hum4n0id

• Gstreamer Pipeline Samples
  • Video
    • display test video
    • record to file
    • record and display at the same time(queue)
    • record webcam to *.mp4(jetson nano)
    • fps test
  • Audio
  • Mux Video and Audio
• Media File

ilomon10

import cv2
import socketio #python-socketio by @miguelgrinberg
import base64

sio = socketio.Client()
sio.connect('http://x.x.x.x:xxxx)

cam = cv2.VideoCapture(0)

while (True):

tylercubell

import gi
gi.require_version('Gst', '1.0')
from gi.repository import GObject, Gst
from threading import Thread, Event

Gst.init(None)

class Main:
    def __init__(self):
        self.pipeline = Gst.Pipeline.new("pipeline")

mvanga

import uuid
import json


# Returns a python dictionary given a file containing a JSON-based
# component definition. Every definition *must* contain a 'type'
# and 'schema' field inside a top-level dictionary. Here is an
# example of a simple schema file that defines a 'meta' component
# containing a 'name' field.
#

aursu

#!/usr/bin/python3

# script created for reading SMS messages from 3G modem connected to PC
# 1) it looks for modem
# 2) reads all SMS messages from modem
# 3) prints all found SMS messages to stdout only if total messages count
#    greater than SMS_STORE_COUNT (default is 3)
# 4) save all but SMS_STORE_COUNT messages to txt files and
#    delete them from modem

Brainiarc7

Low-Latency Live Streaming for your Desktop using ffmpeg and netcat:

Preamble:

In this post I will explore how to stream a video and audio capture from one computer to another using ffmpeg and netcat, with a latency below 100ms, which is good enough for presentations and general purpose remote display tasks on a local network.

The problem:

Streaming low-latency live content is quite hard, because most software-based video codecs are designed to achieve the best compression and not best latency. This makes sense, because most movies are encoded once and decoded often, so it is a good trade-off to use more time for the encoding than the decoding.

unohee

#include "Bjorklund.h"

//Edited NoisyLittleBurger's Bjorklund Algorithm in C
//http://www.noisylittlebugger.net/diy/bjorklund/Bjorklund_Working_Final/Bjorklund_algorithm_arduino.txt
//CHANGED :
//1. use dynamic array.
//2. fixed sequence's off-spot problem
//3. added Explanation about Algorithm based on G.Touissant's Paper,
//"The Euclidean Algorithm Generates Traditional Musical Rhythms"
//

czottmann

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