stairs

Stairstep graph.

📝 Syntax

• stairs(Y)

• stairs(X, Y)

• stairs(..., LineSpec)

• stairs(..., Name, Value)

• stairs(ax, ...)

• h = stairs(...)

• [xb, yb] = stairs(...)

📥 Input argument

• X - x values.

• Y - y values.

• LineSpec - Line style, marker and/or color: character vector or scalar string.

• propertyName - a scalar string or row vector character.

• propertyValue - a value.

• ax - Axes object.

📤 Output argument

• h - line object.

• xb - x values for use with plot

• yb - y values for use with plot

📄 Description

Stairstep graphs are a valuable tool for creating time-history plots of digitally sampled data.

stairs(Y) function is used to generate such graphs by plotting the elements of the vectorY.

IfY is a matrix, it draws one line for each column, with the color of the lines determined by the ColorOrder property of the axes.

In the case of a vectorY, the x-axis scale spans from 1 to the length ofY, while for a matrixY, the x-axis scale ranges from 1 to the number of rows inY.

stairs(X, Y) allows you to plot the elements inY at specific locations defined by the vector X.

It's important to note that the elements in X must be in a monotonic order to create a valid stairstep graph.

💡 Examples

f = figure();
f = figure();
x1 = linspace(0,2*pi)';
x2 = linspace(0,pi)';
X = [x1,x2];
Y = [sin(5*x1),exp(x2).*sin(5*x2)];
ax = gca();
stairs(ax, X,Y)

X = linspace(0,1,45)';
Y = [cos(3*X), exp(X).*sin(9*X)];
h = stairs(X,Y);
h(1).Marker = 'o';
h(1).MarkerSize = 5;
h(2).Marker = '+';
h(2).MarkerFaceColor = 'm';

🔗 See also

plot.

🕔 History

Version	📄 Description
1.0.0	initial version