Recent projects

N=50; x=ones(1,N); b=[1 0 -0.25]; a=[1 -0.5]; y=filter(b,a,x); n=0:N-1; figure; subplot(2,1,1); stem(n,x,'filled'); title('input:step signal x(n)');

clc; clear; close all; n=0:20; x=sin(0.2*pi*n); w=-pi:0.01:pi; X=zeros(size(w)); for k=1:length(w) X(k)=sum(x.*exp(-1j*w(k)*n)); end

N=50; x=ones(1,N); b=[1 0 -0.25]; a=[1 -0.5]; y=filter(b,a,x); n=0:n-1; figure; subplot(2,1,1); stem(n,x,'filled'); title('input:step signal x(n)');

class shop: def __init__(self): print("welcome!") class sell(shop): def __init__(self): super().__init__(name) self.P = 0 def use(sc,self): self.P += sc class buy(shop):

clc; clear; close all; n = 20; x = sin(0.2*pi*n); w = -pi:0.01:pi; X = zeros(size(w)); for k = 1:length(w); X(k) = sum(x.exp(-1j*w(k)*n)); endsubplot(2,1,1);

class shop: def __init__(self): print("welcome!") class sell(shop): def __init__(self): super().__init__(name) self.P = 0 def use(sc,self): self.P += sc class buy(shop):

class shop: def __init__(self): print("welcome!") class sell(shop): def __init__(self): super().__init__(name) self.P = 0 def use(sc,self): self.P += sc class buy(shop):

clc; clear; close all; n = 0:20; x = sin(0.2*pi*n); w = -pi:0.01:pi; X = zeros(size(w)) for k = 1:length(w) X(k) = sum(x.*exp(-1j*w(k)*n)); end

clc; clear; close all; n=0;20; x=sin(0.2*pi*n); w=-pi;0.01:pi; x=zeros(size(w)); for k =1:length(w) x(k)=sum(x.*exp(-1j*w(k)*n)); end

#include <iostream> int main() { int data[] = {1, 1, -1, 1, 1, 1, -1, 1, 1}; int size = sizeof(data) / sizeof(data[0]); int max = 0; int checknum = 0;

n=0:20; x=sin(0.2*pi*n); b=[1 0 -0.25]; a=[1 -0.5]; y=filter(b,a,x); stem(n,y); xlabel('n') ylabel('y(n)'); title ('output using filter()'); grid on;

n=0:20; x=sin(0.2*pi*n); b=[1 0 -0.25]; a=[1 -0.5]; y=filter(b,a,x); stem(n,y); xlabel('n') ylabel('y(n)'); title ('output using filter()'); grid on;

clc; clear all; close all; n=0:20; x=sin(0.2*pi*n); w=-pi:0.01:pi; X=zeros(size(w)); for k=1:length(w) X(k)=sum(x.*exp(-1j*w(k)*n)); end

clc; clear; close all; n = 0:20; x=sin(0.2*pi*n); w= -pi:0.01:pi; X=zeros(size(w)); for k= 1:length(w) X(k)= sum(x.*exp(-1j*w(k)*n)); end

n=0:20; x=sin(0.2*pi*n); b=[1 0 -0.25]; a=[1,-0.5]; y=filter(b,a,x); stem(n,y); xlabel('n'); ylabel('y(n)'); title('output using filter()'); grid on;

#include <stdio.h> int main() { int a = 10, b = 20; int *pa = &a, *pb = &b, *pt; pt = pa; pa = pb; pb = pt; printf("%d, %d", *pa, *pb);

local Rayfield = loadstring(game:HttpGet('https://sirius.menu/rayfield'))() local Window = Rayfield:CreateWindow({ Name = "Escape for Cases and Skins", Icon = 0, -- Icon in Topbar. Can use Lucide Icons (string) or Roblox Image (number). 0 to

const fs = require('fs'); const path = require('path'); const readline = require('readline'); const rl = readline.createInterface({ input: process.stdin, output: process.stdout }); // Fonction pour poser des questions dans la console

local Rayfield = loadstring(game:HttpGet('https://sirius.menu/rayfield'))() local Window = Rayfield:CreateWindow({ Name = "sols", Icon = 0, -- Icon in Topbar. Can use Lucide Icons (string) or Roblox Image (number). 0 to use no icon (default).

local Rayfield = loadstring(game:HttpGet('https://sirius.menu/rayfield'))() local Window = Rayfield:CreateWindow({ Name = "sols", Icon = 0, -- Icon in Topbar. Can use Lucide Icons (string) or Roblox Image (number). 0 to use no icon (default).