[gsoc] interest check for BigDecimal class

Hi, I am a student applying for GSoC 2009. I was always interested in a BigInteger class for c++ like the one provided by JAVA.i learnt that it was implemented in a previous year's GSoC. But i could not find it in the boost package i downloaded(i beg your pardon if i am wrong). Please let me know if there is scope to work on that. One more feature missing in boost is a BigDecimal class.Would it be good idea to implement the BigDecimal class with all their functionalities -overloading all arithmetic,assignement & comparison operators , functions for other basic operations. bye kannan

Hi, i learnt that it was
implemented in a previous year's GSoC. But i could not find it in the boost package i downloaded(i beg your pardon if i am wrong).
That library has not yet been included into Boost. You might want to view this GSoC 2007 page for Boost: http://code.google.com/soc/2007/boost/about.html Regards, Eugene Wee

AMDG kannan venkat wrote:
I am a student applying for GSoC 2009. I was always interested in a BigInteger class for c++ like the one provided by JAVA.i learnt that it was implemented in a previous year's GSoC. But i could not find it in the boost package i downloaded(i beg your pardon if i am wrong).
I don't know what it's status is. It hasn't been reviewed. The code is in svn http://svn.boost.org/svn/boost/sandbox/SOC/2007/bigint In Christ, Steven Watanabe

kannan venkat wrote: don if i am wrong). Please let me know if
there is scope to work on that. One more feature missing in boost is a BigDecimal class.Would it be good idea to implement the BigDecimal class with all their functionalities -overloading all arithmetic,assignement & comparison operators , functions for other basic operations.
Not sure what a "BigDecimal" type is meant to be, but seeing as though there is a potential candidate for a BigInt you could use that to produce an arbitrary precision interface type (this specific implementation will be rational). Some of the other developing projects such as the computational geometry libraries will in the long run require such a capability. Arash Partow ________________________________________________________ Be one who knows what they don't know, Instead of being one who knows not what they don't know, Thinking they know everything about all things. http://www.partow.net
participants (4)
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Arash Partow
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Eugene Wee
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kannan venkat
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Steven Watanabe