tikzDevice correctly translates the lmitre = n
parameter of the plot() function now (#178)
tikz() now accepts both file and
filename as named arguments to fix ggsave issue that
occurred with ggplot2 v3.0.0 (#181)
Use temporary workdir due to problems with longer user names on Windows (#192)
revdepcheck for checking revdepsSuggests: to fix WARNING on R-develRf_eval and Rf_lang1 cals to fix
“Additional issues” from rchk.codecov instead of coverall for test
coverage (not fully working yet)R CMD check
warnings.anyMultibyteUTF8Characters() (#158, @jszhao).library(grid) from package code
anymore.tikzTest() function (via
getLatexStrWidth(diagnose = TRUE)) now writes a complete
LaTeX document, which allows e.g. MikTeX to install missing LaTeX
packages (#142, #149)..tex and .log
files are not printed anymore, instead the location of these files is
shown.load_all() works now.CDR(CDDR()) instead of CDDDR(), the
latter is available only in R 3.2.0 (#136).png::writePNG() to output raster images to avoid
reentrancy issues with capturing and playback and to reduce size of
raster images. The tikzRasterResolution option is now
obsolete (#132).sanitize = TRUE works even if the
tikzDevice package is not attached to the search path
(#129).ggplot2 results to account for minor differences
due to the package’s update (#131).png(type = "cairo") on all platforms
(#121)verbose to tikz() function
(#117, #124)filehash (#109)crayon for coloring test output (#112)strlcpy to strlcpy_ to avoid name
clashes on OS X and Solaris (#97).timestamp to tikz to make
the output of the timestamp optional (#28, #73, thanks Martin
Bergner).lwdUnit to tikz to specify
the physical width of a line (in points) that is 1 unit wide in R. By
default, the value of option tikzLwdUnit is used; this
option has a value of 0.4 at startup (#68, thanks Casper Ti.
Vector).symbolicColors, colorFileName and
maxSymbolicColors; new options
tikzSymbolicColors and tikzMaxSymbolicColors.
The external file is only created if requested; in this case, symbolic
color names are used instead of fillColor and
drawColor (#70, thanks Martin Bergner).tikzMetricsDictionary option are recognized even if a
metrics dictionary already has been initialized, a message is printed
the first time a dictionary is used (in addition to the message that is
printed when the dictionary is created). A missing dictionary file is
recreated (#21).checkstate to allow adding annotations to
a new plot (#52, thanks Sam Mason)options(tikzRasterResolution = NA) (#54, thanks Sam
Mason)\relax statement after the
comment to allow using tikzDevice in a Sweave code chunk
with results=tex, as advertised in the vignette. (The
default is strip.white=TRUE which makes the following
\begin{tikzpicture} appear on the same line as the encoding
comment in the resulting .tex file.) (#47, thanks Bill
Venables)knitr as vignette builder (#37).zi4 TeX package is
installed instead of inconsolata. This should fix the CRAN
notes and warnings on Windows.babel TeX package to avoid printing tilde in
references (#49).New package maintainers: Kirill Müller and Yihui Xie.
Zack Weinberg for suggestions and comments that led to optimizations in the quality and quantity of TikZ output.
Romain Franconville for bugreports that led to the discovery of two bugs in the raster routines.
corecode for fixing the getDocumentPointsize routines for corner cases
Sietse Brouwer for enumerating the exact list of LaTeX packages
tikzDevice requires and for vignette spelling/style
corrections.
Stéphane Laurent for reporting a bug in the detection of the document font size.
The tikz function now has a onefile
argument that behaves similar to the onefile argument of
the pdf device (#40).
LuaLaTeX is now supported directly and can be selected by passing
engine = 'luatex' to tikz (#28).
New function tikzCompilerInfo, reports information
concerning the compilers used by the tikzDevice
Updated vignette (yihui/tikzDevice#36).
Colorized text now obeys transparency settings.
The tikzDevice no longer produces output for plots that are completely empty.
The tikz option footer now works as
described by the documentation. Previously, it had no effect
(#52).
The tikz device can now handle raster images with
negative widths or heights that arise from calling a raster plotting
function using reversed axes (#53).
Creating raster output with the tikzDevice could mess with the behavior of some graphical paramaters such as par(‘mfrow’). This has been fixed (#54).
Calls to the filehash package have been protected
from user interruptions. This should prevent rogue lockfiles and
corrupted metrics dictionaries.
The documentDeclaration and packages
arguments to the tikz function are now used in metric
calculations. Previously, only global options were consulted.
Properly copy strings containing LaTeX info, avoiding use of freed memory.
Point size of main font in document is now inferred correctly (even if the option tikzDocumentDeclaration contains newlines), again fixed regexp in getDocumentPointsize (yihui/tikzDevice#34).
Package can be installed in R 3.0.2.
No C warnings when installing (#68).
Function grid.tikzNode works again, had no effect
due to a missing S3 export.
Fixed formatting of documentation.
The tikzDevice now requires R 2.14.0 or later.
Semantic versioning will be used from now on
Package is uploaded to RForge (http://rforge.net)
Enable continuous integration via craigcitro/r-travis. All supported R versions are tested.
Upgrade documentation generation from Roxygen to Roxygen2.
Testing framework updated to use testthat 0.6. Earlier versions of testthat are no longer supported due to a switch from Mutatr classes to standard R Reference Classes (#56).
Some magic numbers that control the leading used in the margin text of base graphics were adjusted to values used by the PDF device. Hopefully this will make the spacing used by x axis labels and y axis labels a bit more symmetric (#49).
The tikzDevice now delays the creation of clipping scopes until a drawing operation occurs that can be clipped. This prevents empty clipping scopes from appearing in the output and can reduce the size of the output by ~3/4 in some cases (#45).
The code that handles line color and fill color has been completely refactored to avoid useless operations such as 0 transparency fills and draws (#46).
Defer starting new tikzpicture environments (#12).
Replace library.dynam with useDynLib (#50).
Reduce verbosity of start-up message.
Support ggplot 0.9.0.
The annotation system has been improved. A new function
tikzNode has been added that makes it easy to insert TikZ
nodes with custom options and content. tikzCoord is now a
wrapper for tikzNode that simplifies the function call
required to get a plain coordinate.
Annotation of Grid graphics is now supported. New functions
tikzAnnotateGrob, tikzNodeGrob and
tikzCoordGrob allow the creation of Grid grobs that execute
annotiation commands when drawn to a tikz device. Wrapper
functions grid.tikzAnnotate, grid.tikzNode and
grid.tikzCoord are also provided. The necessary
transformations between Grid coordinates, which are viewport-centric, to
absolute device coordinates are handled by a new function
gridToDevice.
Support has been added for the dev.capabilities
function in R 2.14.0.
The tikzDevice is now checked with “visual regression testing”
which compares the results of graphics tests against a set of standard
images using a visual diff. If a change occurs that significantly
affects font metrics or graphics primitives the effects will show up in
the diff. Currently, ImageMagick’s compare utility is used
to calculate differences. This process was inspired by the work of Paul
Murrell and Stephen Gardiner on the graphicsQC package. Future versions
of the tikzDevice may use graphicsQC to perform this task.
The tikzDevice Vignette used to employ a rather ugly hack that re-wrote the internals of the Sweave driver during processing in order to gain more control over syntax highlighting. This hack has been replaced by TeX macros that achieve the same result without messing with R.
Fixed a bug where tikz was not applying background
color to the plot canvas.
Fixed a Vignette bug caused by an incorrect merge that was breaking the CRAN build.
Unicode Support!!!! XeLaTeX may now be used calculate metrics and
widths for Unicode characters. PdfLaTeX remains the default LaTeX
compiler, but this may be changed by setting the global option
tikzDefaultEngine to xetex.
New global option tikzXelatexPackages which contains
packages necessary to use unicode characters with xelatex. Specifically,
the fontspec and the xunicode packages as well as the xetex option to
the preview package.
New global option tikzUnicodeMetricPackages which
contains the packages necessary to calculate metrics for multibyte
unicode characters with xelatex.
New function anyMultibyteUTF8Characters() which will check if the given string contains any multibyte unicode characters. Exposed in the package namespace since it is general and may be useful in other applications.
The TikZ device now fully supports the Raster
graphics primitive that was added in R 2.11.0 and no longer throws “not
implemented” warnings when this functionality is used. This is
accompilshed by writing raster images to PNG files,
Rplots_ras#.png, which are then included in the main TeX
file Rplots.tex.
The TikZ device now fully supports the polypath
graphics primitive that was added in R 2.12.0 and no longer throws “not
implemented” warnings when this functionality is used.
lwd parameter used to control
line widths was declared by tikzDevice to be of type int
when it is actually a double. This was causing line widths
to be ignored or miscalculated. Many thanks to Baptiste Auguie for
reporting this issue.New Makefile for executing common development tasks.
Package documentation now handled by roxygen. Many
thanks to Hadley Wickham and Yihui Xie for the Rd2roxygen
package which facilitated this switch.
Package test suite completely overhauled and now based on Hadley
Wickham’s test_that unit testing framework.
R 2.12.x now throws a warning message when shell commands run via
system() have non-zero exit conditions. The metric
calculation runs LaTeX on a file containing an @@end command. This causes a non zero exit
condition. The end result was that users were getting spammed by warning
messages. These messages have been gagged for now and a better way to
run LaTeX such that a non-zero condition can meaningfully indicate an
error is being investigated.
The range of characters the default sanitizer looks for has been extended. It should now process all characters that are special to TeX with the exception of backslashes. Documentation has been improved.
Detection of failed string metric calculations has been strengthened and the resulting error message has been improved.
Fixed buffer overflows and memory leaks related to string pointers in tikzDevice.c.
Fixed compilation of the tikzDevice vignette under R 2.12.0.
Reduced the verbosity of the package startup message.
A stub function has been added so that the
polypath() function introduced in R 2.12.0 won’t crash the
device.
Fixed bug where no string output was shown when the sanitize=TRUE option was used.
The path to a LaTeX compiler returned by Sys.which()
is now checked by file.access() to check that it is
actually an executable and not an error message. This fixes issues
arising from Sys.which() on Solaris.
On UNIX platforms, /usr/texbin/pdflatex is added to
the end of the list of places to search for a LaTeX compiler. This
should help people using R.app on OS X find a LaTeX compiler without
having to manually specify it.
tikz() produces a better error message when it
cannot open a file for output.
In the event that LaTeX crashes during a metric calculation, the
LaTeX log output is echoed using message() instead of
cat(). This makes it show up during operations that
supperss cat() output such as R CMD build and
R CMD Sweave.
Lorenzo Isella contributed bug reports and examples that led to the discovery of a bug in fontsize calculations that appeared when certain LaTeX commands were used to change the active font.
Vivianne Vilar for spotting spelling and grammar errors in the vignette.
Gabor Grothendieck for the idea for sending output to the screen for use with sink() (i.e. the “console” option)
“console” option for directing tikz() output back into the R console instead of to a file.
Preliminary support for a “sanitize” option which allows automatic escaping of characters that have special meaning to TeX like “$” and “%”.
tikzAnnotate() and tikzCoord() functions. tikzAnnotate() allows arbitrary LaTeX code to be injected into the output stream of an active tikz() graphics device. tikzCoord() is a wrapper for tikzAnnotate() that inserts named locations into the graphics code. These locations may be referenced by other TikZ drawing commands.
Removed bad colon in the DESCRIPTION file.
Proper fontsize calculations now include ps from par() and fontsize from gpar(). This fixes issues with lattice-based graphics such as ggplot2.
Metrics are now calculated properly when commands like
re used to adjust the active font.
Sanitization of % signs in labels.
The package no longer overwrites user customizations set in places like .Rprofile with default values when loaded.
Attempting to use new graphics functions such as rasterImage() now produces error messages instead of fatal crashes in R 2.11.0 and above.
Initial Beta Release
Support for all essential graphical parameters: colors, line types, line weights, semi-transparency, line endings and line joining.
String width and character metrics are calculated by direct calls to a LaTeX compiler. This is an inefficient but robust method. Some of the inefficiency of this method is compensated for by storing calculated string widths in a database managed by the filehash package. This way if we pay a computational price to compute the width of a string, we hopefully only pay it once.