Closed Nijaid closed 5 years ago
Hi Nijaid.
Do you have a subset of the code ? There is several points where it could go wrong :
Here is my input. From what I can see, I did follow those specifications.
ogle = telescopes.Telescope(name='OGLE', camera_filter='I', light_curve_magnitude=ogle_dat) myevent.telescopes.append(ogle)
spitz3[:, 0] += 2450000.0 # pyLIMA requires HJD
spitzer = telescopes.Telescope(name='SPITZER', camera_filter='IRAC1',light_curve_flux=spitz3)
spitzer.location = 'Space'
spitzer.spacecraft_name = 'Spitzer'
myevent.telescopes.append(spitzer)
Try with lightcurve_magnitude and lightcurve_flux instead of light_curve_magnitude and light_curve_flux
light_curve_magnitude
and light_curve_flux
are the keywords for initializing the telescope object, though. Do you mean specifying it after initialization?
If I try telescopes.Telescope(name='OGLE', camera_filter='I', lightcurve_magnitude=ogle_dat)
I get TypeError: __init__() got an unexpected keyword argument 'lightcurve_magnitude'
Ah yes sorry you right, forgot what I said. What are the format of your Spitzer flux? If this is difference flux (i.e you have some negative values) you might want to add a reference_flux to obtain positive values. Also, you can set clean_the_lightcurve='No' to avoid automatic outlier rejection.
The flux is in arbitrary units, but they're all positive. I also tried turning off the cleaning, but obtained the same results.
Did you set the event.ra and event.dec?
Also, what is you DE_population? What is your parallax model? Did you set t0_par close to the event peak?
I did set the RA and DEC, although I didn't show it when copying the code above. The parallax model is 'Full' and I set t0_par as the rounded value of the non-parallax fit t0, as was done in Example 5. However, I don't know how to check what the DE_population is.
Hi Nijaid
If you send me the materials you use, I can have a closer look to what went wrong.
Cheers
On Mon, Jun 24, 2019 at 2:46 PM Nijaid Arredondo notifications@github.com wrote:
I did set the RA and DEC, although I didn't show it when copying the code above. The parallax model is 'Full' and I set t0_par as the rounded value of the non-parallax fit t0, as was done in Example 5.
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Sure, could you let me know the email to send it to? Thank you very much for working on this.
On Mon, Jun 24, 2019, 2:51 PM ebachelet notifications@github.com wrote:
Hi Nijaid
If you send me the materials you use, I can have a closer look to what went wrong.
Cheers
On Mon, Jun 24, 2019 at 2:46 PM Nijaid Arredondo <notifications@github.com
wrote:
I did set the RA and DEC, although I didn't show it when copying the code above. The parallax model is 'Full' and I set t0_par as the rounded value of the non-parallax fit t0, as was done in Example 5.
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Is this resolve now?
It is! Thank you for letting me know how to constrain the parameters.
On Tue, Jun 25, 2019 at 10:48 AM ebachelet notifications@github.com wrote:
Is this resolve now?
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For the record, to constrain a parameter i for the DE fit:
Model.parameters_boundaries[i] = [min_i,max_i]
When fitting a PSPL event with parallax using Earth and Space telescopes, the DE method fails to give a sensible solution, converging upon something with parameters way off from the non-parallax with LM fit, even outputting 'nan' for the parameter errors. How can I start looking for what is going wrong? If it's of any help, the Space data is mostly at the event peak, while the Earth data covers the peak and baseline. Also, the Space data is entered in as flux rather than magnitude.