使用semilogx创建对数x轴 matlab x = linspace(0.1, 10, 100); % 生成从0.1到10的100个等间隔点 y = sin(x); semilogx(x, y); % 绘制对数x轴的图形 xlabel('x'); % 设置x轴标签 ylabel('y'); % 设置y轴标签 title('Plot with logarithmic x-axis'); % 设置图形
X = logspace(1, 3, 100); Y = 2*X.^2; loglog(X, Y, 'r--o'); In this example, the loglog(X, Y, 'r--o') syntax is used to create a plot with both the x-axis and y-axis on a base-10 logarithmic scale. The LineSpec parameter ('r--o') specifies a red dashed line ...
plotAllExpEFB_c.pdf MATLAB Online에서 열기 Dear Matlab community, I have been encountering the following issue for some time, and I haven't been able to find a way around it, so I believe it may be a bug. PROBLEM: overlap between the numbe...
Now I'd like to make the x-axis logarithmic via: 테마복사 set (gca, 'Xscale', 'log') This creates logarithmic x-axes, however it deletes the color of the first area plot (leaving just a line plot) and messes up the range. Any suggestions on how to create a semilog area...
loglog: x轴和y轴均为对数刻度(Logarithmic scale) semilogx: x轴为对数刻度,y轴为线性刻度 semilogy: x轴为线性刻度,y轴为对数刻度 若要画出多条曲线,只需将座标对依次放入plot函数即可: plot(x, sin(x), x, cos(x)); 若要改变颜色,在座标对後面加上相关字串...
y=sin(x); % 对应的y座标 plot(x,y); === 小整理:MATLAB基本绘图函数 plot: x轴和y轴均为线性刻度(Linear scale) loglog: x轴和y轴均为对数刻度(Logarithmic scale) semilogx: x轴为对数刻度,y轴为线性刻度 semilogy: x轴为线性刻度,y轴为对数...
y=sin(x); % 对应的y座标 plot(x,y); 小整理:MATLAB基本绘图函数 plot: x轴和y轴均为线性刻度(Linear scale) loglog: x轴和y轴均为对数刻度(Logarithmic scale) semilogx: x轴为对数刻度,y轴为线性刻度 semilogy: x轴为线性刻度,y轴为对数刻度 ...
1.plot绘单条曲线图 plot draw a single curve graph x=0:0.01*pi:2*pi; y=sin(x); plot(x,y) 2.plot绘制多条曲线图 plot plots multiple curves 格式为:plot(x,y1,x2,y2,...,xn,yn) The format is: plot(x,y1,x2,y2,...,xn,yn) 以向量对的...
semilogx(X,Y) plots x- and y-coordinates using a base-10 logarithmic scale on the x-axis and a linear scale on the y-axis. To plot a set of coordinates connected by line segments, specify X and Y as vectors of the same length. To plot multiple sets of coordinates on the same set...
I'm trying to plot flux values on the Y axis versus cumulative probability on the X axis. I've figured out the following code: xdata = probability;%data I've entered as a variable ydata = flux;%data I've entered as a variable ...