semvec/pypi-packages huggingface dataset:
nomad-camels-driver-SweepMe-device 0.2.0
Instrument driver wrapper to enable usage of SweepMe! drivers
Requires Python: >=3.9.6

# NOMAD-CAMELS Driver for SweepMe! device drivers

Wrapper for the device drivers by [SweepMe!](https://sweep-me.net/) written for the measurement software [NOMAD CAMELS](https://fau-lap.github.io/NOMAD-CAMELS/).

## Changelog

### 0.2.0

- Fixed the populating of the set adn read channels.
- Now closes the ports correctly after using the instruments.
- Now remembers the port correctly.

### Tested with

- Keithley 2000
- Agilent B2912A
- Stanford Research Lock-in SR865

## Usage

To use this wrapper, you need to install the drivers of SweepMe! seperately. You can find them on their [website](https://sweep-me.net/devices) or get them from their [GitHub page](https://github.com/SweepMe/instrument-drivers).

Please note that this provides only a wrapper for the drivers of SweepMe! and may not support all functions. If you find any issues, please feel free to [report an issue](https://github.com/FAU-LAP/CAMELS_drivers/issues).

The single drivers might need additional python packages. Those are not required by this package! Please make sure you have the appropriate libraries for the instrument you want to use.

## Documentation

For more information visit the [documentation of NOMAD CAMELS](https://fau-lap.github.io/NOMAD-CAMELS/doc/instruments/instruments.html) and the [SweepMe! wiki](https://wiki.sweep-me.net/wiki/Main_Page).
ToPython 0.2
Best library to check Instagram applications
Requires Python: >=3.6



```bash
pip install ToPython

```bash
#Check the email it is linked to Instagram or not 

from ToPython import Instagram

check = Instagram.CheckEmail("Your Email +@")

if check == True:
    print("Valid Email")
else:
    print("Invalid Email")
    

# Instagram Login (Email-passwod , Username-password , Phone-password)

from ToPython import Instagram

check = Instagram.Login("Your Email-Username","Your Password")

if check == True :
    print("Done Login")
elif check == False :
    print("Login failed")
else :
    print("ban")        

#Check the Usernames available on Instagram 

from ToPython import Instagram

check = Instagram.CheckUsers("Your Username ")

if check == True :
    print("Available Username")
elif check == False :
    print("Unavailable Username")
else :
    print("ban") 

# Fetch specific Instagram account information 

from ToPython import Instagram

info_ig = Instagram.information("Your Username")

print(info_ig) # Can You Use json

# Send a message to reset your Instagram account password 

from ToPython import Instagram

reset = Instagram.Rests("Email-User") # Email or Username

print(reset) 

# Get Usernames from Instagram 

from ToPython import Instagram

Generate = Instagram.GenUsers()
if Generate == None:
    print(None)
else:
    print(Generate)
Cheb3D 0.3.0
fitting function with Chebichev polynomial on spectral grid
Requires Python: >=3.7

# Cheb3D library

## Installation (local)


### Create a virtual environment and source it
```bash
cd ..
python -m virtualenv venv
source venv/bin/activate
pip install cython
```


### Launch the build
```bash
python setup.py build_ext --inplace
```


### Test it
```bash
cp Cheb3D/PyNumSpec.cpython* Test/.
cd Test
python verif.py
```

#### Notes
A try to explain how the library works is given in [Test_explaination.md](Test_explaination.md)


### Intallation (pip)

```bash
pip install Cheb3D
```



# Packaging in PIP:


## on Macos
``` bash
pip install wheel
```

``` bash
python setup.py sdist bdist_wheel
```
This will create two packages in the directory `dist/`:
.A file .tar.gz (source distribution)
.A file .whl (built distribution)

### Chargiing on PyPI

``` bash
pip install twine
```

then

``` bash
twine upload dist/*

```

## on Linux
```bash
docker run --rm -v $(pwd):/io quay.io/pypa/manylinux1_x86_64 /io/build_multilinux.sh
twine upload dist/*
```

# Cleaning
You have to put a new value for version in setup.py and pyproject.py
and clean up the build:

``` bash
rm -rf dist build Cheb3D.egg-info
```
PREN-flawas 0.0.71
A small package used for a project at HSLU Luzern.
Requires Python: >=3.8

# PREN Python Module


## Intention
This module uses various helper functions to manage the tasks from the PREN module at HSLU Lucerne. 
It is a Python module that can be accessed via the PyPi public repository.  

## Installation
### Create virtual environment
If no virtual environment is existing run the following code to create a new virtual 
environment in your folder. 
```bash
python -m env
```
Afterwards the activation of the virtual environment is needed to start the virtual environment. 
This is done with the following command: 
```bash
source env/bin/activate
```
To finish the setup we need to install the following modules:
```bash
pip install RPi.GPIO
pip install PREN-flawas
```
We are now able to use the module with the following command
```bash
from PREN_flawas import Engine, Display
```

## Author
[@flawas](https://github.com/flawas)
heatmap-greatseal 1.0.7
A package for simple matrix operations and visualization
Requires Python: >=3.8

# Heatmap
Matrix operations and visualization

## Installation
```
pip install heatmap_greatseal
```
## Usage
```
import heatmap_greatseal.heatmap_greatseal as hm
```
You can easily generate custom sized matrix with upper and lower limit. It creates the matrix of h and w size of integers.
```
hm.generate(h,w,min,max)
```
By using grid or gaussian visualization it calculates every cell's value ratio to neighbouring cells' values.  
Grid visualization uses no interpolation and blur:
```
hm.grid_visualize(matrix)
```
However, gaussian visualization creates a heatmap rather than a grid of the matrix using gaussian interpolation:
```
hm.gaussian_visualize(matrix)
```
If you want to create multiple figures at the same time, they will not show simultaneously, unless you give a *False* parameter to every function except the last one called::
```
hm.grid_visualize(matrix, False)
hm.grid_visualize(matrix)
```