semvec/pypi-packages huggingface dataset:
pakakit 0.0.1
This program  determines matching positions of patterns in a sequence
Requires Python: >=3.7

# pakakit
This is a simple program that computes hamming distance between two DNA sequences, generates reverse complement of a sequence, determines naive exact matching and naive with mismatch of a pattern in a sequence together with the pattern's reverse complements.

![PAKA](https://myoctocat.com/assets/images/base-octocat.svg) 

## installation
pakakit can be installed as follows:

```
pip install pakakit
```

## Usage
### For computation of hamming distances between the two sequences
```
from pakakit import paka
paka.hamming_dist(S1,S2)
```

### For determining reverse complement of a sequence
```
from pakakit import paka
paka.reverse_complement (S)
```
### For determining pattern matching positions in a sequence with naive exact matching
```
from pakakit import paka
paka.naive_exact_match (sequence,pattern)
```
### For determining pattern matching positions in a sequence with naive with mismatch together with reverse complement of a pattern
```
from pakakit import paka
paka.naive_with_mismatch (sequence,pattern,k)

sequence - sequence to be searched
pattern - pattern to search in the sequence
k - allowed mismatches between pattern and sequence
```
ww-audio-shot-detection 0.0.4
Package to detect shots

# BallTracking Annotator
### Required Software
- Python3.6.9
- virtualenv

### Installation
```sh
export PYTHON3_PATH=PATH_TO_YOUR_PYTHON3_BIN_HERE
./install
```
### To Run [Command Line]
There are several steps within the pipeline each with their own bash script wrapper
1. The first step is done with a playstation 4 controller.  The user then does their best to keep the bouning box around the wall for the entirety of the video.  There are also commands to rewind, pause, speed up, and slow down.
    To start this step:
    ```sh
    ./big_box_track VIDEO_PATH_HERE
    ```
    As long as no other future steps have been run this step can be rerun to make fixes, etc..
2. This requires no user interaction.  This step finds the smaller bounding box within the bounding boxes the user made in step 1.
    ```sh
    ./auto_track VIDEO_PATH_HERE
    ```
3. This is used to find any poorly placed tight bounding boxes and fix them.  Also done with a PS4 controller.
    ```sh
    ./edit_auto_det VIDEO_PATH_HERE
    ```
4. This goes to any frame where no ball could be detected in the bounding box created in step 1 and allows the user to fill them in.
    ```sh
    ./edit_undet VIDEO_PATH_HERE
    ```
5. Creates the annnotation output and allows for final sanity checks.
    ```sh
    ./create_annotations VIDEO_PATH_HERE
    ```
6. Uploads the videos to S3 and saves to a DynamoDB database
    ```sh
    ./upload VIDEO_PATH_HERE
    ```

### To Run [UI (PyQt]
Mandador-de-email 2024
Mandar email criando por GabrielLLPontes
Requires Python: >=3.6

﻿Mandador de email criando por GabrielLLPontes
Como funciona o novo jeito do google para enviar email com seguras link do video: https://youtu.be/N97q96BygUg?t=403

Sistemas: from Mandador_de_email import Mandar_email

Fuçãos: Mandar_email("Email que vai enviar", "Senha do email que vai enviar", "Email que vai receber", "Assunto", "Messagem")
Abaxador-de-arquivo 2024
Abaxador de arquivo criado por GabrielLLPontes
Requires Python: >=3.6

﻿Abaxador de arquivo criando por GabrielLLPontes

Sistemas:
from Abaxador_de_arquivo import Abaixar_um_arquivo

Fuçãos:
Abaixar_um_arquivo("Site do aquivo","Nome e tipo do arquivo")
tafuta 0.0.1
This program  determines matching positions of patterns in a sequence
Requires Python: >=3.7

# tafuta
This is a simple program that computes hamming distance between two DNA sequences, generates reverse complement of a sequence, determines naive exact matching and naive with mismatch of a pattern in a sequence together with the pattern's reverse complements.

![PAKA](https://myoctocat.com/assets/images/base-octocat.svg) 

## installation
tafuta_pattern can be installed as follows:

```
pip install tafuta
```

## Usage
### For computation of hamming distances between the two sequences
```
from tafuta import paka
paka.hamming_dist(S1,S2)
```

### For determining reverse complement of a sequence
```
from tafuta import paka
paka.reverse_complement (S)
```
### For determining pattern matching positions in a sequence with naive exact matching
```
from tafuta import paka
paka.naive_exact_match (sequence,pattern)
```
### For determining pattern matching positions in a sequence with naive with mismatch together with reverse complement of a pattern
```
from tafuta import paka
paka.naive_with_mismatch (sequence,pattern)
```