update API

Author: GiggleLiu

src/PhaseEstimation.jl

@@ -23,7 +23,7 @@ function PEBlock(UG::GeneralMatrixBlock, n_reg::Int, n_b::Int)
     end
 
     # Inverse QFT Block.
-    iqft = concentrate(nbit, EasyBuild.qft_circuit(n_reg)',[1:n_reg...,])
+    iqft = subroutine(nbit, EasyBuild.qft_circuit(n_reg)',[1:n_reg...,])
     chain(hs, control_circuit, iqft)
 end
 

src/TaylorTrunc.jl

@@ -178,7 +178,7 @@ n : total number of qubits
 V : T input matrix
 c : starting qubit
 """
-v(n::Int,c::Int, T::Int, V::AbstractMatrix) = concentrate(n, matblock(V), (c + 1:T + c...,))
+v(n::Int,c::Int, T::Int, V::AbstractMatrix) = subroutine(n, matblock(V), (c + 1:T + c...,))
 
 """
     v(n::Int,c::Int, j::Tuple, T::Int, V::AbstractMatrix) -> ControlBlock{n}
@@ -190,7 +190,7 @@ c : starting qubit
 j : control bits tuple
 """
 v(n::Int,c::Int, j::Tuple, T::Int, V::AbstractMatrix) = control(n, j,(1 + c:T + c...,)=>matblock(V))
-lc(n::Int,c::Int, i::Int, k::Int,l::Int, V::AbstractMatrix) = concentrate(n, matblock(V), (k+c+1+(i-1)*l:k+1+c+i*l-1...,))
+lc(n::Int,c::Int, i::Int, k::Int,l::Int, V::AbstractMatrix) = subroutine(n, matblock(V), (k+c+1+(i-1)*l:k+1+c+i*l-1...,))
 
 
 """