plot or fplot functions to plot the lines. Remember to use hold on between drawing the graphs.Are you saying that you don't want the sides be extended? In that case, you'll have to solve two equations at a time and find the coordinates of the four vertices. Then draw the lines from one vertex to the other, i.e. range ##x## from one vertex to the other, find ##y## for intermediate points, and plot.If you give the four equations, I can help you start.minhduc515 said:
Two small questions: 1. One axis is X, the other is y or R? 2. Is everything other than x and you a constant (including z)?minhduc515 said:
Finding the intersection between two lines is just a matter of solving a trivial linear system ...minhduc515 said:
And it can be done usingOrodruin said:
solve function.To convert a line equation into a polygon, you will need to plot several points on the line. These points will serve as the vertices of the polygon. Once you have plotted enough points, you can connect them to form the polygon.
The equation for a straight line is y = mx + b, where m is the slope of the line and b is the y-intercept. In the context of drawing a polygon, the slope and y-intercept will determine the direction and starting point of the line.
You will need at least three points to draw a polygon from a line equation. These points should be evenly spaced along the line and will serve as the vertices of the polygon.
No, not all line equations can be used to draw a polygon. The equation should represent a straight line, and the slope and y-intercept should result in a line that forms a closed shape when connected with points.
Yes, the order of the points is important when drawing a polygon from a line equation. The points should be plotted in a counter-clockwise or clockwise direction to ensure the line segments connect to form a closed shape.