/****************************************************************/
/*                                                           	*/
/*                       tectum_88.h		      		        */
/*                                                            	*/
/****************************************************************/

class Tectum88 : public NslModule
{
private:
nsl_input_matrix in;	// network input 
//nsl_input_matrix in1;	// network input 

nsl_input_matrix  r2; 	// ganglion cells
nsl_input_matrix  r3;
nsl_input_matrix  r4; 	

NslFloat2  gl;
NslFloat2  GL;
NslFloat2  lp;
NslFloat2  LP;
NslFloat2  sp;
NslFloat2  SP;
NslFloat2  sn;
NslFloat2  SN;
NslFloat2  py;
NslFloat2  PY;
NslFloat2  tp;
NslFloat2  TP;

NslFloat0  C;

NslFloat0  gl_tm;
NslFloat0  lp_tm;
NslFloat0  sp_tm;
NslFloat0  sn_tm;
NslFloat0  py_tm;
NslFloat0  tp_tm;

NslFloat2  Wr2gl;
NslFloat2  Wlpgl;
NslFloat2  Wspgl;

NslFloat2  Wr2lp;
NslFloat2  Wgllp;
NslFloat2  Wsplp;
NslFloat2  Wsnlp;
NslFloat2  Wtplp;

NslFloat2  Wr2sp;
NslFloat2  Wglsp;
NslFloat2  Wsnsp;
NslFloat2  Wtpsp;

NslFloat2  Wlpsn;

NslFloat2  Wr2py;
NslFloat2  Wr3py;
NslFloat2  Wr4py;
NslFloat2  Wsppy;
NslFloat2  Wlppy;
NslFloat2  Wtppy;

NslFloat2  Wr3tp;
NslFloat2  Wr4tp;

public:
	Tectum88(nsl_string str, NslModule* parent);
	~Tectum88() {}

	void initRun();
	void simRun();
};

class Tectum88Model : public NslModel
{
private:
	Tectum88 tectum;

public:
	Tectum88Model();
	~Tectum88Model() {}
};