def __init__(self, var, config_section_name):
super(ManagedLandWithFarmerBehaviour, self).__init__(
var,
config_section_name)
self.lc_parameters_module = ManagedLandWithFarmerBehaviourParameters(self, config_section_name)
self.initial_condition_module = InitialConditionManagedLand(self)
self.root_zone_water_module = RootZoneWaterIrrigatedLand(self)
self.snow_frost_module = SnowFrost(self)
# self.drainage_module = Drainage(self)
self.potential_et_module = PotentialEvapotranspiration(self)
# self.evapotranspiration_module = Evapotranspiration(self)
self.interception_module = Interception(self)
self.irrigation_demand_module = IrrigationMultipleCrops(self)
self.irrigation_supply_module = IrrigationSupply(self)
self.infiltration_module = Infiltration(self)
self.capillary_rise_module = CapillaryRise(self)
self.drainage_module = Drainage(self)
self.actual_et_module = ActualEvapotranspiration(self)
self.crop_yield_module = CropYield(self)
self.income_module = Income(self)
self.investment_module = Investment(self)
self.accounting_module = Accounting(self)
self.grid_cell_mean_module = GridCellMean(self)
self.add_dimensions()
def init():
p = Personal()
i = Income()
t = Tax()
e = Expense()
d = Debt()
a = Assets()
return (p, i, t, d, e, a)
class ManagedLandWithFarmerBehaviour(LandCover):
def __init__(self, var, config_section_name):
super(ManagedLandWithFarmerBehaviour, self).__init__(
var,
config_section_name)
self.lc_parameters_module = ManagedLandWithFarmerBehaviourParameters(self, config_section_name)
self.initial_condition_module = InitialConditionManagedLand(self)
self.root_zone_water_module = RootZoneWaterIrrigatedLand(self)
self.snow_frost_module = SnowFrost(self)
# self.drainage_module = Drainage(self)
self.potential_et_module = PotentialEvapotranspiration(self)
# self.evapotranspiration_module = Evapotranspiration(self)
self.interception_module = Interception(self)
self.irrigation_demand_module = IrrigationMultipleCrops(self)
self.irrigation_supply_module = IrrigationSupply(self)
self.infiltration_module = Infiltration(self)
self.capillary_rise_module = CapillaryRise(self)
self.drainage_module = Drainage(self)
self.actual_et_module = ActualEvapotranspiration(self)
self.crop_yield_module = CropYield(self)
self.income_module = Income(self)
self.investment_module = Investment(self)
self.accounting_module = Accounting(self)
self.grid_cell_mean_module = GridCellMean(self)
self.add_dimensions()
def initial(self):
self.lc_parameters_module.initial()
self.initial_condition_module.initial()
self.root_zone_water_module.initial()
self.snow_frost_module.initial()
# self.drainage_module.initial()
# self.evapotranspiration_module.initial()
self.potential_et_module.initial()
self.interception_module.initial()
self.irrigation_demand_module.initial()
self.irrigation_supply_module.initial()
self.infiltration_module.initial()
self.capillary_rise_module.initial()
self.drainage_module.initial()
self.actual_et_module.initial()
self.crop_yield_module.initial()
self.income_module.initial()
self.investment_module.initial()
self.accounting_module.initial()
self.grid_cell_mean_module.initial()
self.reporting_module = Reporting(
self,
self._configuration.outNCDir,
self._configuration.NETCDF_ATTRIBUTES,
self._configuration.irrNonPaddy,
variable_list_crop,
'irrNonPaddy')
def dynamic(self):
self.lc_parameters_module.dynamic()
self.initial_condition_module.dynamic()
self.root_zone_water_module.dynamic()
self.snow_frost_module.dynamic()
# self.drainage_module.dynamic()
# self.evapotranspiration_module.dynamic()
self.potential_et_module.dynamic()
self.interception_module.dynamic()
self.root_zone_water_module.dynamic()
self.infiltration_module.compute_infiltration_capacity()
self.irrigation_demand_module.dynamic()
self.irrigation_supply_module.dynamic()
# the order here (infiltration/cap rise/drainage)
# is the same as in CWATM
self.infiltration_module.dynamic()
self.root_zone_water_module.dynamic()
self.capillary_rise_module.dynamic()
self.drainage_module.dynamic()
self.root_zone_water_module.dynamic()
self.actual_et_module.dynamic()
self.crop_yield_module.dynamic()
self.income_module.dynamic()
self.investment_module.dynamic()
self.accounting_module.dynamic()
self.grid_cell_mean_module.dynamic()
self.reporting_module.report()
-(self.surplus))
else:
output.info("You have surplus %.2f to invest." % (self.surplus))
pie_n = [n for n, v in self.data.items() if (n != "income")]
pie_v = [abs(v) for n, v in self.data.items() if (n != "income")]
pie_n.append("surplus")
pie_v.append(self.surplus)
utils.piechart("Budget", "Budget Allocation", pie_n, pie_v)
def get_monthly(self):
return self.surplus
# Test
if __name__ == "__main__":
i = Income()
i.add("w2", 193000)
i.deduct("401k", 19500)
i.deduct("hsa", 7100)
i.report()
t = Tax(i.data)
t.credit("child1", 500)
t.credit("child2", 500)
t.calculate()
t.report()
d = Debt()
d.add_fixed("mortgage", 225000, 4.125, 30)
d.add_variable("cc1", 4000, 10)
d.add_variable("cc2", 10000, 10)
if name_type == 'Income' or name_type == 'Expense':
break
else:
print('Please enter valid input')
continue
data = {}
while True:
try:
inc_type = input(f"Enter the {name_type} Type: ")
inc_amount = int(input("Enter the Amount: "))
data[inc_type] = inc_amount
flag = input('Wish to continue (y/n)').lower()
if flag == 'y':
continue
elif flag == 'n':
break
else:
print('invalid input')
continue
except:
print('Invalid input')
continue
if name_type == 'Expense':
class_obj = Expense(data)
dict_value = class_obj.expense_dict
else:
class_obj = Income(data)
dict_value = class_obj.income_dict
monthly_expense = MonthlyExpense(name_type)
monthly_expense.input_data(dict_value)
# VRO case study
from Income import Income
from Tax import Tax
from Budget import Budget
from Expense import Expense
from Debt import Debt
from Assets import Assets
from Metrics import Metrics
import utils
from Analysis import tortoise_analyze
i = Income()
i.add("salary", 52000 * 12)
i.report()
t = Tax(i.data)
#t.calculate()
t.report()
d = Debt()
d.report()
e = Expense()
e.add("household", 20000)
e.add_yearly("premiums", 165000)
e.report()
b = Budget()
b.add(i, t, d, e)
b.report()
from FinanceTrackingSystem import FinanceTrackingSystem from Expense import Expense from Income import Income # test for adding an expense - 1 january 2020 sys = FinanceTrackingSystem() exp = Expense(1, 1, 2020, 205, "good shit", True) sys.addLog(exp) print(sys._yearlyLogs) print(sys.getDailyLog(1, 1, 2020)._logs[0].getAmount()) print(sys.getMonthlyLog(10, 1997)) # test for removing the expense created above - 1 january 2020 sys.removeLog(exp) print(sys.getDailyLog(1, 1, 2020)._logs) # getting a daily log and getting the correct total expense and income sys = FinanceTrackingSystem() sys.addLog(Expense(1, 1, 2020, 200, "good shit", True)) sys.addLog(Expense(1, 1, 2020, 300, "shit", True)) sys.addLog(Income(1, 1, 2020, 100, "god shit")) sys.addLog(Expense(1, 1, 2020, 100, "gd shit", True)) print(sys.getDailyLog(1, 1, 2020).netProfit()) print(sys.getMonthlyLog(1, 2020).netProfit()) print(sys.getYearlyLog(2020).netProfit()) print(sys.getMonthlyLog(1, 2020).totalExpenses())
10000.0,
format="%f")
st.info("Your monthly gross income is: %.2f" % (income / 12.0))
#deductions = st.sidebar.slider("Total pre-tax deductions (401k, HSA)", 0, min(income, 19500+7100), step=100, format="%d")
deductions = st.sidebar.number_input("Total pre-tax deductions",
0.0,
income,
format="%f")
st.info("Your monthly pre-tax deductions: %.2f " % (deductions / 12.0))
st.info("Your monthly pre-tax income: %.2f" % ((income - deductions) / 12.0))
tax_status = st.sidebar.selectbox(
"Tax filling status",
['single', 'married_separate', 'married_joint', 'head_household'], 2)
# st.write("Tax filling status: ", tax_status)
i = Income()
i.add("Paycheck", income)
i.deduct("deductions", deductions)
st.subheader("Monthly expenses")
t = Tax()
t.addIncome(i.data)
t.addFilling(tax_status)
t.calculate()
st.info("Your total tax outgo per month: %.2f" % (t.total / 12.0))
for n, v in t.taxes.items():
st.info("%s : %.2f" % (n, v / 12.0))
# Expenses
st.sidebar.subheader("Expenses")
def inputIncome(incomeInfo):
'''
This function simply takes the income input from the user and splits, converts and uploads it (if input is correct) to the database.
INPUT: incomeInfo (string)
Output: income (Income)
'''
try:
# Attempts to split the input data to later decipher and handle
incomeInfoList = incomeInfo.split(',')
except Exception as err:
# Error that's printed if that does not go well.
print("Wasn't able to properly derive values from input.")
print(err)
else:
if len(incomeInfoList[0]) == 8 and len(incomeInfoList) <= 5:
try:
# If the date-spot in the list has the correct length, we attempt to extract the value of entered year, month and date
# through list index slicing and directly put it into a
# variable that is of the class 'datetime'
incomeDate = datetime.date(int(incomeInfoList[0][0:4]), int(
incomeInfoList[0][4:6]), int(incomeInfoList[0][6:8]))
except Exception as err:
print(
"Something went wrong when trying to convert input date format to datetime-class.")
print(err)
else:
try:
# Attempt to put the category-data that was prompted by the
# user into 'incomeCategory'
incomeCategory = incomeInfoList[1]
except Exception as err:
print("Wasn't able to load category data into variable.")
print(err)
else:
try:
# Attempt to put the amount that was prompted by the
# user into 'incomeAmount'
incomeAmount = int(incomeInfoList[2])
except Exception as err:
print("Wasn't able to load income amount data into variable.")
print(err)
else:
try:
# Attempt to put the comment-data that was prompted
# by the user into 'incomeComment'
incomeComment = incomeInfoList[3]
except Exception as err:
print(
"Wasn't able to load income comment data into variable.")
print(err)
else:
# Creating an income object called 'income' for
# convenience.
if len(incomeInfoList) == 4:
income = Income(
incomeDate, incomeCategory, incomeAmount, incomeComment)
return income
else:
try:
# Attempt to put the investment period that
# was prompted by the user into
# 'investment_period'
incomeInvestmentPeriod = incomeInfoList[4]
except Exception as err:
print(
"Wasn't able to load income investment period data into variable.")
print(err)
else:
# Creating an income object called 'income'
# for convenience.
income = Income(
incomeDate,
incomeCategory,
incomeAmount,
incomeComment,
incomeInvestmentPeriod)
return income
else:
print("Invalid date input (too long/short).")
print(
"Please enter a date such as if the current date is Oct 7, 2019, enter '20191007'")
return None