search for: xyw

...r", iopt = as.integer(iopt), m = as.integer(m), x = as.single(x), y = as.single(y), w = as.single(w), k = k, s = as.single(s), nest = as.integer(nest), n = as.integer(n), knots = Knots, coef = coef, fp = single(1), wrk = wrk, lwrk = lwrk, iwrk = iwrk, ier = integer(1)) 2: curfitSS(xyw, s = s, knots = knots, n = n, from = From, to = To, k = k, periodic = periodic, ...) 3: curfit.default(x, periodic = TRUE, ...) 4: curfit(x, periodic = TRUE, ...) 5: percur(x, y) Possible actions: 1: abort (with core dump, if enabled) 2: normal R exit 3: exit R without saving workspace 4: exi...

...eems to me that LLVM sub-register is not for the following hardware architecture. All instructions of a hardware are vector instructions. All registers contains 4 32-bit FP sub-registers. They are called r0.x, r0.y, r0.z, r0.w. Most instructions write more than one elements in this way: mul r0.xyw, r1, r2 add r0.z, r3, r4 sub r5, r0, r1 Notice that the four elements of r0 are written by two different instructions. My question is how should I model these sub-registers. If I treat each component as a register, and do the register allocation individually, it seems very difficult to merge...

Hello, I am trying to migrate emails from: Mountain Lion OSX 10.8.5 (dovecot: 2.0.19apple1) to: RHEL 7.0 (dovecot: 2.2.10) Using command: dsync -m /Library/Server/Mail/Data/mail/XYZWXYZW-XYZW-XYZW-XYW-XYZXYZXYZXYZ/ -u giedriust mirror giedriust at 192.168.xx.xx root at 192.168.xx.xx's password: dsync-remote(giedriust at domainname.com): Error: dsync(local): Remote dsync doesn't use compatible protocol dsync-remote(giedriust at domainname.com): Error: dsync(local): Remote dsync doesn...

...lare vector types: void main() { vec4 a; vec3 b; vec2 c; } You can access the element of vector by using .xyzw, it means the 1st, 2nd, 3rd, 4th element of the vector are x, y, z, w. Ex: void main() { float f; vec4 a = vec4(1.0, 2.0, 3.0, 4.0); vec4 b = vec4(3.0, 4.0, 5.0, 6.0); v4.xyw = vec2(2.5, 3.3. 7.7); f = v4.y; b.xy += a.xy; } Because my chip supports this facility in instruction & register level, I think I have to preserve the semantic of this 'vector' and 'swizzle'. I don't think this GLSL::vector can be represented directly by the llvm::vec...

...he following > hardware architecture. > > All instructions of a hardware are vector instructions. All > registers contains > 4 32-bit FP sub-registers. They are called r0.x, r0.y, r0.z, r0.w. > > Most instructions write more than one elements in this way: > > mul r0.xyw, r1, r2 > add r0.z, r3, r4 > sub r5, r0, r1 > > Notice that the four elements of r0 are written by two different > instructions. > > My question is how should I model these sub-registers. If I treat > each component > as a register, and do the register allocation...

https://bugs.freedesktop.org/show_bug.cgi?id=78161 Priority: medium Bug ID: 78161 Assignee: nouveau at lists.freedesktop.org Summary: [NV96] Artifacts in output of fragment program containing not unrolled loops with conditional break Severity: normal Classification: Unclassified OS: Linux (All)

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