actually test the etc...for crires+!

src/scope/calc_quantities.py

@@ -93,12 +93,14 @@ def calc_snr(param, args, data):
             data["P_rot"] * (data["phase_end"] - data["phase_start"]) * 24 * 3600
         )  # in seconds
         exptime = duration / n_exposures - detector_reset_time
+        teff = data["Teff_star"]
+        logg = data["logg_star"]
         # ok this is pretty good lol
 
         if instrument == "IGRINS":
             snr = scrape_igrins_etc(kmag, exptime)
         elif instrument == "CRIRES+":
-            snr = scrape_crires_plus_etc(kmag, exptime)
+            snr = scrape_crires_plus_etc(kmag, teff, logg, exptime)
         else:
             logger.error(f"Unknown instrument {instrument}!")
         # need to construct a JSON object to send to the CRRIES+ SNR calculator.

src/scope/input.txt

@@ -10,11 +10,11 @@
 #·······································:
 Created:                2024-08-15
 Author:                 Arjun Savel!
-Planet name:            WASP-76 b
+Planet name:            WASP-166 b
 
 # Simulation setup
 
-modelname              wasp_166_150seed_ld          # name of the model. used for saving the output files.
+modelname              wasp166_test          # name of the model. used for saving the output files.
 seed                   150               # seed for the random number generator when generating noisy data. set to None for a random seed.
 log_level              DEBUG              # logging level above which statements are printed. Supported levels are ``DEBUG``, ``INFO``, ``WARNING``, ``ERROR``, and ``CRITICAL``.
 
@@ -33,6 +33,8 @@ b                      DATABASE          # impact parameter of the planet's orbi
 Rstar                  DATABASE          # stellar radius, in solar radii. [DB]
 Mstar                  DATABASE          # stellar mass, in solar masses. [DB]
 Kmag                   DATABASE          # K-band magnitude of the star. [DB]
+Teff_star              DATABASE          # effective temperature of the star, in K. [DB]
+logg_star              DATABASE          # surface gravity of the star, in cm/s^2. [DB]
 kp                     128.1              # expected planetary orbital velocity assuming circular orbit, in km/s. input NULL if you'd like to calculate from orbital parameters.
 v_sys                  0.0          # systemic velocity, in km/s.  [DB]
 v_rot                  NULL              # equatorial rotational velocity. input NULL if you'd like to calculate from orbital parameters.
@@ -48,7 +50,7 @@ lambda_misalign        0                 # misalignment angle of the planet's or
 inc                    90.0              # inclination of the planet's orbit with respect to the line of sight, in degrees. only matters if include_rm is set to True. and observation is set to transmission.
 
 # Instrument Parameters
-instrument             IGRINS        # name of the spectrograph to simulate. currently spectrographs are ``IGRINS`` and ``CRIRES+``.
+instrument             CRIRES+        # name of the spectrograph to simulate. currently spectrographs are ``IGRINS`` and ``CRIRES+``.
 blaze                  True          # whether to include a blaze function or not.
 wav_error              False         # whether to include wavelength solution errors or not.
 order_dep_throughput   True          # whether to include order-dependent throughput variations.

src/scope/input_output.py

@@ -43,6 +43,8 @@ def __init__(self, message="scope input file error:"):
     "v_rot_star": "st_vsin",
     "b": "pl_imppar",
     "Kmag": "sy_kmag",
+    "Teff_star": "st_teff",
+    "logg_star": "st_logg",
 }
 
 
@@ -215,6 +217,8 @@ def parse_input_file(
         "Mp",
         "peri",
         "Kmag",
+        "Teff_star",
+        "logg_star",
     ]
 
     # Convert values to appropriate types