Package 'zenplots'

Description

Auxiliary function for adjusting a bounding box

Usage

adjust_bb(lastturn, coordslastBB, w, h)

Arguments

Value

Coordinates of the adjusted bounding box

Author(s)

Wayne Oldford

Description

Arrow plot in 1d using R's base graphics

Usage

arrow_1d_graphics(
  zargs,
  loc = c(0.5, 0.5),
  angle = 60,
  length = 0.6,
  add = FALSE,
  plot... = NULL,
  ...
)

Arguments

Value

invisible()

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using R's base graphics: boxplot_1d_graphics(), density_1d_graphics(), hist_1d_graphics(), jitter_1d_graphics(), label_1d_graphics(), lines_1d_graphics(), points_1d_graphics(), rect_1d_graphics(), rug_1d_graphics()

Other default 1d plot functions: arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Arrow plot in 1d using the grid package

Usage

arrow_1d_grid(
  zargs,
  loc = c(0.5, 0.5),
  angle = 60,
  length = 0.6,
  draw = FALSE,
  ...
)

Arguments

Value

grob (invisibly)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using the grid package: boxplot_1d_grid(), density_1d_grid(), hist_1d_grid(), jitter_1d_grid(), label_1d_grid(), lines_1d_grid(), points_1d_grid(), rect_1d_grid(), rug_1d_grid()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Arrow plot in 1d using the interactive loon package

Usage

arrow_1d_loon(
  zargs,
  loc = c(0.5, 0.5),
  length = 0.6,
  angle = NULL,
  linkingGroup = NULL,
  showLabels = FALSE,
  showScales = FALSE,
  showGuides = FALSE,
  baseplot = NULL,
  parent = NULL,
  ...
)

Arguments

Value

A loon loon::l_plot(...)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using the interactive loon package: boxplot_1d_loon(), density_1d_loon(), hist_1d_loon(), jitter_1d_loon(), label_1d_loon(), lines_1d_loon(), points_1d_loon(), rect_1d_loon(), rug_1d_loon()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Arrow plot in 2d using R's base graphics

Usage

arrow_2d_graphics(
  zargs,
  loc = c(0.5, 0.5),
  angle = 60,
  length = 0.2,
  add = FALSE,
  group... = NULL,
  plot... = NULL,
  ...
)

Arguments

Value

invisible()

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 2d plot functions using R's base graphics: axes_2d_graphics(), density_2d_graphics(), group_2d_graphics(), label_2d_graphics(), points_2d_graphics(), qq_2d_graphics(), rect_2d_graphics()

Other default 2d plot functions: arrow_2d_grid(), arrow_2d_loon(), axes_2d_graphics(), axes_2d_grid(), axes_2d_loon(), density_2d_graphics(), density_2d_grid(), density_2d_loon(), extract_2d(), group_2d_graphics(), group_2d_grid(), group_2d_loon(), label_2d_graphics(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

Arrow plot in 2d using the grid package

Usage

arrow_2d_grid(
  zargs,
  loc = c(0.5, 0.5),
  angle = 60,
  length = 0.2,
  group... = list(cex = 0.66),
  draw = FALSE,
  ...
)

Arguments

Value

grob (invisibly)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 2d plot functions using the grid package: axes_2d_grid(), density_2d_grid(), group_2d_grid(), label_2d_grid(), points_2d_grid(), qq_2d_grid(), rect_2d_grid()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_loon(), axes_2d_graphics(), axes_2d_grid(), axes_2d_loon(), density_2d_graphics(), density_2d_grid(), density_2d_loon(), extract_2d(), group_2d_graphics(), group_2d_grid(), group_2d_loon(), label_2d_graphics(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

Arrow plot in 2d using the interactive loon package

Usage

arrow_2d_loon(
  zargs,
  loc = rep(0.5, 2),
  length = 0.2,
  angle = 30,
  linkingGroup = NULL,
  color = NULL,
  showLabels = FALSE,
  showScales = FALSE,
  showGuides = FALSE,
  baseplot = NULL,
  parent = NULL,
  group... = NULL,
  ...
)

Arguments

Value

the plot (invisibly)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 2d plot functions using the interactive loon package: axes_2d_loon(), density_2d_loon(), group_2d_loon(), label_2d_loon(), points_2d_loon(), rect_2d_loon()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_grid(), axes_2d_graphics(), axes_2d_grid(), axes_2d_loon(), density_2d_graphics(), density_2d_grid(), density_2d_loon(), extract_2d(), group_2d_graphics(), group_2d_grid(), group_2d_loon(), label_2d_graphics(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

A list of columns

Usage

as_numeric(x)

Arguments

Value

A list where each column is converted to data (range() works, can be plotted, etc.)

Note

See plot.default -> xy.coords()

Author(s)

Marius Hofert

Description

Axes arrows in 2d using R's base graphics

Usage

axes_2d_graphics(
  zargs,
  length = 0.1,
  eps = 0.04,
  code = 2,
  xpd = NA,
  add = FALSE,
  group... = NULL,
  plot... = NULL,
  ...
)

Arguments

Value

invisible()

Note

Inspired by https://stat.ethz.ch/pipermail/r-help/2004-October/059525.html

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 2d plot functions using R's base graphics: arrow_2d_graphics(), density_2d_graphics(), group_2d_graphics(), label_2d_graphics(), points_2d_graphics(), qq_2d_graphics(), rect_2d_graphics()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_grid(), arrow_2d_loon(), axes_2d_grid(), axes_2d_loon(), density_2d_graphics(), density_2d_grid(), density_2d_loon(), extract_2d(), group_2d_graphics(), group_2d_grid(), group_2d_loon(), label_2d_graphics(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

Axes arrow using the grid package

Usage

axes_2d_grid(
  zargs,
  angle = 30,
  length = unit(0.05, "npc"),
  type = "open",
  eps = 0.02,
  group... = list(cex = 0.66),
  draw = FALSE,
  ...
)

Arguments

Value

grob (invisibly)

Note

Inspired by https://stat.ethz.ch/pipermail/r-help/2004-October/059525.html

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 2d plot functions using the grid package: arrow_2d_grid(), density_2d_grid(), group_2d_grid(), label_2d_grid(), points_2d_grid(), qq_2d_grid(), rect_2d_grid()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_grid(), arrow_2d_loon(), axes_2d_graphics(), axes_2d_loon(), density_2d_graphics(), density_2d_grid(), density_2d_loon(), extract_2d(), group_2d_graphics(), group_2d_grid(), group_2d_loon(), label_2d_graphics(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

Axes arrows in 2d using the interactive loon package

Usage

axes_2d_loon(
  zargs,
  angle = 30,
  length = 0.05,
  eps = 0.02,
  linkingGroup = NULL,
  color = NULL,
  showLabels = FALSE,
  showScales = FALSE,
  showGuides = FALSE,
  baseplot = NULL,
  parent = NULL,
  group... = NULL,
  ...
)

Arguments

Value

the loon plot

Note

Inspired by https://stat.ethz.ch/pipermail/r-help/2004-October/059525.html

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 2d plot functions using the interactive loon package: arrow_2d_loon(), density_2d_loon(), group_2d_loon(), label_2d_loon(), points_2d_loon(), rect_2d_loon()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_grid(), arrow_2d_loon(), axes_2d_graphics(), axes_2d_grid(), density_2d_graphics(), density_2d_grid(), density_2d_loon(), extract_2d(), group_2d_graphics(), group_2d_grid(), group_2d_loon(), label_2d_graphics(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

Box plot in 1d using R's base graphics

Usage

boxplot_1d_graphics(
  zargs,
  cex = 0.4,
  range = NULL,
  axes = FALSE,
  add = FALSE,
  ...
)

Arguments

Value

invisible()

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using R's base graphics: arrow_1d_graphics(), density_1d_graphics(), hist_1d_graphics(), jitter_1d_graphics(), label_1d_graphics(), lines_1d_graphics(), points_1d_graphics(), rect_1d_graphics(), rug_1d_graphics()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Boxplot in 1d using the grid package

Usage

boxplot_1d_grid(
  zargs,
  pch = 21,
  size = 0.02,
  col = NULL,
  lwd = 2,
  bpwidth = 0.5,
  range = NULL,
  draw = FALSE,
  ...
)

Arguments

Value

gTree grob containing the boxplot components as grobs

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using the grid package: arrow_1d_grid(), density_1d_grid(), hist_1d_grid(), jitter_1d_grid(), label_1d_grid(), lines_1d_grid(), points_1d_grid(), rect_1d_grid(), rug_1d_grid()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Boxplot in 1d using the interactive loon package

Usage

boxplot_1d_loon(
  zargs,
  color = NULL,
  linecolor = NULL,
  lwd = 2,
  range = NULL,
  showLabels = FALSE,
  showScales = FALSE,
  showGuides = FALSE,
  linkingGroup = NULL,
  baseplot = NULL,
  parent,
  ...
)

Arguments

Value

A loon loon::l_plot(...)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using the interactive loon package: arrow_1d_loon(), density_1d_loon(), hist_1d_loon(), jitter_1d_loon(), label_1d_loon(), lines_1d_loon(), points_1d_loon(), rect_1d_loon(), rug_1d_loon()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Splits a (numeric/logical/character) vector, matrix, data.frame or a list of such into a list of columns, with corresponding group and variable information as well as labels. This is an auxiliary function for checking and converting the data argument of zenplot().

Usage

burst(x, labs = list())

Arguments

Value

A list with components

xcols - a list containing the column vectors of x

groups - the group number for each column of x

vars - the variable number (within each group) for each column of x

glabs - the group label for each column of x

labs - the group and variable labels for each column of x

Note

Performance critical

Author(s)

Marius Hofert

See Also

Other tools for constructing your own plot1d and plot2d functions: burst_aux(), check_zargs(), extract_1d(), extract_2d(), plot_indices()

Examples

## Unnamed list of (some named, some unnamed) valid components
A <- matrix(1:12, ncol = 3)
x <- list(A, 1:4, as.data.frame(A))

burst(x, labs = list(group = "G", var = "V", sep = ", "))
burst(x) # the same defaults as above
burst(x, labs = list(sep = " ")) # only changing the separator
## Note: - No group labels are given in 'x' and thus they are constructed
##         in the above call
##        - The variable names are only constructed if not given

burst(x, labs = list(group = ""))
burst(x, labs = list(group = NULL, group2d = TRUE)) # no group labels
##  Note: There's no effect of 'group2d = TRUE' visible here as
##        'x' doesn't contain group labels

burst(x, labs = list(group = NULL)) # no group labels unless groups change
burst(x, labs = list(var = NULL)) # no variable labels
burst(x, labs = list(group = NULL, var = NULL)) # neither one
burst(x, labs = NULL) # similarly, without any labels at all

##  Named list
x <- list(mat = A, vec = 1:4, df = as.data.frame(A))
burst(x)
##  Note: - The given group labels are used
##        - The variable names are only constructed if not given

burst(x, labs = list(group = NULL, group2d = TRUE)) # no group labels
burst(x, labs = list(group = NULL)) # no group labels unless groups change
##  Note: Now the effect of 'group2d' is visible.

##  Partially named list
x <- list(mat = A, vec = 1:4, as.data.frame(A))
burst(x)
burst(x, labs = list(group = NULL, group2d = TRUE)) # no group labels
burst(x, labs = list(group = NULL)) # no group labels unless groups change
burst(x, labs = list(var = NULL)) # no variable labels
burst(x, labs = list(group = NULL, var = NULL)) # only group labels and only if groups change
burst(x, labs = NULL) # neither group nor variable labels

Description

Auxiliary function for burst()

Usage

burst_aux(x, labs = "V")

Arguments

Value

'x' as a list of named columns

Note

- Performance critical (no checks here) - Data frames always have default names. They are possibly ugly but we have to use them here as we cannot determine whether they were assigned automatically or on purpose.

Author(s)

Marius Hofert

See Also

Other tools for constructing your own plot1d and plot2d functions: burst(), check_zargs(), extract_1d(), extract_2d(), plot_indices()

Description

Checking whether certain arguments appear in zargs

Usage

check_zargs(zargs, ...)

Arguments

Value

A logical indicating whether some arguments are missing in zargs

Author(s)

Marius Hofert

See Also

Other tools for constructing your own plot1d and plot2d functions: burst(), burst_aux(), extract_1d(), extract_2d(), plot_indices()

Description

Pairs, given as rows of a matrix, data.frame, or list, are processed to return a list of paths, each identifying the connected pairs in the rows of x.

Usage

connect_pairs(x, duplicate.rm = FALSE)

Arguments

Details

This function is self-contained and has no external package dependencies.

Value

A list each of whose elements give a path of connected pairs. Each list element is a vector of length at least 2 (longer vectors > 2 in length identify the pairs connected in a path).

Author(s)

Marius Hofert and Wayne Oldford

See Also

zenplot() which provides the zenplot.

Other tools related to constructing zenpaths: extract_pairs(), graph_pairs(), groupData(), indexData(), zenpath()

Examples

(pairs <- matrix(c(1,2,2,3,3,5,5,7,8,9), ncol = 2, byrow = TRUE))
connect_pairs(pairs)
nVars <- 5
pairs <- expand.grid(1:nVars, 1:nVars)
(pairs <- pairs[pairs[,1] < pairs[,2],])
connect_pairs(pairs)

Description

Convert an occupancy matrix to matrix with different symbols.

Usage

convert_occupancy(x, to = c("", "<", ">", "v", "^"))

Arguments

Value

matrix as the occupancy matrix but with entries replaced by those in to.

Author(s)

Marius Hofert

See Also

Other zenplot technical tools: is.standard(), n2dcols_aux(), num_cols(), turn_checker()

Examples

## Generate some data
n <- 1000 # sample size
d <- 20 # dimension
set.seed(271) # set seed (for reproducibility)
x <- matrix(rnorm(n * d), ncol = d) # i.i.d. N(0,1) data

## Extract the occupancy matrix from a zenplot
res <- zenplot(x)
(occ <- res[["path"]][["occupancy"]])

## Convert the occupancy matrix
convert_occupancy(occ)

Description

Data set consisting of 68 columns of data about the German elections 2002 and 2005.

Usage

data("de_elect")

Format

A data.frame() with 68 columns:

District:

electoral district

State:

federal state (Bundesland)

Num.comm:

number of communities

Area:

area 2004-12-31 (in square km)

Pop:

population 2004-12-31 (in 1000)

Men:

men (in 1000)

Citizens:

germans (in 1000)

Density:

population density 2004-12-31 (in square km)

Pop.le.15:

population younger than (or equal to) 15 years 2002-12-31 (in percent)

Pop.15.18:

population between 15 and 18 years old 2002-12-31 (in percent)

Pop.18.25:

population between 18 and 25 years old 2002-12-31 (in percent)

Pop.25.35:

population between 25 and 35 years old 2002-12-31 (in percent)

Pop.35.60:

population between 35 and 60 years old 2002-12-31 (in percent)

Pop.g.60:

population older than 60 years 2002-12-31 (in percent)

Births:

live births (per 1000)

Deaths:

deaths (per 1000)

Move.in:

moving there in 2003 (per 1000)

Move.out:

moving away in 2003 (per 1000)

Increase:

increase in population (per 1000)

Farms:

number of farms in 2001 (per 1000)

Agriculture:

agriculturally used land (in ha)

Mining:

mining companies and processing trade 2002-09-30 (per 1000)

Mining.employees:

employees in mining and processing trade 2002-09-30 (per 1000)

Apt.new:

new apartments 2002 (per 1000)

Apt:

apartments 2002-12-31 (per 1000)

Motorized:

motor vehicles 2003-01-31 (per 1000)

School.finishers:

school finishers 2002 (per 1000)

School.wo.2nd:

without secondary school (ohne Hauptschule) 2002 (in percent)

School.2nd:

with secondary school (Hauptschule) 2002 (in percent)

School.Real:

with graduation from Realschule 2002 (in percent)

School.UED:

with university-entrance diploma (Gymnasium) 2002 (in percent)

Unemployment.03:

unemployment 2003-12-31 (in percent)

Unemployment.04:

unemployment 2004-12-31 (in percent)

Employed:

employed subject to social insurance contribution (per 1000)

FFF:

farmers, foresters, fishermen (in percent)

Industry:

industry employees subject to social insurance contribution (in percent)

CTT:

commerce, transportation and telecommunication employees subject to social insurance contribution (in percent)

OS:

other services (in percent)

Voters.05:

eligible voters 2005

Voters.02:

eligible voters 2002

Votes.05:

number of votes 2005

Votes.02:

number of votes 2002

Invalid.05:

invalid votes 2005

Invalid.02:

invalid votes 2002

Valid.05:

valid votes 2005

Valid.02:

valid votes 2002

Votes.SPD.05:

votes for SPD 2005

Votes.SPD.02:

votes for SPD 2002

Votes.CDU.CSU.05:

votes for CDU/CSU 2005

Votes.CDU.CSU.02:

votes for CDU/CSU 2002

Votes.Gruene.05:

votes for Gruene 2005

Votes.Gruene.02:

votes for Gruene 2002

Votes.FDP.05:

votes for FDP 2005

Votes.FDP.02:

votes for FDP 2002

Votes.Linke.05:

votes for Linke 2005

Votes.Linke.02:

votes for Linke 2002

SPD.05:

SPD 2005 (as a fraction in [0,1])

CDU.CSU.05:

CDU/CSU 2005 (as a fraction in [0,1])

Gruene.05:

Gruene 2005 (as a fraction in [0,1])

FDP.05:

FDP 2005 (as a fraction in [0,1])

Linke.05:

Linke 2005 (as a fraction in [0,1])

Others.05:

Other parties 2005 (as a fraction in [0,1])

SPD.02:

SPD 2002 (as a fraction in [0,1])

CDU.CSU.02:

CDU/CSU 2002 (as a fraction in [0,1])

Gruene.02:

Gruene 2002 (as a fraction in [0,1])

FDP.02:

FDP 2002 (as a fraction in [0,1])

Linke.02:

Linke 2002 (as a fraction in [0,1])

Others.02:

other parties 2002 (as a fraction in [0,1])

Source

The data was obtained from http://www.bundeswahlleiter.de but is not available under this link anymore. Furthermore, the first column of the original data set is ommitted as it only contained the row numbers.

Examples

data("de_elect")

Description

Density plot in 1d using R's base graphics

Usage

density_1d_graphics(
  zargs,
  density... = NULL,
  offset = 0.08,
  add = FALSE,
  plot... = NULL,
  ...
)

Arguments

Value

invisible()

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using R's base graphics: arrow_1d_graphics(), boxplot_1d_graphics(), hist_1d_graphics(), jitter_1d_graphics(), label_1d_graphics(), lines_1d_graphics(), points_1d_graphics(), rect_1d_graphics(), rug_1d_graphics()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Density plot in 1d using the grid package

Usage

density_1d_grid(zargs, density... = NULL, offset = 0.08, draw = FALSE, ...)

Arguments

Value

grob (invisibly)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using the grid package: arrow_1d_grid(), boxplot_1d_grid(), hist_1d_grid(), jitter_1d_grid(), label_1d_grid(), lines_1d_grid(), points_1d_grid(), rect_1d_grid(), rug_1d_grid()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Density plot in 1d using the interactive loon package

Usage

density_1d_loon(
  zargs,
  density.args = list(),
  method = c("single", "double"),
  lwd = NULL,
  linewidth = NULL,
  color = NULL,
  fill = NULL,
  linecolor = NULL,
  linkingGroup = NULL,
  showLabels = FALSE,
  showScales = FALSE,
  showGuides = FALSE,
  baseplot = NULL,
  parent = NULL,
  ...
)

Arguments

Value

A loon loon::l_plot(...)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using the interactive loon package: arrow_1d_loon(), boxplot_1d_loon(), hist_1d_loon(), jitter_1d_loon(), label_1d_loon(), lines_1d_loon(), points_1d_loon(), rect_1d_loon(), rug_1d_loon()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Density plot in 2d using R's base graphics

Usage

density_2d_graphics(
  zargs,
  ngrids = 25,
  drawlabels = FALSE,
  axes = FALSE,
  box = FALSE,
  add = FALSE,
  group... = NULL,
  ...
)

Arguments

Value

invisible()

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 2d plot functions using R's base graphics: arrow_2d_graphics(), axes_2d_graphics(), group_2d_graphics(), label_2d_graphics(), points_2d_graphics(), qq_2d_graphics(), rect_2d_graphics()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_grid(), arrow_2d_loon(), axes_2d_graphics(), axes_2d_grid(), axes_2d_loon(), density_2d_grid(), density_2d_loon(), extract_2d(), group_2d_graphics(), group_2d_grid(), group_2d_loon(), label_2d_graphics(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

Density plot in 2d using the grid package

Usage

density_2d_grid(
  zargs,
  ngrids = 25,
  ccol = NULL,
  clwd = 1,
  clty = 1,
  box = FALSE,
  box.width = 1,
  box.height = 1,
  group... = list(cex = 0.66),
  draw = FALSE,
  ...
)

Arguments

Value

grob (invisibly)

Note

- We use names depending on the 'type' here since otherwise, if one calls it once for 'p' and once for 'l', only one of them is plotted - The default point size was chosen to match the default of graphics

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 2d plot functions using the grid package: arrow_2d_grid(), axes_2d_grid(), group_2d_grid(), label_2d_grid(), points_2d_grid(), qq_2d_grid(), rect_2d_grid()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_grid(), arrow_2d_loon(), axes_2d_graphics(), axes_2d_grid(), axes_2d_loon(), density_2d_graphics(), density_2d_loon(), extract_2d(), group_2d_graphics(), group_2d_grid(), group_2d_loon(), label_2d_graphics(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

Density plot in 2d using the interactive loon package

Usage

density_2d_loon(
  zargs,
  ngrids = 25,
  ccol = NULL,
  color = NULL,
  clwd = NULL,
  lwd = NULL,
  linewidth = 1,
  showLabels = FALSE,
  showScales = FALSE,
  showGuides = FALSE,
  linkingGroup = NULL,
  baseplot = NULL,
  parent = NULL,
  group... = NULL,
  ...
)

Arguments

Value

invisible()

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 2d plot functions using the interactive loon package: arrow_2d_loon(), axes_2d_loon(), group_2d_loon(), label_2d_loon(), points_2d_loon(), rect_2d_loon()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_grid(), arrow_2d_loon(), axes_2d_graphics(), axes_2d_grid(), axes_2d_loon(), density_2d_graphics(), density_2d_grid(), extract_2d(), group_2d_graphics(), group_2d_grid(), group_2d_loon(), label_2d_graphics(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

Extracting information for our default/provided plot1d()

Usage

extract_1d(zargs)

Arguments

Details

This is an auxiliary function called on zargs within any 1d plotting function (e.g. hist_1d_grid, density_1d_graphics, or points_1d_loon) to extract the 1d data from zargs needed for plotting. For performance reasons, no checking of the input object is done.

Value

A list list with

x:

the data to be plotted in the 1d plot

xcols:

a list with all columns of x

groups:

the group numbers for each column of x

vars:

the variable numbers for each column of x

glabs:

the group labels for each column of x

vlabs:

the variable labels for each column of x

horizontal:

a logical indicating whether the plot is horizontal or vertical, and

xlim:

the axis limits.

Note

Performance critical

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other tools for constructing your own plot1d and plot2d functions: burst(), burst_aux(), check_zargs(), extract_2d(), plot_indices()

Other data extraction functions to build plots: extract_2d()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Examples

## This function is used within the default (any user defined)
## 1d plots
my_1d_plot <- function(zargs, your_name = "Bob", ...) {
                   data_1d <- extract_1d(zargs)
                   msg <- paste("Components of zargs available",
                                "to construct a 1d plot for ",
                                your_name)
                   print(msg)
                   ## just print the names of the data components
                   ## which you might want to use in your plot
                   print(names(data_1d))
                   ## You might have to draw your 1d plot differently depending
                   ## upon whether it is to appear horizontally or vertically
                   if (data_1d$horizontal) {
                          print("This plot would be horizontal")
                          } else {
                          print("This one would be vertical")
                    }
                    ## You can plot whatever you want using the information in
                    ## could use any of these to construct any 1d plot you want
                    ## using R's graphics or any of zemplot's built in 1d plots.
                    ##
                    ## For example, here we use zenplot's base graphics functions
                    ## First a histogram
                    hist_1d_graphics(zargs, ...)
                    ## to which we add the variable label
                    label_1d_graphics(zargs, add = TRUE, col = "red", ...)
                    ## similar functions could be called for the other packages.
                    ## You can print the source of anyone of the default functions
                    ## to get some idea of managing details.
                    }

## And now try it out
zenplot(iris[,1:3], plot1d = my_1d_plot)

Description

Extracting information for our default/provided plot2d()

Usage

extract_2d(zargs)

Arguments

Details

This is an auxiliary function called on zargs within any 1d plotting function (e.g. hist_1d_grid, density_1d_graphics, or points_1d_loon) to extract the 1d data from zargs needed for plotting. For performance reasons, no checking of the input object is done.

Value

A list list with

x and y:

the data to be plotted in the 2d plot

xcols:

a list with all columns of x

groups:

the group numbers for each column of x

vars:

the variable numbers for each column of x

glabs:

the group labels for each column of x

vlabs:

the variable labels for each column of x

xlim and ylim:

the x-axis and y-axis limits, and

same.group:

a logical indicating whether the x and y variables belong to the same group.

Note

Performance critical

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other tools for constructing your own plot1d and plot2d functions: burst(), burst_aux(), check_zargs(), extract_1d(), plot_indices()

Other data extraction functions to build plots: extract_1d()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_grid(), arrow_2d_loon(), axes_2d_graphics(), axes_2d_grid(), axes_2d_loon(), density_2d_graphics(), density_2d_grid(), density_2d_loon(), group_2d_graphics(), group_2d_grid(), group_2d_loon(), label_2d_graphics(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Examples

## This function is used within the default (any user defined)
## 2d plot functions
##
my_2d_plot <- function(zargs, your_name = "BillyBob", ...) {
                   data_2d <- extract_2d(zargs)
                   msg <- paste("Components of zargs available",
                                "to construct a 2d plot for ",
                                your_name)
                   print(msg)
                   ## just print the names of the data components
                   ## which you might want to use in your plot
                   print(names(data_2d))

                   ## You can plot whatever you want using the information in
                   ## could use any of these to construct any 1d plot you want
                   ## using R's graphics or any of zemplot's built in 1d plots.
                   ##
                   ## For example, here we could use
                   ## use zenplot's base graphics functions
                   ## First a scatterplot
                   points_2d_graphics(zargs, ...)
                   ## to which we overlay density contours
                   density_2d_graphics(zargs, add = TRUE, col = "steelblue", ...)
                   ## similar functions could be called for the other packages.
                   ## You can print the source of anyone of the default functions
                   ## to get some idea of managing details.
                }

## And now try it out
zenplot(iris, plot2d = my_2d_plot)

Description

Extracts pairs from a path of indices, representing the path by the pairs (connected by common variable) and return a shortened path.

Usage

extract_pairs(x, n)

Arguments

Details

This function is self-contained and has no external package dependencies.

Value

returns an object of the same type as the input x but (possibly) shortened. It extracts the first/last so-many pairs of x.

Author(s)

Marius Hofert and Wayne Oldford

See Also

zenplot() which provides the zenplot.

Other tools related to constructing zenpaths: connect_pairs(), graph_pairs(), groupData(), indexData(), zenpath()

Examples

(zp <- zenpath(c(3, 5), method = "eulerian.cross"))
extract_pairs(zp, n = c(2, 4))
extract_pairs(zp, n = 3)

Description

Compute the layout of the zen plot

Usage

get_layout(
  turns,
  n2dplots,
  first1d = TRUE,
  last1d = TRUE,
  width1d = 1,
  width2d = 10
)

Arguments

Value

list containing 1) the plot orientations (c("h", "s", "v", "s", ...)) 2) the plot dimensions (1d plot, 2d plot, 1d plot, ...) 3) the variable numbers plotted (an (nPlots, 2)-matrix) 4) the total width of the layout 5) the total height of the layout 6) coordinates of the bounding boxes

Author(s)

Marius Hofert and Wayne Oldford

Description

Computing the path according to the provided method

Usage

get_path(
  turns = NULL,
  n2dcols = c("letter", "square", "A4", "golden", "legal"),
  n2dplots,
  method = c("tidy", "double.zigzag", "single.zigzag", "rectangular"),
  first1d = TRUE,
  last1d = TRUE
)

Arguments

Value

the path, a list containing the turns, the positions (indices in the occupancy matrix) and the the occupancy matrix

Author(s)

Marius Hofert and Wayne Oldford

Description

Compute turns for zigzag

Usage

get_zigzag_turns(
  nPlots,
  n2dcols,
  method = c("tidy", "double.zigzag", "single.zigzag")
)

Arguments

Value

turns

Author(s)

Marius Hofert and Wayne Oldford

Description

Pairs are processed to produce a graph with the elements of the pairs as vertices and the pairs as undirected edges. The result can be displayed using plot() if the Bioconductor packages graph (for the graphNEL object) and optionally Rgraphviz (for plotting) are installed.

Usage

graph_pairs(x, var.names = NULL, edgemode = c("undirected", "directed"))

Arguments

Value

a graphNEL object; can be displayed using plot() if Rgraphviz is installed.

Note

This function requires the Bioconductor package graph. If graph is not installed, an informative error is raised. Plotting also requires Rgraphviz, but all functionality of graph_pairs() is available without it.

Author(s)

Marius Hofert and Wayne Oldford

See Also

zenplot() which provides the zenplot.

Other tools related to constructing zenpaths: connect_pairs(), extract_pairs(), groupData(), indexData(), zenpath()

Examples

has_Rgraphviz <- requireNamespace("Rgraphviz", quietly = TRUE)
pairs <- matrix(c(1,2, 5,1, 3,4, 2,3, 4,2), ncol = 2, byrow = TRUE)
g <- graph_pairs(pairs)
if (has_Rgraphviz){
  Rgraphviz::plot(g)
}

Description

Plot of labels indicating adjacent groups using R's base graphics

Usage

group_2d_graphics(
  zargs,
  glabs = NULL,
  sep = "\n",
  loc = c(0.5, 0.5),
  add = FALSE,
  plot... = NULL,
  ...
)

Arguments

Value

invisible()

Note

For performance reasons (avoiding having to call extract_2d() twice), 'glabs' is an extra argument

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 2d plot functions using R's base graphics: arrow_2d_graphics(), axes_2d_graphics(), density_2d_graphics(), label_2d_graphics(), points_2d_graphics(), qq_2d_graphics(), rect_2d_graphics()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_grid(), arrow_2d_loon(), axes_2d_graphics(), axes_2d_grid(), axes_2d_loon(), density_2d_graphics(), density_2d_grid(), density_2d_loon(), extract_2d(), group_2d_grid(), group_2d_loon(), label_2d_graphics(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

Plot of labels indicating adjacent groups using the grid package

Usage

group_2d_grid(
  zargs,
  glabs = NULL,
  sep = "\n",
  loc = c(0.5, 0.5),
  draw = FALSE,
  ...
)

Arguments

Value

grob (invisibly)

Note

For performance reasons (avoiding having to call extract_2d() twice), 'glabs' is an extra argument

Author(s)

Marius Hofert

See Also

Other default 2d plot functions using the grid package: arrow_2d_grid(), axes_2d_grid(), density_2d_grid(), label_2d_grid(), points_2d_grid(), qq_2d_grid(), rect_2d_grid()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_grid(), arrow_2d_loon(), axes_2d_graphics(), axes_2d_grid(), axes_2d_loon(), density_2d_graphics(), density_2d_grid(), density_2d_loon(), extract_2d(), group_2d_graphics(), group_2d_loon(), label_2d_graphics(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

Plot of labels indicating adjacent groups using the interactive loon package

Usage

group_2d_loon(
  zargs,
  glabs = NULL,
  sep = "\n",
  size = 8,
  rot = 0,
  baseplot = NULL,
  parent = NULL,
  ...
)

Arguments

Value

invisible()

Note

For performance reasons (avoiding having to call extract_2d() twice), 'glabs' is an extra argument

Author(s)

Marius Hofert & Wayne Oldford

See Also

Other default 2d plot functions using the interactive loon package: arrow_2d_loon(), axes_2d_loon(), density_2d_loon(), label_2d_loon(), points_2d_loon(), rect_2d_loon()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_grid(), arrow_2d_loon(), axes_2d_graphics(), axes_2d_grid(), axes_2d_loon(), density_2d_graphics(), density_2d_grid(), density_2d_loon(), extract_2d(), group_2d_graphics(), group_2d_grid(), label_2d_graphics(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

Takes a matrix x and groups its rows (or columns) as specified by indices. Returns a list of matrices, one for each group.

Usage

groupData(x, indices, byrow = FALSE)

Arguments

Details

No external packages are required.

Value

A list of matrices (one per group). Such a list, grouped by columns, is then typically passed on to zenplot().

Author(s)

Marius Hofert and Wayne Oldford

See Also

zenplot() which provides the zenplot.

Other tools related to constructing zenpaths: connect_pairs(), extract_pairs(), graph_pairs(), indexData(), zenpath()

Examples

## get a matrix
x <- matrix(1:15, ncol = 3)
colGroups <- list(c(1,2), list(2:3))
rowGroups <- list(c(1,4), list(2:3))
groupData(x, indices = colGroups)
groupData(x, indices = rowGroups, byrow = TRUE)

Description

Data set consisting of 498 rows and 12 columns containing data from the World Happiness Report over three years.

Usage

data("happiness")

Format

data.frame() with 12 columns:

Time:

year of the World Happiness Report.

Region:

region of the world.

Country:

country.

Happiness:

happiness score measured in the respective year (see Time) by asking “How would you rate your happiness on a scale of 0 to 10 where 10 is happiest?”.

Rank:

rank of the country based on Happiness.

GDP:

extent to which the gross domestic product per capita contributed to the calculation of Happiness.

Family:

extent to which family contributed to the calculation of Happiness.

Health:

extent to which life expectancy contributed to the calculation of Happiness.

Freedom:

extent to which freedom contributed to the calculation of Happiness.

Corruption:

extent to which the perception of corruption contributed to the calculation of Happiness.

Generosity:

extent to which generosity contributed to the calculation of Happiness.

Dystopia:

extent to which the dystopia residual contributed to the calculation of Happiness. Dystopia is an imaginary country with the world's least-happy people (which can act as a benchmark against which all countries can be favorably compared).

Details

GDP, Family, Health, Freedom, Corruption and Generosity describe the extent to which these factors contribute in evaluating the happiness in each country. If added together with Dystopia, one receives the happiness score.

The data set is based on the World Happiness Report (https://www.worldhappiness.report/) and derived from the public tables provided with the report and provided by Kaggle on 2018-04-20 (historical mirrors such as Kaggle may require an account and change over time, so we refer to the official site above). Downloaded from Kaggle as three separate .csv files (one for each year), joint columns (variables) were then built, rows expanded (to be the same for each year) and sorted according to Region and Country, and Time was added to obtain a single data set.

References

Helliwell, Layard, Sachs, et al. World Happiness Report (annual). Available at https://www.worldhappiness.report/.

Examples

data("happiness")
stopifnot(all.equal(rowSums(happiness[,c("GDP", "Family", "Health", "Freedom",
                                         "Corruption", "Generosity",
                                         "Dystopia")]),
                    happiness[, "Happiness"], tol = 5e-5))

Description

Histogram as 1d plot using R's base graphics

Usage

hist_1d_graphics(
  zargs,
  breaks = NULL,
  length.out = 21,
  col = NULL,
  axes = FALSE,
  add = TRUE,
  plot... = NULL,
  ...
)

Arguments

Value

invisible()

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using R's base graphics: arrow_1d_graphics(), boxplot_1d_graphics(), density_1d_graphics(), jitter_1d_graphics(), label_1d_graphics(), lines_1d_graphics(), points_1d_graphics(), rect_1d_graphics(), rug_1d_graphics()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Histogram in 1d using the grid package

Usage

hist_1d_grid(
  zargs,
  breaks = NULL,
  length.out = 21,
  col = NULL,
  fill = NULL,
  draw = FALSE,
  ...
)

Arguments

Value

grob (invisibly)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using the grid package: arrow_1d_grid(), boxplot_1d_grid(), density_1d_grid(), jitter_1d_grid(), label_1d_grid(), lines_1d_grid(), points_1d_grid(), rect_1d_grid(), rug_1d_grid()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Histogram in 1d using the interactive loon package

Usage

hist_1d_loon(
  zargs,
  breaks = NULL,
  color = NULL,
  fill = NULL,
  showStackedColors = TRUE,
  showBinHandle = FALSE,
  showLabels = FALSE,
  linkingGroup = NULL,
  showScales = FALSE,
  showGuides = FALSE,
  parent = NULL,
  ...
)

Arguments

Value

A loon loon::l_plot(...)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using the interactive loon package: arrow_1d_loon(), boxplot_1d_loon(), density_1d_loon(), jitter_1d_loon(), label_1d_loon(), lines_1d_loon(), points_1d_loon(), rect_1d_loon(), rug_1d_loon()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Indexing a Matrix or Data Frame According to Given Indices

Usage

indexData(x, indices)

Arguments

Details

No external packages are required.

Value

An object as x (typically a data.frame or matrix) containing x indexed by indices.

Note

Useful for constructing data.frames without .1, .2, ... in their names when indexing a data.frame with a zenpath.

Author(s)

Marius Hofert and Wayne Oldford

See Also

zenplot() which provides the zenplot.

Other tools related to constructing zenpaths: connect_pairs(), extract_pairs(), graph_pairs(), groupData(), zenpath()

Examples

## The function is handiest for data frames
## where we want to reuse the variable names
## without adding a suffix like ".1" etc.
## For example,
x <-  BOD  # Biochemical Oxygen Demand data in base R
indices <- rep(1:2, 2)
## now compare
indexData(x, indices)
## to
x[, indices]
## zenplots prefer not to have the suffixes.

Description

Check Argument for Being a Vector, Matrix, Data Frame or a List of such

Usage

is.standard(x)

Arguments

Value

A logical indicating whether x is of the above type

Author(s)

Marius Hofert

See Also

Other zenplot technical tools: convert_occupancy(), n2dcols_aux(), num_cols(), turn_checker()

Description

Jittered dot plot in 1d using R's base graphics

Usage

jitter_1d_graphics(
  zargs,
  loc = 0.5,
  offset = 0.25,
  cex = 0.4,
  add = FALSE,
  plot... = NULL,
  ...
)

Arguments

Value

invisible()

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using R's base graphics: arrow_1d_graphics(), boxplot_1d_graphics(), density_1d_graphics(), hist_1d_graphics(), label_1d_graphics(), lines_1d_graphics(), points_1d_graphics(), rect_1d_graphics(), rug_1d_graphics()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Jittered dot plot in 1d using the grid package

Usage

jitter_1d_grid(
  zargs,
  loc = 0.5,
  offset = 0.25,
  pch = 21,
  size = 0.02,
  draw = FALSE,
  ...
)

Arguments

Value

grob (invisibly)

Note

The default point size was chosen to match the default of graphics

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using the grid package: arrow_1d_grid(), boxplot_1d_grid(), density_1d_grid(), hist_1d_grid(), label_1d_grid(), lines_1d_grid(), points_1d_grid(), rect_1d_grid(), rug_1d_grid()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Jittered dot plot in 1d using the interactive loon package

Usage

jitter_1d_loon(
  zargs,
  linkingGroup = NULL,
  showLabels = FALSE,
  showScales = FALSE,
  showGuides = FALSE,
  glyph = "ocircle",
  itemLabel = NULL,
  showItemLabels = TRUE,
  parent = NULL,
  ...
)

Arguments

Value

A loon loon::l_plot(...)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using the interactive loon package: arrow_1d_loon(), boxplot_1d_loon(), density_1d_loon(), hist_1d_loon(), label_1d_loon(), lines_1d_loon(), points_1d_loon(), rect_1d_loon(), rug_1d_loon()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), label_1d_graphics(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Configuring a loon plot to accommodate ispace

Usage

l_ispace_config(
  baseplot,
  ispace = NULL,
  x = NULL,
  y = NULL,
  xlim = NULL,
  ylim = NULL,
  ...
)

Arguments

Value

The baseplot

Author(s)

R. W. Oldford

See Also

Other graphical tools: na_omit_loon(), plot_region(), vport(), zenarrow()

Description

Label plot in 1d using R's base graphics

Usage

label_1d_graphics(
  zargs,
  loc = c(0.5, 0.5),
  label = NULL,
  box = FALSE,
  add = FALSE,
  plot... = NULL,
  ...
)

Arguments

Value

invisible()

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using R's base graphics: arrow_1d_graphics(), boxplot_1d_graphics(), density_1d_graphics(), hist_1d_graphics(), jitter_1d_graphics(), lines_1d_graphics(), points_1d_graphics(), rect_1d_graphics(), rug_1d_graphics()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_grid(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Label plot in 1d using the grid package

Usage

label_1d_grid(
  zargs,
  loc = c(0.5, 0.5),
  label = NULL,
  cex = 0.66,
  box = FALSE,
  box.width = 1,
  box.height = 1,
  draw = FALSE,
  ...
)

Arguments

Value

grob (invisibly)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using the grid package: arrow_1d_grid(), boxplot_1d_grid(), density_1d_grid(), hist_1d_grid(), jitter_1d_grid(), lines_1d_grid(), points_1d_grid(), rect_1d_grid(), rug_1d_grid()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_loon(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Label plot in 1d using the interactive loon package

Usage

label_1d_loon(
  zargs,
  loc.x = NULL,
  loc.y = NULL,
  label = NULL,
  rot = NULL,
  size = 8,
  box = FALSE,
  color = NULL,
  linkingGroup = NULL,
  showLabels = FALSE,
  showScales = FALSE,
  showGuides = FALSE,
  baseplot = NULL,
  parent = NULL,
  ...
)

Arguments

Value

A loon::l_plot(...)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 1d plot functions using the interactive loon package: arrow_1d_loon(), boxplot_1d_loon(), density_1d_loon(), hist_1d_loon(), jitter_1d_loon(), lines_1d_loon(), points_1d_loon(), rect_1d_loon(), rug_1d_loon()

Other default 1d plot functions: arrow_1d_graphics(), arrow_1d_grid(), arrow_1d_loon(), boxplot_1d_graphics(), boxplot_1d_grid(), boxplot_1d_loon(), density_1d_graphics(), density_1d_grid(), density_1d_loon(), extract_1d(), hist_1d_graphics(), hist_1d_grid(), hist_1d_loon(), jitter_1d_graphics(), jitter_1d_grid(), jitter_1d_loon(), label_1d_graphics(), label_1d_grid(), lines_1d_graphics(), lines_1d_grid(), lines_1d_loon(), points_1d_graphics(), points_1d_grid(), points_1d_loon(), rect_1d_graphics(), rect_1d_grid(), rect_1d_loon(), rug_1d_graphics(), rug_1d_grid(), rug_1d_loon()

Description

Label plot in 2d using R's base graphics

Usage

label_2d_graphics(
  zargs,
  loc = c(0.98, 0.05),
  label = NULL,
  adj = 1:0,
  box = FALSE,
  add = FALSE,
  group... = NULL,
  plot... = NULL,
  ...
)

Arguments

Value

invisible()

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 2d plot functions using R's base graphics: arrow_2d_graphics(), axes_2d_graphics(), density_2d_graphics(), group_2d_graphics(), points_2d_graphics(), qq_2d_graphics(), rect_2d_graphics()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_grid(), arrow_2d_loon(), axes_2d_graphics(), axes_2d_grid(), axes_2d_loon(), density_2d_graphics(), density_2d_grid(), density_2d_loon(), extract_2d(), group_2d_graphics(), group_2d_grid(), group_2d_loon(), label_2d_grid(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

Label plot in 2d using the grid package

Usage

label_2d_grid(
  zargs,
  loc = c(0.98, 0.05),
  label = NULL,
  cex = 0.66,
  just = c("right", "bottom"),
  rot = 0,
  box = FALSE,
  box.width = 1,
  box.height = 1,
  group... = list(cex = cex),
  draw = FALSE,
  ...
)

Arguments

Value

grob (invisibly)

Author(s)

Marius Hofert and Wayne Oldford

See Also

Other default 2d plot functions using the grid package: arrow_2d_grid(), axes_2d_grid(), density_2d_grid(), group_2d_grid(), points_2d_grid(), qq_2d_grid(), rect_2d_grid()

Other default 2d plot functions: arrow_2d_graphics(), arrow_2d_grid(), arrow_2d_loon(), axes_2d_graphics(), axes_2d_grid(), axes_2d_loon(), density_2d_graphics(), density_2d_grid(), density_2d_loon(), extract_2d(), group_2d_graphics(), group_2d_grid(), group_2d_loon(), label_2d_graphics(), label_2d_loon(), points_2d_graphics(), points_2d_grid(), points_2d_loon(), qq_2d_graphics(), qq_2d_grid(), rect_2d_graphics(), rect_2d_grid(), rect_2d_loon()

Description

Label plot in 2d using the interactive loon package

Usage

label_2d_loon(
  zargs,
  loc = NULL,
  label = NULL,
  rot = 0,
  size = 8,
  box = FALSE,
  color = NULL,
  linkingGroup = NULL,
  showLabels = FALSE,
  showScales = FALSE,
  showGuides = FALSE,
  baseplot = NULL,
  parent = NULL,
  group... = NULL,
  ...
)