sparksbat

A=imread('Fig-1.JPG');
figure('name','Original');
imshow(A);
resz = imresize(A, 0.25);
figure('name','Smaller');
imshow(resz);
resz_resc = imresize(resz, 4);
figure('name','Rescaled');
imshow(resz_resc);

sparksbat

.486
.model small,stdcall
.code
prog:
    PORTA equ 0F8H
    PORTB equ 0FAH
    CNTRL equ 0FEH
    MOV AL, 90H
    OUT CNTRL, AL
BACK:

sparksbat

clear variables
[x, Fs] = audioread('gore.au');
thetas = [
    pi/6 pi;
    pi/4 pi;
    pi/2 pi;
    2*pi/3 0;
    5*pi/6 0
];
iter = 1; %Change Me per run

sparksbat

clear variables
syms omega
thetas = [
    pi/6;
    pi/4;
    pi/2;
    2*pi/3;
    5*pi/6
];

sparksbat

clear variables;
prelab_nr = '1';
z = [(1/sqrt(2)) + (j*(1/sqrt(2)));
    (1/sqrt(2)) - (j*(1/sqrt(2)));
    j;
    -j;
    -(1/sqrt(2)) + (j*(1/sqrt(2)));
    -(1/sqrt(2)) - (j*(1/sqrt(2)));
    -1];
angle = 0;

sparksbat

clear variables;
z = [
    (1/sqrt(2)) + i*(1/sqrt(2));
    (1/sqrt(2)) - i*(1/sqrt(2));
    -(1/sqrt(2)) + i*(1/sqrt(2));
    -(1/sqrt(2)) - i*(1/sqrt(2));
    i;
    -i;
    -1
    ];

sparksbat

[x, Fs] = audioread('gore.au');
b0 = 0.05;
numerator = b0 * [1, 1];
denominator = [1, -0.9];
y = filter(numerator, denominator, x);
 
subplot(1,2,1);
plot(x);
axis([0 length(x) -0.8 0.8]);
hold on;

sparksbat

clear variables
y = imread('moon.tif'); % Target Image File
z = double(y);
maximum = max(z(:));
minimum = min(z(:));
b = 7; % Quantiz Bits
N = 2^b;
Delta = (maximum - minimum)/(N-1);
ztemp = z - minimum;
ztemp = round(ztemp/Delta);

sparksbat

using System;
using System.Runtime.InteropServices;
using System.Diagnostics;

namespace FGWindow
{
    class ProcessUtils
    {
        [DllImport("user32.dll")]
        private static extern IntPtr GetForegroundWindow();