% ReadMeVersion3 % % Two patch model with no migration %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % WrapperConQuantLatinHyperCubeIntialConditions % % Script delivers two plots the first is of phase space for the intial % conditions chosen by the Latin Hyper Cube method, and the second is of % the conserved quanities for intial conditions from the % LatinHyperCubeSampler code for an Interption time of 0.1 for a one patch % Lotka Volterra System. % % Requirements: % Array output from LVConservedQuant % PlotConserved % PlotPhaseSpace % IntialConditions.mat from LatinHyperCubeSampler % % Geneva Mottet UAF 7-10-18 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % WrapperLimitCycleEQLatinHyperCubeIntialConditions % % Script delivers plot of the phase space % % Requirements: % Array output from LimitCycleEQ % PlotPhaseSpace % IntialConditions.mat from LatinHyperCubeSampler % % Geneva Mottet UAF 10-25-18 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % LVConservedQuant % % Module solves the Conserved Quanity for the Lotka Volterra System. % % Script delivers a vector of conserved quanity as a function of time steps % for the Lokta Volterra System solved in one patch % % Inputs: % Interruption Time in loop (InterruptionTime) % Number of generations (looplength) % Intial Condtions (HA PA) % % Geneva Mottet UAF 6-28-18 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %% LimitCycleEQ % % Module solves Limit Cycle System. % % Script delivers a vector of solutions for the limit cycle system of % equations. % % Inputs: % Interruption Time in loop (InterruptionTime) % Number of generations (looplength) % Intial Condtions (HA PA) % % Geneva Mottet UAF 6-28-18 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%