Minor cleanup of internals

Project.toml

@@ -1,7 +1,7 @@
 name = "ITensorInfiniteMPS"
 uuid = "1dc1fb26-a137-4954-ae60-1bd4106e95ad"
 authors = ["Matthew Fishman <[email protected]> and contributors"]
-version = "0.1.0"
+version = "0.2.0"
 
 [deps]
 Compat = "34da2185-b29b-5c13-b0c7-acf172513d20"
@@ -20,7 +20,7 @@ SplitApplyCombine = "03a91e81-4c3e-53e1-a0a4-9c0c8f19dd66"
 Compat = "3, 4"
 HDF5 = "0.15, 0.16, 0.17"
 ITensorMPS = "0.3"
-ITensors = "0.7"
+ITensors = "0.7, 0.8"
 Infinities = "0.1"
 IterTools = "1"
 KrylovKit = "0.5, 0.6, 0.7, 0.8"

README.md

@@ -21,33 +21,32 @@ This package is a work in progress. Here are some examples of the interface:
 julia> using ITensors, ITensorMPS, ITensorInfiniteMPS
 
 julia> s = siteinds("S=1/2", 3)
-3-element Array{Index{Int64},1}:
- (dim=2|id=652|"S=1/2,Site,n=1")
- (dim=2|id=984|"S=1/2,Site,n=2")
- (dim=2|id=569|"S=1/2,Site,n=3")
+3-element Vector{Index{Int64}}:
+ (dim=2|id=988|"S=1/2,Site,n=1")
+ (dim=2|id=220|"S=1/2,Site,n=2")
+ (dim=2|id=650|"S=1/2,Site,n=3")
 
 julia> ψ = InfiniteMPS(s) # Infinite MPS with 3-site unit cell
 InfiniteMPS
-[1] IndexSet{3} (dim=1|id=317|"Link,c=0,l=3") (dim=2|id=652|"S=1/2,Site,c=1,n=1") (dim=1|id=77|"Link,c=1,l=1")
-[2] IndexSet{3} (dim=1|id=77|"Link,c=1,l=1") (dim=2|id=984|"S=1/2,Site,c=1,n=2") (dim=1|id=868|"Link,c=1,l=2")
-[3] IndexSet{3} (dim=1|id=868|"Link,c=1,l=2") (dim=2|id=569|"S=1/2,Site,c=1,n=3") (dim=1|id=317|"Link,c=1,l=3")
-
+[1] ((dim=1|id=108|"Link,c=0,l=3"), (dim=2|id=988|"S=1/2,Site,c=1,n=1"), (dim=1|id=112|"Link,c=1,l=1"))
+[2] ((dim=1|id=112|"Link,c=1,l=1"), (dim=2|id=220|"S=1/2,Site,c=1,n=2"), (dim=1|id=429|"Link,c=1,l=2"))
+[3] ((dim=1|id=429|"Link,c=1,l=2"), (dim=2|id=650|"S=1/2,Site,c=1,n=3"), (dim=1|id=108|"Link,c=1,l=3"))
 
 julia> ψ[2] == replacetags(ψ[5], "c=2" => "c=1") # Indexing outside of the unit cell gets tensors from other unit cells
 true
 
 julia> ψ₁ = ψ[1:3] # Create a finite MPS from the tensors of the first unit cell
 MPS
-[1] IndexSet{3} (dim=1|id=317|"Link,c=0,l=3") (dim=2|id=652|"S=1/2,Site,c=1,n=1") (dim=1|id=77|"Link,c=1,l=1")
-[2] IndexSet{3} (dim=1|id=77|"Link,c=1,l=1") (dim=2|id=984|"S=1/2,Site,c=1,n=2") (dim=1|id=868|"Link,c=1,l=2")
-[3] IndexSet{3} (dim=1|id=868|"Link,c=1,l=2") (dim=2|id=569|"S=1/2,Site,c=1,n=3") (dim=1|id=317|"Link,c=1,l=3")
+[1] ((dim=1|id=108|"Link,c=0,l=3"), (dim=2|id=988|"S=1/2,Site,c=1,n=1"), (dim=1|id=112|"Link,c=1,l=1"))
+[2] ((dim=1|id=112|"Link,c=1,l=1"), (dim=2|id=220|"S=1/2,Site,c=1,n=2"), (dim=1|id=429|"Link,c=1,l=2"))
+[3] ((dim=1|id=429|"Link,c=1,l=2"), (dim=2|id=650|"S=1/2,Site,c=1,n=3"), (dim=1|id=108|"Link,c=1,l=3"))
 
 
 julia> ψ₂ = ψ[4:6] # Create a finite MPS from the tensors of the second unit cell
 MPS
-[1] IndexSet{3} (dim=1|id=317|"Link,c=1,l=3") (dim=2|id=652|"S=1/2,Site,c=2,n=1") (dim=1|id=77|"Link,c=2,l=1")
-[2] IndexSet{3} (dim=1|id=77|"Link,c=2,l=1") (dim=2|id=984|"S=1/2,Site,c=2,n=2") (dim=1|id=868|"Link,c=2,l=2")
-[3] IndexSet{3} (dim=1|id=868|"Link,c=2,l=2") (dim=2|id=569|"S=1/2,Site,c=2,n=3") (dim=1|id=317|"Link,c=2,l=3")
+[1] ((dim=1|id=108|"Link,c=1,l=3"), (dim=2|id=988|"S=1/2,Site,c=2,n=1"), (dim=1|id=112|"Link,c=2,l=1"))
+[2] ((dim=1|id=112|"Link,c=2,l=1"), (dim=2|id=220|"S=1/2,Site,c=2,n=2"), (dim=1|id=429|"Link,c=2,l=2"))
+[3] ((dim=1|id=429|"Link,c=2,l=2"), (dim=2|id=650|"S=1/2,Site,c=2,n=3"), (dim=1|id=108|"Link,c=2,l=3"))
 ```
 Useful operations like gauging and optimization are in progress, so stay tuned!
 

src/ITensorInfiniteMPS.jl

@@ -27,7 +27,6 @@ using ITensorMPS: AbstractMPS
 import ITensors: ⊕
 
 include("ITensors.jl")
-include("ITensorNetworks.jl")
 include("itensormap.jl")
 include("celledvectors.jl")
 include("abstractinfinitemps.jl")
@@ -61,7 +60,6 @@ export Cell,
   InfiniteBlockMPO,
   InfiniteSumLocalOps,
   ITensorMap,
-  ITensorNetwork,
   TransferMatrix,
   @Model_str,
   Model,