MBody_userdef.cc File Reference

This file contains the model definition of the mushroom body model. tis used in the GeNN code generation and the user side simulation code (class classol, file classol_sim). More...

#include "modelSpec.h"
#include "global.h"
#include "sizes.h"

Classes
class	pwSTDP_userdef
	TODO This class definition may be code-generated in a future release. More...

Macros
#define	TIMING

Functions
void	modelDefinition (NNmodel &model)
	This function defines the MBody1 model with user defined synapses. More...

Variables
double	myPOI_p [4]
double	myPOI_ini [3]
double	stdTM_p [7]
double	stdTM_ini [4]
double *	myPNKC_p = NULL
double	myPNKC_ini [1]
double	postExpPNKC [2]
double *	myPNLHI_p = NULL
double	myPNLHI_ini [1]
double	postExpPNLHI [2]
double	myLHIKC_p [2]
double	myLHIKC_ini [1]
double	postExpLHIKC [2]
double	myKCDN_p [11]
double	myKCDN_ini [2]
double	postExpKCDN [2]
double	myDNDN_p [2]
double	myDNDN_ini [1]
double	postExpDNDN [2]
double *	postSynV = NULL
double	postSynV_EXPDECAY_EVAR [1]
scalar *	gpPNKC = new scalar[_NAL*_NMB]
scalar *	gpKCDN = new scalar[_NMB*_NLB]

Detailed Description

This file contains the model definition of the mushroom body model. tis used in the GeNN code generation and the user side simulation code (class classol, file classol_sim).

Macro Definition Documentation

#define TIMING

Function Documentation

void modelDefinition

(

NNmodel &

model

)

This function defines the MBody1 model with user defined synapses.

Variable Documentation

scalar* gpKCDN = new scalar[_NMB*_NLB]

scalar* gpPNKC = new scalar[_NAL*_NMB]

double myDNDN_ini[1]

Initial value:

={
    5.0/_NLB      
}

double myDNDN_p[2]

Initial value:

= {
  -30.0,         
  50.0           
}

double myKCDN_ini[2]

Initial value:

={
  0.01,            
  0.01,           
}

double myKCDN_p[11]

Initial value:

= {
  -20.0,         
  50.0,          
  50.0,         
  50000.0,       
  100000.0,      
  200.0,         
  0.015,          
  0.0075,          
  33.33,         
  10.0,          
  0.00006          
}

double myLHIKC_ini[1]

Initial value:

= {
    1.0/_NLHI   
}

double myLHIKC_p[2]

Initial value:

= {
  -40.0,          
  50.0            
}

double myPNKC_ini[1]

Initial value:

= {
  0.01            
}

double* myPNKC_p = NULL

double myPNLHI_ini[1]

Initial value:

= {
    0.0          
}

double* myPNLHI_p = NULL

double myPOI_ini[3]

Initial value:

= {
 -60.0,        
  0,           
  -10.0        
}

double myPOI_p[4]

Initial value:

= {
  0.1,        
  2.5,        
  20.0,       
  -60.0       
}

double postExpDNDN[2]

Initial value:

={
  2.5,            
  -92.0           
}

double postExpKCDN[2]

Initial value:

={
  5.0,            
  0.0             
}

double postExpLHIKC[2]

Initial value:

={
  1.5,            
  -92.0           
}

double postExpPNKC[2]

Initial value:

={
  1.0,            
  0.0             
}

double postExpPNLHI[2]

Initial value:

={
  1.0,            
  0.0             
}

double* postSynV = NULL

double postSynV_EXPDECAY_EVAR[1]

Initial value:

= {
0
}

double stdTM_ini[4]

Initial value:

= {
  -60.0,                       
  0.0529324,                   
  0.3176767,                   
  0.5961207                    
}

double stdTM_p[7]

Initial value:

= {
  7.15,          
  50.0,          
  1.43,          
  -95.0,         
  0.02672,       
  -63.563,       
  0.143          
}