Ondrej Certik wrote:
> On Sun, Nov 30, 2008 at 3:24 AM, Alan Bromborsky <[EMAIL PROTECTED]> wrote:
>
>> Ondrej Certik wrote:
>>
>>> On Sat, Nov 29, 2008 at 6:37 PM, Alan Bromborsky <[EMAIL PROTECTED]> wrote:
>>>
>>>
>>>> I am able to convert equations form latex to rst and reference them now
>>>> but referencing other entities is driving me crazy. How would you do
>>>> the following in sphinx (rst).
>>>>
>>>> Have a section of verbatim input (this I can do). Caption this input as
>>>>
>>>> 'Table 3. Blade multiplication table.'
>>>>
>>>> Have a reference to this table as 'Table 3' in my text (in the spirit of
>>>> latex). The sphinx manual is not very good with respect to when one
>>>> should or should not indent.
>>>>
>>>>
>>> Ok, I agree it is not perfect, but here is what I managed to come up with:
>>>
>>>
>>> .. _table3:
>>>
>>> .. figure:: something
>>> :alt: some text
>>>
>>> Bases blades in terms of bases.
>>>
>>> ::
>>>
>>> 1 = 1
>>> a0 = a0
>>> a1 = a1
>>> a2 = a2
>>> a0^a1 = {-(a0.a1)}1+a0a1
>>> a0^a2 = {-(a0.a2)}1+a0a2
>>> a1^a2 = {-(a1.a2)}1+a1a2
>>> a0^a1^a2 = {-(a1.a2)}a0+{(a0.a2)}a1+{-(a0.a1)}a2+a0a1a2
>>>
>>>
>>>
>>> Sending the whole .rst file as attachement --- it works for me. The
>>> figure is not so nicely delimited from the rest, but I think this is
>>> just a matter of a proper style in sphinx, so it could be fixed. We
>>> should ask on the sphinx list.
>>>
>>> But your file as a whole looks very good! After those little things
>>> are fixed, it will be very nice.
>>>
>>> Ondrej
>>>
>>>
>> Thank you. If I can get the references working in the LaTeX to rst
>> translator I will send it to you.
>>
>
> Thanks --- just implement it to produce the rst I suggested above --
> then you can get the job done and we can improve in the future.
>
> Ondrej
>
> >
>
>
I find the following does exactly what I want it to do although the
syntax is rather redundent. It is silly that you have to use :ref:`3
<table3>` everywhere you want to refer to table3. There should only be
one instance of the statement that links the symbol 3 to table3 and then
you should only have to say :ref:`table3`.
where :math:`A_{r}` is a multivector of grade :math:`r` and :math:`b` is
a vector. For
our example basis the result is shown in Table :ref:`3 <table3>`.
.. _table3:
::
1 = 1
a0 = a0
a1 = a1
a2 = a2
a0^a1 = {-(a0.a1)}1+a0a1
a0^a2 = {-(a0.a2)}1+a0a2
a1^a2 = {-(a1.a2)}1+a1a2
a0^a1^a2 = {-(a1.a2)}a0+{(a0.a2)}a1+{-(a0.a1)}a2+a0a1a2
Table :ref:`3 <table3>`. Bases blades in terms of bases
The important thing to notice about Table :ref:`3 <table3>` is that it is a
triagonal (lower triangular) system of equations so that using a simple back
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