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CC27xxDriverLibrary
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#include <stdint.h>#include <stdbool.h>
Go to the source code of this file.
Macros | |
| #define | APU_FBA_ENABLE 1 |
| Enable Forward/Backward Averaging. More... | |
| #define | APU_FBA_DISABLE 0 |
| Disable Forward/Backward Averaging. More... | |
| #define | APU_MEMORY_INTERLEAVED 1 |
| Set APU memory in interleaved mode. More... | |
| #define | APU_MEMORY_MIRRORED 0 |
| Set APU memory in mirrored mode. More... | |
| #define | APU_HEAP_ADDR 0x03CE |
| 50 positions for Heap, from 974->1023 More... | |
| #define | APU_OP_R2C 0 |
| C=real(A)+j*real(B) More... | |
| #define | APU_OP_R2CC 1 |
| C=real(A)-j*real(B) More... | |
| #define | APU_OP_R2CA 2 |
| C=imag(A)+j*real(A) More... | |
| #define | APU_OP_R2CCA 3 |
| C=imag(A)-j*real(A) More... | |
| #define | APU_OP_RA 4 |
| C=real(A) More... | |
| #define | APU_OP_IMA 5 |
| C=imag(A) More... | |
| #define | APU_OP_ABS 6 |
| C=abs(real(A)) + j*abs(imag(A)) More... | |
| #define | APU_OP_ADD 0 |
| Vector addition. More... | |
| #define | APU_OP_SUB 1 |
| Vector subtraction. More... | |
| #define | APU_OP_MIN 0 |
| Minimum operator. More... | |
| #define | APU_OP_MAX 1 |
| Maximum operator. More... | |
| #define | APU_GET_DATA_MEM_OFFSET(x) ((uint32_t)x - (uint32_t)APURAM_DATA0_BASE) >> 3 |
| #define | APU_GET_DATA_MEM_ABS(x) ((uint32_t)APURAM_DATA0_BASE + (((uint32_t)x) << 3)) |
Enumerations | |
| enum | APUApi { APU_API_NOP = 0x0000, APU_API_CONFIG = 0x0001, APU_API_DOTPROD = 0x0002, APU_API_VECTMULT = 0x0003, APU_API_VECTSUM = 0x0004, APU_API_MATMATMULT = 0x0005, APU_API_UNITCIRC = 0x0006, APU_API_SYMMATRIXVECTPROD = 0x0007, APU_API_MATRIXMULT = 0x0008, APU_API_HERMATRIXMULT = 0x0009, APU_API_SYMMATRIXMULT = 0x000A, APU_API_MATRIXSUM = 0x000B, APU_API_SCALARMULT = 0x000C, APU_API_MATRIXSCALARSUM = 0x000D, APU_API_POLAR = 0x000E, APU_API_CARTESIAN = 0x000F, APU_API_COVMATRIX = 0x0010, APU_API_EIGEN = 0x0011, APU_API_R2C = 0x0012, APU_API_MATRIXNORM = 0x0013, APU_API_FFT = 0x0014, APU_API_DCT = 0x0015, APU_API_SORT = 0x0016, APU_API_GAUSS = 0x0017, APU_API_HERMLO = 0x0018, APU_API_MAXMIN = 0x0019 } |
Functions | |
| void | APUWaitOnIrq (void) |
| Wait for the APU interrupt. More... | |
| bool | APUOperationDone (void) |
| Check if the APU has completed its operation. More... | |
| void | APUWaitOp (void) |
| Wait for the APU to start and finish. More... | |
| void | APUSetConfig (uint32_t memConfig) |
| Configure the APU. More... | |
| void | APUNop (void) |
| APU NOP. More... | |
| void | APUVectorDot (uint16_t N, void *pInputA, void *pInputB, void *pResult) |
| APU accelerator for vector dot product c = A dot B. More... | |
| void | APUVectorDotConj (uint16_t N, void *pInputA, void *pInputB, void *pResult) |
| APU accelerator for vector dot product c = A dot conj(B) More... | |
| void | APUVectorMult (uint16_t N, void *pInputA, void *pInputB, void *pResult) |
| APU accelerator for element-wise product of two vectors. More... | |
| void | APUVectorScalarMult (uint16_t N, void *pInputA, void *pInputB, void *pResult) |
| APU accelerator for product of a vector and a scalar. More... | |
| void | APUVectorMultConj (uint16_t N, void *pInputA, void *pInputB, void *pResult) |
| APU accelerator for element-wise product of vector A with the conjugate of vector B. More... | |
| void | APUVectorSum (uint16_t N, void *pInputA, void *pInputB, uint16_t op, void *pResult) |
| APU accelerator for addition/subtraction of two vectors. More... | |
| void | APUVectorScalarSum (uint16_t N, void *pInputA, void *pInputB, uint16_t op, void *pResult) |
| APU accelerator for addition/subtraction of a vector and a scalar. More... | |
| void | APUVectorCart2Pol (uint16_t N, void *pInput, void *pResult) |
| APU accelerator for element-wise Cartesian-to-Polar transformation of a vector. More... | |
| void | APUVectorPol2Cart (uint16_t N, void *pInput, void *pResult, void *pTemp) |
| APU accelerator for element-wise Polar-to-Cartesian transformation of a vector. More... | |
| void | APUVectorSort (uint16_t N, void *pInput) |
| APU accelerator for in-place sorting of a vector. More... | |
| void | APUMatrixMult (uint16_t M, uint16_t N, uint16_t P, void *pInputA, void *pInputB, void *pResult) |
| APU accelerator for matrix multiplication of two matrices C = A*B. More... | |
| void | APUMatrixMultHerm (uint16_t M, void *pInputA, void *pInputB, void *pResult) |
| APU accelerator for matrix multiplication of two Hermitian matrices C = A*B. More... | |
| void | APUMatrixMultSym (uint16_t M, void *pInputA, void *pInputB, void *pResult) |
| APU accelerator for matrix multiplication of two symmetric matrices C = A*B. More... | |
| void | APUMatrixSum (uint16_t M, uint16_t N, void *pInputA, void *pInputB, void *pResult) |
| APU accelerator for matrix addition of two matrices C = A+B. More... | |
| void | APUMatrixScalarMult (uint16_t M, uint16_t N, void *pInputA, void *pInputB, void *pResult) |
| APU accelerator for multiplication of a matrix A and a scalar b. More... | |
| void | APUMatrixScalarSum (uint16_t M, uint16_t N, void *pInputA, void *pInputB, void *pResult) |
| APU accelerator for addition of a matrix A and a scalar b. More... | |
| void | APUMatrixNorm (uint16_t M, uint16_t N, void *pInput, void *pResult) |
| APU accelerator for Frobenius norm computation of a matrix. More... | |
| void | APUSpSmoothCovMatrix (uint16_t N, void *pInput, uint16_t L, void *pResult, uint16_t fb) |
| APU accelerator for covariance matrix computation using spatial smoothing and forward-backward averaging (optional) More... | |
| void | APUJacobiEVD (uint16_t N, void *pInput, void *pResultV, uint16_t maxIter, float minSum, float epsTol) |
| APU accelerator for Jacobi Eigen-Decomposition (EVD) of Hermitian Matrix. More... | |
| void | APUGaussJordanElim (uint16_t M, uint16_t N, void *pInput, float epsTol) |
| APU accelerator for Gauss-Jordan Elimination of a rectable complex matrix. More... | |
| void | APUConfigFft (uint16_t N, void *pX) |
| Configure APU accelerator for Fast Fourier transform. More... | |
| void | APUComputeFft (uint16_t N, void *pX) |
| APU accelerator for Fast Fourier transform. More... | |
| void | APUComputeIfft (uint16_t N, void *pX) |
| APU accelerator for invert Fast Fourier transform. More... | |
| void | APUUnitCircle (uint16_t N, uint16_t M, uint16_t phase, uint16_t conj, void *pResult) |
| APU accelerator for generating points evenly distributed on unit circle. More... | |
| void | APUVectorMaxMin (uint16_t N, void *pInput, float thresh, uint16_t op, void *pResult) |
| APU accelerator for computing max/min of the real part of a vector and a real value scalar. More... | |
| void | APUVectorR2C (uint16_t N, void *pInputA, void *pInputB, uint16_t op, void *pResult) |
| APU accelerator for converting back and forth between real and complex numbers. More... | |
| void | APUHermLo (uint16_t N, void *pInput, void *pResult) |
| APU accelerator for converting Hermitian upper-triangular to lower-triangular. More... | |