A Python package for quick-look preliminary petrophysical estimations.
You can install quick_pp
directly from PyPI:
pip install quick_pp
For development or to use the qpp_assistant
, you'll need to clone the repository and install dependencies:
-
Clone the repository:
git clone https://github.com/imranfadhil/quick_pp.git cd quick_pp
-
Create and activate a virtual environment (tested with Python 3.11):
uv venv --python 3.11 source .venv/bin/activate # On Windows, use: .venv\Scripts\activate
-
Install the required packages:
uv pip install -r requirements.txt
More structured analysis/ examples are done in https://github.com/imranfadhil/pp_portfolio
The included notebooks demonstrate the core functionalities:
01_data_handler
: Create a MOCKqppp
project file.02_EDA
: Perform a quick exploratory data analysis.03_*
: Carry out petrophysical interpretation of the MOCK wells.
Note: For the API notebook, you need to run python main.py app
before executing the cells.
To use the qpp_assistant
, follow these steps after the development installation:
- Specify the required credentials in a
.env
file (you can use.env copy
as a template). - Run Docker Compose:
docker-compose up -d
. - Build your flow in Langflow at
http://localhost:7860
. - Run the main application:
python main.py app
. - Test your flow in the qpp Assistant at
http://localhost:8888/qpp_assistant
.
Requirements:
- The input data must be a Parquet file located at
/data/input/<data_hash>___.parquet
. - The Parquet file must contain the input and target features as specified in
MODELLING_CONFIG
inconfig.py
.
Command:
quick_pp train <model_config> <data_hash>
quick_pp train mock mock
Command:
quick_pp mlflow-server
You can access the MLflow UI at http://localhost:5015
.
Note: Trained models must be registered in MLflow before running predictions.
quick_pp predict <model_config> <data_hash>
Example:
quick_pp predict mock mock
quick_pp model-deployment
You can access the deployed model's Swagger UI at http://localhost:5555/docs
.
quick_pp app
- API Docs:
http://localhost:8888/docs
- qpp_assistant:
http://localhost:8888/qpp_assistant
(you can log in with any username and password).
To use the mcp tools, you would need to first add the following SSE URLS through the interface; http://localhost:8888/mcp - quick_pp tools.
http://localhost:5555/mcp - quick_pp ML model prediction tools (need to run quick_pp model-deployment
first).
Documentation is available at: https://quick-pp.readthedocs.io/en/latest/index.html