def createMONTHLY(self):
d = sd.SDialogue('Monthly Time-Series Dialogue')
txt = "Choose the starting month for your project."
months = range(1, 13)
entries = ['Start Month']
sd.MultiEntry(d, months, entries, title='', helpText=txt)
txt = "Choose the start year for your project."
sd.UserEntry(d,
label="Start Year",
align="LEFT",
title="",
helpText=txt)
txt = "Choose the ending month for your project."
entries = ['End Month']
sd.MultiEntry(d, months, entries, title='', helpText=txt)
txt = "Choose the end year for your project."
sd.UserEntry(d, label="End Year", align="LEFT", title="", helpText=txt)
d.draw()
if d.status:
startM = int(d.results[0]['Start Month'])
startYear = int(d.results[1])
endM = int(d.results[2]['End Month'])
endYear = int(d.results[3])
self.proj.createMonthly(startM, startYear, endM, endYear)
self.report(self.proj.timeSummary)
def createQUARTERLY(self):
d = sd.SDialogue('Quarterly Time-Series Dialogue')
txt = "Choose the starting quarter for your project."
quarters = range(1, 5)
entries = ['Start Quarter']
sd.MultiEntry(d, quarters, entries, title='', helpText=txt)
txt = "Choose the start year for your project."
sd.UserEntry(d,
label="Start Year",
align="LEFT",
title="",
helpText=txt)
txt = "Choose the ending quarter for your project."
entries = ['End Quarter']
sd.MultiEntry(d, quarters, entries, title='', helpText=txt)
txt = "Choose the end year for your project."
sd.UserEntry(d, label="End Year", align="LEFT", title="", helpText=txt)
d.draw()
if d.status:
startQ = int(d.results[0]['Start Quarter'])
startYear = int(d.results[1])
endQ = int(d.results[2]['End Quarter'])
endYear = int(d.results[3])
self.proj.createQuarterly(startQ, startYear, endQ, endYear)
self.report(self.proj.timeSummary)
def cs2Panel(self):
d = sd.SDialogue('Convert Existing CS Variables to a CSTS Variable')
varNames = self.proj.getCSVariableNames()
varNames.sort()
time = str(self.proj.t)
txt = """Select the CS variables in temporal order. Make sure that you
have the same number of CS vars as time periods"""
tRemind = "Choose t = " + time + " CS Variables"
sd.DualListBoxes(d, varNames, title=tRemind, helpText=txt)
txt = "Choose a name for your STARS Panel variable."
sd.UserEntry(d,
label="Choose Panel Variable Name",
align="LEFT",
title="",
helpText=txt)
title = 'Would you like to delete the original CS Variables?'
values = ['No', 'Yes']
txt = """If you select Yes, then the original CS variables will be erased. ***The default is No"""
sd.RadioButtons(d, values=values, title=title, helpText=txt)
d.draw()
if d.status:
varList = d.results[0]
panelName = d.results[1]
delete = d.results[2]
if len(varList) == self.proj.t:
self.proj.cs2Panel(varList, panelName, delete=delete)
self.report(self.proj.variableSummary())
else:
s = """ERROR: The number of CS Variables you provided do not match the number of time periods in your project."""
self.report(s)
def createANNUAL(self):
d = sd.SDialogue('Annual Time-Series Dialogue')
txt = "Choose the start year for your project."
sd.UserEntry(d,
label="Start Year",
align="LEFT",
title="",
helpText=txt)
txt = "Choose the end year for your project."
sd.UserEntry(d, label="End Year", align="LEFT", title="", helpText=txt)
d.draw()
if d.status:
start = d.results[0]
end = d.results[1]
self.proj.createAnnual(start, end)
self.report(self.proj.timeSummary)
def createIRREGULAR(self):
d = sd.SDialogue('Irregular Time-Series Dialogue')
txt = "Choose the number of time periods (Integer)"
sd.UserEntry(d,
label="Number of Time Periods (t)",
align="LEFT",
title="",
helpText=txt)
d.draw()
if d.status:
t = int(d.results[0])
self.proj.createIrregular(t)
self.report(self.proj.timeSummary)
def convertCSTSVariable(self):
d = sd.SDialogue('Convert Initial Fields to a STARS Panel Variables')
varNames = self.proj.getDBFVariableNames()
varNames.sort()
txt = """Select the fields in time order to be create a panel variable."""
time = str(self.proj.t)
tRemind = "Choose t = " + time + " fields"
sd.DualListBoxes(d, varNames, title=tRemind, helpText=txt)
txt = "Choose a name for your STARS Panel variable."
sd.UserEntry(d,
label="Choose Panel Variable Name",
align="LEFT",
title="",
helpText=txt)
entries = ['Aggregation Method']
txt = """If the same cross-sectional unit has more than one value
associated with it, ProjectMaker will have to combine the values in
some way. You have the following options:
Sum: will sum up any values associated with the same cross-section.
Max: will take the maximum value of any values associated with the same cross-section.
Min: will take the minimum value of any values associated with the same cross-section.
Average: will average the values associated with the same cross-section.
String: will essentially use the value of the last instance for
each cross-section. Furthermore the value is a string. Use this
for categorical data.
***The default method is "Average"."""
types = ['Sum', 'Max', 'Min', 'Average', 'String']
sd.MultiEntry(d,
types,
entries,
title='Optional Arguments',
helpText=txt)
d.draw()
if d.status:
varList = d.results[0]
varName = d.results[1]
cohesion = d.results[2]['Aggregation Method']
if cohesion:
pass
else:
cohesion = 'Average'
createVar = self.proj.convertArcViewVariable(
cohesion, varName, varList)
self.report(self.proj.variableSummary())
def convertCSTSVariableBatch(self):
d = sd.SDialogue('Convert Initial Fields to a STARS Panel Variables')
varNames = self.proj.getDBFVariableNames()
batch = MATCH.batchSplit(varNames)
varNames = batch['strings']
varNames.sort()
timeInfo = batch['ints']
timeInfo.sort()
txt = """Select the fields to create panel variables via the batch method."""
time = str(self.proj.t)
add = """Remember that field must have " + time + " time periods
associated with it."""
txt = txt + "\n" + add
title = "Choose fields for batch CSTS creation"
sd.DualListBoxes(d, varNames, title=title, helpText=txt)
txt = """Choose a variable associated with the first time period in
your study, and an additional oone for the year time period. You may
also type this in manuallly."""
timeStuff = ['Start Period for Batch', 'End Period for Batch']
sd.MultiEntry(d,
timeInfo,
timeStuff,
title='Time Period Arguments',
helpText=txt)
txt = """Provide the time period increment:
I.e. Annual: 1
BiAnnual: 2
Decadal: 10
"""
sd.UserEntry(d,
label="Integer Value",
align="LEFT",
title="User Defined Time Increment",
helpText=txt)
entries = ['Aggregation Method']
txt = """If the same cross-sectional unit has more than one value
associated with it, ProjectMaker will have to combine the values in
some way. You have the following options:
Sum: will sum up any values associated with the same cross-section.
Max: will take the maximum value of any values associated with the same cross-section.
Min: will take the minimum value of any values associated with the same cross-section.
Average: will average the values associated with the same cross-section.
String: will essentially use the value of the last instance for
each cross-section. Furthermore the value is a string. Use this
for categorical data.
***The default method is "Average"."""
types = ['Sum', 'Max', 'Min', 'Average', 'String']
sd.MultiEntry(d,
types,
entries,
title='Optional Arguments',
helpText=txt)
d.draw()
if d.status:
vars = MATCH.Matcher('vars', d.results[0])
varList = vars.unique
start = int(d.results[1]['Start Period for Batch'])
end = int(d.results[1]['End Period for Batch'])
step = int(d.results[2])
cohesion = d.results[3]['Aggregation Method']
if cohesion:
pass
else:
cohesion = 'Average'
for var in varList:
try:
newVar = [
var + str(i) for i in range(start, end + step, step)
]
createVar = self.proj.convertArcViewVariable(
cohesion, var, newVar)
except:
beg = "Could not create new variable for " + var + "."
end = "\nPerhaps the the time series does not match."
self.report(beg + end)
self.report(self.proj.variableSummary())
def createNewSTARSProject(self):
"""
Creates a new STARS project.
Callback.
"""
d = sd.SDialogue('Create New STARS Project')
values = 'ArcView', 'CSV'
txt = "Choose the type of file you want to use as your base data.\n"
rbutton = sd.RadioButtons(d,
label='Base Data',
values=values,
align='LEFT',
title='Types',
helpText=txt)
d.draw()
if d.status:
type = d.results[0]
if type == 0:
fileType = "*.dbf"
else:
fileType = "*.csv"
FILE_TYPES = [("Files", fileType)]
baseFileName = askopenfilename(filetypes=FILE_TYPES,
title="Choose Base Data File.")
if baseFileName:
self.prj = 0
type = baseFileName.split(".")[-1]
if type == "dbf":
arc = 1
self.report("Base data generated from an ArcView Project")
else:
arc = 0
self.report(
"Base data generated from a Comma Delimited File")
self.proj = ProjectMaker(baseFileName, arc=arc)
d = sd.SDialogue('Create STARS Project Name')
txt = """Choose a name for the STARS project you want to create."""
sd.UserEntry(d,
label="Project Prefix",
align="LEFT",
title="",
helpText=txt)
d.draw()
if d.status:
self.proj.changeProjPrefix(d.results[0])
self.baseVariableTable()
d = sd.SDialogue('Choose Time Series Type')
values = 'Decadal', 'Annual', 'Quarterly', 'Monthly', 'Irregular'
txt = "Choose the type of file you want to use as your base data.\n"
rbutton = sd.RadioButtons(d,
label='Time-Series',
values=values,
align='LEFT',
title='Types',
helpText=txt)
d.draw()
if d.status:
type = d.results[0]
self.evalTimeInfo(values[type])
self.createIdsAndNames()
if arc == 1:
self.createGal()
self.starsProjectOn = 1