semvec/pypi-packages huggingface dataset:
cima-comutations-factors 0.0.1
Provide comutations factors based on CIMA H mortability table
Requires Python: >=3.6

# cima h commutations factors
## This package aim to provide commutations factors computed based on CIMA H table for actuarials projects
## The current commutations factors list are:
* lx: Number of survivors at age x according to the mortability table 
* dx: Number of death at age x according to the mortability table
* W: The age where there is no survivors according the MT
* qx: Death probality betwwen age x and x+1
* Cx: Present value of survivor numbers
* Dx: 
* Mx:
* Rx:
* Sx:
* Nx:
* A_k:  Certain present value for a annuity of 1F payable in advance over k years
* A_xn: Probable present value at age x over n years
* nEx: Deferred capital at age x over n years
cima-comutation-factors 0.0.1
Provide comutations factors based on CIMA H mortability table
Requires Python: >=3.6

# cima h commutations factors
## This package aim to provide commutations factors computed based on CIMA H table for actuarials projects
## The current commutations factors list are:
* lx: Number of survivors at age x according to the mortability table 
* dx: Number of death at age x according to the mortability table
* W: The age where there is no survivors according the MT
* qx: Death probality betwwen age x and x+1
* Cx: Present value of survivor numbers
* Dx: 
* Mx:
* Rx:
* Sx:
* Nx:
* A_k:  Certain present value for a annuity of 1F payable in advance over k years
* A_xn: Probable present value at age x over n years
* nEx: Deferred capital at age x over n years
cima-commutations-HARIOST 0.0.1
A small example package
Requires Python: >=3.6

# cima h commutations factors
## This package aim to provide commutations factors computed based on CIMA H table for actuarials projects
## The current commutations factors list are:
* lx: Number of survivors at age x according to the mortability table 
* dx: Number of death at age x according to the mortability table
* W: The age where there is no survivors according the MT
* qx: Death probality betwwen age x and x+1
* Cx: Present value of survivor numbers
* Dx: 
* Mx:
* Rx:
* Sx:
* Nx:
* A_k:  Certain present value for a annuity of 1F payable in advance over k years
* A_xn: Probable present value at age x over n years
* nEx: Deferred capital at age x over n years
nestap-excel 1.0.0
This package helps create excel files more efficiently and quickly
Requires Python: >=3.6

# Create Excel

This Package will help you to create Excel file more quickly and efficiently.

## How to Install it?

On Windows:
```
pip install nestap_excel
```

On Linux:
```
sudo pip3 install nestap_excel
```

## How to Use it?

### Initializing The Package

```
from nestap_excel.create_excel_helper import create_excel

     columns = [
                  ('eno', 'Employee Number'),
                  ('ename', 'Employee Name'),
                  ('esal', 'Employee Salary'),
                  ('eaddr', 'Employee Address')

              ],
              
     create_excel([
        {
            'sheet_name': Your sheet name,
            'columns_keys': columns 
            'data_list': list(data)
        }
    ]) # Provide the list of the dictionary while Initializing
    
```

### This Nestap Excel Package create excel more quickly and efficiently.
yaml2xbel 0.0.3
XBEL generator from YAML

# XBEL generator from YAML

This generator can generate XBEL for bookmark exchange and storage from YAML
format.

YAML input:

```yaml
Comics:
  xkcd: 'https://xkcd.com'
  SMBC: 'https://smbc-comics.com'
  Pepper and Carrot: 'https://www.peppercarrot.com/'
Specifications:
  Activity Streams 2.0: 'https://www.w3.org/TR/activitystreams-core/'
  SMTP: 'https://datatracker.ietf.org/doc/html/rfc5321'
```

This should generate two folders, "Comics" and "Specifications", with the first
one containing `https://xkcd.com` bookmarked under title "xkcd" and so on.
vidstreambj 0.0.18
Streaming video data via networks
Keywords: python,video,stream,video stream,camera stream,sockets


# vidstream

Under construction! Not ready for use yet! Currently experimenting and planning!

Developed by Florian Dedov from NeuralNine (c) 2020

## Examples of How To Use (Buggy Alpha Version)

Creating A Server

```python
from vidstream import StreamingServer

server = StreamingServer('127.0.0.1', 9999)
server.start_server()

# Other Code

# When You Are Done
server.stop_server()
```

Creating A Client
```python
from vidstream import CameraClient
from vidstream import VideoClient
from vidstream import ScreenShareClient

# Choose One
client1 = CameraClient('127.0.0.1', 9999)
client2 = VideoClient('127.0.0.1', 9999, 'video.mp4')
client3 = ScreenShareClient('127.0.0.1', 9999)

client1.start_stream()
client2.start_stream()
client3.start_stream()
```

Check out: https://www.youtube.com/c/NeuralNine