| #!/bin/bash | |
| # curl -s "https://raw.githubusercontent.com/rozgo/scripts/master/install_apps/install_opencv2.sh" | bash | |
| ### Dependencies | |
| sudo apt-get update | |
| sudo apt-get install -y build-essential cmake libgtk2.0-dev pkg-config \ | |
| python-numpy python-dev libavcodec-dev libavformat-dev \ | |
| libswscale-dev libjpeg-dev libpng12-dev libtiff5-dev \ | |
| libjasper-dev libopencv-dev checkinstall pkg-config \ |
| void BFD2(inout ParticleSimulationDataP1 Particle, float3 Accel) | |
| { | |
| float3 x = Particle.Position; | |
| float3 v = Particle.Velocity; | |
| float3 x1 = Particle.PositionPrev; | |
| float3 v1 = Particle.VelocityPrev; | |
| Particle.Position = (4.0/3.0) * x - (1.0/3.0) * x1 + 1.0 * ((8.0/9.0) * v - (2.0/9.0) * v1 + (4.0/9.0) * Accel * TimeStep2); | |
| Particle.PositionPrev = x; |
| #include "DynamicalSystemsPrivatePCH.h" | |
| #include "DynamicalUtil.h" | |
| #ifdef EIGEN | |
| #include <Eigen/Core> | |
| #include <Eigen/LU> | |
| #include <Eigen/SVD> | |
| void UDynamicalUtil::SVD(FMatrix& out, const FVector(&PointsA)[3], const FVector(&PointsB)[3], const FVector& CA, const FVector& CB) |
| // Suppose you have a variable named `future` which implements the `Future` trait. | |
| let future: impl Future = ...; | |
| // This gist demonstrates how to run the future until completion using the `stdweb` crate. | |
| // The various imports. | |
| extern crate futures; | |
| extern crate stdweb; |
FWIW: I'm not the author of the content presented here (which is an outline from Edmond Lau's book). I've just copy-pasted it from somewhere over the Internet, but I cannot remember what exactly the original source is. I was also not able to find the author's name, so I cannot give him/her the proper credits.
Most GStreamer examples found online are either for Linux or for gstreamer 0.10.
This particular release note seems to have covered important changes, such as:
Applying -v will print out useful information. And most importantly the negotiation results.
| pub fn say<'a>(vox_out_rx: futures::sync::mpsc::Receiver<Vec<u8>>, | |
| udp_tx: futures::sync::mpsc::Sender<Vec<u8>>, | |
| crypt_state: Arc<Mutex<ocbaes128::CryptState>>) | |
| -> impl Future<Item = (), Error = Error> + 'a { | |
| // Hz * channel * ms / 1000 | |
| let sample_channels: u32 = 1; | |
| let sample_rate: u32 = 16000; | |
| let sample_ms: u32 = 10; | |
| let sample_size: u32 = sample_rate * sample_channels * sample_ms / 1000; |
| use std::io::{self, Result}; | |
| /// let mut rdr = Cursor::new(buf); | |
| /// let num = rdr.read_varint().unwrap(); | |
| pub trait VarintReader: io::Read { | |
| fn read_varint(&mut self) -> Result<u64> { | |
| fn decode<F>(i : u64, mut next : F) -> u64 |
| ========================================== ========================================== | |
| TMUX COMMAND WINDOW (TAB) | |
| ========================================== ========================================== | |
| List tmux ls List ^b w | |
| New -s <session> Create ^b c | |
| Attach att -t <session> Rename ^b , <name> | |
| Rename rename-session -t <old> <new> Last ^b l (lower-L) | |
| Kill kill-session -t <session> Close ^b & |
| # author : Alex Rozgo | |
| # date : Sun Jun 6 2004 | |
| # copyright : DoWhatEverYouWantWithIt LICENSE | |
| # email : alex.rozgo@gmail.com | |
| # | |
| # This is a simple demostration of genetic algorithms. | |
| # Given these digits: '0,1,2,3,4,5,6,7,8,9' the algorithm | |
| # must combine them with these operators '+,-,*,/' and | |
| # find an equation that can evaluate to a given target. | |
| # I'll be using binary encoded genes to represent |