Displaying 5 results from an estimated 5 matches for "polyfile".
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polyfill
2004 May 11
2
How to draw holes generated by gpclib using plot function
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.
Does anyone know how to solv...
2015 Jun 18
5
[LLVMdev] [RFC] WebAssembly Backend
>
> This seems interesting, I have a few questions:
>
>
> Has the ISA been finalized yet or is it still a work in progress? Will
> there be a fixed number of registers?
>
The design document has a high-level idea of the ISA, or rather of the AST
we're thinking of going with:
https://github.com/WebAssembly/design/blob/master/AstSemantics.md
The final encoding isn't
2010 Oct 06
1
Display an image defined on a polar grid [SEC=UNCLASSIFIED]
Dear R-help,
I have a matrix of data values specified in polar coordinates, i.e. (r,theta).
I know that I can transform this image to Cartesian coordinates and then use image to display the results, 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
2013 Oct 30
3
[LLVMdev] [cfe-dev] RFC: A proposal to move toward using C++11 features in LLVM & Clang / bounding support for old host compilers
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
2015 Jun 17
8
[LLVMdev] [RFC] WebAssembly Backend
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