program main use plantFEM implicit none real(real64) :: CO2, O2, C real(real64) :: dt,t integer(int32) :: i type(Reactor_) :: reactor type(Logger_) :: Logger type(Console_) :: console CO2 = 0.0d0 ! mol C = 1.0d0 ! mol O2 = 1.0d0 ! mol ! initalize reactor call reactor%init() call reactor%put("CO2", CO2) call reactor%put("C" , C) call reactor%put("O2" , O2) ! define reactor with reaction coefficient (in here, = 1.0) call reactor%define([str("C"),str("O2")],[str("CO2")],0.10d0) ! If (a/=1 or b/=1 or c/=1) and (nA/=1 or nB/=1 or nC/=1) and ! a*[A] + b*[B] -> c*[C] ! - d A/dt = k[A]^nA*[B]^nB ! then please add args ! mol_rate=[a,b,c],reaction_order=[nA,nB]) ! initialize data-logger call logger%set("CO2",CO2) call logger%set("C",C ) call logger%set("O2", O2) call logger%start() t = 0.0d0 do ! read values from console call console%log("Type [exit] to exit/if not, type [continue]>>>") call console%read() if(console%asChar()=="exit") exit call console%log("How much C (mol/L) do you add?>>>") call console%read() C = C + console%asReal() call console%log("How much O2 (mol/L) do you add?>>>") call console%read() O2 = O2 + console%asReal() call console%log("How much CO2 (mol/L) do you add?>>>") call console%read() CO2 = CO2 + console%asReal() dt = 0.010d0 ! run t=0.0 to 10.0s do i=1,1000 t = t+dt call reactor%run(dt=dt) ! save data call logger%save(t = t) enddo enddo end program main