- update math/R to 2.15.0, and adjust dependent ports
- minor changes to bsd.cran.mk [2]: rename MASTER_CRAN_SITES to
MASTER_SITE_CRAN, as in bsd.sites.mk; make the install target more
flexible and allow CRAN ports to override it; add a regression-test
target; set USE_FORTRAN to match math/R; remove some of the
redundant checks of USE_R_MOD; honor NOPORTDATA and NOPORTDOCS
Reviewed by: thierry, tota, wen
Approved by: D. Rue (maintainer) [1], wen [2]
to Mk/bsd.cran.mk
PR: ports/162238
Submitted by: tota (myself)
Approved by: wen (maintainer of Mk/bsd.cran.mk and many related ports),
David Naylor <naylor_DOT_b_DOT_david_AT_gmail_DOT_com>
(maintainer of math/R-cran-RSvgDevice and math/R-cran-car),
Dan Rue <drue_AT_therub_DOT_org>
(maintainer of math/R-cran-psych, timeout > 2 weeks)
Feature safe: yes
includes workarounds intended to fix the broken sparc64
build, and fixes to the static libR, which is now in a
separate slave port, math/libR)
PR: 158947 [1]
Submitted by: wen ([1], independently)
- switch to the bundled Rblas and Rlapack by default (this
can be changed by setting BLAS and LAPACK) which favors
correctness in some corner cases over a slight performance
penalty; this will be revisited after the blas and lapack
updates
- replace the STATIC_LIBR option with a LIBR option (on
by default): if on, libR.a and libR.so are installed,
and R is linked to libR.so. Otherwise, R is static, and
no libRs are installed.
- remove the superfluous copy of libR.so in ${LOCALBASE}/lib [1]
- enable the cairo and pango elements in the X11() graphics
device by default, controlled by new PANGOCAIRO option
- add a few small patches to dependent ports, bumping
PORTREVISION where necessary
PR: 153309 [1]
Approved by: thierry (rkward*), wen (rpy*, R-cran-*)
- Rename R_MOD to USE_R_MOD to be suitable for bsd.port.mk
- Remove math/R-cran-sm/files/bsd.cran.mk to complete the moving
Approved by: wen (via e-mail)
experimental psychology. Functions are primarily for scale construction using
factor analysis, cluster analysis and reliability analysis, although others
provide basic descriptive statistics. Functions for simulating particular item
and test structures are included. Several functions serve as a useful front end
for structural equation modeling. Graphical displays of path diagrams, factor
analysis and structural equation models are created using basic graphics. Some
of the functions are written to support a book on psychometrics as well as
publications in personality research.
WWW: http://cran.r-project.org/web/packages/psych/index.html
PR: ports/150600
Submitted by: Dan Rue <drue@therub.org>
