semvec/pypi-packages huggingface dataset:
pyoutlookdispatcher 0.2.1
A Simple Email Dispatcher based on top of win32Api
Requires Python: >=3.9,<4.0

# Outlook Email Dispatcher

### A Simple Email Dispatcher based on top of win32Api

## Installation

```
pip install pyoutlookdispatcher
```

## Examples of Usage: 

### Send Email with Attachments

By default it adds your signature if you have one.

```
import os
from pyoutlookdispatcher import Outlook, Mail

FILES_TO_ATTACH_FOLDER = os.path.join(os.getcwd(), 'files_to_attach')
ATTACHMENTS = [os.path.join(FILES_TO_ATTACH_FOLDER, f) for f in os.listdir(FILES_TO_ATTACH_FOLDER)]

mail = Mail(
    Subject="Teste",
    To="example@example.com",
    HTMLBody="Teste",
    CC="example@example.com",
    Attachments=ATTACHMENTS
)

outlook = Outlook()
outlook.send(mail)
```

### Send Email without Signature

```
from pyoutlookdispatcher import Outlook, Mail

mail = Mail(
    Subject="Teste",
    To="example@example.com",
    HTMLBody="Teste",
    CC="example@example.com",
    Attachments=ATTACHMENTS,
    Signature=False
)

outlook = Outlook()
outlook.send(mail)
```

### Preview an Email

```
from pyoutlookdispatcher import Outlook, Mail

mail = Mail(
    Subject="Teste",
    To="example@example.com",
    HTMLBody="Teste",
    CC="example@example.com",
    Attachments=ATTACHMENTS,
)

outlook = Outlook()
outlook.preview(mail)
```

## Object Mail Params:
```
Subject: str
To: str
HTMLBody: str
CC: Optional[str] = None
Attachments: Optional[List[str]] = field(default_factory=list)
Signature: Optional[bool] = True
```

## Short Use Cases:

### Initialize Outlook

Instanciate an Object from Outlook Class

```
outlook = Outlook()
```

### Preview Mail:
```
outlook.preview(mail)
```

### Send Mail:
```
outlook.send(mail)
```
alpha-eigen 0.0.1
Performs dynamic mode decomposition to find alpha-eigenvalues of time-dependent radiation transport
Requires Python: >=3.6

# alpha-eigen
Using dynamic mode decomposition to calculate alpha-eigenvalues for time-dependent radiation transport problems.

## Install




These codes are intended to continue work from the paper McClarren, R. G. (2019). Calculating Time Eigenvalues of the Neutron Transport Equation with Dynamic Mode Decomposition. Nuclear Science and Engineering, 193(8), 854–867. http://doi.org/10.1080/00295639.2018.1565014