updated README.md

README.md

@@ -48,6 +48,7 @@ img_flipped = flip_image(img=img)
 
 The `csst_proto` uses an awesome algorithm based on `numpy.ndarray` indices to flip images.
 
+---
 
 ## timeline
 
@@ -68,12 +69,42 @@ The `csst_proto` uses an awesome algorithm based on `numpy.ndarray` indices to f
 | `setup.py`         | sphinx-based documentation      | √√     | √   |     |
 
 ## important stages
-1. **code**, **code style** & `top_level_interface`
-2. **installation**: `source code` & `setup.py` -> `pip install <package_name>`
-3. **a simple instruction**: `README.md`
-4. **unittest**: `pytest`
-5. *gitlab CI/CD pipeline: `.gitlab-ci.yml`
-6. *sphinx-based documentation: `doc/` & `readthedocs.yml`
+- stage 1:
+  - finished main code
+  - good code style
+  - `top_level_interface` available
+- stage 2:
+  - finished `setup.py`
+  - can be installed with `pip install <package_name/package_link>` from gitlab
+- stage 3:
+  - finished instruction
+  - `README.md`
+- stage 4:
+  - finished unittest
+  - local unit test passed with `pytest`
+- stage 5:
+  - gitlab CI/CD pipeline available
+  - auto unit tests passed with `.gitlab-ci.yml`
+- stage 6:
+  - *sphinx-based documentation available
+  - `doc/`
+  - `readthedocs.yml`
+
+## progress
+
+| module name              | stage 1<br>(source code) | stage 2<br>(installation) | stage 3<br>(instruction) | stage 4<br>(unit tests) | stage 5<br>(gitlab pipeline) | stage 6<br>(sphinx doc) |
+|--------------------------|--------------------------|---------------------------|--------------------------|-------------------------|------------------------------|-------------------------|
+| `csst_proto`             | √                        | √                         | √                        | √                       | √                            | √                       |
+| `csst_ms_mbi_instrument` |                          |                           |                          |                         |                              |                         |
+| `csst_ms_mbi_distortion` | √                        | √                         | √                        |                         |                              |                         |
+| `csst_ms_mbi_position`   |                          |                           |                          |                         |                              |                         |
+| `csst_ms_mbi_flux`       |                          |                           |                          |                         |                              |                         |
+| `csst_ms_mbi_photometry` |                          |                           |                          |                         |                              |                         |
+| ``                       |                          |                           |                          |                         |                              |                         |
+| ``                       |                          |                           |                          |                         |                              |                         |
+| ``                       |                          |                           |                          |                         |                              |                         |
+
+
 
 ## useful links
 - python packaging user guide: https://packaging.python.org/en/latest/
@@ -95,7 +126,7 @@ The `csst_proto` uses an awesome algorithm based on `numpy.ndarray` indices to f
 - restructured text: https://docutils.sourceforge.io/rst.html
 - readthedocs: https://readthedocs.io/ or https://rtfd.io/
 
-## `data manager`
+## `data manager` for MS MBI
 
 ```python
 import os