Cabal revisions of dynamic-plot-0.2.0.0
Hackage metadata revisions edit the .cabal file after upload; each diff below is one revision.
revision 1
-Name: dynamic-plot-Version: 0.2.0.0-Category: graphics-Synopsis: Interactive diagram windows-Description: Haskell excels at handling data like continuous functions- in a nice way, i.e. without discretising anything to finite arrays as- is typically done in languages like Matlab. Instead, you can simply pass- around functions or infinite data structures (or /very/ high-resolution data- that would be infeasible to handle in a strict language).- .- However when you want to /view/ the data, it will eventually need to be exported out of Haskell- in some finite form. The purpose of this library is to delay this discretisation- as long as possible: it implements an interactive plotting window that accepts continuous/recursive- data and only “flattens” it according to the specific view configuration.- You can then zoom in to a shown diagram and it will automatically calculate- the features more detailedly, or zoom out and discover previosly unexpected- features. You don't need to worry about specifying the range and/or resolution beforehand:- the program will try to find a suitable default view based on /all/ data your displaying,- and you can always still zoom, resize or move later.- .- <http://projects.haskell.org/diagrams> are used as the “pre-rendered” type. This- makes the output usable in a very wide range of applications, though at the moment only the GTK- window view is implemented.-License: GPL-3-License-file: COPYING-Author: Justus Sagemüller-Maintainer: (@) sagemuej $ smail.uni-koeln.de-Homepage: https://github.com/leftaroundabout/dynamic-plot-Build-Type: Simple-Cabal-Version: >=1.10-Extra-Doc-Files: images/examples/*.png- , images/examples/*.gif--Source-Repository head- type: git- location: git://github.com/leftaroundabout/dynamic-plot.git--Library- Build-Depends: base>=4.5 && <6- , transformers- , mtl- , vector-space>=0.8- , MemoTrie- , vector- , tagged- , containers- , semigroups- , data-default- , random- , MonadRandom- , time- , deepseq- , process- , constrained-categories >= 0.2- , free-vector-spaces >= 0.1 && < 0.2- , linearmap-category- , diagrams-core- , diagrams-lib >= 1.3 && < 1.4- , diagrams-cairo > 1.3.0.5 && < 1.4- , diagrams-gtk- , gtk > 0.10 && < 0.15- , glib- , colour >= 2 && < 3- , manifolds >= 0.3 && < 0.4- , colour-space- , lens < 4.15- Other-Extensions: FlexibleInstances- , TypeFamilies- , FlexibleContexts- , GADTs- , RankNTypes- , ConstraintKinds- , PatternGuards- , ScopedTypeVariables- , RecordWildCards- , TupleSections- ghc-options: -O2- default-language: Haskell2010- Exposed-modules: Graphics.Dynamic.Plot.R2- Other-modules: Graphics.Dynamic.Plot.Colour- , Graphics.Dynamic.Plot.Internal.Types- , Graphics.Text.Annotation+Name: dynamic-plot +Version: 0.2.0.0 +x-revision: 1 +Category: graphics +Synopsis: Interactive diagram windows +Description: Haskell excels at handling data like continuous functions + in a nice way, i.e. without discretising anything to finite arrays as + is typically done in languages like Matlab. Instead, you can simply pass + around functions or infinite data structures (or /very/ high-resolution data + that would be infeasible to handle in a strict language). + . + However when you want to /view/ the data, it will eventually need to be exported out of Haskell + in some finite form. The purpose of this library is to delay this discretisation + as long as possible: it implements an interactive plotting window that accepts continuous/recursive + data and only “flattens” it according to the specific view configuration. + You can then zoom in to a shown diagram and it will automatically calculate + the features more detailedly, or zoom out and discover previosly unexpected + features. You don't need to worry about specifying the range and/or resolution beforehand: + the program will try to find a suitable default view based on /all/ data your displaying, + and you can always still zoom, resize or move later. + . + <http://projects.haskell.org/diagrams> are used as the “pre-rendered” type. This + makes the output usable in a very wide range of applications, though at the moment only the GTK + window view is implemented. +License: GPL-3 +License-file: COPYING +Author: Justus Sagemüller +Maintainer: (@) sagemuej $ smail.uni-koeln.de +Homepage: https://github.com/leftaroundabout/dynamic-plot +Build-Type: Simple +Cabal-Version: >=1.10 +Extra-Doc-Files: images/examples/*.png + , images/examples/*.gif + +Source-Repository head + type: git + location: git://github.com/leftaroundabout/dynamic-plot.git + +Library + Build-Depends: base>=4.5 && <6 + , transformers + , mtl + , vector-space>=0.8 + , MemoTrie + , vector + , tagged + , containers + , semigroups + , data-default + , random + , MonadRandom + , time + , deepseq + , process + , constrained-categories >= 0.2 + , free-vector-spaces >= 0.1 && < 0.2 + , linearmap-category + , diagrams-core + , diagrams-lib >= 1.3 && < 1.4 + , diagrams-cairo > 1.3.0.5 && < 1.4 + , diagrams-gtk + , gtk > 0.10 && < 0.15 + , glib + , colour >= 2 && < 3 + , manifolds >= 0.3 && < 0.3.1 + , colour-space + , lens < 4.15 + Other-Extensions: FlexibleInstances + , TypeFamilies + , FlexibleContexts + , GADTs + , RankNTypes + , ConstraintKinds + , PatternGuards + , ScopedTypeVariables + , RecordWildCards + , TupleSections + ghc-options: -O2 + default-language: Haskell2010 + Exposed-modules: Graphics.Dynamic.Plot.R2 + Other-modules: Graphics.Dynamic.Plot.Colour + , Graphics.Dynamic.Plot.Internal.Types + , Graphics.Text.Annotation