# SIMULATE ONE YEAR # This routine simulates competition differential equations through one time # unit, such as one year, taking very small time steps along the way. # Accuracy should be checked by r...# SIMULATE ONE YEAR # This routine simulates competition differential equations through one time # unit, such as one year, taking very small time steps along the way. # Accuracy should be checked by reducing the size of small time steps until # the results do not significantly change. # This routine implements <Q>Euler’s Method</Q> for solving differential # equations, which always works if the time step is small enough. # # ENTRY: ’N1’ to ’N5’ are the starting populations for species 1-5. # ’m…
