adler cli updates

src/adler/adler.py

@@ -23,10 +23,11 @@ def runAdler(cli_args):
     logger.info("Calculating phase curves...")
 
     # now let's do some phase curves!
-    N_pc_fit = 5  # minimum number of data points to fit phase curve
+    N_pc_fit = 10  # minimum number of data points to fit phase curve
 
     # # operate on each filter in turn
     for filt in planetoid.filter_list:
+
         print("fit {} filter data".format(filt))
 
         # get the filter SSObject metadata
@@ -39,7 +40,8 @@ def runAdler(cli_args):
             model_name="HG12_Pen16",
         )
         print(pc)
-        print(pc.abs_mag, pc.phase_param)
+        print(pc.abs_mag)
+        print(pc.phase_param)
 
         # get the filter observations
         obs = planetoid.observations_in_filter(filt)
@@ -50,22 +52,32 @@ def runAdler(cli_args):
         # when fitting, consider only the previous observations (not tonight's)
         mjd = obs.midPointMjdTai
         obs_mask = mjd < int(np.amax(mjd))
+        # also drop any past outlying observations?
 
         print("total N obs = {}".format(len(mjd)))
         print("number of past obs = {}".format(sum(obs_mask)))
         print("number of tonight's obs = {}".format(sum(~obs_mask)))
 
         if sum(obs_mask) < N_pc_fit:
-            # use a simple default HG phase curve model
-            pc = PhaseCurve(abs_mag=sso.H * u.mag, phase_param=0.15, model_name="HG")
+            # use an assumed value of G12 until more data is available
+            pc_fit = PhaseCurve(abs_mag=sso.H * u.mag, phase_param=0.62, model_name="HG12_Pen16")
         else:
             # do a simple HG12_Pen16 fit to the past data
             pc_fit = pc.FitModel(alpha[obs_mask], red_mag[obs_mask], mag_err[obs_mask])
+            pc_fit = pc.InitModelSbpy(pc_fit)
 
         print(pc_fit)
+        print(pc_fit.abs_mag)
+        print(pc_fit.phase_param)
 
         # now check if the new observations are outlying
 
+        # also check for past observations that are outlying?
+
+        # output results
+        # flag outlying observations
+        # output the phase curve model parameters
+
 
 def main():
     parser = argparse.ArgumentParser(description="Runs Adler for select planetoid(s) and given user input.")