int TI_2A_ISP_control(int eTime, int aGain, int dGain, int cTemp)
{
static int steaySet = -1;
static int tempSet = -1, tempCnt = 0;
int tempCountLimit = 10;
int i = getSetIndex(eTime, aGain, dGain, cTemp);
int j = 0;
if (steaySet == i)
{
tempSet = -1;
tempCnt = 0;
}
else if (tempSet == i && tempCnt >= tempCountLimit)
{
steaySet = i;
tempSet = -1;
tempCnt = 0;
ISP_config(i);
}
else if (tempSet == i)
{
tempCnt++;
}
else
{
tempSet = i;
tempCnt = 0;
}
return 100 * steaySet + j;
}
void simulate(FILE* fp, int setIndex, int lines, int blockBits) {
//simulate cache memory
struct cache_line** cache = build_cache(setIndex, lines);
char blank;
char Op;
int addressVal;
int offset;
char buf[1000];
int hit = 0, miss = 0, eviction = 0;
int setNumber;
int tag;
int tempHit, tempMiss, tempEvict;
while (fgets(buf, sizeof(buf), fp) != NULL) {
tempHit = tempMiss = tempEvict = 0;
sscanf(buf, "%c %c %x,%d",&blank, &Op, &addressVal, &offset);
if (blank == 'I')
continue;
setNumber = getSetIndex(addressVal, setIndex, blockBits);
tag = addressVal >> (setIndex + blockBits);
if (findCache(cache, setNumber, lines, tag)) {
hit ++;
tempHit ++;
updateCache(setNumber, tag);
} else {
miss ++;
tempMiss ++;
tempEvict += replaceCache(cache, setNumber, lines, tag);
}
if (Op == 'M') {
//if the operation is M, need to find cache again
if (findCache(cache, setNumber, lines, tag)) {
hit ++;
tempHit ++;
updateCache(setNumber, tag);
} else {
miss ++;
tempMiss ++;
tempEvict += replaceCache(cache, setNumber, lines, tag);
}
}
eviction += tempEvict;
if (verbose)
printVerboseInfo(buf, tempHit, tempMiss, tempEvict);
}
//printf("%d %d %d\n", hit, miss, eviction);
freeCache(cache);
freeQueue();
printSummary(hit, miss, eviction);
}
static void ISP_SetCcdcClamp(int aGain, int dGain)
{
static int value_bak = -1;
int value;
int i;
static CSL_CcdcClampConfig pPrm =
{
.enable = 1,
.mode = 0,
.dcOffset = -200,
.clampStartV = 0,
.horzClampMode = 0,
.horzClampBlack = 0,
.horzClampWinStartH = 0,
.horzClampWinStartV = 0,
.horzClampWinSizeV = 16,
.horzClampWinSizeH = 256,
.horzClampBaseWin = 0,
.horzClampNumWin = 0,
.vertClampResetValue = 0,
.vertClampResetValueSource = 0,
.vertClampLineAvgCoeff = 0,
.vertClampWinStartH = 0,
.vertClampWinStartV = 0,
.vertClampWinSizeH = 0,
.vertClampNumWin = 0,
.vertClampBlackOptical = 16,
};
if (aGain < 3000)
{
value = -200;
}
else
{
value = -200 - (aGain - 3000) / 500.0 - (dGain - 1000) / 300.0;
}
value += gALG_AewbDebug.CcdcClamp.ClampValue_adjust;
value = (value > -180) ? -180 : value;
value = (value < -210) ? -210 : value;
if (value == value_bak)
{
return;
}
value_bak = value;
#if ISP_DEBUG
printf("----ISP_SetCcdcClamp value =%d\n", value);
#endif
gALG_AewbDebug.CcdcClamp.ClampValue = value;
pPrm.dcOffset = (Uint32)value;
DRV_isifLock(); //ANR - ISIF
CSL_ccdcSetClampConfig(&gCSL_ccdcHndl, &pPrm);
DRV_isifUnlock(); //ANR - ISIF
}
static void ISP_ipipeSetNf2(int aGain, int dGain)
{
static int value_bak = -1;
static CSL_IpipeNfConfig nf2 =
{
.enable = 1,
.spreadVal = 3,
.spreadValSrc = 0,
.lutAddrShift = 0,
.greenSampleMethod = 0,
.lscGainEnable = 0,
.edgeDetectThresMin = 0,
.edgeDetectThresMax = 2047,
.lutThresTable = {20, 20, 20, 20, 20, 20, 20, 20},
.lutIntensityTable = {24, 25, 26, 26, 27, 28, 29, 30},
.lutSpreadTable = { 0, 0, 0, 0, 0, 0, 0, 0},
};
int ag = (aGain > 40000) ? 40000 : aGain;
int dg = (dGain > 1536) ? 1536 : dGain;
int value = 0;
if (ag < 10000)
{
value = 20;
}
else
{
value = 20 + (ag - 10000) / 300 + (dg - 1000) / 10;
}
value += gALG_AewbDebug.ipipeNf2.Nf2Value_adjust + ALG_aewbGetNoiseLevel();
value = (value > 200) ? 200 : value;
value = (value < 16) ? 16 : value;
if (value == value_bak)
{
return;
}
value_bak = value;
int i;
for (i = 0; i < 8; i++)
{
nf2.lutThresTable[i] = (Uint32)value + (Uint32)(i * value / 10);
}
gALG_AewbDebug.ipipeNf2.Nf2Value = value;
#if ISP_DEBUG
printf("ISP_ipipeSetNf2 value = %3d\n", value);
#endif
DRV_ipipeSetNf2(&nf2);
}
static int getSetIndex(int eTime, int aGain, int dGain, int cTemp)
{
if (aGain >= 40000 && dGain >= 1280)
{
return 2;
}
else if (aGain >= 20000)
{
return 1;
}
else
{
return 0;
}
}
int TI_2A_ISP_control_ar0331(int eTime, int aGain, int dGain, int cTemp)
{
static int steaySet = -1;
static int tempSet = -1, tempCnt = 0;
int tempCountLimit = 100;
int i = getSetIndex(eTime, aGain, dGain, cTemp);
int j = 0;
ISP_ipipeSetNf2(aGain, dGain);
if (steaySet == i)
{
j = switch_rgb2rgb_matrixes(cTemp, rgb_matrixes[i], 0);
tempSet = -1;
tempCnt = 0;
}
else if (tempSet == i && tempCnt >= tempCountLimit)
{
steaySet = i;
tempSet = -1;
tempCnt = 0;
j = switch_rgb2rgb_matrixes(cTemp, rgb_matrixes[i], 1);
}
else if (tempSet == i)
{
tempCnt++;
}
else
{
tempSet = i;
tempCnt = 0;
}
return 100 * steaySet + j;
}
