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Q1.Following is the code of wolf sheep predator simulation model based on this information. Identify the t stock flow diagram. How would you conduct input analysis for the model r model retrieved from Netlogo. Develop a system dynamics model elements. Give the causal loop diagram and (25 marks) :: System dynamies model globals globals [ :constants sheep-birth-rate predation-rate predator-efficiency wolf-death-rate : stock values sheep wolves :: size of each step, see SYSTEM-DYNAMICS-GO dt :: Initializes the system dynamics model. : Call this in your model's SETUP procedure. to system-dynamics-setup reset-ticks set dt 0.001 ; initialize constant values set sheep-birth-rate .04 set predation-rate 3.0E-4 set predator-efficiency .& set wolf-death-rate 0.15 :: initialize stock values set sheep 100 set wolves 30 end : Step through the system dynamics model by performing next iteration of Euler's method. : Call this in your model's GO procedure. to system-dynamics-go compute variable and flow values once per step let local-sheep-births shcep-births let local-sh let local-wolf-births wolf-births let local-wolf-deaths wolf-deaths ;; update stock values ; use temporary variables so order of computation doesn't affect result. let new-sheep max( list 0 (sheep+ local-sheep-births - local-sheep-deaths)) let new-wolves max( list 0 (wolves + local-wolf-births-local-wolf-deaths)) set sheep new-sheep set wolves new-wolves s sheep-deaths Q1.Following is the code of wolf sheep predator simulation model based on this information. Identify the t stock flow diagram. How would you conduct input analysis for the model r model retrieved from Netlogo. Develop a system dynamics model elements. Give the causal loop diagram and (25 marks) :: System dynamies model globals globals [ :constants sheep-birth-rate predation-rate predator-efficiency wolf-death-rate : stock values sheep wolves :: size of each step, see SYSTEM-DYNAMICS-GO dt :: Initializes the system dynamics model. : Call this in your model's SETUP procedure. to system-dynamics-setup reset-ticks set dt 0.001 ; initialize constant values set sheep-birth-rate .04 set predation-rate 3.0E-4 set predator-efficiency .& set wolf-death-rate 0.15 :: initialize stock values set sheep 100 set wolves 30 end : Step through the system dynamics model by performing next iteration of Euler's method. : Call this in your model's GO procedure. to system-dynamics-go compute variable and flow values once per step let local-sheep-births shcep-births let local-sh let local-wolf-births wolf-births let local-wolf-deaths wolf-deaths ;; update stock values ; use temporary variables so order of computation doesn't affect result. let new-sheep max( list 0 (sheep+ local-sheep-births - local-sheep-deaths)) let new-wolves max( list 0 (wolves + local-wolf-births-local-wolf-deaths)) set sheep new-sheep set wolves new-wolves s sheep-deaths