Metadata-Version: 2.1
Name: xeasy-ml
Version: 0.1.1
Summary: An integrated machine learning analysis framework
Home-page: UNKNOWN
Author: X
Author-email: author@example.com
License: UNKNOWN
Platform: UNKNOWN
Classifier: Programming Language :: Python :: 3
Classifier: License :: OSI Approved :: MIT License
Classifier: Operating System :: OS Independent
Requires-Python: >=3.6
Description-Content-Type: text/markdown
License-File: LICENSE

xeasy-ml
====
## 1. What is xeasy-ml
Xeasy-ml is a packaged machine learning framework. It allows a beginner to quickly bui
-ld a machine learning model and use the model to process and analyze his own data. At the same time, we have also realized the automatic analysis of data. During data proces
-sing, xeasy-ml will automatically draw data box plots, distribution histograms, etc., and perform feature correlation analysis to help users quickly discover the value of data.

## 2.Installation
### Dependencies
xeasy-ml requires:

    Scikit-learn >= 0.24.1

    Pandas >= 0.24.2

    Numppy >= 1.19.5

    Matplotlib >= 3.3.4

    Pydotplus >= 2.0.2

    Xgboost >= 1.4.2
### User installation
    pip install xeasy-ml

## 3. Quick Start


### 1.Create a new project

#### Create a new python file named pro_init.py to initialize the project.
```Bash
from xeasy_ml.project_init.create_new_demo import create_project
import os

pro_path = os.getcwd()
create_project(pro_path)
```

#### Now you can see the following file structure in your project.
```
├── Your_project
     ...
│   ├── pro_init.py
│   ├── project
│   │   └── your_project
```
### 2.Run example
```Bash
cd project/your_project

python __main__.py
```

### 3.View Results

```Bash
cd project/your_project_name/result/v1
ls -l
```
    ├── box   (Box plot)
    ├── cross_predict.txt （Cross-validation prediction file）
    ├── cross.txt  （Cross validation effect evaluation）
    ├── deleted_feature.txt  （Features that need to be deleted）
    ├── demo_feature_weight.txt  （Feature weights）
    ├── demo.m   （Model）
    ├── feature_with_feature  （Feature similarity）
    ├── feature_with_label   （Similarity between feature and label ）
    ├── hist    （Distribution histogram）
    ├── model
    ├── predict_result.txt  （Test set prediction results）
    └── test_score.txt      （Score on the test set）

