planet getters exposed as attributes too

pykep/core.cpp

@@ -246,6 +246,22 @@ PYBIND11_MODULE(core, m) // NOLINT
     PYKEP3_EXPOSE_PLANET_GETTER(radius);
     PYKEP3_EXPOSE_PLANET_GETTER(safe_radius);
 
+#undef PYKEP3_EXPOSE_PLANET_GETTER
+
+// We also support the various quantities as attributes for compatibility with pykep 2 
+// and because its nicer syntax to have them as attributes.
+#define PYKEP3_EXPOSE_PLANET_ATTRIBUTE(name)                                                                            \
+    planet_class.def_property_readonly(                                                                                 \
+        #name, [](const kep3::planet &pl) { return pl.get_##name(); },                                                  \
+        pykep::planet_get_##name##_docstring().c_str());
+
+    PYKEP3_EXPOSE_PLANET_ATTRIBUTE(name);
+    PYKEP3_EXPOSE_PLANET_ATTRIBUTE(extra_info);
+    PYKEP3_EXPOSE_PLANET_ATTRIBUTE(mu_central_body);
+    PYKEP3_EXPOSE_PLANET_ATTRIBUTE(mu_self);
+    PYKEP3_EXPOSE_PLANET_ATTRIBUTE(radius);
+    PYKEP3_EXPOSE_PLANET_ATTRIBUTE(safe_radius);
+
 #undef PYKEP3_EXPOSE_PLANET_GETTER
 
     planet_class.def(

pykep/trajopt/_mga.py

@@ -70,7 +70,7 @@ def __init__(
 
             *t0* (:class:`list` [:class:`float` or :class:`~pykep.epoch`]): lower and upper bounds for the launch epoch. When floats are used MJD2000 is assumed.
 
-            *tof* (``list`` or ``float``): defines the bounds on the time of flight. If *tof_encoding* is 'direct', this contains a list
+            *tof* (:class:`list` or :class:`float`): defines the bounds on the time of flight. If *tof_encoding* is 'direct', this contains a list
             of 2D lists defining the upper and lower bounds on each leg. If *tof_encoding* is 'alpha',
             this contains a 2D list with the lower and upper bounds on the total time-of-flight. If *tof_encoding*
             is 'eta' tof is a float defining an upper bound for the time-of-flight.