This PR is the second part of fixing "embedded text not getting merged
with inferred elements", the first part is done in
https://github.com/Unstructured-IO/unstructured-inference/pull/331.
### Summary
- replace `Rectangle.is_in()` with `Rectangle.is_almost_subregion_of()`
when removing pdfminer (embedded) elements that were merged with
inferred elements
- use env_config `EMBEDDED_TEXT_AGGREGATION_SUBREGION_THRESHOLD`
introduced in the [first
part](https://github.com/Unstructured-IO/unstructured-inference/pull/331)
when removing pdfminer (embedded) elements that were merged with
inferred elements
- bump `unstructured-inference` to 0.7.25
### Testing
PDF:
[pwc-financial-statements-p114.pdf](https://github.com/Unstructured-IO/unstructured/files/14707146/pwc-financial-statements-p114.pdf)
```
$ pip uninstall unstructured-inference -y
$ git clone -b fix/embedded-text-not-getting-merged-with-inferred-elements git@github.com:Unstructured-IO/unstructured-inference.git && cd unstructured-inference
$ pip install -e .
```
```
elements = partition_pdf(
filename="pwc-financial-statements-p114.pdf",
strategy="hi_res",
infer_table_structure=True,
extract_image_block_types=["Image"],
)
table_elements = [el for el in elements if el.category == "Table"]
print(table_elements[0].text)
```
---------
Co-authored-by: Antonio Jose Jimeno Yepes <antonio.jimeno@gmail.com>
Co-authored-by: ryannikolaidis <1208590+ryannikolaidis@users.noreply.github.com>
Co-authored-by: christinestraub <christinestraub@users.noreply.github.com>
**Summary**
This final PR in the "orig_elements" series adds the needful such that
`.metadata.orig_elements`, when present on a chunk (element), is
serialized to JSON when the chunk is serialized, for instance, to be
used in an HTTP response payload.
It also provides for deserializing such a JSON payload into chunks that
contain the `.orig_elements` metadata.
**Additional Context**
Note that `.metadata.orig_elements` is always `Optional[list[Element]]`
when in memory. However, those original elements are serialized as
Base64-encoded gzipped JSON and are in that form (str) when present as
JSON or as "element-dicts" which is an intermediate
serialization/deserialization format. That is, serialization is `Element
-> dict -> JSON` and deserialization is `JSON -> dict -> Element` and
`.orig_elements` are Base64-encoded in both the `dict` and `JSON` forms.
---------
Co-authored-by: scanny <scanny@users.noreply.github.com>
Change default values for table extraction - works in pair with
[this](https://github.com/Unstructured-IO/unstructured-api/pull/370)
`unstructured-api` PR
We want to move away from `pdf_infer_table_structure` parameter, in this
PR:
- We change how it's treated wrt `skip_infer_table_types` parameter.
Whether to extract tables from pdf now follows from the rule:
`pdf_infer_table_structure && "pdf" not in skip_infer_table_types`
- We set it to `pdf_infer_table_structure=True` and
`skip_infer_table_types=[]` by default
- We remove it from the examples in documentation
- We describe it as deprecated in favor of `skip_infer_table_types` in
documentation
More detailed description of how we want parameters to interact
- if `pdf_infer_table_structure` is False tables will never extracted
from pdf
- if `pdf_infer_table_structure` is True tables will be extracted from
pdf unless it's skipped via `skip_infer_table_types`
- on default `pdf_infer_table_structure=True` and
`skip_infer_table_types=[]`
---------
Co-authored-by: Filip Knefel <filip@unstructured.io>
Co-authored-by: ryannikolaidis <1208590+ryannikolaidis@users.noreply.github.com>
Co-authored-by: ds-filipknefel <ds-filipknefel@users.noreply.github.com>
Co-authored-by: Ronny H <138828701+ron-unstructured@users.noreply.github.com>
**Summary**
The serialization and deserialization (serde) of
`metadata.orig_elements` will be located in `unstructured.staging.base`
alongside `elements_to_json()` and other existing serde functions.
Improve the typing, readability, and structure of that module before
adding the new serde functions for `metadata.orig_elements`.
**Reviewers:** The commits are well-groomed and are probably quicker to
review commit-by-commit than as all files-changed at once.
Minor refactor after conversation with @scanny
Updates docstring and how chunking options are accessed.
`self._kwargs.get()` should only be used in the `lazyproperty`
definition of an instance's attribute. Other calls should use
`self.<attribute>`
Creates a compounding metric to represent table structure score. It is
an average of existing row and col index and content score.
This PR adds a new property to
`unstructured.metrics.table_eval.TableEvaluation`:
`composite_structure_acc`, which is computed from the element level row
and column index and content accuracy scores. This new metric is meant
to offer a single number to represent the performance of table structure
extraction model/algorithms.
This PR also refactors the eval computation logic so it uses a constant
`table_eval_metrics` instead of hard coding the name of the metrics in
multiple places in the code.
---------
Co-authored-by: qued <64741807+qued@users.noreply.github.com>
**Summary**
Add the actual behavior to populate `.metadata.orig_elements` during
chunking, when so instructed by the `include_orig_elements` option.
**Additional Context**
The underlying structures to support this, namely the
`.metadata.orig_elements` field and the `include_orig_elements` chunking
option, were added in closely prior PRs. This PR adds the behavior to
actually populate that metadata field during chunking when the option is
set.
Introduce `date_from_file_object` to `partition*` functions, by default
set to `False`.
If set to `True` and file is provided via `file` parameter, partition
will attempt to infer last modified date from `file`'s contents
otherwise last modified metadata will be set to `None`.
---------
Co-authored-by: Filip Knefel <filip@unstructured.io>
Co-authored-by: Ronny H <138828701+ron-unstructured@users.noreply.github.com>
Add features to `get_mean_grouping` to allow input as a list of
filenames in the format of List of strings or txt file.
---------
Co-authored-by: Ronny H <138828701+ron-unstructured@users.noreply.github.com>
**Summary**
Add `include_orig_elements: bool = True` as a new chunking option. This
PR does not implement _adding_ original elements to chunks, only
accepting this parameter as a chunking option and assigning `True` to it
as a default value when it is omitted as a keyword argument.
Note this will need to be added in other repositories as well in order
to fully support this new option by all access methods. In particular it
will need to be added in `unstructured-api` in order to become available
via the SDKs.
**Summary**
Some typing modernization in `elements.py` which will get changes to add
the `orig_elements` metadata field.
Also some additions to `unit_util.py` to enable simplified mocking that
will be required in the next PR.
Files were being created as a side effect from running tests in
`test_unstructured/metrics/test_evaluate.py`. The updated decorator
removes the created directory and its files after the tests run.
Testing
on the main branch, run `make test` or `pytest
test_unstructured/metrics/test_evaluate.py` and files will be created.
On this branch no files are created
**Summary**
Add `metadata.is_continuation = True` to metadata of second-and-later
text-split chunks formed from an oversized non-table element. Previously
this metadata was only present on text-split `TableChunk` elements.
This enables downstream filtering of intentionally redundant metadata on
chunk elements that may not be desired for all purposes.
---------
Co-authored-by: scanny <scanny@users.noreply.github.com>
This PR redefines the `table_level_acc` metric as follow:
- for each predicted table use sequence matching ratio as its accuracy
- as a prerequisite for the sequence matching we sort the table cells by
row then column for both predicted and ground truth to ensure they are
ordered the same
- average all predicted table accuracy
- any prediction without a matching ground truth (false positive) would
decrease the score
- prediction that splits ground truth into smaller tables would also
have low score with perfectly equal splits having lowest score
This new definition makes the new metric a value between 0 and 1 per
file. This replaces the existing definition where the metric is defined
as (the number of predicted table that has a match to ground truth) to
(the number of ground truth table). This existing metric actually gives
higher values for predictions that splits tables and can be higher than
1. The new definition prefers predictions that do not split ground truth
tables.
**Summary**
Fixes: #2308
**Additional context**
Through a somewhat deep call-chain, partitioning a file-like object
(e.g. io.BytesIO) having its `.name` attribute set to a path not
pointing to an actual file on the local filesystem would raise
`FileNotFoundError` when the last-modified date was being computed for
the document.
This scenario is a legitimate partitioning call, where `file.name` is
used downstream to describe the source of, for example, a bytes payload
downloaded from the network.
**Fix**
- explicitly check for the existence of a file at the given path before
accessing it to get its modified date. Return `None` (already a
legitimate return value) when no such file exists.
- Generally clean up the implementations.
- Add unit tests that exercise all cases.
---------
Co-authored-by: John <43506685+Coniferish@users.noreply.github.com>
The current way table structure metrics are computed does not cover
cases when none table is found and all stats are empty.
This PR fixes this + adds some hardenning tests for table eval
processor.
---------
Co-authored-by: Yao You <theyaoyou@gmail.com>
Linting and typing fixes, and add tests to improve test coverage in
utils.py
On the main branch, run `coverage run -m pytest
test_unstructured/test_utils.py` and then `coverage report -m
unstructured/utils.py` to see test coverage for `utils.py`. Check out to
this branch and do the same. The percent coverage should increase to 88%
---------
Co-authored-by: David Potter <potterdavidm@gmail.com>
**Summary**
This is the final step in adding pluggable chunking-strategies. It
introduces the `chunk()` function to replace calls to strategy-specific
chunkers in the `@add_chunking_strategy` decorator. The `chunk()`
function then uses a mapping of chunking-strategy names (e.g.
"by_title", "basic") to chunking functions (chunkers) to dispatch the
chunking call. This allows other chunkers to be added at runtime rather
than requiring a code change, which is what "pluggable" chunkers is.
**Additional Information**
- Move the `@add_chunking_strategy` to the new `chunking.dispatch`
module since it coheres strongly with that operation, but publish it
from `chunking(.__init__)` (as it was before) so users don't couple to
the way we organize the chunking sub-package. Also remove the third
level of nesting as it's unrequired in this case.
- Add unit tests for the `@add_chunking_strategy` decorator which was
previously uncovered by any direct test.
This PR allow grouping functionality on `evaluate.py`
To test:
Run `PYTHONPATH=. pytest test_unstructured/metrics/test_evaluate.py` or
call `get_mean_grouping(<doctype or connector>, <dataframe or path to
tsv file>, <export directory>, "element_type")`
---------
Co-authored-by: ryannikolaidis <1208590+ryannikolaidis@users.noreply.github.com>
Co-authored-by: Klaijan <Klaijan@users.noreply.github.com>
The purpose of this PR is to support using the same type of parameters
as `partition_*()` when using `partition_via_api()`. This PR works
together with `unsturctured-api` [PR
#368](https://github.com/Unstructured-IO/unstructured-api/pull/368).
**Note:** This PR will support extracting image blocks("Image", "Table")
via partition_via_api().
### Summary
- update `partition_via_api()` to convert all list type parameters to
JSON formatted strings before passing them to the unstructured client
SDK
- add a unit test function to test extracting image blocks via
`parition_via_api()`
- add a unit test function to test list type parameters passed to API
via unstructured client sdk
### Testing
```
from unstructured.partition.api import partition_via_api
elements = partition_via_api(
filename="example-docs/embedded-images-tables.pdf",
api_key="YOUR-API-KEY",
strategy="hi_res",
extract_image_block_types=["image", "table"],
)
image_block_elements = [el for el in elements if el.category == "Image" or el.category == "Table"]
print("\n\n".join([el.metadata.image_mime_type for el in image_block_elements]))
print("\n\n".join([el.metadata.image_base64 for el in image_block_elements]))
```
**Summary**
A pluggable chunking strategy needs its own local set of chunking
options that subclasses a base-class in `unstructured`.
Extract distinct `_ByTitleChunkingOptions` and `_BasicChunkingOptions`
for the existing two chunking strategies and move their
strategy-specific option setting and validation to the respective
subclass.
This was also a good opportunity for us to clean up a few odds and ends
we'd been meaning to.
Might be worth looking at the commits individually as they are cohesive
incremental steps toward the goal.
### Summary
Detects headers and footers when using `partition_pdf` with the fast
strategy. Identifies elements that are positioned in the top or bottom
5% of the page as headers or footers. If no coordinate information is
available, an element won't be detected as a header or footer.
---------
Co-authored-by: ryannikolaidis <1208590+ryannikolaidis@users.noreply.github.com>
Co-authored-by: MthwRobinson <MthwRobinson@users.noreply.github.com>
Separate the aggregating functionality of `text_extraction_accuracy` to
a stand-alone function to avoid duplicated eval effort if the granular
level eval is already available.
To test:
Run `PYTHONPATH=. pytest test_unstructured/metrics/test_evaluate.py`
locally
**Summary**
Refactoring as part of `partition_xlsx()` algorithm replacement that was
delayed by some CI challenges.
A separate PR because it is cohesive and relatively independent from the
prior PR.
This PR adds new table evaluation metrics prepared by @leah1985
The metrics include:
- `table count` (check)
- `table_level_acc` - accuracy of table detection
- `element_col_level_index_acc` - accuracy of cell detection in columns
- `element_row_level_index_acc` - accuracy of cell detection in rows
- `element_col_level_content_acc` - accuracy of content detected in
columns
- `element_row_level_content_acc` - accuracy of content detected in rows
TODO in next steps:
- create a minimal dataset and upload to s3 for ingest tests
- generate and add metrics on the above dataset to
`test_unstructured_ingest/metrics`
**Summary**
In order to accommodate customized chunkers other than those directly
provided by `unstructured`, some further modularization is necessary
such that a new chunker can be added as a "plug-in" without modifying
the `unstructured` library code.
This PR is the straightforward refactoring required for this process
like typing changes. There are also some other small changes we've been
meaning to make like making all chunking options accept `None` to
represent their default value so the broad field of callers (e.g.
ingest, unstructured-api, SDK) don't need to determine and set default
values for chunking arguments leading to diverging defaults.
Isolating these "noisy" but easy to accept changes in this preparatory
PR reduces the noise in the more substantive changes to follow.
To provide more utility to the `catch_overlapping_and_nested_bboxes` and
`identify_overlapping_or_nesting_case` functions, included
parent_element as part of the output.
This would allow user to
- identify the parent element in the overlapping case: `nested {type*}
in {type*}`. Currently, if the element types is similar, an example case
output would be `nested Image in Image` which is confusing.
- easily identify elements to keep or delete
**Summary**
For whatever reason, the `@add_chunking_strategy` decorator was not
present on `partition_json()`. This broke the only way to accomplish a
"chunking-only" workflow using the REST API. This PR remedies that
problem.
Reported bug: Text from docx shapes is not included in the `partition`
output.
Fix: Extend docx partition to search for text tags nested inside
structures responsible for creating the shape.
---------
Co-authored-by: Filip Knefel <filip@unstructured.io>
### Summary
Closes#2444. Treats JSON serializable content that results in a string
as plain text. Even though this is valid JSON per [RFC
4627](https://www.ietf.org/rfc/rfc4627.txt), this is valid JSON, but in
almost every cases were really want to treat this as a text file.
### Testing
1. Put `"This is not a JSON"` is a text file `notajson.txt`
2. Run the following
```python
from unstructured.file_utils.filetype import _is_text_file_a_json
_is_text_file_a_json(filename="notajson.txt") # Should be False
```
This PR is similar to ocr module refactoring PR -
https://github.com/Unstructured-IO/unstructured/pull/2492.
### Summary
- refactor "embedded text extraction" related modules to use decorator -
`@requires_dependencies` on functions that require external libraries
and import those libraries inside those functions instead of on module
level.
- add missing test cases for `pdf_image_utils.py` module to improve
average test coverage
### Testing
CI should pass.
**Reviewers:** It may be easier to review each of the two commits
separately. The first adds the new `_SubtableParser` object with its
unit-tests and the second one uses that object to replace the flawed
existing subtable-parsing algorithm.
**Summary**
There are a cluster of bugs in `partition_xlsx()` that all derive from
flaws in the algorithm we use to detect "subtables". These are
encountered when the user wants to get multiple document-elements from
each worksheet, which is the default (argument `find_subtable = True`).
This PR replaces the flawed existing algorithm with a `_SubtableParser`
object that encapsulates all that logic and has thorough unit-tests.
**Additional Context**
This is a summary of the failure cases. There are a few other cases but
they're closely related and this was enough evidence and scope for my
purposes. This PR fixes all these bugs:
```python
#
# -- ✅ CASE 1: There are no leading or trailing single-cell rows.
# -> this subtable functions never get called, subtable is emitted as the only element
#
# a b -> Table(a, b, c, d)
# c d
# -- ✅ CASE 2: There is exactly one leading single-cell row.
# -> Leading single-cell row emitted as `Title` element, core-table properly identified.
#
# a -> [ Title(a),
# b c Table(b, c, d, e) ]
# d e
# -- ❌ CASE 3: There are two-or-more leading single-cell rows.
# -> leading single-cell rows are included in subtable
#
# a -> [ Table(a, b, c, d, e, f) ]
# b
# c d
# e f
# -- ❌ CASE 4: There is exactly one trailing single-cell row.
# -> core table is dropped. trailing single-cell row is emitted as Title
# (this is the behavior in the reported bug)
#
# a b -> [ Title(e) ]
# c d
# e
# -- ❌ CASE 5: There are two-or-more trailing single-cell rows.
# -> core table is dropped. trailing single-cell rows are each emitted as a Title
#
# a b -> [ Title(e),
# c d Title(f) ]
# e
# f
# -- ✅ CASE 6: There are exactly one each leading and trailing single-cell rows.
# -> core table is correctly identified, leading and trailing single-cell rows are each
# emitted as a Title.
#
# a -> [ Title(a),
# b c Table(b, c, d, e),
# d e Title(f) ]
# f
# -- ✅ CASE 7: There are two leading and one trailing single-cell rows.
# -> core table is correctly identified, leading and trailing single-cell rows are each
# emitted as a Title.
#
# a -> [ Title(a),
# b Title(b),
# c d Table(c, d, e, f),
# e f Title(g) ]
# g
# -- ✅ CASE 8: There are two-or-more leading and trailing single-cell rows.
# -> core table is correctly identified, leading and trailing single-cell rows are each
# emitted as a Title.
#
# a -> [ Title(a),
# b Title(b),
# c d Table(c, d, e, f),
# e f Title(g),
# g Title(h) ]
# h
# -- ❌ CASE 9: Single-row subtable, no single-cell rows above or below.
# -> First cell is mistakenly emitted as title, remaining cells are dropped.
#
# a b c -> [ Title(a) ]
# -- ❌ CASE 10: Single-row subtable with one leading single-cell row.
# -> Leading single-row cell is correctly identified as title, core-table is mis-identified
# as a `Title` and truncated.
#
# a -> [ Title(a),
# b c d Title(b) ]
```
Thanks to Pedro at OctoAI we have a new embedding option.
The following PR adds support for the use of OctoAI embeddings.
Forked from the original OpenAI embeddings class. We removed the use of
the LangChain adaptor, and use OpenAI's SDK directly instead.
Also updated out-of-date example script.
Including new test file for OctoAI.
# Testing
Get a token from our platform at: https://www.octoai.cloud/
For testing one can do the following:
```
export OCTOAI_TOKEN=<your octo token>
python3 examples/embed/example_octoai.py
```
## Testing done
Validated running the above script from within a locally built container
via `make docker-start-dev`
---------
Co-authored-by: potter-potter <david.potter@gmail.com>
**Reviewers:** It may be faster to review each of the three commits
separately since they are groomed to only make one type of change each
(typing, docstrings, test-cleanup).
**Summary**
There are a cluster of bugs in `partition_xlsx()` that all derive from
flaws in the algorithm we use to detect "subtables". These are
encountered when the user wants to get multiple document-elements from
each worksheet, which is the default (argument `find_subtable = True`).
These commits clean up typing, lint, and other non-behavior-changing
aspects of the code in preparation for installing a new algorithm that
correctly identifies and partitions contiguous sub-regions of an Excel
worksheet into distinct elements.
**Additional Context**
This is a summary of the failure cases. There are a few other cases but
they're closely related and this was enough evidence and scope for my
purposes:
```python
#
# -- ✅ CASE 1: There are no leading or trailing single-cell rows.
# -> this subtable functions never get called, subtable is emitted as the only element
#
# a b -> Table(a, b, c, d)
# c d
# -- ✅ CASE 2: There is exactly one leading single-cell row.
# -> Leading single-cell row emitted as `Title` element, core-table properly identified.
#
# a -> [ Title(a),
# b c Table(b, c, d, e) ]
# d e
# -- ❌ CASE 3: There are two-or-more leading single-cell rows.
# -> leading single-cell rows are included in subtable
#
# a -> [ Table(a, b, c, d, e, f) ]
# b
# c d
# e f
# -- ❌ CASE 4: There is exactly one trailing single-cell row.
# -> core table is dropped. trailing single-cell row is emitted as Title
# (this is the behavior in the reported bug)
#
# a b -> [ Title(e) ]
# c d
# e
# -- ❌ CASE 5: There are two-or-more trailing single-cell rows.
# -> core table is dropped. trailing single-cell rows are each emitted as a Title
#
# a b -> [ Title(e),
# c d Title(f) ]
# e
# f
# -- ✅ CASE 6: There are exactly one each leading and trailing single-cell rows.
# -> core table is correctly identified, leading and trailing single-cell rows are each
# emitted as a Title.
#
# a -> [ Title(a),
# b c Table(b, c, d, e),
# d e Title(f) ]
# f
# -- ✅ CASE 7: There are two leading and one trailing single-cell rows.
# -> core table is correctly identified, leading and trailing single-cell rows are each
# emitted as a Title.
#
# a -> [ Title(a),
# b Title(b),
# c d Table(c, d, e, f),
# e f Title(g) ]
# g
# -- ✅ CASE 8: There are two-or-more leading and trailing single-cell rows.
# -> core table is correctly identified, leading and trailing single-cell rows are each
# emitted as a Title.
#
# a -> [ Title(a),
# b Title(b),
# c d Table(c, d, e, f),
# e f Title(g),
# g Title(h) ]
# h
# -- ❌ CASE 9: Single-row subtable, no single-cell rows above or below.
# -> First cell is mistakenly emitted as title, remaining cells are dropped.
#
# a b c -> [ Title(a) ]
# -- ❌ CASE 10: Single-row subtable with one leading single-cell row.
# -> Leading single-row cell is correctly identified as title, core-table is mis-identified
# as a `Title` and truncated.
#
# a -> [ Title(a),
# b c d Title(b) ]
```
### Summary
Closes#2489, which reported an inability to process `.p7s` files. PR
implements two changes:
- If the user selected content type for the email is not available and
there is another valid content type available, fall back to the other
valid content type.
- For signed message, extract the signature and add it to the metadata
### Testing
```python
from unstructured.partition.auto import partition
filename = "example-docs/eml/signed-doc.p7s"
elements = partition(filename=filename) # should get a message about fall back logic
print(elements[0]) # "This is a test"
elements[0].metadata.to_dict() # Will see the signature
```
This PR:
- Moves ingest dependencies into local scopes to be able to import
ingest connector classes without the need of installing imported
external dependencies. This allows lightweight use of the classes (not
the instances. to use the instances as intended you'll still need the
dependencies).
- Upgrades the embed module dependencies from `langchain` to
`langchain-community` module (to pass CI [rather than introducing a
pin])
- Does pip-compile
- Does minor refactors in other files to pass `ruff 2.0` checks which
were introduced by pip-compile
The purpose of this PR is to refactor OCR-related modules to reduce
unnecessary module imports to avoid potential issues (most likely due to
a "circular import").
### Summary
- add `inference_utils` module
(unstructured/partition/pdf_image/inference_utils.py) to define
unstructured-inference library related utility functions, which will
reduce importing unstructured-inference library functions in other files
- add `conftest.py` in `test_unstructured/partition/pdf_image/`
directory to define fixtures that are available to all tests in the same
directory and its subdirectories
### Testing
CI should pass
This is nice to natively support both Tesseract and Paddle. However, one
might already use another OCR and might want to keep using it (for
quality reasons, for cost reasons etc...).
This PR adds the ability for the user to specify its own OCR agent
implementation that is then called by unstructured.
I am new to unstructured so don't hesitate to let me know if you would
prefer this being done differently and I will rework the PR.
---------
Co-authored-by: Yao You <theyaoyou@gmail.com>
Co-authored-by: Yao You <yao@unstructured.io>
.heic files are an image filetype we have not supported.
#### Testing
```
from unstructured.partition.image import partition_image
png_filename = "example-docs/DA-1p.png"
heic_filename = "example-docs/DA-1p.heic"
png_elements = partition_image(png_filename, strategy="hi_res")
heic_elements = partition_image(heic_filename, strategy="hi_res")
for i in range(len(heic_elements)):
print(heic_elements[i].text == png_elements[i].text)
```
---------
Co-authored-by: christinestraub <christinemstraub@gmail.com>
This PR is the last in a series of PRs for refactoring and fixing the
language parameters (`languages` and `ocr_languages` so we can address
incorrect input by users. See #2293
It is recommended to go though this PR commit-by-commit and note the
commit message. The most significant commit is "update
check_languages..."
- there are multiple places setting the default `hi_res_model_name` in
both `unstructured` and `unstructured-inference`
- they lead to inconsistency and unexpected behaviors
- this fix removes a helper in `unstructured` that tries to set the
default hi_res layout detection model; instead we rely on the
`unstructured-inference` to provide that default when no explicit model
name is passed in
## test
```bash
UNSTRUCTURED_INCLUDE_DEBUG_METADATA=true ipython
```
```python
from unstructured.partition.auto import partition
# find a pdf file
elements = partition("foo.pdf", strategy="hi_res")
assert elements[0].metadata.detection_origin == "yolox"
```
---------
Co-authored-by: ryannikolaidis <1208590+ryannikolaidis@users.noreply.github.com>
Co-authored-by: badGarnet <badGarnet@users.noreply.github.com>
We have added a new version of chipper (Chipperv3), which needs to allow
unstructured to effective work with all the current Chipper versions.
This implies resizing images with the appropriate resolution and make
sure that Chipper elements are not sorted by unstructured.
In addition, it seems that PDFMiner is being called when calling
Chipper, which adds repeated elements from Chipper and PDFMiner.
To evaluate this PR, you can test the code below with the attached PDF.
The code writes a JSON file with the generated elements. The output can
be examined with `cat out.un.json | python -m json.tool`. There are
three things to check:
1. The size of the image passed to Chipper, which can be identiied in
the layout_height and layout_width attributes, which should have values
3301 and 2550 as shown in the example below:
```
[
{
"element_id": "c0493a7872f227e4172c4192c5f48a06",
"metadata": {
"coordinates": {
"layout_height": 3301,
"layout_width": 2550,
```
2. There should be no repeated elements.
3. Order should be closer to reading order.
The script to run Chipper from unstructured is:
```
from unstructured import __version__
print(__version__.__version__)
import json
from unstructured.partition.auto import partition
from unstructured.staging.base import elements_to_json
elements = json.loads(elements_to_json(partition("Huang_Improving_Table_Structure_Recognition_With_Visual-Alignment_Sequential_Coordinate_Modeling_CVPR_2023_paper-p6.pdf", strategy="hi_res", model_name="chipperv3")))
with open('out.un.json', 'w') as w:
json.dump(elements, w)
```
[Huang_Improving_Table_Structure_Recognition_With_Visual-Alignment_Sequential_Coordinate_Modeling_CVPR_2023_paper-p6.pdf](https://github.com/Unstructured-IO/unstructured/files/13817273/Huang_Improving_Table_Structure_Recognition_With_Visual-Alignment_Sequential_Coordinate_Modeling_CVPR_2023_paper-p6.pdf)
---------
Co-authored-by: Antonio Jimeno Yepes <antonio@unstructured.io>
### Summary
Closes#2412. Adds support for YAML MIME types and treats them as plain
text. In response to `500` errors that the API currently returns if the
MIME type is `text/yaml`.
