semvec/pypi-packages huggingface dataset:
MyBuiler 0.0.1
who is Builer?
License: MIT
Keywords: Builder,ASCII ART

แพ็คเกจนี้เป็นแพ็คเกจ python ที่โชว์ข้อมูลเกี่ยวกับ buider
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PyPi: https://pypi.org/project/MynameisBuilder/

สวัสดีจ้าาาา แพ็คนี้คือแพ็คเกจที่แสดงข้อมูลเกี่ยวกับ Builder
ท่านสามารถดูข้อมูลได้ทางลิ้งได้

วิธีติดตั้ง
~~~~~~~~~~~

เปิด CMD / Terminal

.. code:: python

   pip install MynameisBuilder

วิธีใช้งานแพ็คเพจนี้
~~~~~~~~~~~~~~~~~~~~

-  เปิด IDLE ขึ้นมาแล้วพิมพ์…

.. code:: python

   from MynameisBuilder import Build

   build = Builder() #ประการศชื่อ class
   build.show_name() #โชว์ชื่อ
   build.page() #โชว์ลิ้งเพจ
   build.show_youtube() #โชว์ลิ้งยูทูป
   build.about() #เกี่ยวกับ บิ้ว
   build.show_art()#โชวศิลปะ

พัฒนาโดย: ลุงวิศวกร สอนคำนวณ FB: https://www.facebook.com/UncleEngineer

YouTube: https://www.youtube.com/UncleEngineer
nexcsi 0.5.2
A fast and simple decoder for Nexmon_CSI
License: MIT
Requires Python: >=3.8,<4.0
Keywords: Nexmon,CSI,Nexmon_CSI,WiFi

# Nexcsi

Nexcsi is a fast and simple CSI decoder for Nexmon_CSI files written in Python.

``` bash
pip install nexcsi
```

# Usage

``` python
from nexcsi import decoder

device = "raspberrypi" # nexus5, nexus6p, rtac86u

samples = decoder(device).read_pcap('pcap/output10k.pcap')

print(samples['rssi']) # [-75 -77 -77 ... -77 -76 -76]
print(samples['fctl']) # [128 148 148 ... 148 148 148]
print(samples['csi'])  # [[ 19489  0  -19200  -96 -42 ...

# samples is a Numpy Structured Array
print(samples.dtype)

# [
#     ('ts_sec', '<u4'), ('ts_usec', '<u4'), ('saddr', '>u4'), 
#     ('daddr', '>u4'), ('sport', '>u2'), ('dport', '>u2'),
#     ('magic', '<u2'), ('rssi', 'i1'), ('fctl', 'u1'),
#     ('mac', 'u1', (6,)), ('seq', '<u2'), ('css', '<u2'),
#     ('csp', '<u2'), ('cvr', '<u2'), ('csi', '<i2', (512,))
# ]

# Accessing CSI as type complex64
csi = decoder(device).unpack(samples['csi'])
```

### Null and Pilot subcarriers

CSI values of some subcarriers contain large and arbitrary values.
Removing or zeroing them can make the changes in CSI better visible.

To zero the values of Null and Pilot subcarriers:

``` python
csi = decoder(device).unpack(samples['csi'], zero_nulls=True, zero_pilots=True)
```

Alternatively you can completely delete the columns of those subcarriers.
Although I don't recommend this, because it changes the indexes of other subcarriers.

``` python
import numpy as np

csi = np.delete(csi, csi.dtype.metadata['nulls'], axis=1)
csi = np.delete(csi, csi.dtype.metadata['pilots'], axis=1)
```