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Refactor: add unittest for spillage/api.py #96

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merged 2 commits into from
Sep 29, 2024
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@kirk0830 kirk0830 commented Sep 29, 2024

Summary by CodeRabbit

  • New Features

    • Introduced a new function for calculating band indexes for orbital optimization.
    • Enhanced configurability of orbital optimization functions with additional parameters.
  • Bug Fixes

    • Updated handling of spillage coefficients with a deprecation warning for the previous method.
  • Tests

    • Added new unit tests to validate the functionality of key methods.

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coderabbitai bot commented Sep 29, 2024

📝 Walkthrough
📝 Walkthrough

Walkthrough

The pull request introduces significant updates to the SIAB/spillage/api.py file, focusing on optimizing orbital coefficients and band indexing. Key changes include the addition of a new _band_indexing function, updates to existing function signatures to accept orbital parameters, and the renaming of _initguess to _make_guess. The handling of spillage coefficients has been revised, and new unit tests have been added to ensure the functionality of the modified methods.

Changes

Files Change Summary
SIAB/spillage/api.py - Updated _coef_gen to clarify return values.
- Added _band_indexing for band index calculations.
- Modified _coef_opt_jy and _coef_opt_pw to accept orbparams.
- Renamed _initguess to _make_guess with updated parameters.
- New unit tests added for key functions.

Possibly related PRs

Poem

🐰 In the code where bunnies hop,
New functions bloom, and changes crop.
Coefficients dance, indexing bright,
Optimizations take their flight.
With tests in place, we cheer and play,
For a smoother code, hip-hip-hooray! 🎉


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Actionable comments posted: 5

🧹 Outside diff range and nitpick comments (1)
SIAB/spillage/api.py (1)

600-600: Simplify get method by omitting default None

When using dict.get(), the default return value is None if the key is not found. Explicitly specifying None is redundant.

Consider applying this diff to simplify the code:

-                                      siab_settings.get("spill_coefs", None))
+                                      siab_settings.get("spill_coefs"))
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🪛 Ruff

600-600: Use siab_settings.get("spill_coefs") instead of siab_settings.get("spill_coefs", None)

Replace siab_settings.get("spill_coefs", None) with siab_settings.get("spill_coefs")

(SIM910)

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Review profile: CHILL

📥 Commits

Files that changed from the base of the PR and between 173b64c and 60364fc.

📒 Files selected for processing (1)
  • SIAB/spillage/api.py (13 hunks)
🧰 Additional context used
🪛 Ruff
SIAB/spillage/api.py

122-122: f-string without any placeholders

Remove extraneous f prefix

(F541)


600-600: Use siab_settings.get("spill_coefs") instead of siab_settings.get("spill_coefs", None)

Replace siab_settings.get("spill_coefs", None) with siab_settings.get("spill_coefs")

(SIM910)


783-783: Ambiguous variable name: l

(E741)

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Actionable comments posted: 0

🧹 Outside diff range and nitpick comments (8)
SIAB/spillage/api.py (8)

Line range hint 36-65: LGTM! Consider enhancing error handling.

The changes to _coef_gen function look good. The removal of the value parameter simplifies the function, and the docstring has been updated accordingly.

Consider using a more specific exception for the lmax check:

-    if not isinstance(lmax, int):
-        raise ValueError("Expected lmax to be an integer")
+    if not isinstance(lmax, int) or lmax < 0:
+        raise ValueError("Expected lmax to be a non-negative integer")

This change would catch potential issues with negative lmax values early.


66-95: Great addition! Consider enhancing type hinting.

The new _band_indexing function is a valuable addition, providing flexibility in handling band indexes for different geometries. The implementation is concise and efficient.

Consider adding type hints to improve code readability and maintainability:

-def _band_indexing(nbands, indexes, folders):
+def _band_indexing(nbands: Union[int, List[int]], indexes: List[int], folders: List[List[str]]) -> Union[int, List[range]]:

Also, add the necessary import at the top of the file:

from typing import Union, List

This change would make the function signature more explicit about the expected input and output types.


Line range hint 97-164: Good updates! Consider enhancing the deprecation warning.

The changes to _coef_opt_jy function look good. The updated parameter handling and the renaming of _initguess to _make_guess improve code clarity.

Consider using the warnings module for the deprecation warning:

+import warnings

 def _coef_opt_jy(rcut, orbparams, folders, options, nthreads, spill_coefs = None):
     # ... (existing code)
     if spill_coefs:
-        print("ORBGEN: For jy, spill_coefs is deprecated.", flush = True)
+        warnings.warn("ORBGEN: For jy, spill_coefs is deprecated and will be removed in a future version.", DeprecationWarning, stacklevel=2)

This change provides a more standard way of handling deprecations and allows users to control the visibility of deprecation warnings.


Line range hint 165-228: Good updates! Consider enhancing parameter handling.

The changes to _coef_opt_pw function are consistent with the updates in _coef_opt_jy and improve the handling of spill_coefs.

Consider using a tuple instead of a list for the default spill_coefs value, as it's immutable:

-    spill_coefs = [0.0, 1.0] if spill_coefs is None else spill_coefs
+    spill_coefs = (0.0, 1.0) if spill_coefs is None else tuple(spill_coefs)

This change ensures that the default value cannot be accidentally modified and makes it clear that the order and number of elements are fixed.


Line range hint 229-258: Good refactoring! Consider enhancing type hinting.

The renaming of _initguess to _make_guess and the updates to handle the new nzeta structure are good improvements. The implementation is concise and efficient.

Consider adding more specific type hints to improve code readability:

-def _make_guess(nzeta, folder, jy = True, diagnosis = True):
+def _make_guess(nzeta: List[List[int]], folder: str, jy: bool = True, diagnosis: bool = True) -> Dict[str, Any]:

Also, add the necessary imports at the top of the file:

from typing import List, Dict, Any

This change would make the function signature more explicit about the expected input and output types.


Line range hint 259-310: LGTM! Consider minor formatting improvements.

The changes to _do_onion_opt function are mostly cosmetic and do not affect the functionality. The variable renaming improves clarity slightly.

Consider adjusting the formatting of the long print statement for better readability:

-        print(f"""ORBGEN: optimization on level {iorb + 1} (with # of zeta functions for each l: {nzeta_}), 
-        based on orbital ({nzeta_inner})""", flush = True)
+        print(f"""ORBGEN: optimization on level {iorb + 1} \
+(with # of zeta functions for each l: {nzeta_}), \
+based on orbital ({nzeta_inner})""", flush=True)

This change improves the readability of the multi-line f-string and maintains consistent indentation.


311-344: Good updates! Consider enhancing type hinting.

The changes to _coef_opt function improve clarity and flexibility by using more explicit parameter passing. The updated implementation correctly uses the new parameters.

Consider adding type hints to improve code readability and maintainability:

-def _coef_opt(rcut, orbparams, folders, maxiter, nthreads, jy, spill_coefs = None):
+def _coef_opt(rcut: float, orbparams: List[Dict[str, Any]], folders: List[List[str]], 
+              maxiter: int, nthreads: int, jy: bool, spill_coefs: Optional[List[float]] = None) -> List[List[List[float]]]:

Also, add the necessary imports at the top of the file:

from typing import List, Dict, Any, Optional

This change would make the function signature more explicit about the expected input and output types.


775-811: Great addition of test cases! Consider minor consistency improvements.

The new test methods test_coef_gen, test_band_indexing, and test_make_guess provide good coverage for the new and modified functions. They check various scenarios and edge cases, which is crucial for maintaining code quality.

For consistency, consider using self.assertEqual instead of self.assertSetEqual in the test_make_guess method:

-        self.assertSetEqual(guess["nzeta"], [3, 3, 2])
+        self.assertEqual(guess["nzeta"], [3, 3, 2])

This change maintains consistency with the assertion style used in other test methods.

🧰 Tools
🪛 Ruff

783-783: Ambiguous variable name: l

(E741)

📜 Review details

Configuration used: CodeRabbit UI
Review profile: CHILL

📥 Commits

Files that changed from the base of the PR and between 60364fc and 25235f0.

📒 Files selected for processing (1)
  • SIAB/spillage/api.py (13 hunks)
🧰 Additional context used
📓 Learnings (1)
SIAB/spillage/api.py (3)
Learnt from: kirk0830
PR: kirk0830/ABACUS-ORBGEN#96
File: SIAB/spillage/api.py:783-783
Timestamp: 2024-09-29T07:56:50.811Z
Learning: When `l` is used as a variable for angular momentum, do not flag it as ambiguous.
Learnt from: kirk0830
PR: kirk0830/ABACUS-ORBGEN#91
File: SIAB/spillage/api.py:179-179
Timestamp: 2024-09-26T05:29:36.499Z
Learning: In this codebase related to quantum physics and chemistry, using `l` as a variable name for angular momentum is widely accepted and conventional, so recommendations to avoid using `l` are unnecessary.
Learnt from: kirk0830
PR: kirk0830/ABACUS-ORBGEN#96
File: SIAB/spillage/api.py:594-594
Timestamp: 2024-09-29T07:57:45.713Z
Learning: In cases where there is no valid information to retrieve the element (e.g., when 'folders' is empty or improperly structured), the program should raise an error to inform the user.
🪛 Ruff
SIAB/spillage/api.py

600-600: Use siab_settings.get("spill_coefs") instead of siab_settings.get("spill_coefs", None)

Replace siab_settings.get("spill_coefs", None) with siab_settings.get("spill_coefs")

(SIM910)


783-783: Ambiguous variable name: l

(E741)

🔇 Additional comments (1)
SIAB/spillage/api.py (1)

Line range hint 1-1137: Overall, excellent improvements to the codebase!

The changes in this file significantly enhance the structure and functionality of the orbital optimization process. The new functions (_band_indexing) and modifications to existing ones (_coef_gen, _coef_opt_jy, _coef_opt_pw, _make_guess, _coef_opt) improve flexibility and clarity. The added test cases provide good coverage for these changes, which is crucial for maintaining code quality.

The refactoring of parameter handling, particularly the shift from siab_settings to more explicit parameters, improves the overall design and makes the code more maintainable. The consistent use of type hinting throughout the file would further enhance readability and catch potential type-related issues early.

Keep up the great work!

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