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Parsing local and cloud SEG-Y files with new I/O library #381
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Removed the list type check from the text_header setter in accessor.py. The application now expects a string input instead of a list, simplifying the validation process.
Removed the list type check from the text_header setter in accessor.py. The application now expects a string input instead of a list, simplifying the validation process.
Removed the list type check from the text_header setter in accessor.py. The application now expects a string input instead of a list, simplifying the validation process.
Simplify `header_scan_worker` and `trace_worker` in SEG-Y module by removing unused imports and streamlining parameter list. Update functions to work directly with `SegyFile` instances and clean up data handling logic for efficiency.
Refactor the parsing functions in `src/mdio/segy/parsers.py` to simplify the codebase and improve maintainability. Redundant functions such as `parse_binary_header`, `parse_text_header`, and `get_trace_count` have been removed, while imports have been condensed to only essential modules. The `NUM_CORES` logic is updated to count logical cores instead of just physical ones.
Removed unused imports and functions in the SEG-Y converter module to enhance code maintainability. Simplified the arguments for the `segy_to_mdio` function to increase ease of use and readability. Reduced complexity by utilizing `SegyFile` class for SEG-Y file operations.
The get_grid_plan function in utilities.py has been refactored to accept a SegyFile instance instead of individual parameters for the file path. Unused imports were eliminated, and type checking imports are now conditional, improving readability and modularity.
The changes involve major refactoring of the code base to use the 'segy' library instead of 'segyio'. Most notably, this included updating the handling of SEG-Y dtypes, byte order, and trace headers. Unused imports have been removed to clean up the code. A new multiprocessing chunk size has been introduced and set attributes to SegyFile instance instead of passing them as function arguments.
…y to make it work with 'segy'.
The segy package version has been updated from 0.0.13 to 0.0.14 in the pyproject.toml file. This upgrade was performed to update software dependencies and to integrate the latest bug fixes and features delivered with the new version.
The mdio_to_segy function in the MDIO converter has been updated with 'endianness' and 'sample_format' parameters. These parameters provide control over the endianness and sample format of the output SEG-Y file. Defaults for the parameters are set as Endianness.BIG and ScalarType.IBM32 respectively.
A new helper function, 'make_segy_factory', has been created to handle the generation of SegyFactory. This function accepts more parameters to provide better control over the creation of the SEG-Y based on the MDIO metadata. Changes also include updates in import declarations and reorganization of some code blocks in the 'mdio_spec_to_segy' function.
In the SegyFactory initialization within creation.py, the sample_interval parameter has been modified to be multiplied by 1000. This change ensures that the value is correctly represented in microseconds, aligning with the expected data format.
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