Pykep version bump to support 3.12

environment.yml

@@ -2,20 +2,20 @@ name: paseos
 channels:
   - conda-forge
 dependencies:
-  - dotmap>=1.3.30 # core non-optional dependency
-  - loguru>=0.6.0 # core non-optional dependency
-  - matplotlib>=3.6.0 # core non-optional dependency
-  - numpy==1.23.5 # core non-optional depedency
-  - myst-parser # for markdown math in docs
-  - pykep>=2.6 # core non-optional dependency
-  - pyquaternion>=0.9.9 # core non-optional dependency
-  - pytest # for tests
-  - pytest-asyncio # for tests involving activities
-  - python>=3.8 # core non-optional dependency
-  - scikit-spatial>=6.5.0 # core non-optional dependency
-  - skyfield>=1.45 # core non-optional dependency
-  - sphinx # for docs
-  - sphinx_rtd_theme # for docs
-  - toml>=0.10.2 # core non-optional dependency
-  - tqdm>=4.64.1 # core non-optional dependency
-  - trimesh>=4.0.7  # for geometric model
+  - python>=3.12  # Updated to support Python 3.12
+  - dotmap>=1.3.30  # Core non-optional dependency
+  - loguru>=0.6.0  # Core non-optional dependency
+  - matplotlib==3.10.0  # Core non-optional dependency
+  - numpy>=1.26.0  # Updated to latest major version for Python 3.12
+  - myst-parser  # For markdown math in docs
+  - pyquaternion>=0.9.9  # Core non-optional dependency
+  - pytest  # For tests
+  - pytest-asyncio  # For tests involving async activities
+  - scikit-spatial>=6.8.1  # Core non-optional dependency
+  - skyfield>=1.45  # Core non-optional dependency
+  - sphinx  # For docs
+  - sphinx_rtd_theme  # For docs
+  - toml>=0.10.2  # Core non-optional dependency
+  - tqdm>=4.64.1  # Core non-optional dependency
+  - trimesh>=4.0.7  # For geometric model
+  - pykep==2.6.4

paseos/central_body/central_body.py

@@ -98,7 +98,7 @@ def blocks_sun(self, actor, t: pk.epoch, plot=False) -> bool:
         Returns:
             bool: True if the central body blocks the sun
         """
-        logger.debug(f"Checking whether {actor} is in eclipse at {t}.")
+        logger.debug(f"Checking whether {actor} is in eclipse at {t.jd}.")
 
         # Compute central body position in solar reference frame
         r_central_body_heliocentric, _ = np.array(self._planet.eph(t))