sim.run(0,4)
# fig=sim.figures[0]
# fig.savefig('mice.pdf')
# fig.savefig('mice.png')
# <markdowncell>
# ### Specifying the Inflows/Outflows
# <codecell>
sim=Simulation() # get a simulation object
sim.stock("mice",100,plot=False)
sim.inflow("mice","b*mice")
sim.outflow("mice","d*mice")
sim.params(b=1.1,d=0.08)
sim.run(0,4)
# <markdowncell>
# ### Plotting Manually
# <codecell>
x,y=sim.t,sim.mice
plot(x,y,'r--')
100, # initial value
plot=True) # display a plot
sim.params(b=1.1, d=0.08)
sim.run(0, 4)
# <markdowncell>
# ### Specifying the Inflows/Outflows
# <codecell>
sim = Simulation() # get a simulation object
sim.stock("mice", 100, plot=False)
sim.inflow("mice", "b*mice")
sim.outflow("mice", "d*mice")
sim.params(b=1.1, d=0.08)
sim.run(0, 4)
# <markdowncell>
# ### Plotting Manually
# <codecell>
x, y = sim.t, sim.mice
plot(x, y, 'r--')
