Correcting references to old pystare temporal API.

Author: Michael Lee Rilee

README.md

@@ -4,6 +4,15 @@ Basic python-based visualization for the [Spatio Temporal Adaptive Resolution En
 
 Contact: [Michael Rilee](mike@rilee.net), Rilee Systems Technologies LLC.
 
+# Dependencies
+
+This package depends on several packages that may not be in PyPI.
+
+* STARE
+* meshplot
+
+Conda-forge should work for installing these.
+
 # Acknowledgment
 
 2018-2021 STARE development supported by NASA/ACCESS-17.

pystareplotlib/pystareplotlib.py

@@ -433,13 +433,18 @@ def __init__(self
                 triple   = numpy.concatenate(pystare.to_temporal_triple_tai(self.tiv))
                 # print(triple)
                 # print(type(triple))
-                t_triple = pystare.to_JulianTAI(triple)
+                #old t_triple = pystare.to_JulianTAI(triple)
+                t_triple = pystare.to_julian_date(triple,'tai')
+
             elif tiv_representation =='ms': 
                 triple = numpy.concatenate(pystare.to_temporal_triple_ms(self.tiv))
-                t_triple = pystare.to_JulianTAI(triple)
+                #old t_triple = pystare.to_JulianTAI(triple)
+                t_triple = pystare.to_julian_date(triple,'tai')
+                
             else: # 'ms-utc'
                 triple = numpy.concatenate(pystare.to_temporal_triple_ms(self.tiv))
-                t_triple = pystare.to_JulianUTC(triple)
+                #old t_triple = pystare.to_JulianUTC(triple)
+                t_triple = pystare.to_julian_date(triple,'utc')
 
             self.t_lo = ( t_triple[0][0] + t_triple[1][0] ) / tiv_scale + tiv_offset
             self.t_mi = ( t_triple[0][1] + t_triple[1][1] ) / tiv_scale + tiv_offset