View: View 1 (36 Variables)

Top	(All) Variables (40 Variables)
Group	Type	Variable Name And Description
Final model With Units	#0 C	Administrative Fixed Cost Parameter (Dmnl) = 0.05 Description: 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#1 A	Anticipated Risk (Dmnl) = MAX(1-( Error 2 (Insurer, Historic)* Cumulative History of Disaster Events/( Time+1)), Delay 1/( Time+1)) Description: Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#2 DE,A	Buyer Dissatisfied (Dmnl) = DELAY FIXED(IF THEN ELSE(( Farm Yield< Guaranteed Yield):AND:( Calculated Yield> Farm Yield),1,0),1,0) Description: 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Present In 1 View: View 1 Used By Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#3 A	Calculated Yield (Tonnes/Hectare) = Error 3 (Insurer, Claim Payout)* Farm Yield Description: Survey for settling claims Present In 1 View: View 1 Used By Buyer Dissatisfied 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#4 LI,F,A	Claims Ratio (Dmnl) = Claims Settled/ Sum Insured Description: Proportion of claims paid (or settled) relative to the total amount insured. Present In 1 View: View 1 Used By Cumulative History of Claims Settled Claims Settled Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#5 A	Claims Settled (Rupees) = ( Insurance Cover*MAX(0, Guaranteed Yield- Calculated Yield))* Selling Price Description: Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Present In 1 View: View 1 Used By Claims Ratio Proportion of claims paid (or settled) relative to the total amount insured. Profitability of Insurance Company Profitability to Insurance Company Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#6 L	Cumulative History of Claims Settled (Year) = ∫ Claims Ratio dt + Claims Ratio* Unit Description: Claims Settled Present In 1 View: View 1 Used By Delay 1 Delay in Claim Settlement Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#7 L	Cumulative History of Disaster Events (Year) = ∫ Disaster Events dt + Disaster Events* Unit Description: Disaster Events Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#8 DE,A	Delay 1 (Year) = DELAY FIXED( Cumulative History of Claims Settled,1,0.05) Description: Delay in Claim Settlement Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#9 LI,F,A	Disaster Events (Dmnl) = RANDOM NORMAL(0,1, Location, Scale,0) Description: Provides a probability of risk events for a given year. Present In 1 View: View 1 Used By Cumulative History of Disaster Events Disaster Events Farm Yield Actual Yield in that year. Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#10 C	Effect of Dissatisfaction (Dmnl) = -5 Description: One dissatisfied customer dissuades 7 others from taking next year. Present In 1 View: View 1 Used By Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#11 C	Elasticity (Dmnl) = 0.5 Description: Changes in insurance covere due to changes in Quoted Insurance premium Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#12 A	Error 1 (Farmer) (Dmnl) = 1+RANDOM NORMAL(-1,1,0,1- Quality of Data about Disaster Risk,1) Description: Normally distributed fraction with mean 1.0Seed 1 for Error 1 : Farmer's (biased) assessment of disaster risk. Present In 1 View: View 1 Used By Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#13 I	Error 2 (Insurer, Historic) (Dmnl) = INITIAL(1+RANDOM NORMAL(-1,1,0,1- Quality of Data about Disaster Risk,2)) Description: Value does not change during the run. Initial value = random multiplier between 0 and 2.Seed = 2 for Error in Insurer's assessment of disaster risk. Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#14 A	Error 3 (Insurer, Claim Payout) (Dmnl) = 1+RANDOM NORMAL(-1,1,0,1- Quality of Data about Disaster Risk,3) Description: Seed 3 for Error 3 : Survey at the time of claim settlement. Present In 1 View: View 1 Used By Calculated Yield Survey for settling claims Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#15 A	Farm Yield (Tonnes/Hectare) = Long term average yield*( Disaster Events) Description: Actual Yield in that year. Present In 1 View: View 1 Used By Buyer Dissatisfied 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Calculated Yield Survey for settling claims Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#17 C	Fraction of Risk Management Budget (Dmnl) = 0.05 Description: 5% of the Budget Present In 1 View: View 1 Used By Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#18 C	Guaranteed Yield (Tonnes/Hectare) = 90 Description: Yield Guaranteed at 90% coverage level. Present In 1 View: View 1 Used By Buyer Dissatisfied 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Quoted Insurance Premium Premium Quoted by Insurance Comapany Sum Insured Amount Insured to Farmer Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#20 A	Insurance Cover (Hectare) = MAX(100,MIN(10000, Risk management Budget/( Quoted Insurance Premium+( Yield Anticipated by Farmer- Guaranteed Yield)*( Selling Price/10))* Elasticity)- X-intercept of Demand Curve) Description: (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Present In 1 View: View 1 Used By Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Last Year Cover Last Year Cover Profitability of Insurance Company Profitability to Insurance Company Sum Insured Amount Insured to Farmer Feedback Loops: 2 (100.0%) (+) 2  [3,3] (-) 0  [0,0]
Final model With Units	#21 DE,A	Last Year Cover (Hectare) = DELAY FIXED( Insurance Cover,1,5000) Description: Last Year Cover Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Risk management Budget Risk Management budget Feedback Loops: 2 (100.0%) (+) 2  [3,3] (-) 0  [0,0]
Final model With Units	#22 C	Loading (Dmnl) = 2 Description: Actuarial Premium x loading + administrative costs Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#23 C	Location (Dmnl) = 1 Description: Mean Present In 1 View: View 1 Used By Disaster Events Provides a probability of risk events for a given year. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#24 C	Long term average yield (Tonnes/Hectare) = 100 Description: Long term average Yield Present In 1 View: View 1 Used By Farm Yield Actual Yield in that year. Risk management Budget Risk Management budget Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#26 A	Profitability of Insurance Company (Rupees) = (( Insurance Cover* Quoted Insurance Premium)- Claims Settled/100) Description: Profitability to Insurance Company Present In 1 View: View 1 Used By Survival of Insurance Company Three year cumulative profits greater than zero (or minus 50%). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#27 C	Quality of Data about Disaster Risk (Dmnl) = 0.95 Description: 0 : poor quality1 : best quality Present In 1 View: View 1 Used By Error 1 (Farmer) Normally distributed fraction with mean 1.0Seed 1 for Error 1 : Farmer's (biased) assessment of disaster risk. Error 2 (Insurer, Historic) Value does not change during the run. Initial value = random multiplier between 0 and 2.Seed = 2 for Error in Insurer's assessment of disaster risk. Error 3 (Insurer, Claim Payout) Seed 3 for Error 3 : Survey at the time of claim settlement. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#28 A	Quoted Insurance Premium (Rupees/Hectare) = (( Anticipated Risk* Loading+MAX(0, Anticipated Risk* Loading* Administrative Fixed Cost Parameter*( Total Farm Area/ Last Year Cover)))*(1- Subsidy on Premium)* Selling Price* Guaranteed Yield) Description: Premium Quoted by Insurance Comapany Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Profitability of Insurance Company Profitability to Insurance Company Feedback Loops: 1 (50.0%) (+) 1  [3,3] (-) 0  [0,0]
Final model With Units	#29 A	Risk management Budget (Rupees) = MAX(0,( Total Farm Area+ Last Year Cover* Buyer Dissatisfied* Effect of Dissatisfaction)* Long term average yield* Selling Price* Fraction of Risk Management Budget) Description: Risk Management budget Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 1 (50.0%) (+) 1  [3,3] (-) 0  [0,0]
Final model With Units	#31 C	Scale (Dmnl) = 0.125 Description: Standard Deviation Present In 1 View: View 1 Used By Disaster Events Provides a probability of risk events for a given year. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#32 C	Selling Price (Rupees/Tonnes) = 25000 Description: Selling Price Per Tonnes Present In 1 View: View 1 Used By Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Quoted Insurance Premium Premium Quoted by Insurance Comapany Risk management Budget Risk Management budget Sum Insured Amount Insured to Farmer Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#33 C	Subsidy on Premium (Dmnl) = 0.5 Description: Subsidy Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#34 A	Sum Insured (Rupees) = Guaranteed Yield* Insurance Cover* Selling Price Description: Amount Insured to Farmer Present In 1 View: View 1 Used By Claims Ratio Proportion of claims paid (or settled) relative to the total amount insured. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#35 DE,A	Survival of Insurance Company (Rupees) = DELAY FIXED( Profitability of Insurance Company,1,0) Description: Three year cumulative profits greater than zero (or minus 50%). Present In 1 View: View 1 Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#38 C	Total Farm Area (Hectare) = 10000 Description: Farm Area Estimated Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#39 LI,C	Unit (Year) = 1 Description: Year Present In 1 View: View 1 Used By Cumulative History of Claims Settled Claims Settled Cumulative History of Disaster Events Disaster Events Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#40 C	X-intercept of Demand Curve (Dmnl) = 350 Description: Demand Threshold for Insurance Coverage Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#41 A	Yield Anticipated by Farmer (Tonnes/Hectare) = Long term average yield* Error 1 (Farmer)*( Disaster Events) Description: Yield Anticipated by farmers Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#16 C	FINAL TIME (Year) = 100 Description: The final time for the simulation. Present In 0 Views: Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#19 C	INITIAL TIME (Year) = 0 Description: The initial time for the simulation. Present In 0 Views: Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#30 A	SAVEPER (Year ) = TIME STEP Description: The frequency with which output is stored. Present In 0 Views: Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#36 C	TIME STEP (Year ) = 1 Description: The time step for the simulation. Present In 0 Views: Used By SAVEPER The frequency with which output is stored. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]

(View) Not in View (4 Variables)

Top	(View) Not in View (4 Variables)
Group	Type	Variable Name And Description
.Control	#16 C	FINAL TIME (Year) = 100 Description: The final time for the simulation. Present In 0 Views: Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#19 C	INITIAL TIME (Year) = 0 Description: The initial time for the simulation. Present In 0 Views: Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#30 A	SAVEPER (Year ) = TIME STEP Description: The frequency with which output is stored. Present In 0 Views: Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#36 C	TIME STEP (Year ) = 1 Description: The time step for the simulation. Present In 0 Views: Used By SAVEPER The frequency with which output is stored. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]

(View) View 1 (36 Variables)

Top	(View) View 1 (36 Variables)
Group	Type	Variable Name And Description
Final model With Units	#0 C	Administrative Fixed Cost Parameter (Dmnl) = 0.05 Description: 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#1 A	Anticipated Risk (Dmnl) = MAX(1-( Error 2 (Insurer, Historic)* Cumulative History of Disaster Events/( Time+1)), Delay 1/( Time+1)) Description: Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#2 DE,A	Buyer Dissatisfied (Dmnl) = DELAY FIXED(IF THEN ELSE(( Farm Yield< Guaranteed Yield):AND:( Calculated Yield> Farm Yield),1,0),1,0) Description: 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Present In 1 View: View 1 Used By Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#3 A	Calculated Yield (Tonnes/Hectare) = Error 3 (Insurer, Claim Payout)* Farm Yield Description: Survey for settling claims Present In 1 View: View 1 Used By Buyer Dissatisfied 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#4 LI,F,A	Claims Ratio (Dmnl) = Claims Settled/ Sum Insured Description: Proportion of claims paid (or settled) relative to the total amount insured. Present In 1 View: View 1 Used By Cumulative History of Claims Settled Claims Settled Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#5 A	Claims Settled (Rupees) = ( Insurance Cover*MAX(0, Guaranteed Yield- Calculated Yield))* Selling Price Description: Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Present In 1 View: View 1 Used By Claims Ratio Proportion of claims paid (or settled) relative to the total amount insured. Profitability of Insurance Company Profitability to Insurance Company Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#6 L	Cumulative History of Claims Settled (Year) = ∫ Claims Ratio dt + Claims Ratio* Unit Description: Claims Settled Present In 1 View: View 1 Used By Delay 1 Delay in Claim Settlement Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#7 L	Cumulative History of Disaster Events (Year) = ∫ Disaster Events dt + Disaster Events* Unit Description: Disaster Events Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#8 DE,A	Delay 1 (Year) = DELAY FIXED( Cumulative History of Claims Settled,1,0.05) Description: Delay in Claim Settlement Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#9 LI,F,A	Disaster Events (Dmnl) = RANDOM NORMAL(0,1, Location, Scale,0) Description: Provides a probability of risk events for a given year. Present In 1 View: View 1 Used By Cumulative History of Disaster Events Disaster Events Farm Yield Actual Yield in that year. Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#10 C	Effect of Dissatisfaction (Dmnl) = -5 Description: One dissatisfied customer dissuades 7 others from taking next year. Present In 1 View: View 1 Used By Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#11 C	Elasticity (Dmnl) = 0.5 Description: Changes in insurance covere due to changes in Quoted Insurance premium Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#12 A	Error 1 (Farmer) (Dmnl) = 1+RANDOM NORMAL(-1,1,0,1- Quality of Data about Disaster Risk,1) Description: Normally distributed fraction with mean 1.0Seed 1 for Error 1 : Farmer's (biased) assessment of disaster risk. Present In 1 View: View 1 Used By Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#13 I	Error 2 (Insurer, Historic) (Dmnl) = INITIAL(1+RANDOM NORMAL(-1,1,0,1- Quality of Data about Disaster Risk,2)) Description: Value does not change during the run. Initial value = random multiplier between 0 and 2.Seed = 2 for Error in Insurer's assessment of disaster risk. Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#14 A	Error 3 (Insurer, Claim Payout) (Dmnl) = 1+RANDOM NORMAL(-1,1,0,1- Quality of Data about Disaster Risk,3) Description: Seed 3 for Error 3 : Survey at the time of claim settlement. Present In 1 View: View 1 Used By Calculated Yield Survey for settling claims Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#15 A	Farm Yield (Tonnes/Hectare) = Long term average yield*( Disaster Events) Description: Actual Yield in that year. Present In 1 View: View 1 Used By Buyer Dissatisfied 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Calculated Yield Survey for settling claims Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#17 C	Fraction of Risk Management Budget (Dmnl) = 0.05 Description: 5% of the Budget Present In 1 View: View 1 Used By Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#18 C	Guaranteed Yield (Tonnes/Hectare) = 90 Description: Yield Guaranteed at 90% coverage level. Present In 1 View: View 1 Used By Buyer Dissatisfied 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Quoted Insurance Premium Premium Quoted by Insurance Comapany Sum Insured Amount Insured to Farmer Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#20 A	Insurance Cover (Hectare) = MAX(100,MIN(10000, Risk management Budget/( Quoted Insurance Premium+( Yield Anticipated by Farmer- Guaranteed Yield)*( Selling Price/10))* Elasticity)- X-intercept of Demand Curve) Description: (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Present In 1 View: View 1 Used By Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Last Year Cover Last Year Cover Profitability of Insurance Company Profitability to Insurance Company Sum Insured Amount Insured to Farmer Feedback Loops: 2 (100.0%) (+) 2  [3,3] (-) 0  [0,0]
Final model With Units	#21 DE,A	Last Year Cover (Hectare) = DELAY FIXED( Insurance Cover,1,5000) Description: Last Year Cover Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Risk management Budget Risk Management budget Feedback Loops: 2 (100.0%) (+) 2  [3,3] (-) 0  [0,0]
Final model With Units	#22 C	Loading (Dmnl) = 2 Description: Actuarial Premium x loading + administrative costs Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#23 C	Location (Dmnl) = 1 Description: Mean Present In 1 View: View 1 Used By Disaster Events Provides a probability of risk events for a given year. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#24 C	Long term average yield (Tonnes/Hectare) = 100 Description: Long term average Yield Present In 1 View: View 1 Used By Farm Yield Actual Yield in that year. Risk management Budget Risk Management budget Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#26 A	Profitability of Insurance Company (Rupees) = (( Insurance Cover* Quoted Insurance Premium)- Claims Settled/100) Description: Profitability to Insurance Company Present In 1 View: View 1 Used By Survival of Insurance Company Three year cumulative profits greater than zero (or minus 50%). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#27 C	Quality of Data about Disaster Risk (Dmnl) = 0.95 Description: 0 : poor quality1 : best quality Present In 1 View: View 1 Used By Error 1 (Farmer) Normally distributed fraction with mean 1.0Seed 1 for Error 1 : Farmer's (biased) assessment of disaster risk. Error 2 (Insurer, Historic) Value does not change during the run. Initial value = random multiplier between 0 and 2.Seed = 2 for Error in Insurer's assessment of disaster risk. Error 3 (Insurer, Claim Payout) Seed 3 for Error 3 : Survey at the time of claim settlement. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#28 A	Quoted Insurance Premium (Rupees/Hectare) = (( Anticipated Risk* Loading+MAX(0, Anticipated Risk* Loading* Administrative Fixed Cost Parameter*( Total Farm Area/ Last Year Cover)))*(1- Subsidy on Premium)* Selling Price* Guaranteed Yield) Description: Premium Quoted by Insurance Comapany Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Profitability of Insurance Company Profitability to Insurance Company Feedback Loops: 1 (50.0%) (+) 1  [3,3] (-) 0  [0,0]
Final model With Units	#29 A	Risk management Budget (Rupees) = MAX(0,( Total Farm Area+ Last Year Cover* Buyer Dissatisfied* Effect of Dissatisfaction)* Long term average yield* Selling Price* Fraction of Risk Management Budget) Description: Risk Management budget Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 1 (50.0%) (+) 1  [3,3] (-) 0  [0,0]
Final model With Units	#31 C	Scale (Dmnl) = 0.125 Description: Standard Deviation Present In 1 View: View 1 Used By Disaster Events Provides a probability of risk events for a given year. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#32 C	Selling Price (Rupees/Tonnes) = 25000 Description: Selling Price Per Tonnes Present In 1 View: View 1 Used By Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Quoted Insurance Premium Premium Quoted by Insurance Comapany Risk management Budget Risk Management budget Sum Insured Amount Insured to Farmer Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#33 C	Subsidy on Premium (Dmnl) = 0.5 Description: Subsidy Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#34 A	Sum Insured (Rupees) = Guaranteed Yield* Insurance Cover* Selling Price Description: Amount Insured to Farmer Present In 1 View: View 1 Used By Claims Ratio Proportion of claims paid (or settled) relative to the total amount insured. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#35 DE,A	Survival of Insurance Company (Rupees) = DELAY FIXED( Profitability of Insurance Company,1,0) Description: Three year cumulative profits greater than zero (or minus 50%). Present In 1 View: View 1 Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#38 C	Total Farm Area (Hectare) = 10000 Description: Farm Area Estimated Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#39 LI,C	Unit (Year) = 1 Description: Year Present In 1 View: View 1 Used By Cumulative History of Claims Settled Claims Settled Cumulative History of Disaster Events Disaster Events Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#40 C	X-intercept of Demand Curve (Dmnl) = 350 Description: Demand Threshold for Insurance Coverage Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#41 A	Yield Anticipated by Farmer (Tonnes/Hectare) = Long term average yield* Error 1 (Farmer)*( Disaster Events) Description: Yield Anticipated by farmers Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]

Top	(Group) .Control (4 Variables)
Group	Type	Variable Name And Description
.Control	#16 C	FINAL TIME (Year) = 100 Description: The final time for the simulation. Present In 0 Views: Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#19 C	INITIAL TIME (Year) = 0 Description: The initial time for the simulation. Present In 0 Views: Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#30 A	SAVEPER (Year ) = TIME STEP Description: The frequency with which output is stored. Present In 0 Views: Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#36 C	TIME STEP (Year ) = 1 Description: The time step for the simulation. Present In 0 Views: Used By SAVEPER The frequency with which output is stored. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]

Top	(Group) Final model With Units (36 Variables)
Group	Type	Variable Name And Description
Final model With Units	#0 C	Administrative Fixed Cost Parameter (Dmnl) = 0.05 Description: 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#1 A	Anticipated Risk (Dmnl) = MAX(1-( Error 2 (Insurer, Historic)* Cumulative History of Disaster Events/( Time+1)), Delay 1/( Time+1)) Description: Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#2 DE,A	Buyer Dissatisfied (Dmnl) = DELAY FIXED(IF THEN ELSE(( Farm Yield< Guaranteed Yield):AND:( Calculated Yield> Farm Yield),1,0),1,0) Description: 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Present In 1 View: View 1 Used By Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#3 A	Calculated Yield (Tonnes/Hectare) = Error 3 (Insurer, Claim Payout)* Farm Yield Description: Survey for settling claims Present In 1 View: View 1 Used By Buyer Dissatisfied 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#4 LI,F,A	Claims Ratio (Dmnl) = Claims Settled/ Sum Insured Description: Proportion of claims paid (or settled) relative to the total amount insured. Present In 1 View: View 1 Used By Cumulative History of Claims Settled Claims Settled Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#5 A	Claims Settled (Rupees) = ( Insurance Cover*MAX(0, Guaranteed Yield- Calculated Yield))* Selling Price Description: Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Present In 1 View: View 1 Used By Claims Ratio Proportion of claims paid (or settled) relative to the total amount insured. Profitability of Insurance Company Profitability to Insurance Company Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#6 L	Cumulative History of Claims Settled (Year) = ∫ Claims Ratio dt + Claims Ratio* Unit Description: Claims Settled Present In 1 View: View 1 Used By Delay 1 Delay in Claim Settlement Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#7 L	Cumulative History of Disaster Events (Year) = ∫ Disaster Events dt + Disaster Events* Unit Description: Disaster Events Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#8 DE,A	Delay 1 (Year) = DELAY FIXED( Cumulative History of Claims Settled,1,0.05) Description: Delay in Claim Settlement Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#9 LI,F,A	Disaster Events (Dmnl) = RANDOM NORMAL(0,1, Location, Scale,0) Description: Provides a probability of risk events for a given year. Present In 1 View: View 1 Used By Cumulative History of Disaster Events Disaster Events Farm Yield Actual Yield in that year. Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#10 C	Effect of Dissatisfaction (Dmnl) = -5 Description: One dissatisfied customer dissuades 7 others from taking next year. Present In 1 View: View 1 Used By Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#11 C	Elasticity (Dmnl) = 0.5 Description: Changes in insurance covere due to changes in Quoted Insurance premium Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#12 A	Error 1 (Farmer) (Dmnl) = 1+RANDOM NORMAL(-1,1,0,1- Quality of Data about Disaster Risk,1) Description: Normally distributed fraction with mean 1.0Seed 1 for Error 1 : Farmer's (biased) assessment of disaster risk. Present In 1 View: View 1 Used By Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#13 I	Error 2 (Insurer, Historic) (Dmnl) = INITIAL(1+RANDOM NORMAL(-1,1,0,1- Quality of Data about Disaster Risk,2)) Description: Value does not change during the run. Initial value = random multiplier between 0 and 2.Seed = 2 for Error in Insurer's assessment of disaster risk. Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#14 A	Error 3 (Insurer, Claim Payout) (Dmnl) = 1+RANDOM NORMAL(-1,1,0,1- Quality of Data about Disaster Risk,3) Description: Seed 3 for Error 3 : Survey at the time of claim settlement. Present In 1 View: View 1 Used By Calculated Yield Survey for settling claims Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#15 A	Farm Yield (Tonnes/Hectare) = Long term average yield*( Disaster Events) Description: Actual Yield in that year. Present In 1 View: View 1 Used By Buyer Dissatisfied 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Calculated Yield Survey for settling claims Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#17 C	Fraction of Risk Management Budget (Dmnl) = 0.05 Description: 5% of the Budget Present In 1 View: View 1 Used By Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#18 C	Guaranteed Yield (Tonnes/Hectare) = 90 Description: Yield Guaranteed at 90% coverage level. Present In 1 View: View 1 Used By Buyer Dissatisfied 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Quoted Insurance Premium Premium Quoted by Insurance Comapany Sum Insured Amount Insured to Farmer Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#20 A	Insurance Cover (Hectare) = MAX(100,MIN(10000, Risk management Budget/( Quoted Insurance Premium+( Yield Anticipated by Farmer- Guaranteed Yield)*( Selling Price/10))* Elasticity)- X-intercept of Demand Curve) Description: (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Present In 1 View: View 1 Used By Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Last Year Cover Last Year Cover Profitability of Insurance Company Profitability to Insurance Company Sum Insured Amount Insured to Farmer Feedback Loops: 2 (100.0%) (+) 2  [3,3] (-) 0  [0,0]
Final model With Units	#21 DE,A	Last Year Cover (Hectare) = DELAY FIXED( Insurance Cover,1,5000) Description: Last Year Cover Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Risk management Budget Risk Management budget Feedback Loops: 2 (100.0%) (+) 2  [3,3] (-) 0  [0,0]
Final model With Units	#22 C	Loading (Dmnl) = 2 Description: Actuarial Premium x loading + administrative costs Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#23 C	Location (Dmnl) = 1 Description: Mean Present In 1 View: View 1 Used By Disaster Events Provides a probability of risk events for a given year. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#24 C	Long term average yield (Tonnes/Hectare) = 100 Description: Long term average Yield Present In 1 View: View 1 Used By Farm Yield Actual Yield in that year. Risk management Budget Risk Management budget Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#26 A	Profitability of Insurance Company (Rupees) = (( Insurance Cover* Quoted Insurance Premium)- Claims Settled/100) Description: Profitability to Insurance Company Present In 1 View: View 1 Used By Survival of Insurance Company Three year cumulative profits greater than zero (or minus 50%). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#27 C	Quality of Data about Disaster Risk (Dmnl) = 0.95 Description: 0 : poor quality1 : best quality Present In 1 View: View 1 Used By Error 1 (Farmer) Normally distributed fraction with mean 1.0Seed 1 for Error 1 : Farmer's (biased) assessment of disaster risk. Error 2 (Insurer, Historic) Value does not change during the run. Initial value = random multiplier between 0 and 2.Seed = 2 for Error in Insurer's assessment of disaster risk. Error 3 (Insurer, Claim Payout) Seed 3 for Error 3 : Survey at the time of claim settlement. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#28 A	Quoted Insurance Premium (Rupees/Hectare) = (( Anticipated Risk* Loading+MAX(0, Anticipated Risk* Loading* Administrative Fixed Cost Parameter*( Total Farm Area/ Last Year Cover)))*(1- Subsidy on Premium)* Selling Price* Guaranteed Yield) Description: Premium Quoted by Insurance Comapany Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Profitability of Insurance Company Profitability to Insurance Company Feedback Loops: 1 (50.0%) (+) 1  [3,3] (-) 0  [0,0]
Final model With Units	#29 A	Risk management Budget (Rupees) = MAX(0,( Total Farm Area+ Last Year Cover* Buyer Dissatisfied* Effect of Dissatisfaction)* Long term average yield* Selling Price* Fraction of Risk Management Budget) Description: Risk Management budget Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 1 (50.0%) (+) 1  [3,3] (-) 0  [0,0]
Final model With Units	#31 C	Scale (Dmnl) = 0.125 Description: Standard Deviation Present In 1 View: View 1 Used By Disaster Events Provides a probability of risk events for a given year. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#32 C	Selling Price (Rupees/Tonnes) = 25000 Description: Selling Price Per Tonnes Present In 1 View: View 1 Used By Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Quoted Insurance Premium Premium Quoted by Insurance Comapany Risk management Budget Risk Management budget Sum Insured Amount Insured to Farmer Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#33 C	Subsidy on Premium (Dmnl) = 0.5 Description: Subsidy Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#34 A	Sum Insured (Rupees) = Guaranteed Yield* Insurance Cover* Selling Price Description: Amount Insured to Farmer Present In 1 View: View 1 Used By Claims Ratio Proportion of claims paid (or settled) relative to the total amount insured. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#35 DE,A	Survival of Insurance Company (Rupees) = DELAY FIXED( Profitability of Insurance Company,1,0) Description: Three year cumulative profits greater than zero (or minus 50%). Present In 1 View: View 1 Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#38 C	Total Farm Area (Hectare) = 10000 Description: Farm Area Estimated Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#39 LI,C	Unit (Year) = 1 Description: Year Present In 1 View: View 1 Used By Cumulative History of Claims Settled Claims Settled Cumulative History of Disaster Events Disaster Events Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#40 C	X-intercept of Demand Curve (Dmnl) = 350 Description: Demand Threshold for Insurance Coverage Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#41 A	Yield Anticipated by Farmer (Tonnes/Hectare) = Long term average yield* Error 1 (Farmer)*( Disaster Events) Description: Yield Anticipated by farmers Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]

Top	(Type) Level (2 Variables)
Group	Type	Variable Name And Description
Final model With Units	#6 L	Cumulative History of Claims Settled (Year) = ∫ Claims Ratio dt + Claims Ratio* Unit Description: Claims Settled Present In 1 View: View 1 Used By Delay 1 Delay in Claim Settlement Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#7 L	Cumulative History of Disaster Events (Year) = ∫ Disaster Events dt + Disaster Events* Unit Description: Disaster Events Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]

Top	(Type) Smooth (0 Variables) (0/0)
Group	Type	Variable Name And Description

Top	(Type) Delay (4 Variables) (4/4)
Group	Type	Variable Name And Description
Final model With Units	#2 DE,A	Buyer Dissatisfied (Dmnl) = DELAY FIXED(IF THEN ELSE(( Farm Yield< Guaranteed Yield):AND:( Calculated Yield> Farm Yield),1,0),1,0) Description: 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Present In 1 View: View 1 Used By Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#8 DE,A	Delay 1 (Year) = DELAY FIXED( Cumulative History of Claims Settled,1,0.05) Description: Delay in Claim Settlement Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#21 DE,A	Last Year Cover (Hectare) = DELAY FIXED( Insurance Cover,1,5000) Description: Last Year Cover Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Risk management Budget Risk Management budget Feedback Loops: 2 (100.0%) (+) 2  [3,3] (-) 0  [0,0]
Final model With Units	#35 DE,A	Survival of Insurance Company (Rupees) = DELAY FIXED( Profitability of Insurance Company,1,0) Description: Three year cumulative profits greater than zero (or minus 50%). Present In 1 View: View 1 Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]

Top	(Type) Level Initial (3 Variables)
Group	Type	Variable Name And Description
Final model With Units	#4 LI,F,A	Claims Ratio (Dmnl) = Claims Settled/ Sum Insured Description: Proportion of claims paid (or settled) relative to the total amount insured. Present In 1 View: View 1 Used By Cumulative History of Claims Settled Claims Settled Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#9 LI,F,A	Disaster Events (Dmnl) = RANDOM NORMAL(0,1, Location, Scale,0) Description: Provides a probability of risk events for a given year. Present In 1 View: View 1 Used By Cumulative History of Disaster Events Disaster Events Farm Yield Actual Yield in that year. Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#39 LI,C	Unit (Year) = 1 Description: Year Present In 1 View: View 1 Used By Cumulative History of Claims Settled Claims Settled Cumulative History of Disaster Events Disaster Events Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]

Top	(Type) Initial (1 Variables)
Group	Type	Variable Name And Description
Final model With Units	#13 I	Error 2 (Insurer, Historic) (Dmnl) = INITIAL(1+RANDOM NORMAL(-1,1,0,1- Quality of Data about Disaster Risk,2)) Description: Value does not change during the run. Initial value = random multiplier between 0 and 2.Seed = 2 for Error in Insurer's assessment of disaster risk. Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]

Top	(Type) Constant (18 Variables)
Group	Type	Variable Name And Description
Final model With Units	#0 C	Administrative Fixed Cost Parameter (Dmnl) = 0.05 Description: 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#10 C	Effect of Dissatisfaction (Dmnl) = -5 Description: One dissatisfied customer dissuades 7 others from taking next year. Present In 1 View: View 1 Used By Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#11 C	Elasticity (Dmnl) = 0.5 Description: Changes in insurance covere due to changes in Quoted Insurance premium Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#17 C	Fraction of Risk Management Budget (Dmnl) = 0.05 Description: 5% of the Budget Present In 1 View: View 1 Used By Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#18 C	Guaranteed Yield (Tonnes/Hectare) = 90 Description: Yield Guaranteed at 90% coverage level. Present In 1 View: View 1 Used By Buyer Dissatisfied 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Quoted Insurance Premium Premium Quoted by Insurance Comapany Sum Insured Amount Insured to Farmer Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#22 C	Loading (Dmnl) = 2 Description: Actuarial Premium x loading + administrative costs Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#23 C	Location (Dmnl) = 1 Description: Mean Present In 1 View: View 1 Used By Disaster Events Provides a probability of risk events for a given year. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#24 C	Long term average yield (Tonnes/Hectare) = 100 Description: Long term average Yield Present In 1 View: View 1 Used By Farm Yield Actual Yield in that year. Risk management Budget Risk Management budget Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#27 C	Quality of Data about Disaster Risk (Dmnl) = 0.95 Description: 0 : poor quality1 : best quality Present In 1 View: View 1 Used By Error 1 (Farmer) Normally distributed fraction with mean 1.0Seed 1 for Error 1 : Farmer's (biased) assessment of disaster risk. Error 2 (Insurer, Historic) Value does not change during the run. Initial value = random multiplier between 0 and 2.Seed = 2 for Error in Insurer's assessment of disaster risk. Error 3 (Insurer, Claim Payout) Seed 3 for Error 3 : Survey at the time of claim settlement. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#31 C	Scale (Dmnl) = 0.125 Description: Standard Deviation Present In 1 View: View 1 Used By Disaster Events Provides a probability of risk events for a given year. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#32 C	Selling Price (Rupees/Tonnes) = 25000 Description: Selling Price Per Tonnes Present In 1 View: View 1 Used By Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Quoted Insurance Premium Premium Quoted by Insurance Comapany Risk management Budget Risk Management budget Sum Insured Amount Insured to Farmer Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#33 C	Subsidy on Premium (Dmnl) = 0.5 Description: Subsidy Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#38 C	Total Farm Area (Hectare) = 10000 Description: Farm Area Estimated Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#39 LI,C	Unit (Year) = 1 Description: Year Present In 1 View: View 1 Used By Cumulative History of Claims Settled Claims Settled Cumulative History of Disaster Events Disaster Events Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#40 C	X-intercept of Demand Curve (Dmnl) = 350 Description: Demand Threshold for Insurance Coverage Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#16 C	FINAL TIME (Year) = 100 Description: The final time for the simulation. Present In 0 Views: Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#19 C	INITIAL TIME (Year) = 0 Description: The initial time for the simulation. Present In 0 Views: Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#36 C	TIME STEP (Year ) = 1 Description: The time step for the simulation. Present In 0 Views: Used By SAVEPER The frequency with which output is stored. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]

Top	(Type) Flow (2 Variables)
Group	Type	Variable Name And Description
Final model With Units	#4 LI,F,A	Claims Ratio (Dmnl) = Claims Settled/ Sum Insured Description: Proportion of claims paid (or settled) relative to the total amount insured. Present In 1 View: View 1 Used By Cumulative History of Claims Settled Claims Settled Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#9 LI,F,A	Disaster Events (Dmnl) = RANDOM NORMAL(0,1, Location, Scale,0) Description: Provides a probability of risk events for a given year. Present In 1 View: View 1 Used By Cumulative History of Disaster Events Disaster Events Farm Yield Actual Yield in that year. Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]

Top	(Type) Auxiliary (20 Variables)
Group	Type	Variable Name And Description
Final model With Units	#1 A	Anticipated Risk (Dmnl) = MAX(1-( Error 2 (Insurer, Historic)* Cumulative History of Disaster Events/( Time+1)), Delay 1/( Time+1)) Description: Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#2 DE,A	Buyer Dissatisfied (Dmnl) = DELAY FIXED(IF THEN ELSE(( Farm Yield< Guaranteed Yield):AND:( Calculated Yield> Farm Yield),1,0),1,0) Description: 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Present In 1 View: View 1 Used By Risk management Budget Risk Management budget Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#3 A	Calculated Yield (Tonnes/Hectare) = Error 3 (Insurer, Claim Payout)* Farm Yield Description: Survey for settling claims Present In 1 View: View 1 Used By Buyer Dissatisfied 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#4 LI,F,A	Claims Ratio (Dmnl) = Claims Settled/ Sum Insured Description: Proportion of claims paid (or settled) relative to the total amount insured. Present In 1 View: View 1 Used By Cumulative History of Claims Settled Claims Settled Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#5 A	Claims Settled (Rupees) = ( Insurance Cover*MAX(0, Guaranteed Yield- Calculated Yield))* Selling Price Description: Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Present In 1 View: View 1 Used By Claims Ratio Proportion of claims paid (or settled) relative to the total amount insured. Profitability of Insurance Company Profitability to Insurance Company Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#8 DE,A	Delay 1 (Year) = DELAY FIXED( Cumulative History of Claims Settled,1,0.05) Description: Delay in Claim Settlement Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#9 LI,F,A	Disaster Events (Dmnl) = RANDOM NORMAL(0,1, Location, Scale,0) Description: Provides a probability of risk events for a given year. Present In 1 View: View 1 Used By Cumulative History of Disaster Events Disaster Events Farm Yield Actual Yield in that year. Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#12 A	Error 1 (Farmer) (Dmnl) = 1+RANDOM NORMAL(-1,1,0,1- Quality of Data about Disaster Risk,1) Description: Normally distributed fraction with mean 1.0Seed 1 for Error 1 : Farmer's (biased) assessment of disaster risk. Present In 1 View: View 1 Used By Yield Anticipated by Farmer Yield Anticipated by farmers Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#13 I	Error 2 (Insurer, Historic) (Dmnl) = INITIAL(1+RANDOM NORMAL(-1,1,0,1- Quality of Data about Disaster Risk,2)) Description: Value does not change during the run. Initial value = random multiplier between 0 and 2.Seed = 2 for Error in Insurer's assessment of disaster risk. Present In 1 View: View 1 Used By Anticipated Risk Finds average Anticipated Risk using both cumulative history of Disaster Events (contains error) and claims history (no errors). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#14 A	Error 3 (Insurer, Claim Payout) (Dmnl) = 1+RANDOM NORMAL(-1,1,0,1- Quality of Data about Disaster Risk,3) Description: Seed 3 for Error 3 : Survey at the time of claim settlement. Present In 1 View: View 1 Used By Calculated Yield Survey for settling claims Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#15 A	Farm Yield (Tonnes/Hectare) = Long term average yield*( Disaster Events) Description: Actual Yield in that year. Present In 1 View: View 1 Used By Buyer Dissatisfied 5% of premium collected, if 100% area is covered. Smaller cover will result in greater costs. Calculated Yield Survey for settling claims Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#20 A	Insurance Cover (Hectare) = MAX(100,MIN(10000, Risk management Budget/( Quoted Insurance Premium+( Yield Anticipated by Farmer- Guaranteed Yield)*( Selling Price/10))* Elasticity)- X-intercept of Demand Curve) Description: (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Present In 1 View: View 1 Used By Claims Settled Insurance Cover (fraction) times shortfall. Shortfall = max(0, 0.9 - yield). at 90% indemnity. Claim setteled as fraction-> anothere variable Last Year Cover Last Year Cover Profitability of Insurance Company Profitability to Insurance Company Sum Insured Amount Insured to Farmer Feedback Loops: 2 (100.0%) (+) 2  [3,3] (-) 0  [0,0]
Final model With Units	#21 DE,A	Last Year Cover (Hectare) = DELAY FIXED( Insurance Cover,1,5000) Description: Last Year Cover Present In 1 View: View 1 Used By Quoted Insurance Premium Premium Quoted by Insurance Comapany Risk management Budget Risk Management budget Feedback Loops: 2 (100.0%) (+) 2  [3,3] (-) 0  [0,0]
Final model With Units	#26 A	Profitability of Insurance Company (Rupees) = (( Insurance Cover* Quoted Insurance Premium)- Claims Settled/100) Description: Profitability to Insurance Company Present In 1 View: View 1 Used By Survival of Insurance Company Three year cumulative profits greater than zero (or minus 50%). Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#28 A	Quoted Insurance Premium (Rupees/Hectare) = (( Anticipated Risk* Loading+MAX(0, Anticipated Risk* Loading* Administrative Fixed Cost Parameter*( Total Farm Area/ Last Year Cover)))*(1- Subsidy on Premium)* Selling Price* Guaranteed Yield) Description: Premium Quoted by Insurance Comapany Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Profitability of Insurance Company Profitability to Insurance Company Feedback Loops: 1 (50.0%) (+) 1  [3,3] (-) 0  [0,0]
Final model With Units	#29 A	Risk management Budget (Rupees) = MAX(0,( Total Farm Area+ Last Year Cover* Buyer Dissatisfied* Effect of Dissatisfaction)* Long term average yield* Selling Price* Fraction of Risk Management Budget) Description: Risk Management budget Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 1 (50.0%) (+) 1  [3,3] (-) 0  [0,0]
Final model With Units	#34 A	Sum Insured (Rupees) = Guaranteed Yield* Insurance Cover* Selling Price Description: Amount Insured to Farmer Present In 1 View: View 1 Used By Claims Ratio Proportion of claims paid (or settled) relative to the total amount insured. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#35 DE,A	Survival of Insurance Company (Rupees) = DELAY FIXED( Profitability of Insurance Company,1,0) Description: Three year cumulative profits greater than zero (or minus 50%). Present In 1 View: View 1 Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
Final model With Units	#41 A	Yield Anticipated by Farmer (Tonnes/Hectare) = Long term average yield* Error 1 (Farmer)*( Disaster Events) Description: Yield Anticipated by farmers Present In 1 View: View 1 Used By Insurance Cover (% area in a given geography)0.02 is certainty equivalent risk aversion of farmer. i.e. each and every farmer is okay with 2% premium for insurance.Max 95% is remaining. Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]
.Control	#30 A	SAVEPER (Year ) = TIME STEP Description: The frequency with which output is stored. Present In 0 Views: Used By Feedback Loops: 0 (0.0%) (+) 0  [0,0] (-) 0  [0,0]

Top	(Type) Subscripts (0 Variables)
Group	Type	Variable Name And Description

Top	(Type) Data (0 Variables)
Group	Type	Variable Name And Description

Top	(Type) Game (0 Variables)
Group	Type	Variable Name And Description

Top	(Type) Lookup (0 Variables)
Group	Type	Variable Name And Description

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Variable Link Detail (36 Variables + 4 Control Variables)

Undocumented Variables (0 Variables + 0 Control Variables)

Supplementary Variables Being Used (0 Variables + 0 Control Variables)

Unused Variables (0 Variables + 0 Control Variables)

Nonmonotonic Lookup Functions (0 Variables + 0 Control Variables)

Non-Zero End Sloped Lookup Functions (0 Variables + 0 Control Variables)

Cascading Lookup Functions (0 Variables + 0 Control Variables)

Equations With Step Pulse Or Related Functions (0 Variables + 0 Control Variables)

Complex Variable (Richardson's Rule Threshold = 3) (5 Variables + 0 Control Variables)

Complex Stock (0 Variables + 0 Control Variables)

Variables With Source Information (0 Variables + 0 Control Variables)