--- - branch: MAIN date: Tue Mar 3 15:22:20 UTC 2015 files: - new: '1.96' old: '1.95' path: pkgsrc/graphics/gnuplot/Makefile pathrev: pkgsrc/graphics/gnuplot/Makefile@1.96 type: modified - new: '1.19' old: '1.18' path: pkgsrc/graphics/gnuplot/PLIST pathrev: pkgsrc/graphics/gnuplot/PLIST@1.19 type: modified - new: '1.29' old: '1.28' path: pkgsrc/graphics/gnuplot/distinfo pathrev: pkgsrc/graphics/gnuplot/distinfo@1.29 type: modified - new: '1.7' old: '1.6' path: pkgsrc/graphics/gnuplot/patches/patch-ag pathrev: pkgsrc/graphics/gnuplot/patches/patch-ag@1.7 type: modified - new: '0' old: '1.1' path: pkgsrc/graphics/gnuplot/patches/patch-docs_gnuplot.texi pathrev: pkgsrc/graphics/gnuplot/patches/patch-docs_gnuplot.texi@0 type: deleted id: 20150303T152220Z.8a9f65d612dafb4566608e73e7e73d1b536c1a34 log: "(pkgsrc)\n - Two targets added, post-build: and post-install:,\n to build gnuplot.pdf (which was in 4.6.6 PLIST),\n and two dependency for above process. Thanks gdt@ for comment.\n\n(upstream)\n - Update 4.6.6 to 5.0.0\n---------------------\n\t\tGNUPLOT Version 5.0 Release Notes\n\t\t=================================\n\nGnuplot version 5 contains significant new capabilities and enhancements.\nThe most recent previous release was 4.6 patchlevel 6 (4.6.6).\nPlease see the NEWS file for bugfixes and minor changes to version 5.0\napplied after feedback on release candidates -rc1, -rc2, and -rc3.\n\nRelease Notes date: 31 December 2014\n\nNOTABLE NEW FEATURES\n====================\n\n* New plot styles \"with parallelaxes\" and labeled contours.\n\n* New coordinate system (Degrees, Minutes, Seconds) \"set xdata geographic\".\n\n* The \"fit\" command can now handle functions with up to 12 variables, and\n can take into account errors on x as well as errors on dependent variables.\n Final covariance terms are stored in user-accessible variables.\n Fitting options are now controlled by the command \"set fit ...\" rather than\n by environmental variables.\n\n* The interpretation of columns in a \"fit\" command depends on new keywords\n \"error\", \"xyerror\", \"zerror\". In most cases the program can also recognize\n version 4 syntax (no error keyword but last column contains zerror).\n\n* The dot/dash pattern of a line can now be controlled independently\n from other line properties using the keyword \"dashtype\".\n\n* The default color of individual line types can be changed using\n \"set linetype\" (introduced in 4.6). In version 5 a default overall color\n sequence can be selected using \"set colors {default|classic|podo}\".\n \ The \"classic\" sequence is red/green/blue/magenta/cyan/yellow as used by\n \ older gnuplot versions. The default and podo colors are chosen to be\n more easily distinguished in print and in particular by people with color\n vision problems.\n\n* Text markup now supports bold and italic font settings in addition to\n the subscript, superscript, font size and other options previously\n provided by the \"enhanced text\" mode. This mode is now the default.\n\n* Command scripts may place in-line data in a named data block for\n repeated plotting.\n\n* Bit shift operators << and >>\n\n* RGB colors can include an alpha-channel for transparency.\n \ # ARGBcolor = (Alpha << 24) + (Red << 16) + (Green << 8) + Blue\n\n* Secondary axes (x2, y2) can be locked to the primary axis via a mapping\n function. In the simplest case this guarantees that the primary and\n secondary axis ranges are identical. In the general case it allows you\n to define a non-linear axis, something that previously was only possible\n for the special case of log scaling.\n\n* The \"import\" command attaches a user-defined function name to a\n function provided by an extenal shared object (i.e. a plugin library).\n\n* Previous commands in the history list of an interactive session can be\n reexecuted by number. \ For example \"history !5\" will reexecute the\n command numbered 5 in the list reported by \"history\".\n\n* Hypertext labels in the interactive terminals including web display\n using the HTML canvas or svg terminals.\n\nMany other additions are described in the \"New Features\" section of the\ndocumentation.\n\nCHANGES\n=======\n\nGnuplot development assigns very high priority to backward compatibility\nwith earlier versions. For example any command script that worked in\nversion 4.0 is expected to continue to work for all version 4 releases\nincluding the most recent one (4.6.6). However changes introduced in\nversion 5 can affect the operation of some version 4 scripts.\n\nA brief summary of potentially incompatible changes is given here.\n\n* Earlier versions of gnuplot used the keyword \"linetype\" to mean both\n the color and the solid/dot/dash pattern of a line. Version 5 has\n separate keywords \"linecolor\" and \"dashtype\". You can use these keywords\n \ directly in a plot command or assign any desired color and a dash pattern\n \ to a linetype. The program now provides a default set of 8 linetypes, all solid.\n \ You can change these or add new linetypes as you please. You do not need\n to change the current terminal or terminal mode in order to use dashed lines.\n\n* The handling of input data containing NaN, Inf, an inconsistent number of\n data columns, or other unexpected content has changed. See documentation\n under \"missing\" for examples and figures.\n\n* Time coordinates are stored internally as the number of seconds relative\n to the standard unix epoch 1-Jan-1970. Earlier versions of gnuplot used\n a different epoch internally (1-Jan-2000). This change resolves\n \ inconsistencies introduced when time in seconds was generated externally.\n \ The epoch convention used by a particular gnuplot installation can be\n determined using the command `print strftime(\"%F\",0)`.\n Time is now stored to at least millisecond precision.\n\n* The function `timecolumn(N,\"timeformat\")` now has 2 parameters.\n Because the second parameter is not associated with any particular data axis,\n this allows using the `timecolumn` function to read time data for reasons\n other than specifying the x or y coordinate. Use of time formats\n \ to generate axis tick labels is now controlled by \"set {xy}tics time\" rather\n \ than by \"set {xy}data time\". Thus prior calls to `set xdata time` or\n `set timefmt x` are unnecessary for either input or output.\n These older commands still work, but are deprecated.\n\n* The \"reverse\" keyword (e.g. \"set xrange [*:*] reverse\") now affects only\n autoscaling. It has no effect on explicit ranges.\n \"set xrange [0:1] reverse\" is _not_ the same as \"set xrange [1:0]\".\n\n* Options to the \"fit\" command are now given by \"set fit ...\" rather than\n \ by setting environmental variables. Fit can handle up to MAX_NUM_VAR\n independent variables (currently 12). Variables other than the first\n two (x, y) have been dissociated from axis names. This means, for example,\n \"set urange [U1:U2]\" has no effect on fitting because \"u\" is not a fit\n variable. Use the command \"set dummy ...\" to assign names to fit variables\n 3 ... 12.\n\n* The `call` command is implemented by providing a set of variables ARGC,\n ARG0, ..., ARG9. ARG0 holds the name of the script file being executed.\n ARG1 to ARG9 are string variables and thus may either be referenced directly\n or expanded as macros, e.g. @ARG1. The older convention for referencing\n call parameters as tokens $0 ... $9 is deprecated.\n\n* \"unset xrange\" (and other axis ranges) restores the default range.\n\n* \"unset terminal\" restores the original terminal of the current session.\n" module: pkgsrc subject: 'CVS commit: pkgsrc/graphics/gnuplot' unixtime: '1425396140' user: mef