search for: polyfill

Hi. I've tried to create a polygon with one hole by gpclib using following example script. holepoly <- read.polyfile(system.file("poly-ex/hole-poly.txt", package ="gpclib"), nohole = FALSE) area.poly(holepoly) plot(holepoly,poly.args=list(col="red",border="blue")) And I noticed plot function couldn't draw polygons with holes correctly.

...n infinite number of locals per function, but we plan to pre-color them so that locals whose lifetimes don't interfere can be merged. We can get clever and do this in an interesting order. How will the ISA be transformed to machine code? > That's implementation dependent. Initially, a polyfill to JavaScript because that's what exists today. We'll also implement a reference interpreter to validate the spec. Each browser can do what it wants to have fast and secure native support. Why do you want to develop a full backend as opposed to a simple LLVM > IR translation pass that...

...however, I want to display the image as is, without any coordinate transformations. This would require displaying individual "pieces of pie" colour-coded by their data value. A comparable plotting routine in Matlab would be pcolor (which doesn't require a regular grid) or the use of polyfill in IDL to fill each polygon. Does anyone know of a package that could help me out? Any help appreciated. Regards, Justin Peter ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Justin Peter Research Scientist Earth System Modelling and Radar Applications Group Centre for Australian Weather and Climate R...

On 10/30/13 08:24 AM, Richard Smith wrote: > > May I humbly propose you create a c++11-development branch > now/later/anytime and let people start using that. In parallel to > that let people know that pieces of the c++11 branch will > potentially start merging Feb 1st 2014. (roughly 3 months from > today). This gives people time to review things before they

Hello all, WebAssembly [0] its a new virtual ISA being designed to efficiently run compiled code in web browsers and other things, starting with C/C++, and eventually many other languages [1]. WebAssembly distinguishes itself from other virtual ISAs with optimizations to reduce download size and decode time, strong portability and predictability invariants (for example, the base has no undefined