Table 1. All parameters used in the model (including the neural and dopamine components) are provided according to their notation used in the paper, with their description, their value, and their basic units.

Parameter	Description	Value	Units
	Mean opening threshold of Ca channels	−0.01	mV
	Variance of of number of open Ca channels	0.15	mV
	Average conductance of Ca channels	1.1	mS/ms
	Nernst potential of Ca channels	1.0	mV
	Mean opening threshold of K channels	0.0	mV
	Variance of number of open K channels	0.3	mV
	Average conductance of K channels	2.0	mS/ms
	Nernst potential of K channels	−0.7	mV
	Mean opening threshold of open Na channels	0.3	mV
	Variance of number of open Na channels	0.15	mV
	Average conductance of Na channels	6.7	mS/ms
	Nernst potential of Na channels	0.53	mV
	Nernst potential of leak channels	−0.5	mV
	Average conductance of leaky ions	0.5	mS/ms
	Mean potential of firing excitatory neurons	0.54	mV
	Mean potential of firing inhibitory neurons	0.0	mV
	Dispersion of potential of firing excitatory neurons	2.0	mV
	Dispersion of potential of firing inhibitory neurons	0.7	mV
	Noise current amplitude	0.3	ms−1
	Excitatory-to-excitatory strength	0.4	mS
	Excitatory-to-inhibitory strength	2.0	mS
	Inhibitory-to-excitatory strength		mS
	Excitatory noise input strength		mS
	Inhibitory noise input strength	0.4	mS
	Temperature scaling factor of K channels	0.7
	Relaxation time of K channels	1.0	ms
	NMDA-to-AMPA strength	0.25
	Maximum rate of dopamine re-uptake	0.004	mM/ms
	Michaelis–Menten constant	0.125	mM
	Tonic dopamine level	0.05	mM
	Minimum dopamine production rate	0.0005	mM/neural firing
	Maximum dopamine production rate	0.01	mM/neural firing
	Dopamine antagonist strength	0.2	mM−1
	Maximum dopamine gain	50
	Minimum dopamine gain	1.0
	Maximum firing rate of exitatory neurons	1	kHz
	Maximum firing rate of inhibitory neurons	1	kHz
	Inhibitory noise current scaling factor	0.1

Abbreviations: mV  =  Millivolt, mS  =  Millisiemens, ms  =  Millisecond, mM  =  Millimole, kHz  =  Kilohertz.