Upgrade adam_core

setup.cfg

@@ -31,7 +31,7 @@ setup_requires =
     wheel
     setuptools_scm >= 6.0
 install_requires =
-    adam-core @ git+https://github.com/B612-Asteroid-Institute/adam_core@c8f5aae352308ccd97c512c8d8e0a2e17c86ee18#egg=adam_core
+    adam-core @ git+https://github.com/B612-Asteroid-Institute/adam_core@ak/remove-pyoorb#egg=adam_core
     astropy >= 5.3.1
     astroquery
     difi

thor/main.py

@@ -7,7 +7,7 @@
 
 import quivr as qv
 import ray
-from adam_core.propagator import PYOORB
+from adam_core.propagator.adam_pyoorb import PYOORBPropagator as PYOORB
 from adam_core.ray_cluster import initialize_use_ray
 
 from .checkpointing import create_checkpoint_data, load_initial_checkpoint_values

thor/orbit.py

@@ -18,7 +18,8 @@
 )
 from adam_core.observers import Observers
 from adam_core.orbits import Ephemeris, Orbits
-from adam_core.propagator import PYOORB, Propagator
+from adam_core.propagator import Propagator
+from adam_core.propagator.adam_pyoorb import PYOORBPropagator as PYOORB
 from adam_core.ray_cluster import initialize_use_ray
 from adam_core.time import Timestamp
 
@@ -231,7 +232,6 @@ def generate_ephemeris(
             observers,
             max_processes=max_processes,
             chunk_size=1,
-            parallel_backend="ray",
         )
 
     def generate_ephemeris_from_observations(

thor/orbit_selection.py

@@ -13,7 +13,8 @@
 from adam_core.coordinates import KeplerianCoordinates
 from adam_core.observers import Observers
 from adam_core.orbits import Ephemeris, Orbits
-from adam_core.propagator import PYOORB, Propagator
+from adam_core.propagator import Propagator
+from adam_core.propagator.adam_pyoorb import PYOORBPropagator as PYOORB
 from adam_core.propagator.utils import _iterate_chunks
 from adam_core.ray_cluster import initialize_use_ray
 from adam_core.time import Timestamp

thor/orbits/attribution.py

@@ -11,7 +11,8 @@
 import ray
 from adam_core.coordinates.residuals import Residuals
 from adam_core.orbits import Orbits
-from adam_core.propagator import PYOORB, Propagator
+from adam_core.propagator import Propagator
+from adam_core.propagator.adam_pyoorb import PYOORBPropagator as PYOORB
 from adam_core.propagator.utils import _iterate_chunk_indices, _iterate_chunks
 from adam_core.ray_cluster import initialize_use_ray
 from sklearn.neighbors import BallTree

thor/orbits/iod.py

@@ -12,7 +12,8 @@
 import ray
 from adam_core.coordinates.residuals import Residuals
 from adam_core.orbit_determination import OrbitDeterminationObservations
-from adam_core.propagator import PYOORB, Propagator
+from adam_core.propagator import Propagator
+from adam_core.propagator.adam_pyoorb import PYOORBPropagator as PYOORB
 from adam_core.propagator.utils import _iterate_chunk_indices, _iterate_chunks
 from adam_core.ray_cluster import initialize_use_ray
 

thor/orbits/od.py

@@ -12,7 +12,8 @@
 from adam_core.coordinates.residuals import Residuals
 from adam_core.orbit_determination import OrbitDeterminationObservations
 from adam_core.orbits import Orbits
-from adam_core.propagator import PYOORB, Propagator, _iterate_chunks
+from adam_core.propagator import Propagator, _iterate_chunks
+from adam_core.propagator.adam_pyoorb import PYOORBPropagator as PYOORB
 from adam_core.propagator.utils import _iterate_chunk_indices
 from adam_core.ray_cluster import initialize_use_ray
 from scipy.linalg import solve

thor/orbits/state_transition.py

@@ -1,6 +1,9 @@
 import numpy as np
-from adam_core import dynamics
 from adam_core.constants import Constants as c
+from adam_core.dynamics.lagrange import (
+    apply_lagrange_coefficients,
+    calc_lagrange_coefficients,
+)
 
 __all__ = ["calcMMatrix", "calcStateTransitionMatrix"]
 
@@ -152,11 +155,11 @@ def calcStateTransitionMatrix(
     #   Here alpha is defined as 1 / a where a is the semi-major axis of the orbit
     alpha = -(v0_mag**2) / mu + 2 / r0_mag
 
-    lagrange_coeffs, stumpff_coeffs, chi = dynamics.calc_lagrange_coefficients(
+    lagrange_coeffs, stumpff_coeffs, chi = calc_lagrange_coefficients(
         r0, v0, dt, mu=mu, max_iter=max_iter, tol=tol
     )
     f, g, f_dot, g_dot = lagrange_coeffs
-    r1, v1 = dynamics.apply_lagrange_coefficients(r0, v0, *lagrange_coeffs)
+    r1, v1 = apply_lagrange_coefficients(r0, v0, *lagrange_coeffs)
     M = calcMMatrix(r0, r1, lagrange_coeffs, stumpff_coeffs, chi, alpha, mu=mu)
 
     # Construct the 3 x 2 state matrices with the position vector

thor/range_and_transform.py

@@ -10,7 +10,8 @@
     OriginCodes,
     transform_coordinates,
 )
-from adam_core.propagator import PYOORB, Propagator
+from adam_core.propagator import Propagator
+from adam_core.propagator.adam_pyoorb import PYOORBPropagator as PYOORB
 from adam_core.ray_cluster import initialize_use_ray
 
 from .observations.observations import Observations