Logical function used as time switch to change parameter value. Parameters ---------- func2 : any func1 : any t : float

Plots world state from an instance of World3 or any single sector.

Initialize the constant parameters of the 5 sectors. Constants and their unit are defined in the documentation of the corresponding

Initialize the state and rate variables of the 5 sectors (memory allocation). Variables and their unit are defined in the documentati

Run a simulation of the World3 instance. One should initialize the model first (constants, variables, delay & table functions).

Set the linear smoothing and delay functions of the 1st or the 3rd order, in the 5 sectors. The effect depends on time constants, def

Set the nonlinear functions of the 5 sectors, based on a json file. By default, the `functions_table_world3.json` file from pyworld3

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

From step k requires: FIE

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

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

From step k requires: ppgr

From step k requires: ahlm

From step k requires: ppolx

From step k requirers: cai, ai, alai

From step k=0 requires: IOPC, else nothing

From step k requires: AI FALM AL

From step k requires: nothing

From step k requires: nothing

From step k requires: LLMY

From step k requires: nothing

From step k requires: ymap1, ymap2

From step k requires: D P2 TF

From step k requires: TAI FIALD

From step k requires: POP

From step k requires: D POP

From step k requires: fioas, io

From step k requires: cio, pop

From step k requires: IOPC

From step k requires: PLE

From step k requires: LUFD

From step k requires: nothing

From step k requires: P1 M1

From step k requires: P2 M2

From step k requires: P3 M3

From step k requires: P4 M4

From step k requires: FRSN SFSN

From step k requires: PAL

From step k=0 requires: IOPC, else nothing

From step k requires: DCFS CMPLE

From step k requires: abl, al, uil

From step k=0 requires: HSAPC, else nothing

From step k requires: gdpc

From step k requires: LY AL

From step k requires: PFR

From step k requires: NRFR

From step k requires: FSAFC SOPC

From step k requires: FCFPC

From step k=0 requires: FCAPC, else nothing

From step k requires: MPLD MPAI

From step k requires: IOPC AIOPC

From step k requires: nothing

From step k requires: FPC IFPC

From step k requires: IOPC

From step k requires: FIOAA FIOAS FIOAC

From step k requires: SOPC ISOPC

From step k requires: LE

From step k requires: F POP

From step k requires: POP

From step k requires: FPC

From step k requires: FR

From step k requires: NFC

From step k requires: iopc

From step k requires: GDPC

From step k requires: SOPC

From step k requires: lei, ei, gdpi

From step k requires: IC ALIC

From step k requires: IO FIOAI

From step k requires: nothing

From step k requires: IOPC

From step k requires: IC FCAOR CUF ICOR

From step k requires: IO POP

From step k requires: IOPC

From step k requires: PJIS PJAS PJSS

From step k requires: AIPH

From step k requires: IOPC

From step k requires: SOPC

From step k requires: TAI FIALD DCPH

From step k requires: LMF LMHS LMP LMC

From step k requires: LE

From step k requires: AL ALL

From step k requires: P2 P3

From step k requires: AL

From step k requires: LFERT LFDR

From step k requires: PPOLX

From step k requires: LFERT LFRT

From step k requires: FALM

From step k requires: LY

From step k requires: CMI FPU

From step k requires: FPC

From step k requires: EHSPC

From step k requires: PPOLX

From step k requires: UILR UIL

From step k requires: J LF

From step k=0 requires: LUF, else nothing

From step k requires: LYF LFERT LYMC LYMAP

From step k requires: LYF2