• E Plot Sizes
• R - Point Size In Ggplot 2.0.0
• Design Issues And Solutions Check Out My Plot

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You can customize many features of your graphs (fonts, colors, axes, titles) through graphic options.

In the New Page Setup dialog box, enter a name for the page setup. Possible names might include: Test Plot, Final Plot, LaserJet Letter-size, DesignJet E-size, E-size Monochrome, etc. In the Page Setup dialog box, specify the device and other page setup options and then choose OK. The named page setup is automatically written to the. Plot size and replications number for triticale experiments. 3 Table 1 - first order spatial autocorrelation coefficient (ρ), variance (s 2), mean (m, in grams per basic experimental unit of 0.51 m), trial coefficient of variation (CV, in%), optimal plot size (Xo, in BEU of 0.51 m 2 and in m) and the coefficient of variation in the optimal plot size (Cv. Starting in R2019b, you can display a tiling of plots using the tiledlayout and nexttile functions. Call the tiledlayout function to create a 2-by-1 tiled chart layout. Call the nexttile function to create an axes object and return the object as ax1.Create the top plot by passing ax1 to the plot function. Add a title and y-axis label to the plot by passing the axes to the title and ylabel.

One way is to specify these options in through the par( ) function. If you set parameter values here, the changes will be in effect for the rest of the session or until you change them again. The format is par(optionname=value, optionname=value, ...)

# Set a graphical parameter using par()
par() # view current settings
opar <- par() # make a copy of current settings
par(col.lab='red') # red x and y labels
hist(mtcars$mpg) # create a plot with these new settings
par(opar) # restore original settings

A second way to specify graphical parameters is by providing the optionname=value pairs directly to a high level plotting function. In this case, the options are only in effect for that specific graph.

# Set a graphical parameter within the plotting function
hist(mtcars$mpg, col.lab='red')

See the help for a specific high level plotting function (e.g. plot, hist, boxplot) to determine which graphical parameters can be set this way.

The remainder of this section describes some of the more important graphical parameters that you can set.

Text and Symbol Size

The following options can be used to control text and symbol size in graphs.

Plotting Symbols

Use the pch= option to specify symbols to use when plotting points. For symbols 21 through 25, specify border color (col=) and fill color (bg=).

Lines

E Plot Sizes

You can change lines using the following options. This is particularly useful for reference lines, axes, and fit lines.

R - Point Size In Ggplot 2.0.0

Colors

Options that specify colors include the following.

You can specify colors in R by index, name, hexadecimal, or RGB.
For example col=1, col='white', and col='#FFFFFF' are equivalent.

The following chart was produced with code developed by Earl F. Glynn. See his Color Chart for all the details you would ever need about using colors in R.

You can also create a vector of n contiguous colors using the functions rainbow(n), heat.colors(n), terrain.colors(n), topo.colors(n), and cm.colors(n).

colors() returns all available color names.

Fonts

You can easily set font size and style, but font family is a bit more complicated.

In windows, mono is mapped to 'TT Courier New', serif is mapped to'TT Times New Roman', sans is mapped to 'TT Arial', mono is mapped to 'TT Courier New', and symbol is mapped to 'TT Symbol' (TT=True Type). You can add your own mappings.

# Type family examples - creating new mappings
plot(1:10,1:10,type='n')
windowsFonts(
A=windowsFont('Arial Black'),
B=windowsFont('Bookman Old Style'),
C=windowsFont('Comic Sans MS'),
D=windowsFont('Symbol')
)
text(3,3,'Hello World Default')
text(4,4,family='A','Hello World from Arial Black')
text(5,5,family='B','Hello World from Bookman Old Style')
text(6,6,family='C','Hello World from Comic Sans MS')
text(7,7,family='D', 'Hello World from Symbol')

click to view

Margins and Graph Size

You can control the margin size using the following parameters.

For complete information on margins, see Earl F. Glynn's margin tutorial.

Going Further

See help(par) for more information on graphical parameters. The customization of plotting axes and text annotations are covered next section.

To Practice

Try this course on making graphs in R.

A plot plan is an architecture, engineering, or landscape architectureplan, which shows the buildings, utility runs, and equipment layout, the position of roads and other constructions of an existing or proposed project site at a defined scale.^[1] Plot plans are also known more commonly as site plans. The plot plan is a 'top-down' orientation.

The specific objects and relations shown are dependent on the purpose for creating the plot plan, but typically contain: retained and proposed buildings, landscape elements, above ground features and obstructions, major infrastructure routes, and critical legal considerations such as property boundaries, setbacks, and rights of way.

Specific design disciplines' plot plans can be part of a complex project's documents, such as grading, landscape, foundation engineering, and utilities (e.g. in architecture, a plot plan drawing shows all the major features and structures on a piece of property like: buildings, porches, decks, sheds, swimming pool, etc.).

See also[edit]

References[edit]

1. ^Lockhart, Shawna (2013). Tutorial Guide to AutoCAD. SDC.

Design Issues And Solutions Check Out My Plot