.showYesNo(
"(Administrator) Show Jobs of all Users (y/n)? ")
Tables.showJobTable(self.pySchedUI,
showArchived=archived,
showAllUser=adminMode)
def predict_dropout(self,vector,course_list):
tb = Tables()
tb.read_data("grade2.csv", "student.csv")
vector=self.courses_to_numeric(vector,True)
lst = np.empty(tb.dropoutTable.shape[1])
lst[:] = np.nan
for i in range(len(course_list)):
if course_list[i] in tb.courseList:
lst[tb.courseList.index(course_list[i])] = vector[i]
lst = lst.reshape(1,-1)
lst = tb.dropout_imp.transform(lst)
result = self.dropout.predict(lst)
if result[0] == 1: return True
else: return False
def show(self):
print
print "Deleting Job..."
print "================================================"
print
Tables.showJobTable(self.pySchedUI)
print "Please enter the jobId"
jobId = CommonUI.getTextInput("")
if CommonUI.showYesNo(
"Are you sure that you want to delete job {}?".format(jobId)):
if self.pySchedUI.deleteJobs([jobId]):
print "Job deleted."
else:
print "Could not delete Job!"
def predict_gpa(self,vector,course_list):
tb = Tables()
tb.read_data("grade2.csv", "student.csv")
vector=self.courses_to_numeric(vector,True)
lst = np.empty(tb.graduationTable.shape[1])
lst[:] = np.nan
for i in range(len(course_list)):
if course_list[i] in tb.courseList:
lst[tb.courseList.index(course_list[i])] = vector[i]
lst = lst.reshape(1,-1)
lst = tb.graduation_imp.transform(lst)
result = self.gpa.predict(lst)
if result<0: result=result*-1
return "%.2f"%result
def refreshBars():
setMainTable(Tables.Tables(getMainWindow()).Table)
getMainWindow().SpecialTools = SpecialTools.SpecialTools(getMainWindow())
if uni.tableType in ["2", "6", "8", "9"]:
from Bars import PlayerBar
getMainWindow().PlayerBar = PlayerBar.PlayerBar(getMainWindow())
getMainWindow().addToolBar(Mt.TopToolBarArea,
getMainWindow().PlayerBar)
getMainWindow().Menu.refreshForTableType()
def show(self):
'''
@summary: Shows the add Job dialog with template supoort
@result:
'''
inp = UIDict()
print
print "Adding a new job..."
print "================================================"
print
print "Please enter the path to the PySched-Config file or nothing if you want to create a new template:"
temp = CommonUI.getPathInput("")
if temp != "":
inp.addInfo("Template-File", "template", os.path.normpath(temp))
else:
inp = self.createTemplate(inp)
if CommonUI.showValidatingInput(inp):
if self.pySchedUI.addJob(inp.getInfos()):
Tables.showJobTable(self.pySchedUI)
def create_new_model(self, grade_file, student_file, predict_function, algorithm_name, parameters, course_name, semester):
tb = Tables()
tb.read_data(grade_file, student_file)
if predict_function=='gpa':
if algorithm_name=='linear':
return ML.linear_regression(tb.graduationTable, tb.graduationLabel, parameters)
elif predict_function=='dropout':
if algorithm_name=='logistic':
return ML.logistic_regression(tb.dropoutTable, tb.dropoutLabel, parameters)
elif algorithm_name=='svm':
return ML.svm(tb.dropoutTable, tb.dropoutLabel, parameters)
elif algorithm_name=='mlp':
return ML.mlp(tb.dropoutTable, tb.dropoutLabel, parameters)
elif predict_function=='course_grade':
##get required table without target label
c = [0,0.5,1,1.5,2,2.5,3,3.5,4]
x = tb.courseTable.copy()
class_index = tb.courseList.index(course_name.lower())
y = x[:,class_index] ## class label
x = np.delete(x,class_index,1) ## remove class column from input data
## change y label with class value (eg. if y[0] = 3.5 then it become 7th class)
for i in range(y.size):
index = c.index(y[i])
y[i] = index
if algorithm_name=='logistic':
return ML.logistic_regression(x,y,parameters)
elif algorithm_name=='svm':
return ML.svm(x,y,parameters)
elif algorithm_name=='mlp':
return ML.mlp(x,y,parameters)
elif predict_function=='study_length':
if algorithm_name=='linear':
return ML.linear_regression(tb.studyTable, tb.studyLabel, parameters)
elif algorithm_name=='mlp_regressor':
return ML.mlp_regressor(tb.studyTable, tb.studyLabel, parameters)
def show(self):
newInp = UIDict()
updateableStates = ["RUNNING", "PAUSED"]
print
print "Updating Job data..."
print "================================================"
print
Tables.showJobTable(self.pySchedUI, stateList=updateableStates)
jobId = CommonUI.getTextInput("Please enter the job id")
print
print "Please specify which files should be transferred to the server."
print "Enter nothing to to move on, '?' for help"
paths = []
tmp = CommonUI.getPathInput("", "", help=PATH_HELP)
while tmp != "":
paths.append(tmp)
newInp.addInfo("Copy Paths", "paths", paths)
tmp = CommonUI.getTextInput("", "", help=PATH_HELP)
self.pySchedUI.updateJobData(jobId, paths)
def loadSinks(self):
self.sink_list.add(Info.init())
self.sink_list.add(Buttons.init())
self.sink_list.add(Menus.init())
self.sink_list.add(Images.init())
self.sink_list.add(Layouts.init())
self.sink_list.add(Lists.init())
self.sink_list.add(Popups.init())
self.sink_list.add(Tables.init())
self.sink_list.add(Text.init())
self.sink_list.add(Trees.init())
self.sink_list.add(Frames.init())
self.sink_list.add(Tabs.init())
def predict_course_grade(self,vector,course_list,pcourse_name):
tb = Tables()
tb.read_data("grade2.csv", "student.csv")
if (pcourse_name not in tb.courseList):
return (pcourse_name+" is not available anymore")
model=None
q_course = "SELECT path \
FROM models \
WHERE gradeFile='%s' AND studentFile='%s' AND function='%s' AND course='%s' AND isDefault='%d'" % ("grade2.csv","student.csv","course_grade",pcourse_name,1)
db = MySQLdb.connect("localhost",mysql_user,password,"gpa_db_4" )
cursor = db.cursor()
try:
cursor.execute(q_course)
path = cursor.fetchone()
model = joblib.load(path[0])
except IOError as e:
print("Model file doesn't exist.")
db.close()
if model==None:
return ("There is no available model file for" + pcourse_name)
vector=self.courses_to_numeric(vector,True) ##convert course grades to numeric ones(eg. AA=4, CB = 2.5)
lst = np.empty(tb.courseTable.shape[1])
lst[:] = np.nan
for i in range(len(course_list)):
if course_list[i] in tb.courseList:
lst[tb.courseList.index(course_list[i])] = vector[i]
lst = lst.reshape(1,-1)
lst = tb.course_imp.transform(lst)
class_index = tb.courseList.index(pcourse_name)
lst = np.delete(lst,class_index,1) ## remove class column from input data
result = model.predict(lst)
result = self.courses_to_numeric(result,False)
return result[0]
def loadSinks(self):
self.sink_list.addSink(Info.init())
self.sink_list.addSink(Buttons.init())
self.sink_list.addSink(Menus.init())
self.sink_list.addSink(Images.init())
self.sink_list.addSink(Layouts.init())
self.sink_list.addSink(Lists.init())
self.sink_list.addSink(Popups.init())
self.sink_list.addSink(Tables.init())
self.sink_list.addSink(Text.init())
self.sink_list.addSink(Trees.init())
self.sink_list.addSink(Frames.init())
self.sink_list.addSink(Tabs.init())
def import_template_list(base_path: Path):
'''Import the list of active templates.
'''
template_list_path = base_path / TEMPLATE_LIST_FILE
variables = define_template_list()
template_list_table = tb.Table(template_list_path,
'templates',
variables=variables)
template_list = template_list_table.read_table()
active_templates = template_list[template_list.in_use == 'True']
active_templates['name'] = active_templates['title']
active_templates.set_index('name', inplace=True)
active_templates['columns'] = active_templates['columns'].astype('int64')
return active_templates
def show(self):
newInp = UIDict()
updateableStates = [
"RUNNING",
"PAUSED"
]
print
print "Updating Job data..."
print "================================================"
print
Tables.showJobTable(self.pySchedUI, stateList=updateableStates)
jobId = CommonUI.getTextInput("Please enter the job id")
print
print "Please specify which files should be transferred to the server."
print "Enter nothing to to move on, '?' for help"
paths = []
tmp = CommonUI.getPathInput("", "", help=PATH_HELP)
while tmp != "":
paths.append(tmp)
newInp.addInfo("Copy Paths", "paths", paths)
tmp = CommonUI.getTextInput("", "", help=PATH_HELP)
self.pySchedUI.updateJobData(jobId, paths)
def Output():
db.create_all()
if request.method == 'POST':
userdata = Tables(request.form["Username"], request.form["psw"])
users = Tables.query.filter_by(
Username=request.form["Username"]).first()
if users is not None:
message = "User name is already existing.Register with new user name"
return render_template("Registration.html", message1=message)
db.session.add(userdata)
db.session.commit()
message = "Registartion is successful"
return render_template("Registration.html", message=message)
# result = request.form
# print(result['Username'])
else:
return render_template("Registration.html")
def define_structure_tables(file_path: Path, structures: list):
'''Create a list of Type Table values that define all of the structure tables required to build a complete structures data lookup.
'''
# Define the tables
tables_def = [
['Structure Dictionary Assignment', 'Structure Dictionary', 6],
['Volume Types', 'Volume Type', 3],
['Structure colors', 'Structure Colors', 6],
['CT Search', 'HU Values', 3],
['DVH Lines', 'DVH',4]]
# values for all tables
offset = 'A1'
index = 'Structure'
# Rows is not yet implemented not using
table_list = [tb.Table(file_path, sheet_name=sheet_name, title=title, \
index=index, offset=offset, columns=columns, \
variables=structures)
for (sheet_name, title, columns) in tables_def]
return table_list
def define_structure_attributes():
'''Create a dictionary with Type Variable values that define all of the structure attributes.
The attributes:
EUDAlpha
TCPAlpha
TCPBeta and
TCPGamma
Are supplied but not used,
the add_structure method forces them to be: 'xsi:nil="true"'
'''
var_type = 'Structure'
is_string = lambda x: isinstance(x, str)
id_check = lambda x: is_string(x) and len(x) < 13
# TODO Merge with define_structure_table from update_template_list
# TODO more attribute checks should be added to the attribute definitions
structure_def = [('StructureID', id_check, None), \
('Name', is_string, ''), \
('StructureCategory', is_string, ''), \
('VolumeID', None, ''), \
('VolumeType', is_string, ''), \
('VolumeCode', is_string, ''), \
('VolumeCodeTable', is_string, ''), \
('Label', is_string, None), \
('StructureCode', None, None), \
('CodeScheme', is_string, None), \
('CodeSchemeVersion', None, None), \
('TypeIndex', None, 2), \
('ColorAndStyle', is_string, 'Blue'), \
('SearchCTLow', None, 'Missing'), \
('SearchCTHigh', None, 'Missing'), \
('DVHLineColor', None, -16777216), \
('DVHLineWidth', None, 1), \
('DVHLineStyle', None, 0), \
('EUDAlpha', None, 'xsi:nil="true"'), \
('TCPAlpha', None, 'xsi:nil="true"'), \
('TCPBeta', None, 'xsi:nil="true"'), \
('TCPGamma', None, 'xsi:nil="true"')]
return {
ID: tb.Variable(ID, var_type, validate=val, default=dflt)
for (ID, val, dflt) in structure_def
}
def loadSinks(self):
#self.sink_list.addSink(DataTree.init())
#self.sink_list.addSink(RecipeSystemIFACE.init())
self.sink_list.addSink(ADViewerIFACE.init())
self.sink_list.addSink(RecipeViewer.init())
self.sink_list.addSink(FITSStoreFACE.init())
self.sink_list.addSink(DisplayIFACE.init())
self.sink_list.addSink(Info.init())
if False:
self.sink_list.addSink(Buttons.init())
self.sink_list.addSink(Menus.init())
self.sink_list.addSink(Images.init())
self.sink_list.addSink(Layouts.init())
self.sink_list.addSink(Lists.init())
self.sink_list.addSink(Popups.init())
self.sink_list.addSink(Tables.init())
self.sink_list.addSink(Text.init())
if False: #preserving originaly order
self.sink_list.addSink(Frames.init())
self.sink_list.addSink(Tabs.init())
def define_template_attributes():
'''Create a dictionary with Type Variable values that define all of the template attributes.
'''
var_type = 'Template'
is_string = lambda x: isinstance(x, str)
id_check = lambda x: is_string(x) and len(x) < 13
#TODO more attribute checks should be added to the attribute definitions
template_def = [('Version', None, 1.0), \
('Type', is_string, 'Structure'), \
('ID', id_check, None), \
('Diagnosis', is_string, ''), \
('TreatmentSite', is_string, '.All'), \
('AssignedUsersID', is_string, 'gsal;'), \
('Description', is_string, ''), \
('ApprovalStatus', is_string, 'Unapproved'), \
('ApprovalHistory', is_string, ''), \
('LastModified', is_string, '')]
return {
ID: tb.Variable(ID, var_type, validate=val, default=dflt)
for (ID, val, dflt) in template_def
}
def add_preview(template, template_data):
'''Add a the preview element to the template tree using the data in template_data.
'''
type = tb.get_value(template_data, 'Type')
site = tb.get_value(template_data, 'TreatmentSite')
diagnosis = tb.get_value(template_data, 'Diagnosis')
description = tb.get_value(template_data, 'Description')
users = tb.get_value(template_data, 'Author')
status = tb.get_value(template_data, 'ApprovalStatus')
history = tb.get_value(template_data, 'ApprovalHistory')
modified = tb.get_value(template_data, 'LastModified')
preview = ET.SubElement(template, 'Preview ', \
attrib={'ID':template_data['TemplateID'], \
'Type':type, \
'TreatmentSite':site, \
'Diagnosis':diagnosis, \
'Description':description, \
'AssignedUsers':users, \
'ApprovalStatus':status, \
'ApprovalHistory':history, \
'LastModified':modified})
return preview
def define_template_list():
'''Create a dictionary with Type Variable values that define the template list columns.
'''
var_type = 'Template_List'
def is_int(x):
return isinstance(x, int)
def is_string(x):
return isinstance(x, str)
# TODO more attribute checks should be added to the attribute definitions
# TODO make attribute checks more tolerant ie. if type conversion works
template_def = [('workbook_name', is_string, 'Structure Templates.xlsx'), \
('sheet_name', is_string, None), \
('title', is_string, None), \
('columns', is_int, 3), \
('output_file_name', is_string, 'template.xml'), \
('in_use', None, True)]
return {
ID: tb.Variable(ID, var_type, validate=val, default=dflt)
for (ID, val, dflt) in template_def
}
def __init__(self, value):
self.value = value
self.tables= Tables(value)
self.left = None
self.right = None
self.height = 0 #altura
def add_structure(template, structure_data, version):
'''Add a new structure to the template tree using the data in structure_data.
The order of the elements is important
The attributes:
EUDAlpha
TCPAlpha
TCPBeta and
TCPGamma
Are forced to be: 'xsi:nil="true"'
'''
name = tb.get_value(structure_data, 'Name')
new_structure = ET.SubElement(template, 'Structure', \
attrib={'ID':structure_data['ID'], 'Name':name})
structure_id = ET.SubElement(new_structure, 'Identification')
volume_id = ET.SubElement(structure_id, 'VolumeID')
volume_id.text = tb.get_value(structure_data, 'VolumeID')
volume_code = ET.SubElement(structure_id, 'VolumeCode')
volume_code.text = tb.get_value(structure_data, 'VolumeCode')
volume_type = ET.SubElement(structure_id, 'VolumeType')
volume_type.text = tb.get_value(structure_data, 'VolumeType')
volume_code_table = ET.SubElement(structure_id, 'VolumeCodeTable')
volume_code_table.text = tb.get_value(structure_data, 'VolumeCodeTable')
if version == 13.6:
code = tb.get_value(structure_data, 'StructureCode')
scheme = tb.get_value(structure_data, 'CodeScheme')
version = tb.get_value(structure_data, 'CodeSchemeVersion')
structure_code = ET.SubElement(structure_id, 'StructureCode', \
attrib={'Code':code, 'CodeScheme':scheme, 'CodeSchemeVersion':version})
type_index = ET.SubElement(new_structure, 'TypeIndex')
type_index.text = tb.get_value(structure_data, 'TypeIndex')
color_and_style = ET.SubElement(new_structure, 'ColorAndStyle', )
color_and_style.text = tb.get_value(structure_data, 'ColorAndStyle')
# if SearchCT values are not given set a nil attribute
SearchCTLow_value = tb.get_value(structure_data, 'SearchCTLow')
if SearchCTLow_value == 'Missing':
SearchCTLow = ET.SubElement(new_structure, 'SearchCTLow', attrib={'xsi:nil':"true"})
else:
SearchCTLow = ET.SubElement(new_structure, 'SearchCTLow')
SearchCTLow.text = SearchCTLow_value
SearchCTHigh_value = tb.get_value(structure_data, 'SearchCTHigh')
if SearchCTHigh_value == 'Missing':
SearchCTHigh = ET.SubElement(new_structure, 'SearchCTHigh', attrib={'xsi:nil':"true"})
else:
SearchCTHigh = ET.SubElement(new_structure, 'SearchCTHigh')
SearchCTHigh.text = SearchCTHigh_value
DVHLineStyle = ET.SubElement(new_structure, 'DVHLineStyle', )
DVHLineStyle.text = tb.get_value(structure_data, 'DVHLineStyle')
DVHLineColor = ET.SubElement(new_structure, 'DVHLineColor', )
DVHLineColor.text = tb.get_value(structure_data, 'DVHLineColor')
DVHLineWidth = ET.SubElement(new_structure, 'DVHLineWidth', )
DVHLineWidth.text = tb.get_value(structure_data, 'DVHLineWidth')
#Currently not used so always set as Nil
EUDAlpha = ET.SubElement(new_structure, 'EUDAlpha', attrib={'xsi:nil':"true"})
TCPAlpha = ET.SubElement(new_structure, 'TCPAlpha', attrib={'xsi:nil':"true"})
TCPBeta = ET.SubElement(new_structure, 'TCPBeta', attrib={'xsi:nil':"true"})
TCPGamma = ET.SubElement(new_structure, 'TCPGamma', attrib={'xsi:nil':"true"})
return new_structure
def __init__(self, data):
self.magic = Tables.magic_item_table()
die_table = data.split(";")
self.die = die_table[0]
self.table = die_table[1]
__author__ = 'Kris'
import Tables
from resources.data import *
TT = Tables.individual_treasure_table()
MiT = Tables.magic_item_table()
HT1 = Tables.hoard_treasures(Hoard_Teir_1)
HT2 = Tables.hoard_treasures(Hoard_Teir_2)
HT3 = Tables.hoard_treasures(Hoard_Teir_3)
HT4 = Tables.hoard_treasures(Hoard_Teir_4)
#for i in range(10):
# print HT1.generate_treasure()
# print
#for i in range(10):
# print HT2.generate_treasure()
# print
#for i in range(10):
# print HT3.generate_treasure()
# print
for i in range(10):
print HT4.generate_treasure()
print
#for i in range(1, 100):
# print TT.generate_treasure(2)
#for i in range(1,10):
# print MiT.generate_treasure("A")
# print MiT.generate_treasure("B")
# print MiT.generate_treasure("C")
# print MiT.generate_treasure("D")
# print MiT.generate_treasure("E")
# print MiT.generate_treasure("F")
def show(self):
print
print "Getting Workstation informations..."
print "================================================"
Tables.showWSTable(self.pySchedUI)