I see that you write “tyep” and not “type” below. Is that a typo just in the email or also in your files?

> On 10 Nov 2017, at 12:30, Sun Rongyang <sun-rongyang@outlook.com> wrote:
>
> Dear Troyer,
>
> Thanks so much for your patience. I will show more details about my puzzle. First, I design a pure GRAPH:
>
> *******************************************************************************
> <GRAPH name="anisotropic open ladder graph test">
>     
>     <EDGE tyep="0" source="1" target="2"/>
>     <EDGE tyep="0" source="2" target="3"/>
>     <EDGE tyep="0" source="3" target="4"/>
>     <EDGE tyep="0" source="4" target="5"/>
>     <EDGE tyep="0" source="6" target="7"/>
>     <EDGE tyep="0" source="7" target="8"/>
>     <EDGE tyep="0" source="8" target="9"/>
>     <EDGE tyep="0" source="9" target="10"/>
>     <EDGE tyep="1" source="1" target="6"/>
>     <EDGE tyep="1" source="2" target="7"/>
>     <EDGE tyep="1" source="3" target="8"/>
>     <EDGE tyep="1" source="4" target="9"/>
>     <EDGE tyep="1" source="5" target="10"/>
> </GRAPH>
> *******************************************************************************
> Then I design a MODEL:
>
> *******************************************************************************
> <HAMILTONIAN name="anisotropic Heisenberg">
>     
>     
>     <PARAMETER name="Jh" default="0"/>
>     <PARAMETER name="Jv" default="0"/>
>     <BASIS ref="spin"/>
>     <BONDTERM type="0" source="i" target="j">
>     
>         Jh*exchange(i,j)
>     </BONDTERM>
>     <BONDTERM type="1" source="i" target="j">
>     
>         Jv*exchange(i,j)
>     </BONDTERM>
> </HAMILTONIAN>
> *******************************************************************************
> Then I run mps_evolve from a local_quantumnumbers:
>
> *************************************
> up   down up   down up
> +----+----+----+----+
> |    |    |    |    |
> |    |    |    |    |
> +----+----+----+----+
> down up   down up   down
> **************************************
> with Jh=0.1 and Jv=1.0.
> The Energy of the system is -0.325. I guess -0.325 means 1/4 * 0.1 * 13 all the edges have been seen as type="0" edge. The right answer should be -1.45. I do not know what happened here.
>
> Best regards,
> Rongyang Sun
>
>
> 发件人: Comp-phys-alps-users <comp-phys-alps-users-bounces@lists.phys.ethz.ch> 代表 Matthias Troyer <troyer@phys.ethz.ch>
> 发送时间: 2017年11月9日 17:54
> 收件人: comp-phys-alps-users@lists.phys.ethz.ch
> 主题: Re: [ALPS-users] 答复: How to count dimension of graph defined in Lattice xml library
>
> Yes that should work.
>
> On 10 Nov 2017, at 00:00, Sun Rongyang <sun-rongyang@outlook.com> wrote:
>
>> Dear Troyer,
>>
>> Thanks so much for your response. Your answer has solved my question. I am sorry but I have another small question here. Whether a pure graph can use "type" attribute in EDGE as in a UNITCELL? I tried to use it but got some puzzling results.
>>
>> Best regards,
>> Rongyang
>>
>> 发件人: Comp-phys-alps-users <comp-phys-alps-users-bounces@lists.phys.ethz.ch> 代表 Matthias Troyer <troyer@phys.ethz.ch>
>> 发送时间: 2017年11月9日 7:19
>> 收件人: comp-phys-alps-users@lists.phys.ethz.ch
>> 主题: Re: [ALPS-users] How to count dimension of graph defined in Lattice xml library
>>
>> Arbitrary graphs don’t have a “dimension”. Only lattices do.
>>
>>> On 9 Nov 2017, at 14:12, Sun Rongyang <sun-rongyang@outlook.com> wrote:
>>>
>>> Dear all,
>>>
>>> The definition method of a lattice in ALPS is delicate. But I meet a problem about dimension counting of a pure graph. On the one hand, I define an pure anisotropic graph as:
>>>
>>> *************************************************************************************************
>>> <GRAPH name="anisotropic open ladder graph test">
>>>     
>>>     <EDGE tyep="0" source="1" target="2"/>
>>>     <EDGE tyep="0" source="2" target="3"/>
>>>     <EDGE tyep="0" source="3" target="4"/>
>>>     <EDGE tyep="0" source="4" target="5"/>
>>>     <EDGE tyep="0" source="6" target="7"/>
>>>     <EDGE tyep="0" source="7" target="8"/>
>>>     <EDGE tyep="0" source="8" target="9"/>
>>>     <EDGE tyep="0" source="9" target="10"/>
>>>     <EDGE tyep="1" source="1" target="6"/>
>>>     <EDGE tyep="1" source="2" target="7"/>
>>>     <EDGE tyep="1" source="3" target="8"/>
>>>     <EDGE tyep="1" source="4" target="9"/>
>>>     <EDGE tyep="1" source="5" target="10"/>
>>> </GRAPH>
>>> *************************************************************************************************
>>> On the other hand, I use the default LATTICEGRAPH "open ladder", I copy here:
>>>
>>> *************************************************************************************************
>>> <LATTICE name="square lattice" dimension="2">
>>>   <PARAMETER name="a" default="1"/>
>>>   <BASIS><VECTOR>a 0</VECTOR><VECTOR>0 a</VECTOR></BASIS>
>>>   <RECIPROCALBASIS><VECTOR>2*pi/a 0</VECTOR><VECTOR>0 2*pi/a</VECTOR></RECIPROCALBASIS>
>>> </LATTICE>
>>>
>>> <UNITCELL name="anisotropic2d" dimension="2">
>>>   <VERTEX/>
>>>   <EDGE type="0"><SOURCE vertex="1" offset="0 0"/><TARGET vertex="1" offset="1 0"/></EDGE>
>>>   <EDGE type="1"><SOURCE vertex="1" offset="0 0"/><TARGET vertex="1" offset="0 1"/></EDGE>
>>> </UNITCELL>
>>>
>>> <LATTICEGRAPH name = "open ladder" vt_name="OpenLadderLattice">
>>>   <FINITELATTICE>
>>>     <LATTICE ref="square lattice"/>
>>>     <PARAMETER name="W" default="2"/>
>>>     <EXTENT dimension="1" size="L"/>
>>>     <EXTENT dimension="2" size="W"/>
>>>     <BOUNDARY dimension="1" type="open"/>
>>>     <BOUNDARY dimension="2" type="open"/>
>>>   </FINITELATTICE>
>>>   <UNITCELL ref="anisotropic2d"/>
>>> </LATTICEGRAPH>
>>> *************************************************************************************************
>>> with parameters L=2, W=5. Will they be treated as the same in ALPS? Or the graph equals as L=5,W=2 open ladder?
>>>
>>> Thanks a lot!
>>>
>>> Best regards,
>>> Rongyang Sun
>>>
>>>
>>>
>>>
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>>
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