transform basis length problem in mutithreading solved

src/tucker_pt.jl

@@ -344,7 +344,11 @@ function form_1body_operator_diagonal!(sig::BSTstate{T,N,R}, Fdiag::BSTstate{T,N
 
             # 
             # Rotate the original vector into this basis
-            transform_basis!(sig[fock][tconfig], rotations)
+            if length(rotations)==N
+                transform_basis!(sig[fock][tconfig], rotations)
+            else
+                continue
+            end
         end
     end
 
@@ -1149,10 +1153,8 @@ function _pt2_job2(sig_fock, job, ket::BSTstate{T,N,R}, cluster_ops, clustered_h
             end
         end
     end
-
+    curr_tuck = Vector{Any}()
     for (sig_tconfig, terms_to_process) in tconfigs_to_process
-        curr_tucker = []
-        i=1
         #curr_tuck=Tucker{T,N,R}() #initialization problem is there as in every iteration there is a new dimension of Tucker core and factor 
         #if I don't want to store tucker in a list, though it is not affecting the time and memory allocations
         for (term, ket_fock, ket_tconfig) in terms_to_process
@@ -1175,17 +1177,15 @@ function _pt2_job2(sig_fock, job, ket::BSTstate{T,N,R}, cluster_ops, clustered_h
                 prescreen=thresh)
             #compress new addition
             sig_tuck = compress(sig_tuck, thresh=thresh)
-            push!(curr_tucker, sig_tuck)
+
             # println(sig_tuck)
-            if i==1
-                #curr_tuck = sig_tuck
-                curr_tuck = curr_tucker[i]
+            if length(curr_tuck) == 0
+                curr_tuck = sig_tuck
             else
-                #curr_tuck=nonorth_add([curr_tuck, sig_tuck])
-                curr_tuck=nonorth_add([curr_tuck, curr_tucker[i]])
+                curr_tuck=nonorth_add([curr_tuck, sig_tuck])
+
             end
             ##curr_tuck=nonorth_add([curr_tuck, sig_tuck])
-            i+=1
         end
 
         if length(curr_tuck) == 0