search for: cinit

...p to fix the line for 'st' when it reaches maximum, that's where i am getting stuck. thanks Sharad set.seed(100) d=data.frame(x=rnorm(20)+5, x1=rnorm(20)+5, x2=rnorm(20)+5, x3=rnorm(20)+5, x4=rnorm(20)+5, x5=rnorm(20)+5, x6=rnorm(20)+5, x7=rnorm(20)+5, x8=rnorm(20)+5) r2=c() cinit=0 for (col in 1:9) { cinit=cinit+1 st=cinit+1 end=dim(d)[2] r=d[,cinit]-d[,st:end] r2=cbind(r2,r) } -- View this message in context: http://r.789695.n4.nabble.com/calculating-ratios-from-all-combinations-tp3912560p3912767.html Sent from the R help mailing list archive at Nabble.com.

...instructions to that position until the next sequence point (e.g. function call) occurs. For completeness, here is the declaration statement in the AST: |-DeclStmt 0x7ffec3869f48 <line:5:2, col:38> | `-VarDecl 0x7ffec382d680 <col:2, col:37> col:11 used f 'unsigned int' cinit | `-BinaryOperator 0x7ffec3869f20 <col:15, col:37> 'unsigned int' '+' | |-CallExpr 0x7ffec382d7e0 <col:15, col:24> 'unsigned int' | | |-ImplicitCastExpr 0x7ffec382d7c8 <col:15> 'unsigned int (*)(unsigned int)' <FunctionToPoi...

...0x8e426d0 'struct __va_list_tag [1]' 1 | `-RecordType 0x8e424f0 'struct __va_list_tag' | `-CXXRecord 0x8e42458 '__va_list_tag' `-NamespaceDecl 0x8e42778 <example.hpp:5:1, line:7:1> line:5:11 ns `-VarDecl 0x8e8f970 <line:6:5, col:13> col:9 a 'int' cinit `-IntegerLiteral 0x8e8f9d0 <col:13> 'int' 1 My file was just containing a namespace (called ns), and an int declaration (int a = 1). __NSConstantString and __NSConstantString_tag are now exposed. I am not sure if this is the wanted behaviour ? We found out that there seem to ha...

...(16,32,48, or 64K). One level of TI's website seems to incorrectly indicate only 64K of L2. I turned off MANUAL_ALLOC and have it allocating internal memory using calloc(). I did change the L2 cache to 2 way (32K) and adjusted the heap size to 12K to get it to fit. I put a wavefile and the .cinit, .const up in the SDRAM. name origin length used attr fill ---------------------- -------- --------- -------- ---- -------- IRAMB 00000000 00000400 00000000 RWIX IRAMP 00000400 00028...

I started my project using the CodeComposerStudio speex_C64_test.pjt in speex 1.1.11.1. To build using floating point, I created a new project with the same files and modified ti\config.h to #undef FIXED_POINT. Is there a better way to configure a floating point processor? I have a few TI specific optimizations that could go into the next release. What's the procedure for submitting code?