def get_short_description(self):
return (
"cool_pre=" + str(self._input_pre_cooling_coef) +
", cool_post=" + str(self._input_post_cooling_coef) +
", spike magnitude=" + str(self._spike_magnitude) +
", clip var=" + str(self._clip_var_to_their_ranges) +
", integrator=" + str(integrator.get_name(self._integrator))
)
def get_short_description(self):
return (self.get_name() + ", U[resting]=" +
str(self.constants["resting_potential_U"]) + ", V[resting]=" +
str(self.constants["resting_potential_V"]) + ", V[firing]=" +
str(self.constants["firing_potential"]) + ", a=" +
str(self.constants["coef_a"]) + ", b=" +
str(self.constants["coef_b"]) + ", I[cooling]=" +
str(self.constants["input_cooling_coef"]) +
", spike magnitude=" + str(self.constants["spike_magnitude"]) +
", intergator=" + str(integrator.get_name(self._integrator)))
def get_short_description(self):
return ("Leaky IF"
", V[resting]=" + str(self.constants["resting_potential"]) +
", V[firing]=" + str(self.constants["firing_potential"]) +
", V[saturation]=" +
str(self.constants["saturation_potential"]) + ", V[psp_max]=" +
str(self.constants["psp_max_potential"]) + ", V[cooling]=" +
str(self.constants["potential_cooling_coef"]) +
", I[cooling]=" + str(self.constants["input_cooling_coef"]) +
", spike magnitude=" + str(self.constants["spike_magnitude"]) +
", intergator=" + str(integrator.get_name(self._integrator)))
def get_short_description(self):
return (
"Leaky IF"
", V[resting]=" + str(self.constants["resting_potential"]) +
", V[firing]=" + str(self.constants["firing_potential"]) +
", V[saturation]=" + str(self.constants["saturation_potential"]) +
", V[psp_max]=" + str(self.constants["psp_max_potential"]) +
", V[cooling]=" + str(self.constants["potential_cooling_coef"]) +
", I[cooling]=" + str(self.constants["input_cooling_coef"]) +
", spike magnitude=" + str(self.constants["spike_magnitude"]) +
", intergator=" + str(integrator.get_name(self._integrator))
)
def get_short_description(self):
return (
self.get_name() +
", U[resting]=" + str(self.constants["resting_potential_U"]) +
", V[resting]=" + str(self.constants["resting_potential_V"]) +
", V[firing]=" + str(self.constants["firing_potential"]) +
", a=" + str(self.constants["coef_a"]) +
", b=" + str(self.constants["coef_b"]) +
", I[cooling]=" + str(self.constants["input_cooling_coef"]) +
", spike magnitude=" + str(self.constants["spike_magnitude"]) +
", intergator=" + str(integrator.get_name(self._integrator))
)
def get_short_description(self):
return (self.get_name() + ", g_K=" + str(self.constants["g_K"]) +
", g_Na=" + str(self.constants["g_Na"]) + ", g_L=" +
str(self.constants["g_L"]) + ", E_K=" +
str(self.constants["E_K"]) + ", E_Na=" +
str(self.constants["E_Na"]) + ", E_L=" +
str(self.constants["E_L"]) + ", C=" +
str(self.constants["C"]) + ", V[firing]=" +
str(self.constants["firing_potential"]) + ", I[cooling]=" +
str(self.constants["input_cooling_coef"]) +
", spike magnitude=" + str(self.constants["spike_magnitude"]) +
", intergator=" + str(integrator.get_name(self._integrator)))
def get_short_description(self):
return (
self.get_name() +
", g_K=" + str(self.constants["g_K"]) +
", g_Na=" + str(self.constants["g_Na"]) +
", g_L=" + str(self.constants["g_L"]) +
", E_K=" + str(self.constants["E_K"]) +
", E_Na=" + str(self.constants["E_Na"]) +
", E_L=" + str(self.constants["E_L"]) +
", C=" + str(self.constants["C"]) +
", V[firing]=" + str(self.constants["firing_potential"]) +
", I[cooling]=" + str(self.constants["input_cooling_coef"]) +
", spike magnitude=" + str(self.constants["spike_magnitude"]) +
", intergator=" + str(integrator.get_name(self._integrator))
)
def get_short_description(self):
return (
self.get_name() +
", w0=" + str(self._weight_neutral) +
", eW=" + str(self._weight_epsilon) +
", lvl=" + str(self._weight_zero_level) +
", m=" + str(self._weight_power) +
", wdt=" + str(self._weight_dt) +
", taup=" + str(self._weight_tau_potentiation) +
", taun=" + str(self._weight_tau_depression) +
", cool_w=" + str(self._weight_cooling_coef) +
", cool_pre=" + str(self._input_pre_cooling_coef) +
", cool_post=" + str(self._input_post_cooling_coef) +
", spike magnitude=" + str(self._spike_magnitude) +
", integrator=" + str(integrator.get_name(self._integrator))
)
def get_short_description(self):
return (self.get_name() + ", g_K=" + str(self.constants["g_K"]) +
", g_T=" + str(self.constants["g_T"]) + ", g_H=" +
str(self.constants["g_H"]) + ", E_K=" +
str(self.constants["E_K"]) + ", E_Na=" +
str(self.constants["E_Na"]) + ", E_T=" +
str(self.constants["E_T"]) + ", E_H=" +
str(self.constants["E_H"]) + ", tau_R=" +
str(self.constants["tau_R"]) + ", tau_T=" +
str(self.constants["tau_T"]) + ", tau_H=" +
str(self.constants["tau_H"]) + ", C=" +
str(self.constants["C"]) + "\nV[firing]=" +
str(self._firing_potential) + ", I[cooling]=" +
str(self.constants["input_cooling_coef"]) +
", spike magnitude=" + str(self._spike_magnitude) +
", intergator=" + str(integrator.get_name(self._integrator)))
def get_short_description(self):
return (
self.get_name() +
", g_K=" + str(self.constants["g_K"]) +
", g_T=" + str(self.constants["g_T"]) +
", g_H=" + str(self.constants["g_H"]) +
", E_K=" + str(self.constants["E_K"]) +
", E_Na=" + str(self.constants["E_Na"]) +
", E_T=" + str(self.constants["E_T"]) +
", E_H=" + str(self.constants["E_H"]) +
", tau_R=" + str(self.constants["tau_R"]) +
", tau_T=" + str(self.constants["tau_T"]) +
", tau_H=" + str(self.constants["tau_H"]) +
", C=" + str(self.constants["C"]) +
"\nV[firing]=" + str(self._firing_potential) +
", I[cooling]=" + str(self.constants["input_cooling_coef"]) +
", spike magnitude=" + str(self._spike_magnitude) +
", intergator=" + str(integrator.get_name(self._integrator))
)