def compact_name_core(self, hashsize=6, t_max=False):
        """Compact representation of simulation params (no ID, EID and t_max)
        """
        Moles = self.concentration()
        name = "%s_%dpM_step%.1fus" % (
            self.particles.short_repr(), Moles * 1e12, self.t_step * 1e6)
        if hashsize > 0:
            name = self.hash()[:hashsize] + '_' + name
        if t_max:
            name += "_t_max%.1fs" % self.t_max
        return name
def compact_name_core(self, hashsize=6, t_max=False):
        
        Moles = self.concentration()
        name = "%s_%dpM_step%.1fus" % (
            self.particles.short_repr(), Moles * 1e12, self.t_step * 1e6)
        if hashsize > 0:
            name = self.hash()[:hashsize] + '_' + name
        if t_max:
            name += "_t_max%.1fs" % self.t_max
        return name
def compact_name_core ( self , hashsize = 6 , t_max = False ) : Moles = self . concentration ( ) name = "%s_%dpM_step%.1fus" % ( self . particles . short_repr ( ) , Moles * 1e12 , self . t_step * 1e6 ) if hashsize > 0 : name = self . hash ( ) [ : hashsize ] + '_' + name if t_max : name += "_t_max%.1fs" % self . t_max return name
Compact representation of simulation params (no ID, EID and t_max)
Compact representation of simulation params ( no ID EID and t_max )