State variable, requires previous step only

State variable, requires previous step only

State variable, requires previous step only

State variable, requires previous step only

From step k requires: YTCR

Initialize the constant parameters of the capital sector. Constants and their unit are documented above at the class level.

Initialize the state and rate variables of the capital sector (memory allocation). Variables and their unit are documented above at

Initialize the constant parameters of the population sector. Constants and their unit are documented above at the class level.

Initialize the state and rate variables of the population sector (memory allocation). Variables and their unit are documented above a

Run a sequence to update one loop of the agriculture sector. Parameters ---------- alone : boolean, optional

Run a sequence to update one loop of the capital sector. Parameters ---------- alone : boolean, optional

Run a sorted sequence to update one loop of the exogenous parameters. `@requires` decorator checks that all dependencies are computed

Run a sorted sequence to update one loop of the exogenous parameters. `@requires` decorator checks that all dependencies are computed

Run a sorted sequence to update one loop of the exogenous parameters. `@requires` decorator checks that all dependencies are computed

Run a sorted sequence to update one loop of the exogenous parameters. `@requires` decorator checks that all dependencies are computed

Run a sequence to update one loop of the pollution sector. Parameters ---------- alone : boolean, optional

Run a sequence to update one loop of the population sector. Parameters ---------- alone : boolean, optional

Run a sequence to update one loop of the resource sector. Parameters ---------- alone : boolean, optional

Run a sequence of updates to simulate the agriculture sector alone with exogenous inputs.

Run a sequence of updates to simulate the resource sector alone with exogenous inputs.

Set the linear smoothing and delay functions of the 1st or the 3rd order, for the capital sector. One should call `self.set_c

Set the nonlinear functions of the capital sector, based on a json file. By default, the `functions_table_world3.json` file from pywo

Set the linear smoothing and delay functions of the 1st or the 3rd order, for the population sector. One should call `self.se

Set the nonlinear functions of the population sector, based on a json file. By default, the `functions_table_world3.json` file from p

Logical function returning var1 if boolean_switch is False, else var2. Parameters ---------- var1 : any var2 : any boolean

Run a sorted sequence to update one loop of World3 with no checking and no rescheduling [unsafe]. Have been updated

Run an unsorted sequence of updates of the 5 sectors, and reschedules each loop computation until all variables are computed.

Run a sorted sequence to update the model, with no checking [unsafe].

State variable, requires previous step only

State variable, requires previous step only

"Hello world" example with the well-known standard run of World3.

Initialize all the necessary constants and variables to run the pollution sector alone. These exogenous parameters are outputs from

Initialize all the necessary constants and variables to run the resource sector alone. These exogenous parameters are outputs from

Initialize all the necessary constants and variables to run the agriculture sector alone. These exogenous parameters are outputs from

Initialize all the necessary constants and variables to run the population sector alone. These exogenous parameters are outputs from

Run a sequence to initialize the exogenous parameters (loop with k=0).

Run a sequence to initialize the exogenous parameters (loop with k=0).

Run a sequence to initialize the exogenous parameters (loop with k=0).

Run a sequence to initialize the exogenous parameters (loop with k=0).

Run a sequence to initialize the exogenous parameters (loop with k=0).

Run a sequence to initialize the exogenous parameters (loop with k=0).

Run a sequence to initialize the pollution sector (loop with k=0). Parameters ---------- alone : boolean, optional

Run a sequence to initialize the resource sector (loop with k=0). Parameters ---------- alone : boolean, optional

Run a sequence to initialize the resource sector (loop with k=0). Parameters ---------- alone : boolean, optional

Run a sorted sequence to update one loop of the exogenous parameters. `@requires` decorator checks that all dependencies are computed

Run a sorted sequence to update one loop of the exogenous parameters. `@requires` decorator checks that all dependencies are computed

Run a sorted sequence to update one loop of the exogenous parameters. `@requires` decorator checks that all dependencies are computed

Run a sequence to update one loop of the pollution sector. Parameters ---------- alone : boolean, optional

Run a sequence to update one loop of the resource sector. Parameters ---------- alone : boolean, optional

Run a sequence to update one loop of the resource sector. Parameters ---------- alone : boolean, optional

Affine function with provided slope, clipped at 0 for t < t_offset. Parameters ---------- slope : float ramp slope. t_of

Run a sequence of updates to simulate the capital sector alone with exogenous inputs.

Run a sequence of updates to simulate the population sector alone with exogenous inputs.

Computes the derivative of out_ at time t_, for the 1st order delay. Used in integration by odeint.

Computes the derivative of out_ at time t_, for the 3rd order delay. Used in integration by odeint.

Initialize all the necessary constants and variables to run the pollution sector alone. These exogenous parameters are outputs from

Initialize all the necessary constants and variables to run the resource sector alone. These exogenous parameters are outputs from

Initialize the constant parameters of the pollution sector. Constants and their unit are documented above at the class level.

Initialize the state and rate variables of the pollution sector (memory allocation). Variables and their unit are documented above at

Initialize the constant parameters of the resource sector. Constants and their unit are documented above at the class level.

Initialize the constant parameters of the resource sector. Constants and their unit are documented above at the class level.

Initialize the state and rate variables of the resource sector (memory allocation). Variables and their unit are documented above at

Initialize the state and rate variables of the resource sector (memory allocation). Variables and their unit are documented above at

Run a sequence to initialize the exogenous parameters (loop with k=0).

Decorator generator to reschedule all updates of current loop, if all required inputs of the current update are not known.

Run a sequence of updates to simulate the resource sector alone with exogenous inputs.

Run a sequence of updates to simulate the pollution sector alone with exogenous inputs.

Run a sequence of updates to simulate the resource sector alone with exogenous inputs.

Set the linear smoothing and delay functions of the 1st or the 3rd order, for the pollution sector. One should call `self.set

Set the nonlinear functions of the pollution sector, based on a json file. By default, the `functions_table_world3.json` file from py

Set the linear smoothing and delay functions of the 1st or the 3rd order, for the resource sector. One should call `self.set_

Set the linear smoothing and delay functions of the 1st or the 3rd order, for the resource sector. One should call `self.set_

Set the nonlinear functions of the resource sector, based on a json file. By default, the `functions_table_world3.json` file from pyw