Projects / TRIP / Releases

RSS All releases of TRIP

  •  14 Apr 2014 20:33

Release Notes: There are bugfixes in the OpenMP statements. Several bugs and memory leaks were fixed. The array of strings can be declared and assigned in one step.

  •  28 Nov 2013 23:40

Release Notes: Several features have been introduced, including numerical matrices (double, quadruple, and multiple precision) and quadruple precision FFT. Compensated summation is supported in the function sum and integral. The "for" loop supports the OpenMP statement. Several bugs have been fixed.

Release Notes: TRIP now supports computers with up to 1,024 cores (instead of 255). Scalability has been improved on large NUMA computers. The SCSCP server now supports version 1.2 of the protocol SCSCP. The function integnum may return the results as an array of numerical vectors. Several bugs have been fixed.

  •  08 Mar 2012 23:32

Release Notes: Several features have been introduced, such as error, try/catch, typeof, _integnum, and integnumfcn. The statement read now supports text files with columns of strings. Completion for keywords and subroutines is available on the command line. The statement pause is able to return to the prompt line if the user enters the character q or e. Several bugs have been fixed.

  •  05 Sep 2011 09:51

Release Notes: The scalability on computers with more than 32 cores was improved. Several bugs and memory leaks were fixed. There are bugfixes in the SCSCP protocol.

  •  07 Apr 2011 21:16

Release Notes: The scalability on computers with more than 32 cores was improved. Several bugs and memory leaks were fixed.

  •  04 Oct 2010 11:40

Release Notes: Several bugs and memory leaks were fixed. The coef_num and coef_ext functions support arrays of series.

  •  08 Sep 2010 21:54

Release Notes: The functions coef_num and coef_ext and the loop statement 'sum' were added. The private keyword is now supported in the loop statement. Several bugs were fixed (memory leaks, hangs with some operators).

  •  28 Jun 2010 13:31

Release Notes: Large improvements in the multiplication of sparse polynomials have been done. Two new representations of sparse polynomials have been added. There are many bugfixes in the SCSCP protocol and in the numerical mode NUMPFMP.

  •  15 Jun 2010 22:11

Release Notes: Large improvements in the multiplication of sparse polynomials have been done. Two new representations of sparse polynomials have been added. There are many bugfixes in the SCSCP protocol and in the numerical mode NUMPFMP.

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