I want to change the notation of the log y-axis: Here is an example code, which doesn't work: ThemeCopy y = [0.1 0.3 0.5 1]; figure(1), plot(y) yticks([0.1 0.5 1]) set(gca,'yscale','log') ax = gca; ax.YAxis.Exponent = 2 I found out that exponent notation doesn't ...
I am having difficulty making a plot with log-log axes where the axis labels are in fixed notation, not scientific notation, and commas are used as the thousands separator. After creating the plot and converting the axes to log scale, I was able to ...
where the arguments are the minimum and maximum values for x and y axis. axis_auto()function sets the axis to adjust itself automatically (this is the default for new figures). If any data point inplot()orscatter()falls out of range, the axis will expand its range to include these poi...
x = [0 : 0.01: 10]; y = exp(-x).* sin(2*x + 3); plot(x, y), axis([0 10 -1 1])When you run the file, MATLAB generates the following graph −Generating Sub-PlotsWhen you create an array of plots in the same figure, each of these plots is called a subplot. The ...
axis normal; gives ugly results. Thank you very much 😉 #3 Comment By Yuri On April 30, 2013 @ 12:12 Yair, Have you looked at how MATLAB works with scientific notation format of tick labels putting the exponent only into one place on the axes? The XTickLabels are only what one...
When using the snake case notation, watch out for variable names in MATLAB's plots: its TeX-interpreter will treat the underscore as a switch to subscript and a variable name such as distance_to_circle will read d i s t a n c e t o c i r c l e in the plot. Using the hyphen...
How to set the whole values in the "y" axis? https://www.mathworks.com/matlabcentral/answers/398481-how-do-i-remove-scientific-notation-from-x-y-axes-on-plotted-data See po... 거의 6년 전 | 2 |수락됨 답변 있음 ...
MATLAB 环境下的行为就像一个超级复杂的计算器。您可以使用 >> 命令提示符下输入命令。 MATLAB 是一种解释型的环境。换句话说,你给一个命令 MATLAB 就马上执行。 实践 键入一个有效的表达,例如, 5+5 1. 然后按ENTER键 当点击“执行”按钮,或者按Ctrl+ E,MATLAB执行它立即返回的结果是: ...
Suppose I asked you to work with the sequence formed as 2*n*F_n + 1, where F_n is the n'th Fibonacci number? Part of me would not be surprised to find there is nothing simple we could do. But, then it costs nothing to try, to see where MATLAB can take me in an explorative...
plot(x,y2) ax = gca; yyaxisleft ax.YDir ='reverse'; yyaxisright ax.YAxis.Exponent = 3; So I can change the direction of the left axis, but when I change the exponent of the right axis, I get the following error: "Expected one output from a curly brace or dot...