Heinz,
The first thing I would consider is if really it is relavant to plot 155
000 data points, taking into account that neither the screen nor any
printing system can present such a resolution.
If you have 155 000 points they aremost likelycontaminated with noise.
You could approximate them w
On 10.04.2019, at 21:17, Heinz Nabielek wrote:
>
> On 10.04.2019, at 20:21, Stéphane Mottelet wrote:
>>
>>
>>
>>> Le 10 avr. 2019 à 20:07, Heinz Nabielek a écrit :
>>>
>>> Scilab created graphs can be quickly imported into documents via the
>>> Clipboard, but their quality is poor with jag
On 10.04.2019, at 20:21, Stéphane Mottelet wrote:
>
>
>
>> Le 10 avr. 2019 à 20:07, Heinz Nabielek a écrit :
>>
>> Scilab created graphs can be quickly imported into documents via the
>> Clipboard, but their quality is poor with jagged lines and wobbly fonts.
>>
>> High quality graphs can b
> Le 10 avr. 2019 à 20:07, Heinz Nabielek a écrit :
>
> Scilab created graphs can be quickly imported into documents via the
> Clipboard, but their quality is poor with jagged lines and wobbly fonts.
>
> High quality graphs can be created when exporting to pdf. However, with my
> 155,000 dat
Le 10/04/2019 à 20:07, Heinz Nabielek a écrit :
Scilab created graphs can be quickly imported into documents via the Clipboard,
but their quality is poor with jagged lines and wobbly fonts.
High quality graphs can be created when exporting to pdf. However, with my
155,000 data points, I end up
Scilab created graphs can be quickly imported into documents via the Clipboard,
but their quality is poor with jagged lines and wobbly fonts.
High quality graphs can be created when exporting to pdf. However, with my
155,000 data points, I end up with an error message:
"An error occurred during