forsec "dendrite[0]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[0].ip3i
		setpointer ip3id_ER(x), DAsyn[0].ip3i
	}
 }
 
 forsec "dendrite[24]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[1].ip3i
		setpointer ip3id_ER(x), DAsyn[1].ip3i
	}
 }
 
  forsec "dendrite[25]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[2].ip3i
		setpointer ip3id_ER(x), DAsyn[2].ip3i
	}
 }
 
  forsec "dendrite[28]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[3].ip3i
		setpointer ip3id_ER(x), DAsyn[3].ip3i
	}
 }
 
  forsec "dendrite[33]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[4].ip3i
		setpointer ip3id_ER(x), DAsyn[4].ip3i
	}
 }
  
  forsec "dendrite[34]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[5].ip3i
		setpointer ip3id_ER(x), DAsyn[5].ip3i
	}
 }
  
  forsec "dendrite[51]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[6].ip3i
		setpointer ip3id_ER(x), DAsyn[6].ip3i
	}
 }
  
  forsec "dendrite[1]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[7].ip3i
		setpointer ip3id_ER(x), DAsyn[7].ip3i
	}
 }
  
  forsec "dendrite[1]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[8].ip3i
		setpointer ip3id_ER(x), DAsyn[8].ip3i
	}
 }
   
  forsec "dendrite[14]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[9].ip3i
		setpointer ip3id_ER(x), DAsyn[9].ip3i
	}
 }
  
  forsec "dendrite[14]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[10].ip3i
		setpointer ip3id_ER(x), DAsyn[10].ip3i
	}
 }
  
  forsec "dendrite[26]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[11].ip3i
		setpointer ip3id_ER(x), DAsyn[11].ip3i
	}
 }
  
  forsec "dendrite[26]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[12].ip3i
		setpointer ip3id_ER(x), DAsyn[12].ip3i
	}
 }
   
  forsec "dendrite[27]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[13].ip3i
		setpointer ip3id_ER(x), DAsyn[13].ip3i
	}
 }
  
  forsec "dendrite[27]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[14].ip3i
		setpointer ip3id_ER(x), DAsyn[14].ip3i
	}
 }
  
  forsec "dendrite[29]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[15].ip3i
		setpointer ip3id_ER(x), DAsyn[15].ip3i
	}
 }
  
  forsec "dendrite[29]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[16].ip3i
		setpointer ip3id_ER(x), DAsyn[16].ip3i
	}
 }
   
  forsec "dendrite[32]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[17].ip3i
		setpointer ip3id_ER(x), DAsyn[17].ip3i
	}
 }
  
  forsec "dendrite[32]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[18].ip3i
		setpointer ip3id_ER(x), DAsyn[18].ip3i
	}
 }
  
  forsec "dendrite[35]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[19].ip3i
		setpointer ip3id_ER(x), DAsyn[19].ip3i
	}
 }
  
  forsec "dendrite[35]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[20].ip3i
		setpointer ip3id_ER(x), DAsyn[20].ip3i
	}
 }
   
  forsec "dendrite[42]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[21].ip3i
		setpointer ip3id_ER(x), DAsyn[21].ip3i
	}
 }
  
  forsec "dendrite[42]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[22].ip3i
		setpointer ip3id_ER(x), DAsyn[22].ip3i
	}
 }
  
  forsec "dendrite[52]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[23].ip3i
		setpointer ip3id_ER(x), DAsyn[23].ip3i
	}
 }
  
  forsec "dendrite[52]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[24].ip3i
		setpointer ip3id_ER(x), DAsyn[24].ip3i
	}
 }
   
  forsec "dendrite[53]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[25].ip3i
		setpointer ip3id_ER(x), DAsyn[25].ip3i
	}
 }
  
  forsec "dendrite[53]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[26].ip3i
		setpointer ip3id_ER(x), DAsyn[26].ip3i
	}
 }
  
  forsec "dendrite[54]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[27].ip3i
		setpointer ip3id_ER(x), DAsyn[27].ip3i
	}
 }
  
  forsec "dendrite[54]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[28].ip3i
		setpointer ip3id_ER(x), DAsyn[28].ip3i
	}
 }
   
  forsec "dendrite[2]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[29].ip3i
		setpointer ip3id_ER(x), DAsyn[29].ip3i
	}
 }
  
  forsec "dendrite[2]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[30].ip3i
		setpointer ip3id_ER(x), DAsyn[30].ip3i
	}
 }
  
  forsec "dendrite[9]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[31].ip3i
		setpointer ip3id_ER(x), DAsyn[31].ip3i
	}
 }
  
  forsec "dendrite[9]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[32].ip3i
		setpointer ip3id_ER(x), DAsyn[32].ip3i
	}
 }
   
  forsec "dendrite[15]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[33].ip3i
		setpointer ip3id_ER(x), DAsyn[33].ip3i
	}
 }
  
  forsec "dendrite[15]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[34].ip3i
		setpointer ip3id_ER(x), DAsyn[34].ip3i
	}
 }
  
  forsec "dendrite[18]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[35].ip3i
		setpointer ip3id_ER(x), DAsyn[35].ip3i
	}
 }
  
  forsec "dendrite[18]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[36].ip3i
		setpointer ip3id_ER(x), DAsyn[36].ip3i
	}
 }
   
  forsec "dendrite[23]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[37].ip3i
		setpointer ip3id_ER(x), DAsyn[37].ip3i
	}
 }
  
  forsec "dendrite[23]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[38].ip3i
		setpointer ip3id_ER(x), DAsyn[38].ip3i
	}
 }
  
  forsec "dendrite[30]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[39].ip3i
		setpointer ip3id_ER(x), DAsyn[39].ip3i
	}
 }
  
  forsec "dendrite[30]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[40].ip3i
		setpointer ip3id_ER(x), DAsyn[40].ip3i
	}
 }
   
  forsec "dendrite[31]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[41].ip3i
		setpointer ip3id_ER(x), DAsyn[41].ip3i
	}
 }
  
  forsec "dendrite[31]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[42].ip3i
		setpointer ip3id_ER(x), DAsyn[42].ip3i
	}
 }
  
  forsec "dendrite[36]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[43].ip3i
		setpointer ip3id_ER(x), DAsyn[43].ip3i
	}
 }
  
  forsec "dendrite[36]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[44].ip3i
		setpointer ip3id_ER(x), DAsyn[44].ip3i
	}
 }
   
  forsec "dendrite[39]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[45].ip3i
		setpointer ip3id_ER(x), DAsyn[45].ip3i
	}
 }
   
  forsec "dendrite[39]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[46].ip3i
		setpointer ip3id_ER(x), DAsyn[46].ip3i
	}
 }
  
  forsec "dendrite[43]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[47].ip3i
		setpointer ip3id_ER(x), DAsyn[47].ip3i
	}
 }
  
  forsec "dendrite[43]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[48].ip3i
		setpointer ip3id_ER(x), DAsyn[48].ip3i
	}
 }
  
  forsec "dendrite[44]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[49].ip3i
		setpointer ip3id_ER(x), DAsyn[49].ip3i
	}
 }
   
  forsec "dendrite[44]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[50].ip3i
		setpointer ip3id_ER(x), DAsyn[50].ip3i
	}
 }
  
  forsec "dendrite[3]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[51].ip3i
		setpointer ip3id_ER(x), DAsyn[51].ip3i
	}
 }
  
  forsec "dendrite[3]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[52].ip3i
		setpointer ip3id_ER(x), DAsyn[52].ip3i
	}
 }
  
  forsec "dendrite[3]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[53].ip3i
		setpointer ip3id_ER(x), DAsyn[53].ip3i
	}
 }
   
  forsec "dendrite[3]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[54].ip3i
		setpointer ip3id_ER(x), DAsyn[54].ip3i
	}
 }
  
  forsec "dendrite[8]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[55].ip3i
		setpointer ip3id_ER(x), DAsyn[55].ip3i
	}
 }
  
  forsec "dendrite[8]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[56].ip3i
		setpointer ip3id_ER(x), DAsyn[56].ip3i
	}
 }
  
  forsec "dendrite[8]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[57].ip3i
		setpointer ip3id_ER(x), DAsyn[57].ip3i
	}
 }
   
  forsec "dendrite[8]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[58].ip3i
		setpointer ip3id_ER(x), DAsyn[58].ip3i
	}
 }
   
  forsec "dendrite[10]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[59].ip3i
		setpointer ip3id_ER(x), DAsyn[59].ip3i
	}
 }
  
  forsec "dendrite[10]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[60].ip3i
		setpointer ip3id_ER(x), DAsyn[60].ip3i
	}
 }
  
  forsec "dendrite[10]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[61].ip3i
		setpointer ip3id_ER(x), DAsyn[61].ip3i
	}
 }
  
  forsec "dendrite[10]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[62].ip3i
		setpointer ip3id_ER(x), DAsyn[62].ip3i
	}
 }
   
  forsec "dendrite[11]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[63].ip3i
		setpointer ip3id_ER(x), DAsyn[63].ip3i
	}
 }
  
  forsec "dendrite[11]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[64].ip3i
		setpointer ip3id_ER(x), DAsyn[64].ip3i
	}
 }
  
  forsec "dendrite[11]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[65].ip3i
		setpointer ip3id_ER(x), DAsyn[65].ip3i
	}
 }
  
  forsec "dendrite[11]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[66].ip3i
		setpointer ip3id_ER(x), DAsyn[66].ip3i
	}
 }
   
  forsec "dendrite[16]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[67].ip3i
		setpointer ip3id_ER(x), DAsyn[67].ip3i
	}
 }
  
  forsec "dendrite[16]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[68].ip3i
		setpointer ip3id_ER(x), DAsyn[68].ip3i
	}
 }
  
  forsec "dendrite[16]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[69].ip3i
		setpointer ip3id_ER(x), DAsyn[69].ip3i
	}
 }
  
  forsec "dendrite[16]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[70].ip3i
		setpointer ip3id_ER(x), DAsyn[70].ip3i
	}
 }
       
  forsec "dendrite[17]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[71].ip3i
		setpointer ip3id_ER(x), DAsyn[71].ip3i
	}
 }
   
  forsec "dendrite[17]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[72].ip3i
		setpointer ip3id_ER(x), DAsyn[72].ip3i
	}
 }
     
  forsec "dendrite[17]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[73].ip3i
		setpointer ip3id_ER(x), DAsyn[73].ip3i
	}
 }
     
  forsec "dendrite[17]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[74].ip3i
		setpointer ip3id_ER(x), DAsyn[74].ip3i
	}
 }
     
  forsec "dendrite[19]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[75].ip3i
		setpointer ip3id_ER(x), DAsyn[75].ip3i
	}
 }
     
  forsec "dendrite[19]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[76].ip3i
		setpointer ip3id_ER(x), DAsyn[76].ip3i
	}
 }
     
  forsec "dendrite[19]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[77].ip3i
		setpointer ip3id_ER(x), DAsyn[77].ip3i
	}
 }
     
  forsec "dendrite[19]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[78].ip3i
		setpointer ip3id_ER(x), DAsyn[78].ip3i
	}
 }
     
  forsec "dendrite[20]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[79].ip3i
		setpointer ip3id_ER(x), DAsyn[79].ip3i
	}
 }
     
  forsec "dendrite[20]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[80].ip3i
		setpointer ip3id_ER(x), DAsyn[80].ip3i
	}
 }
   
  forsec "dendrite[20]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[81].ip3i
		setpointer ip3id_ER(x), DAsyn[81].ip3i
	}
 }
   
  forsec "dendrite[20]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[82].ip3i
		setpointer ip3id_ER(x), DAsyn[82].ip3i
	}
 }
  
  forsec "dendrite[37]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[83].ip3i
		setpointer ip3id_ER(x), DAsyn[83].ip3i
	}
 }
  
  forsec "dendrite[37]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[84].ip3i
		setpointer ip3id_ER(x), DAsyn[84].ip3i
	}
 }
  
  forsec "dendrite[37]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[85].ip3i
		setpointer ip3id_ER(x), DAsyn[85].ip3i
	}
 }
   
  forsec "dendrite[37]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[86].ip3i
		setpointer ip3id_ER(x), DAsyn[86].ip3i
	}
 }
  
  forsec "dendrite[38]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[87].ip3i
		setpointer ip3id_ER(x), DAsyn[87].ip3i
	}
 }
  
  forsec "dendrite[38]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[88].ip3i
		setpointer ip3id_ER(x), DAsyn[88].ip3i
	}
 }
  
  forsec "dendrite[38]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[89].ip3i
		setpointer ip3id_ER(x), DAsyn[89].ip3i
	}
 }
   
  forsec "dendrite[38]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[90].ip3i
		setpointer ip3id_ER(x), DAsyn[90].ip3i
	}
 }
  
  forsec "dendrite[40]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[91].ip3i
		setpointer ip3id_ER(x), DAsyn[91].ip3i
	}
 }
  
  forsec "dendrite[40]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[92].ip3i
		setpointer ip3id_ER(x), DAsyn[92].ip3i
	}
 }
  
  forsec "dendrite[40]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[93].ip3i
		setpointer ip3id_ER(x), DAsyn[93].ip3i
	}
 }
    
  forsec "dendrite[40]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[94].ip3i
		setpointer ip3id_ER(x), DAsyn[94].ip3i
	}
 }
  
  forsec "dendrite[41]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[95].ip3i
		setpointer ip3id_ER(x), DAsyn[95].ip3i
	}
 }
  
  forsec "dendrite[41]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[96].ip3i
		setpointer ip3id_ER(x), DAsyn[96].ip3i
	}
 }
  
  forsec "dendrite[41]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[97].ip3i
		setpointer ip3id_ER(x), DAsyn[97].ip3i
	}
 }
    
  forsec "dendrite[41]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[98].ip3i
		setpointer ip3id_ER(x), DAsyn[98].ip3i
	}
 }
  
  forsec "dendrite[45]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[99].ip3i
		setpointer ip3id_ER(x), DAsyn[99].ip3i
	}
 }
  
  forsec "dendrite[45]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[100].ip3i
		setpointer ip3id_ER(x), DAsyn[100].ip3i
	}
 }
   
  forsec "dendrite[45]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[101].ip3i
		setpointer ip3id_ER(x), DAsyn[101].ip3i
	}
 }
   forsec "dendrite[45]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[102].ip3i
		setpointer ip3id_ER(x), DAsyn[102].ip3i
	}
 }
 
   forsec "dendrite[50]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[103].ip3i
		setpointer ip3id_ER(x), DAsyn[103].ip3i
	}
 }
 
   forsec "dendrite[50]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[104].ip3i
		setpointer ip3id_ER(x), DAsyn[104].ip3i
	}
 }
 
   forsec "dendrite[50]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[105].ip3i
		setpointer ip3id_ER(x), DAsyn[105].ip3i
	}
 }
 
   forsec "dendrite[50]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[106].ip3i
		setpointer ip3id_ER(x), DAsyn[106].ip3i
	}
 }
 
   forsec "dendrite[4]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[107].ip3i
		setpointer ip3id_ER(x), DAsyn[107].ip3i
	}
 }
 
   forsec "dendrite[4]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[108].ip3i
		setpointer ip3id_ER(x), DAsyn[108].ip3i
	}
 }
 
   forsec "dendrite[4]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[109].ip3i
		setpointer ip3id_ER(x), DAsyn[109].ip3i
	}
 }
 
   forsec "dendrite[4]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[110].ip3i
		setpointer ip3id_ER(x), DAsyn[110].ip3i
	}
 }
 
   forsec "dendrite[7]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[111].ip3i
		setpointer ip3id_ER(x), DAsyn[111].ip3i
	}
 }
 
   forsec "dendrite[7]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[112].ip3i
		setpointer ip3id_ER(x), DAsyn[112].ip3i
	}
 }
 
   forsec "dendrite[7]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[113].ip3i
		setpointer ip3id_ER(x), DAsyn[113].ip3i
	}
 }
 
   forsec "dendrite[7]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[114].ip3i
		setpointer ip3id_ER(x), DAsyn[114].ip3i
	}
 }
 
   forsec "dendrite[12]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[115].ip3i
		setpointer ip3id_ER(x), DAsyn[115].ip3i
	}
 }
 
   forsec "dendrite[12]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[116].ip3i
		setpointer ip3id_ER(x), DAsyn[116].ip3i
	}
 }
 
   forsec "dendrite[12]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[117].ip3i
		setpointer ip3id_ER(x), DAsyn[117].ip3i
	}
 }
 
   forsec "dendrite[12]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[118].ip3i
		setpointer ip3id_ER(x), DAsyn[118].ip3i
	}
 }
 
   forsec "dendrite[13]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[119].ip3i
		setpointer ip3id_ER(x), DAsyn[119].ip3i
	}
 }
 
   forsec "dendrite[13]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[120].ip3i
		setpointer ip3id_ER(x), DAsyn[120].ip3i
	}
 }
  
   forsec "dendrite[13]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[121].ip3i
		setpointer ip3id_ER(x), DAsyn[121].ip3i
	}
 }
 
   forsec "dendrite[13]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[122].ip3i
		setpointer ip3id_ER(x), DAsyn[122].ip3i
	}
 }
 
   forsec "dendrite[21]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[123].ip3i
		setpointer ip3id_ER(x), DAsyn[123].ip3i
	}
 }
 
   forsec "dendrite[21]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[124].ip3i
		setpointer ip3id_ER(x), DAsyn[124].ip3i
	}
 }
 
   forsec "dendrite[21]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[125].ip3i
		setpointer ip3id_ER(x), DAsyn[125].ip3i
	}
 }
 
   forsec "dendrite[21]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[126].ip3i
		setpointer ip3id_ER(x), DAsyn[126].ip3i
	}
 }
 
   forsec "dendrite[22]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[127].ip3i
		setpointer ip3id_ER(x), DAsyn[127].ip3i
	}
 }
 
   forsec "dendrite[22]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[128].ip3i
		setpointer ip3id_ER(x), DAsyn[128].ip3i
	}
 }
 
   forsec "dendrite[22]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[129].ip3i
		setpointer ip3id_ER(x), DAsyn[129].ip3i
	}
 }
 
   forsec "dendrite[22]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[130].ip3i
		setpointer ip3id_ER(x), DAsyn[130].ip3i
	}
 }
 
   forsec "dendrite[46]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[131].ip3i
		setpointer ip3id_ER(x), DAsyn[131].ip3i
	}
 }
 
   forsec "dendrite[46]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[132].ip3i
		setpointer ip3id_ER(x), DAsyn[132].ip3i
	}
 }
 
   forsec "dendrite[46]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[133].ip3i
		setpointer ip3id_ER(x), DAsyn[133].ip3i
	}
 }
 
   forsec "dendrite[46]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[134].ip3i
		setpointer ip3id_ER(x), DAsyn[134].ip3i
	}
 }
 
   forsec "dendrite[47]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[135].ip3i
		setpointer ip3id_ER(x), DAsyn[135].ip3i
	}
 }
 
   forsec "dendrite[47]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[136].ip3i
		setpointer ip3id_ER(x), DAsyn[136].ip3i
	}
 }
 
   forsec "dendrite[47]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[137].ip3i
		setpointer ip3id_ER(x), DAsyn[137].ip3i
	}
 }
 
   forsec "dendrite[47]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[138].ip3i
		setpointer ip3id_ER(x), DAsyn[138].ip3i
	}
 }
 
   forsec "dendrite[5]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[139].ip3i
		setpointer ip3id_ER(x), DAsyn[139].ip3i
	}
 }
 
   forsec "dendrite[5]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[140].ip3i
		setpointer ip3id_ER(x), DAsyn[140].ip3i
	}
 }
 
   forsec "dendrite[5]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[141].ip3i
		setpointer ip3id_ER(x), DAsyn[141].ip3i
	}
 }
 
   forsec "dendrite[5]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[142].ip3i
		setpointer ip3id_ER(x), DAsyn[142].ip3i
	}
 }
 
   forsec "dendrite[6]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[143].ip3i
		setpointer ip3id_ER(x), DAsyn[143].ip3i
	}
 }
 
   forsec "dendrite[6]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[144].ip3i
		setpointer ip3id_ER(x), DAsyn[144].ip3i
	}
 }
 
   forsec "dendrite[6]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[145].ip3i
		setpointer ip3id_ER(x), DAsyn[145].ip3i
	}
 }
 
   forsec "dendrite[6]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[146].ip3i
		setpointer ip3id_ER(x), DAsyn[146].ip3i
	}
 }
 
   forsec "dendrite[48]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[147].ip3i
		setpointer ip3id_ER(x), DAsyn[147].ip3i
	}
 }
 
   forsec "dendrite[48]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[148].ip3i
		setpointer ip3id_ER(x), DAsyn[148].ip3i
	}
 }
 
   forsec "dendrite[48]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[149].ip3i
		setpointer ip3id_ER(x), DAsyn[149].ip3i
	}
 }
 
   forsec "dendrite[48]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[150].ip3i
		setpointer ip3id_ER(x), DAsyn[150].ip3i
	}
 }
   
   forsec "dendrite[49]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[151].ip3i
		setpointer ip3id_ER(x), DAsyn[151].ip3i
	}
 }
 
   forsec "dendrite[49]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[152].ip3i
		setpointer ip3id_ER(x), DAsyn[152].ip3i
	}
 }
 
   forsec "dendrite[49]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[153].ip3i
		setpointer ip3id_ER(x), DAsyn[153].ip3i
	}
 }
  
   forsec "dendrite[49]"{
	insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[154].ip3i
		setpointer ip3id_ER(x), DAsyn[154].ip3i
	}
 }

 

   forsec "spine[0]"{
insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[155].ip3i
		setpointer ip3id_ER(x), DAsyn[155].ip3i
	}
 }

 forsec "spine[1]"{
 insert ER
	for (x,0) { // skip the nodes at 0 and 1
		setpointer ip3im_ER(x), MGLU[156].ip3i
		setpointer ip3id_ER(x), DAsyn[156].ip3i
	}
 }