emoon

(def-vu0-fun vu0-fun (input1 :in vf01
                      input2 :in vf02
                      output :out vf03)  
 (add output input1 input2))

(defun my-ee-fun ()  
  ; do something funky, set stuff etc and then call the code  
  (vu0-fun))

emoon

(def-spu-fun spu-fun (data :u32)  
  (spu-format "~d~%" data))

(defun my-ppu-fun ()  
  (spu-fun 0)) ; scheduling, etc is up to the implementation

emoon

(defmacro genfuncs (data)
  `(progn
     ,@(loop for i in data collecting         
       `(defun test-,i () ,i))))

emoon

(genfuncs '(1 2 3))

emoon

(defun test-1 () 1)
(defun test-2 () 2)
(defun test-3 () 3)

emoon

item = xbmcgui.ListItem('testing', iconImage = 'DefaultVideo.png')
item.setInfo(type='video', infoLabels={ 'title': 'testing', 'Playcount': 1, 'overlay': 7 })
xbmcplugin.addDirectoryItem(thisPlugin, 'temp.tmp', item, False)
xbmcplugin.endOfDirectory(thisPlugin)

emoon

OUTPUT_DIR := Data
INPUT_DIR := OriginalData

FOO_IN_FILES =  $(wildcard $(INPUT_DIR)/Foo/*)
FOO_OUT_FILES =  $(patsubst $(INPUT_DIR)/%, $(OUTPUT_DIR)/%, $(FOO_IN_FILES)) 

$(FOO_OUT_FILES) : $(FOO_IN_FILES)
	mkdir -p "$(@D)"
	cp $< $@

emoon

const char* s_mapPixelKernelSource = "\n" \
"__kernel void mapPixel(                                                \n" \
"    __global uchar* output,                                            \n" \
"    __global uchar4* input,                                            \n" \
"    __constant float4* pal,                                            \n" \
"    const unsigned int palCount,                                       \n" \
"    const unsigned int width)                                          \n" \
"{                                                                      \n" \
"   const int xOut = get_global_id(0);	                                \n" \
"   const int yOut = get_global_id(1);					\n" \

emoon

Challenge:

Implement selb with only using odd instructions on SPU.
----------------------------------------------------------------------------------

input : mask (comes from a floating point compare so result is always zero or ones for each 32-bit value (and 4 of them))
        a, b to select between

----------------------------------------------------------------------------------
Suggestion 1 by @daniel_collin

emoon

typedef struct Poly
{
  int x, y, z, .. // etc values
  struct Poly* next;
} Poly;

Poly* g_sortArray[MaxBuckets];

static void addPoly(Poly* poly, int z)
{