代码搜索:Plot

找到约 10,000 项符合「Plot」的源代码

代码结果 10,000
www.eeworm.com/read/184067/9123880

m plot3.m

%空间曲线图 % PLOT3(x,y,z,s)其中x,y,z为向量,每一组分量代表一个数据点。 % s为表示颜色、连线和标记选择的字符串 %例如 曲线x=exp(-0.2*z)*cos(0.5*pi*z),y=exp(-0.2*z)*sin(0.5*pi*z), 0
www.eeworm.com/read/281455/9154949

m plot111.m

ii=1:123; plot(91:123,MAX*(x(91:123)+MEAN),'s-',91:123,MAX*(svm(91:end)+MEAN),'o--',91:123,MAX*(ep(91:123)+MEAN),'d:') grid on legend('original data','svm one step forecasting','AR one step forecas
www.eeworm.com/read/380183/9158442

m plot_result.m

plot(xyreal(1,1:2:14),xyreal(3,1:2:14),'r*-') hold on plot(xyreal(1,2:2:14),xyreal(3,2:2:14),'r*-') hold on plot(x_init(1,1:7),x_init(4,1:7),'g*-') hold on plot(x_init(1,8:14),x_init(4,8:14)
www.eeworm.com/read/377890/9259194

m plot_snr.m

clear; %用来仿真QAM的误bit率 snr=1:1:11; %先来计算理论误bit率 error_theory=(1-(1-(2*(1-1/sqrt(16))*1/2*erfc(1/sqrt(2)*sqrt(3*4*10.^(snr/10)/(16-1))))).^2)/4; %用理论的误bit率来决定需要仿真的点数 N=floor(1./error_theory)*100+1
www.eeworm.com/read/377890/9259201

m plot_astrology.m

function plot_astrology(a,b) %画出星座图 figure(1) subplot(1,1,1) plot(a,b,'*'); axis([-5 5 -5 5]); line([-5,5],[0,0],'LineWidth',3,'Color','red'); line([0,0],[-5,5],'LineWidth',3,'Color','red'); t
www.eeworm.com/read/376531/9315216

r plot.randomforest.r

plot.randomForest
www.eeworm.com/read/376531/9315244

rd plot.randomforest.rd

\name{plot.randomForest} \alias{plot.randomForest} \title{Plot method for randomForest objects} \description{ Plot the error rates or MSE of a randomForest object } \usage{ \method{plot}{randomFores
www.eeworm.com/read/179968/9326061

m spec_plot.m

function spec_plot(x,str) P=spectrum(x,1000,0,hanning(300)); plot(10*log10(P(:,1)),str); return;
www.eeworm.com/read/376037/9335681

f90 plot.f90

! 简单的绘图范例 ! By Perng 1997/9/19 program Plot_Demo ! 使用Visual Fortran的绘图功能时需要module dflib use DFLIB implicit none type(xycoord) :: t integer :: result call MoveTo(10,10,t) ! 把目前绘图的位置移动到坐
www.eeworm.com/read/374280/9412447

m plot_arrow.m

function handles = plot_arrow( x1,y1,x2,y2,varargin ) % % plot_arrow - plots an arrow to the current plot % % format: handles = plot_arrow( x1,y1,x2,y2 [,options...] ) % % input: x1,y1 -