Adding raffaele documentation

3 files changed, 111 insertions, 0 deletions

diff --git a/Doc/DSP Lib/DSPLib.h b/Doc/DSP Lib/DSPLib.h
new file mode 100644
index 00000000..356fffb5
--- /dev/null
+++ b/Doc/DSP Lib/DSPLib.h
@@ -0,0 +1,111 @@
+long cfExp(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long vfSum(float *gfpIn,int giStrideInp,float *gfpOut,int len);
+long cfMatrixDeterm(_c_float *rpacfIn,int riN,_c_float *rpacfOut);
+long vfDiv40(float *rpafIn1,int riStrideInp1,float *rpafIn2,int riStrideInp2,float *rpafOut,int riStrideOut,int riLen);
+long fMatrixTrace(float *rpafIn,int riDim,float *rpafOut);
+long vfMean(float *gfpIn,int giStrideInp,float *gfpOut,int len);
+long cfMagn(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long vfCosh(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long vfConv(float *rpafInX,float *rpafInCoeffH,float *rpafOut,int riVecLen,int riFilterLen,int riTransient);
+long fLPC2Cepstr(float *rpafLPC,float *rpafCC,int riLPCLen,int riCCLen);
+long cfMatrixTrace(_c_float *rpacfIn,int riDim,_c_float *rpacfOut);
+long vfMax(float *rpavfIn,int riStrideInp,float *rpavfOut,int riLen);
+long fFIRnlms(float *rpafInX,float *rpafKerCoeffH,float *rpafRefOut,float *rpafDelayBuff,int riSampleLen,int riKernelLen,float rfAdapCoeff);
+long vfClip(float *rpafX, int riStrideX,float *rpafY,int riStrideY,float *rfClipUp,float *rfClipDown,int riLen);
+long vfAcos(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long vfTan(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen) ;
+long vfFIRnlms(float *rpafInX,float *rpafKerCoeffH,float *rpafRefOut,float *rpafDelayBuff,int riSampleLen,int riKernelLen,float rfAdapCoeff);
+long cfDot(float *rfpaIn1,int riStrideInp1,float *rfpaIn2,int riStrideInp2,float *rfpaOut,int riLen);
+long cfMatrixByVectsMul(_c_float *rpacfIn1,int riRow,int riCol,_c_float *rpacfIn2,_c_float *rpafOut,int riVnum);
+long cfMatrixByVectsMul_even(_c_float *rpacfIn1,int riRow,int riCol,_c_float *rpacfIn2,_c_float *rpafOut,int riVnum);
+long cfMatrixByVectsMul_odd(_c_float *rpacfIn1,int riRow,int riCol,_c_float *rpacfIn2,_c_float *rpafOut,int riVnum);
+long vfSub(float *gfpIn1,int giStrideInp1,float *gfpIn2,int giStrideInp2,float *gfpOut,int giStrideOut,int giLen);
+long cfMatrix8x8ByVectsMul(_c_float *rpafIn1,_c_float *rpafIn2,_c_float *rpafOut,int riVnum);
+long cfMoveScaleOffset (float *gfpIn,int giStrideInp,float *gfpOut,int giStrideOut,float *gfpScale,float *gfpOffset,int giLen);
+long fMatrixMul(float *rpfIn1,int riRow_m1,int riCr_m1m2,float *rpfIn2,int riCol_m2,float *rpfOut);//this implementation works for all inputs
+long fMatrixMul_even(float *rpfIn1,int riRow_m1,int riCr_m1m2,float *rpfIn2,int riCol_m2,float *rpfOut_opt);//this is called when the first matrix has even
+                                                        //columns and the second matrix has odd columns
+long fMatrixMul_even_vf(float *rpfIn1,int riRow_m1,int riCr_m1m2,float *rpfIn2,int riCol_m2,float *rpfOut_opt);//this is called when the first matrix has even
+                                                        //columns and the second matrix has even columns.
+														//Makes use of _v_float data types.
+long fMatrixMul_odd(float *rpfIn1,int riRow_m1,int riCr_m1m2,float *rpfIn2,int riCol_m2,float *rpfOut_opt);//This is called when the first matrix has odd columns.
+long fLevinson(float *rpafInAutoCorR,float *rpafLPCOut,float *rpfScalarOut,int riCoeffNum);
+long vfMoveScaleOffset(float *gfpIn,int giStrideInp,float *gfpOut,int giStrideOut,float *gfpScale,float *gfpOffset,int giLen);
+long fConv2d(float *rpafInA,int riRowLenA,int riColLenA,float *rpafInKernelH,float *rpafOut,int riKOrder);
+long vfRMS(float *rpafIn,int riStrideInp,float *rpafOut,int riLen);
+long vfMaxAndIndex(float *rpafIn,int riStrideInp,float *rpafMax,long *rpalMaxIdx,int riLen);
+long vfExp(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long vfTanh(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long fMean(float *gfpIn,int giStrideInp,float *gfpOut,int len);
+long cfVectByMatrixMul(_c_float *rpacfIn1,_c_float *rpacfIn2,int riRow,int riCol,_c_float *rpacfOut);
+long cfVectByMatrixMul_even(_c_float *rpacfIn1,_c_float *rpacfIn2,int riRow,int riCol,_c_float *rpacfOut);
+long cfVectByMatrixMul_odd(_c_float *rpacfIn1,_c_float *rpacfIn2,int riRow,int riCol,_c_float *rpacfOut);
+long cfMatrix3x3ByVectsMul(_c_float *rpafIn1,_c_float *rpafIn2,_c_float *rpafOut,int rivnum);
+long vfXcorr(float *rpafX,int riStrideX,float *rpafY,int riStrideY,float *rpafZ,int riStrideZ,int riLen,int riNcoeff);
+long vfAdd(float *gfpIn1,int giStrideInp1,float *gfpIn2,int giStrideInp2,float *gfpOut,int giStrideOut,int giLen);
+long vfLog(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,float rfBaseConversion,int riLen);
+long cfMatrixChol(_c_float *rpacfIn,_c_float *rpacfOut_1,_c_float *rpacfOut_2,int riN);
+long fMatrixDeterm(float *rpafIn,int riN,float *rpafOut);
+long vfDot(float *rfpaIn1,int riStrideInp1,float *rfpaIn2,int riStrideInp2,float *rfpaOut,int riLen);
+long vfAcosh(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long cfMulAdd(float *rpafIn1,int riStrideInp1,float *rpafIn2,int riStrideInp2,float *rpafIn3,int riStrideInp3,float *rpfOut,int riStrideOut,int riLen);
+long cfDist(float *rpafIn1,int giStrideInp1,float *rpafIn2,int giStrideInp2,float *rpafOut,int giStrideOut,int riLen);
+long vfExp10(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,
+		     int riLen);
+long fMatrixAdd(float *rpacfIn1,float *rpafIn2,int riRows,int riCols,float *rpafOut);
+long cfMatrix2Determ(float *rpafIn,float *rpafOut);
+long cfConjScaleOffset(float *gfpIn,int giStrideInp,float *gfpOut,int giStrideOut,float *gfpScale,float *gfpOffset,int giLen);
+long vfFixScaleOffset(float *gfpIn1,int giStrideInp,long *glpOut,int giStrideOut,float *gfpScale,float *gfpOffset,int giLen);
+long vfBubbleSort(float *rpafIn,int riStrideInp,int riLen);
+long vfCos(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long vfDiv32(float *rpafIn1,int riStrideInp1,float *rpafIn2,int riStrideInp2,float *rpafOut,int riStrideOut,int riLen);
+long cfXcorr(float *rpafX,int riStrideX,float *rpafY,int riStrideY,float *rpafZ,int riStrideZ,int riLen,int riNcoeff);
+long cfMulConj(float *gfpIn1,int giStrideInp1,float *gfpIn2,int giStrideInp2,float *gfpOut,int giStrideOut,int len);
+long vlShift(long *rpalIn,int riStrideIn,long *rpalOut,int riStrideOut,long rlLShift,long rlRShift,int riLen);
+long cfLastStage(float *rpafInX1,float *rpafInX2,float *rpafInW,float *rpafOutY1,float *rpafOutY2,int riButterFlyNum);
+long fConv(float *rpafInX,float *rpafInCoeffH,float *rpafOut,int riVecLen,int riFilterLen,int riTransient);
+long vlShand(long *rpalIn,int riStrideIn,long *rpalOut,int riStrideOut,long rlLShift,long rlRShift,long rlLMask,long rlRMask,int riLen);
+long vfQuickSort(float *rpafIn,int riStrideInp,int riStart,int riEnd);
+long vfSinh(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long vfLog_Base(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,long rlBaseConv,int riLen);
+long fMatrixInvert(float *rpafIn,int riN,float *rpafOut);
+long vfSin(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long vlAdd(long *glpIn1,int giStrideInp1,long *glpIn2,int giStrideInp2,long *glpOut,int giStrideOut,int giLen);
+long cfConv2d(_c_float *rpafInA,int riRowLenA,int riColLenA,_c_float *rpafInKernelH,_c_float *rpafOut,int riKOrder);
+long fSum(float *gfpIn,int giStrideInp,float *gfpOut,int len);
+long cfMul(float *gfpIn1,int giStrideInp1,float *gfpIn2,int giStrideInp2,float *gfpOut,int giStrideOut,int len);
+long vfMulAdd(float *rpafIn1,int riStrideInp1,float *rpafIn2,int riStrideInp2,float *rpafIn3,int riStrideInp3,float *rpfOut,int riStrideOut,int riLen);
+long cfMatrixMul(_c_float *rpcfIn1,int riRow_m1,int riCr_m1m2,_c_float *rpcfIn2,int riCol_m2,_c_float *rpcfOut);
+long cfMatrixMul_even(_c_float *rpcfIn1,int riRow_m1,int riCr_m1m2,_c_float *rpcfIn2,int riCol_m2,_c_float *rpcfOut);
+long cfMatrixMul_odd(_c_float *rpcfIn1,int riRow_m1,int riCr_m1m2,_c_float *rpcfIn2,int riCol_m2,_c_float *rpcfOut);
+long vlToFloatScaleOffset(long *glpIn1,int giStrideInp,float *gfpOut,int giStrideOut,float *gfpScale,float *gfpOffset,int giLen);
+long vfMul(float *rpafIn1,int riStrideInp1,float *rpafIn2,int riStrideInp2,float *rpafOut,int riStrideOut,int riLen);
+long fMatrixByVectsMul(float *rpacfIn1,int riRow,int riCol,float *rpacfIn2,float *rpafOut,int riVnum);
+long fMatrixByVectsMul_even(float *rpacfIn1,int riRow,int riCol,float *rpacfIn2,float *rpafOut,int riVnum);
+long vlRotate(long *rpalIn,int riStrideIn,long *rpalOut,int riStrideOut,long rlLShift,long rlRShift,int riLen);
+long vfFill(float* gfpIn,float* gfpOut,int giStride_out,int  giLen);
+long vfAtanh(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long vfSqrt(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long vfAtan2(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long cfMatrixAdd(_c_float *rpacfIn1,_c_float *rpacfIn2,int riRows,int riCols,_c_float *rpacfOut);
+long cfSquareMagn(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long cfMatrixInvert(_c_float *rpacfIn,int riN,_c_float *rpacfOut);
+long vfFixScaleOffsetClip(float *rpafX, int riStrideX,long *rpalY,int riStrideY,float *rfScale,float *rfOffset,float *rfClipUp,float *rfClipDown,int riLen);
+long cfMulConjConj(float *gfpIn1,int giStrideInp1,float *gfpIn2,int giStrideInp2,float *gfpOut,int giStrideOut,int len);
+long vfVar(float *rpafIn,int riStrideInp,float *rpafOut,float *rpfMean,float *rpafInvlen,int riLen);
+long vfAsin(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long clConjScaleOffset(long *glpIn,int giStrideInp,long *glpOut,int giStrideOut,long *glpScale,long *glpOffset,int giLen);
+long clMoveScaleOffset(long *glpIn,int giStrideInp,long *glpOut,int giStrideOut,long *glpScale,long *glpOffset,int giLen);
+long fVectByMatrixMul(float *rpacfIn1,float *rpacfIn2,int riRow,int riCol,float *rpacfOut);
+long fVectByMatrixMul_even(float *rpacfIn1,float *rpacfIn2,int riRow,int riCol,float *rpacfOut);
+long fVectByMatrixMul_odd(float *rpacfIn1,float *rpacfIn2,int riRow,int riCol,float *rpacfOut);
+long cfMatrix4x4ByVectsMul(_c_float *rpafIn1,_c_float *rpafIn2,_c_float *rpafOut,int riVnum);
+long vfAsinh(float *rpafIn,int riStrideInp,float *rpafOut,int riStrideOut,int riLen);
+long cfConv(float *rpafInX,float *rpafInCoeffH,float *rpafOut,int riVecLen,int riFilterLen,int riTransient);
+long cfByfDivide(_c_float *rpacfIn1,int riStrideInp1,float *rpacfIn2,int riStrideInp2,_c_float *rpacfOut,int giStrideOut,int riLen);
+long vfRand(float *rpafNorm,float *rpafOffset,float *rpafOut,int riStrideOut,int riLen);
+long cfMatrix3Determ(float *rpafIn,float *rpafOut);
+long fXcorr(float *rpafX,int riStrideX,float *rpafY,int riStrideY,float *rpafZ,int riStrideZ,int riLen,int riNcoeff);
+long vlMoveScaleOffset(long *glpIn,int giStrideInp,long *glpOut,int giStrideOut,long *glpScale,long *glpOffset,int giLen);
+long fft1024 (_c_float *W, _c_float *input_array, _c_float *temp_array, _c_float *output_array);
+long ifft1024 (_c_float *W, _c_float *input_array, _c_float *temp_array, _c_float *output_array);
diff --git a/Doc/DSP Lib/DSPLib.pdf b/Doc/DSP Lib/DSPLib.pdf
new file mode 100644
index 00000000..a858a2e1
--- /dev/null
+++ b/Doc/DSP Lib/DSPLib.pdf
diff --git a/Doc/DSP Lib/doc7007.pdf b/Doc/DSP Lib/doc7007.pdf
new file mode 100644
index 00000000..721b0cca
--- /dev/null
+++ b/Doc/DSP Lib/doc7007.pdf