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# tripuls() - Signal Processing

```y = tripuls(T) returns
a continuous, aperiodic, symmetric, unity-height triangular pulse
at the times indicated in array T, centered about T=0 and
with a default width of 1.y = tripuls(T,w) generates
a triangular pulse of width w.y = tripuls(T,w,s) generates
a triangular pulse with skew s, where –1 ≤ s ≤ 1. When s is 0, a symmetric triangular
pulse is generated.```

### Syntax

`y = tripuls(T)y = tripuls(T,w)y = tripuls(T,w,s)`

### Example

```Generate and Displace Triangular PulseOpen This ExampleGenerate 200 ms of a symmetric triangular pulse with a sample rate of 10 kHz and a width of 40 ms.fs = 10e3;
t = -0.1:1/fs:0.1;

w = 40e-3;

x = tripuls(t,w);
Generate two variations of the same pulse:One displaced 45 ms into the past and skewed 45% to the left.tpast = -45e-3;
spast = -0.45;
xpast = tripuls(t-tpast,w,spast);
One displaced 60 ms into the future, half as wide, and skewed completely to the right.tfutr = 60e-3;
sfutr = 1;
xfutr = tripuls(t-tfutr,w/2,sfutr);
Plot the original pulse and the two copies on the same axes.plot(t,x,t,xpast,t,xfutr)
ylim([-0.2 1.2])```