如:text()加文本, legned()加图例, axis()绘制坐标轴, points()加散点, titles()加标题, arrows()加箭头, box()绘制图形边框, abline()加直线, clip()修剪图形, locator()识别图中的点的坐标, layout()切分画布, lines()加线条, segments()加线段, rug()加小地毯, polygon()构建多边形, mtext()在...
ProfilePlot 4.5Y-axisdefinition Onthispageyoudefinethelimitsofthey-axis First,youspecifyforeachitemifitshouldbeplottedrelativetotheleft placedortherightplacedy-axis. Then,youspecifythelimitsofthey-axis.Incaseyouhaveselecteditems forboththeleftandtherighty-axis,youmustenterspecificationsforboth theaxes. 4.6Cur...
Click 'Format Selection' on the Format tab. Select 'Secondary axis' on the 'Format Data Series' task pane. That's all! Example, before and after changing the axis:
How do I plot the intensity profiles along the axis through the centre of image? I've tried x = [0:512]; z = [0:512]; figure;improfile(i,x,z),gridon; 댓글 수: 1 José-Luis2017년 2월 20일 Have you triedreading the documentation. ...
Click 'Format Selection' on the Format tab. Select 'Secondary axis' on the 'Format Data Series' task pane. That's all! Example, before and after changing the axis:
a旁通 By-pass[translate] aplot and measured of z axis displacement 剧情和测量z轴位移[translate]
A linear function represents astraight lineon the graph. You can use theslope-interceptform of the line that is y = m * x + c; Here, x and y are the X-axis and Y-axis variables respectively, m is the slope of the line, and c is the x-intercept of the line. ...
We begin with a profile plot of the 30 cell means, as shown in Figure 9.6. SLACK is used on the horizontal axis, since it has the most levels. This reduces the number of strands of “spaghetti” in the graph. The plot symbol (7 or 9) shows the number of STRANDS, and the line ...
Here a face, profile, and star glyph represent nine coordinates. In this case the coordinates represents a gene's mRNA production levels at nine animal ages. A simple example plotting a few hundred faces or stars representing points on a hypersurface is instructive. The hypersurface relationship ...
Z = nan(size(N)); c = surf(M, N, Z); xlabel('\mu Values','Interpreter','Tex') ylabel('\nu Values','Interpreter','Tex') zlabel('Mean Period of y') view(137, 30) axis([100 150 0.5 2 0 500]); Set Up a DataQueue to Fetch Results During the Parameter Sweep ...