Here is the latest bit from my Google Summer of Code Project. dsolve
can now solve first order equations that can be written as y' == f(y/
x). These are called first order homogeneous differential equations.
This will also have exact and my logcombine function in it, since
neith
Hi Aaron!
On Fri, May 29, 2009 at 11:54 PM, Aaron S. Meurer wrote:
>
> Here is the latest bit from my Google Summer of Code Project. dsolve
> can now solve first order equations that can be written as y' == f(y/
> x). These are called first order homogeneous differential
itten as y' == f(y/
>> x). These are called first order homogeneous differential equations.
>> This will also have exact and my logcombine function in it, since
>> neither of those seems to have made it in yet.
>>
>> Please pull from http://github.com/asmeurer/symp
my Google Summer of Code Project. dsolve
>>> can now solve first order equations that can be written as y' == f(y/
>>> x). These are called first order homogeneous differential equations.
>>> This will also have exact and my logcombine function in it, since
>>&g
> wrote:
>>>>
>>>> Here is the latest bit from my Google Summer of Code Project.
>>>> dsolve
>>>> can now solve first order equations that can be written as y' ==
>>>> f(y/
>>>> x). These are called first order homo
> I also left you lots of comments in the github branch itself, you can
> see them here:
>
> http://github.com/asmeurer/sympy/comments
>
> and usually they contain the exact line which I am commenting on.
>
> Fix most of the things using "git rebase -i", and if there are some
> bigger changes, fee
On Sun, May 31, 2009 at 1:32 PM, Aaron S. Meurer wrote:
>
>> I also left you lots of comments in the github branch itself, you can
>> see them here:
>>
>> http://github.com/asmeurer/sympy/comments
>>
>> and usually they contain the exact line which I am commenting on.
>>
>> Fix most of the things
