🌟 LibROSA
LibROSA is a python package for music and audio analysis. It provides the building blocks necessary to create music information retrieval systems.
http://librosa.github.io/librosa/
🔰 @raspberry_python
LibROSA is a python package for music and audio analysis. It provides the building blocks necessary to create music information retrieval systems.
http://librosa.github.io/librosa/
🔰 @raspberry_python
🌟 Reading *.wav files in Python
https://stackoverflow.com/questions/2060628/reading-wav-files-in-python
🔰 @raspberry_python
https://stackoverflow.com/questions/2060628/reading-wav-files-in-python
🔰 @raspberry_python
Stack Overflow
Reading *.wav files in Python
I need to analyze sound written in a .wav file. For that I need to transform this file into set of numbers (arrays, for example). I think I need to use the wave package. However, I do not know how
🌈 Six Key Components That Enable Kubernetes
🌐 https://www.serverwatch.com/server-trends/six-key-components-that-enable-kubernetes.html
🔰 @raspberry_python
🌐 https://www.serverwatch.com/server-trends/six-key-components-that-enable-kubernetes.html
🔰 @raspberry_python
Serverwatch
Six Key Components That Enable Kubernetes
Kubernetes is made up of many different inter-related concepts and abstractions that help to enable the container orchestration platform.
Pair Correlation Function Analysis of Fluorescence Fluctuations in Big Image Time Series using Python
https://www.lfd.uci.edu/~gohlke/ipcf/
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https://www.lfd.uci.edu/~gohlke/ipcf/
🔰 @raspberry_python
Forwarded from 🐍 Python & Raspberry 🐍 (F.Naserizadeh)
coding.pdf
1.2 MB
جزوه رمزنگاری 👇 به صورت پاور پوینت از طرف مهندس
@Spouyakazemian
@Spouyakazemian
Forwarded from Pouya Kazemian
3-روش های رمزنگاری سنتی.ppt
917 KB
Forwarded from Pouya Kazemian
final-cryptography.pptx
31.9 MB
Forwarded from C & micro & fpga
آموزش اتصال آردوینو به تلگرام.pdf
21.9 MB
آموزش اتصال آردوینو به تلگرام و کنترل رله👌
⚡️این جزوه در 60 صفحه تهیه شده است و دارای تصاویر از جزییات کار می باشد⚡️
@c_micro
⚡️این جزوه در 60 صفحه تهیه شده است و دارای تصاویر از جزییات کار می باشد⚡️
@c_micro
🌟 How to Connect an MP3002 ADC Chip to a Raspberry Pi
import time
import botbook_mcp3002 as mcp #
def readPotentiometer():
global potentiometer
potentiometer = mcp.readAnalog() #
def main():
while True: #
readPotentiometer() #
print("The current potentiometer value is %i " % potentiometer) #
time.sleep( 0.5) # s
if name = = "main":
main()
🌟🌟🌟🌟🌟🌟
botbook_mcp3002 library 👇
http://www.learningaboutelectronics.com/Code/botbook_mcp3002.txt
🔰 @raspberry_python
import time
import botbook_mcp3002 as mcp #
def readPotentiometer():
global potentiometer
potentiometer = mcp.readAnalog() #
def main():
while True: #
readPotentiometer() #
print("The current potentiometer value is %i " % potentiometer) #
time.sleep( 0.5) # s
if name = = "main":
main()
🌟🌟🌟🌟🌟🌟
botbook_mcp3002 library 👇
http://www.learningaboutelectronics.com/Code/botbook_mcp3002.txt
🔰 @raspberry_python
🌟 MQ-2 Smoke Sensor Circuit Built with a Raspberry Pi
import time
import botbook_mcp3002 as mcp #
smokeLevel= 0
def readSmokeLevel():
global smokeLevel
smokeLevel= mcp.readAnalog()
def main():
while True: #
readSmokeLevel() #
print ("Current smoke level is %i " % smokeLevel) #
if smokeLevel > 120:
print("Smoke detected")
time.sleep(0.5) # s
if_name_=="_main_":
main()
🌟🌟🌟🌟🌟
library mcp3002 👇
http://www.learningaboutelectronics.com/Code/botbook_mcp3002.txt
🔰 @raspberry_python
import time
import botbook_mcp3002 as mcp #
smokeLevel= 0
def readSmokeLevel():
global smokeLevel
smokeLevel= mcp.readAnalog()
def main():
while True: #
readSmokeLevel() #
print ("Current smoke level is %i " % smokeLevel) #
if smokeLevel > 120:
print("Smoke detected")
time.sleep(0.5) # s
if_name_=="_main_":
main()
🌟🌟🌟🌟🌟
library mcp3002 👇
http://www.learningaboutelectronics.com/Code/botbook_mcp3002.txt
🔰 @raspberry_python
#آموزش فیلتر در پایتون
🌟 How to Create a Filter Function in Python
n= [100,75,24,20,55]
over50= filter(lambda x: x>50,n)
print(list(over50))
[100, 75, 55]
🔰 @raspberry_python
🌟 How to Create a Filter Function in Python
n= [100,75,24,20,55]
over50= filter(lambda x: x>50,n)
print(list(over50))
[100, 75, 55]
🔰 @raspberry_python