On Aug 18, 2008, at 11:52 PM, Andrew Ross wrote:
> On Mon, Aug 18, 2008 at 10:09:42PM -0700, Alan Irwin wrote:
>> On 2008-08-18 21:32-0700 Alan W. Irwin wrote:
>>
>>> On 2008-08-18 20:17-0700 Jerry wrote:
As I see it, the first thing that has to be reckoned with is why
x29c.c is
On Mon, Aug 18, 2008 at 10:09:42PM -0700, Alan Irwin wrote:
> On 2008-08-18 21:32-0700 Alan W. Irwin wrote:
>
> > On 2008-08-18 20:17-0700 Jerry wrote:
> >>
> >> As I see it, the first thing that has to be reckoned with is why x29c.c is
> >> mislabeling the axis on OS X. I've pasted a screen shot
On 2008-08-18 21:32-0700 Alan W. Irwin wrote:
> On 2008-08-18 20:17-0700 Jerry wrote:
>>
>> As I see it, the first thing that has to be reckoned with is why x29c.c is
>> mislabeling the axis on OS X. I've pasted a screen shot as a PDF but I
>> suppose it won't survive the list mail process.
>
> No
On 2008-08-18 20:17-0700 Jerry wrote:
>
> As I see it, the first thing that has to be reckoned with is why x29c.c is
> mislabeling the axis on OS X. I've pasted a screen shot as a PDF but I
> suppose it won't survive the list mail process.
No, it got attached fine, but its first label is 1970-01
On Aug 18, 2008, at 5:04 PM, Alan W. Irwin wrote:
On 2008-08-18 16:04-0700 Jerry wrote:
On Aug 17, 2008, at 11:43 PM, Andrew Ross wrote:
Jerry,
I'm not quite sure what your latest commit is intended to do? It
certainly doesn't reproduce the C results for me.
The plplot time functions use
On 2008-08-18 16:04-0700 Jerry wrote:
> On Aug 17, 2008, at 11:43 PM, Andrew Ross wrote:
>>
>> Jerry,
>>
>> I'm not quite sure what your latest commit is intended to do? It
>> certainly doesn't reproduce the C results for me.
>>
>> The plplot time functions use 0.0 to represent January 1, 1970.
>>
On Aug 17, 2008, at 11:43 PM, Andrew Ross wrote:
>
> Jerry,
>
> I'm not quite sure what your latest commit is intended to do? It
> certainly doesn't reproduce the C results for me.
>
> The plplot time functions use 0.0 to represent January 1, 1970.
> This is
> the usual unix convention for the ep
Jerry,
I'm not quite sure what your latest commit is intended to do? It
certainly doesn't reproduce the C results for me.
The plplot time functions use 0.0 to represent January 1, 1970. This is
the usual unix convention for the epoch in C time functions. You have
set xmin to be 0.0 by subtracti
I have made Ada example 29 once again generate identical PS to C.
However, I don't understand what is going on in the C example. The
code sets up the initial time of the plot to be December 1, 2005, but
the horizontal label on the plot begins on January 1, 1970.
Jerry
On Aug 14, 2008, at 1
On 2008-08-14 19:51+0100 Andrew Ross wrote:
> [...]I have put some effort into cleaning up the examples
> and adding missing functions in the language bindings. As a result I now
> get complete agreement between the C, C++, f77 and f95 examples. This is
> a great step forward. The octave, java and
On Thu, Aug 07, 2008 at 04:20:40PM +0100, Andrew Ross wrote:
>
> I have added a new script to the ctest suite. This will run after all
> the existing tests and will compare the postscript output from the
> different language bindings.
>
> For each binding present (other than C) it will list
> 1
On 2008-08-07 16:20+0100 Andrew Ross wrote:
>
> I have added a new script to the ctest suite. This will run after all
> the existing tests and will compare the postscript output from the
> different language bindings.
>
> For each binding present (other than C) it will list
> 1) Examples that are
On Thu, Aug 07, 2008 at 04:20:40PM +0100, Andrew Ross wrote:
>
> I have added a new script to the ctest suite. This will run after all
> the existing tests and will compare the postscript output from the
> different language bindings.
>
> For each binding present (other than C) it will list
> 1
I have added a new script to the ctest suite. This will run after all
the existing tests and will compare the postscript output from the
different language bindings.
For each binding present (other than C) it will list
1) Examples that are missing compared to C
2) Examples that produce differen
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