semvec/pypi-packages huggingface dataset:
buildington 1.6
Building websites like React, and hosting 'em like Flask!

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||                      By RixTheTyrunt ||
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You can use the [buildington.page] decorator and/or the [buildington.addFile] method to add a route to your website. Here's an example of both:
+------------------------------------------------------------------------------+
| Python                                                                       |
+------------------------------------------------------------------------------+
| import buildington                                                           |
|                                                                              |
| buildington.addFile("README.txt")                                            |
| @buildington.page("/")                                                       |
| def index():                                                                 |
|     return (                                                                 |
|         buildington.Para("Hippity hoppity your website is now my property"), |
|     )                                                                        |
|                                                                              |
| buildington.start("0.0.0.0", 8080)                                           |
+------------------------------------------------------------------------------+
ManagerTk 0.1.post2
A small package for easily using Tkinter.
Requires Python: >=3.7

[![Downloads](https://static.pepy.tech/personalized-badge/managertk?period=total&units=none&left_color=black&right_color=brightgreen&left_text=Total%20Downloads)](https://pepy.tech/project/managertk) 
#
# Documentation ManagerTk
ManagerTk - is a library that aims to make writing code using Tkinter simple and fast.

###
## Download Package
```cmd
pip install ManagerTk
```
##
## Functions:
#
###### coord_view(window, mode_bool) - Creates an empty duplicate of the window in which it tracks the mouse coordinates in the window.
# 
# 
###### create_mpage(window, ui_page, size) - Creates a window with the specified parameters and interface.
#
#
###### redirect_pages(page_ui_1, page_ui_2, side=None) - Sends from one page of the program to another.
#
#
###### add_url_image(window, url, size) - Adds a picture from the url address as an object with a specified size (optional, you can omit it).
#
#
###### window_exit(title: str, message: str) - Displays the screen with the specified text and exits the program if the question is answered positively.
#
#
###### documentation() - Displays a link to the module documentation.
### 
## Example:
```python
import tkinter
import ManagerTk

window = tkinter.Tk()
window.title("Example")
count = 0


def counter_click():
    global count
    count += 1
    counter_label["text"] = f"Count clicks: {count}."


label_1_page = tkinter.Label(text="First Page Title")
label_2_page = tkinter.Label(text="Second Page Title")
label_1_in_1_page = tkinter.Label(text="Default text in page 1")
label_1_in_2_page = tkinter.Label(text="Default text in page 2")
button_1_in_2_page = tkinter.Button(text="Default button with function in page 2", command=counter_click)
counter_label = tkinter.Label(text=f"Count clicks: {count}.")
icon = ManagerTk.add_url_image(window, "https://i.ibb.co/p0yMNc0/DK404-icon.png", (80, 80))

button_1t2 = tkinter.Button(text="Redirect to second page.",
                            command=lambda: ManagerTk.redirect_pages(page_1, page_2))

button_2t1 = tkinter.Button(text="Redirect to first page",
                            command=lambda: ManagerTk.redirect_pages(page_2, page_1))

page_1 = [
    [label_1_page, [150, 20]],
    [label_1_in_1_page, [20, 60]],
    [icon, [320, 40]],
    [button_1t2, [20, 150]]
]

page_2 = [
    [label_2_page, [150, 20]],
    [label_1_in_2_page, [20, 60]],
    [button_1_in_2_page, [160, 80]],
    [counter_label, [20, 80]],
    [button_2t1, [20, 150]]
]

ManagerTk.create_mpage(window, page_1, "400x200")

window.mainloop()

```

###### This example creates a simple application with two functional pages that can be switched using buttons.

### Contacts
#
###### Telegram - [@DK50503](https://t.me/DK50503)
###### Discord - DK404#4089
living-figures 0.2.0
Resource of interactive data widgets
Requires Python: >=3.7

# Living Figures
Collection of useful interactive data widgets

## Widgets

The interactive data widgets provided in this repository have been
created using the [widgets library](https://www.github.com/FredHutch/widgets).
The idea behind this approach is that the complete set of instructions
needed to visualize a dataset can be packaged together in a single HTML
file along with the data itself so that it can be viewed in any modern
web browser.
The underlying technology which enables this approach is Pyodide,
as well as the [stlite](https://github.com/whitphx/stlite) implementation
of [Streamlit](https://streamlit.io/).

## Using the Store

All of the widgets provided in this store can be installed with:

```
pip install living-figures
```

Once installed, you can load your data into one of these widgets
and save an interactive HTML file with:

```#!/usr/bin/env python
from living_figures.bio.epigenome.widgets import PanEpiGenomeBrowser
from pathlib import Path
import pandas as pd

# Instantiate the object
lfig = PanEpiGenomeBrowser()

# Read in your data of interest (in this case epigenetic motif CSVs)
lfig._get_child(
    "files",
    "pacbio"
).parse_files(
    Path('motif_folder').rglob('*.motifs.csv')
)

# Save an HTML file
lfig.to_html(Path("my_epigenomes.html"))
```
RepAug 0.0.1
A package for reproducible vision data augmentation in PyTorch.
Requires Python: >=3.7

# RepAug

**Reproducible vision data augmentation in PyTorch.**

Essentially, images are converted to `torch.Tensor` first to be transformed. You can specify the argument `seed`, which will be passed to `np.random.default_rng`, to make your transform reproducible.

Currently supported transforms:
- RandomColorJitter
- RandomCrop, RandomResizedCrop
- RandomHorizontalFlip, RandomVerticalFlip
- RandomGaussianBlur
- Salt, Pepper
- RandomRotation, Random90Rotation, Random180Rotation

See `illustration.ipynb` for illustrations.

To use this package, you can clone it first and run `python setup.py install`.