67     uint32_t numClasses = getSizeOfDimension(bboxDeltasShape, 1) / roiLength;  in bboxTransformFloat32()  local
89         for (uint32_t i = 0; i < numClasses; i++) {  in bboxTransformFloat32()
244     uint32_t numClasses = getSizeOfDimension(bboxDeltasShape, 1) / kRoiDim;  in prepare()  local
246     NN_RET_CHECK_GT(numClasses, 0);  in prepare()
250     NN_RET_CHECK_EQ(getSizeOfDimension(bboxDeltasShape, 1), kRoiDim * numClasses);  in prepare()
262     outputShape.dimensions = {numRois, numClasses * kRoiDim};  in prepare()
387 void hardNmsMultiClass(const float* scoresData, uint32_t numClasses, uint32_t numRois,  in hardNmsMultiClass()  argument
393     for (uint32_t c = 1; c < numClasses; c++) {  in hardNmsMultiClass()
396             const uint32_t index = b * numClasses + c;  in hardNmsMultiClass()
451 void softNmsMultiClass(float* scoresData, uint32_t numClasses, uint32_t numRois,  in softNmsMultiClass()  argument
457     for (uint32_t c = 1; c < numClasses; c++) {  in softNmsMultiClass()
460             const uint32_t index = b * numClasses + c;  in softNmsMultiClass()
506     uint32_t numClasses = getSizeOfDimension(scoresShape, 1);  in boxWithNmsLimitFloat32Compute()  local
531                 scoresBase, numClasses, batchSplitIn->at(b), scoreThreshold, nmsScoreThreshold,  in boxWithNmsLimitFloat32Compute()
536                   [&scoresBase, numClasses](const uint32_t& lhs, const uint32_t& rhs) {  in boxWithNmsLimitFloat32Compute()
537                       uint32_t lhsClass = lhs % numClasses, rhsClass = rhs % numClasses;  in boxWithNmsLimitFloat32Compute()
543         scoresBase += batchSplitIn->at(b) * numClasses;  in boxWithNmsLimitFloat32Compute()
544         roiBase += batchSplitIn->at(b) * numClasses * kRoiDim;  in boxWithNmsLimitFloat32Compute()
571     uint32_t numClasses = getSizeOfDimension(scoresShape, 1);  in boxWithNmsLimitWriteOutput()  local
607             *classesOutPtr++ = index % numClasses;  in boxWithNmsLimitWriteOutput()
610         scoresBase += batchSplitIn[b] * numClasses;  in boxWithNmsLimitWriteOutput()
611         roiBase += batchSplitIn[b] * numClasses * kRoiDim;  in boxWithNmsLimitWriteOutput()
770     uint32_t numClasses = getSizeOfDimension(scoreShape, 1);  in prepare()  local
772     NN_RET_CHECK(getSizeOfDimension(roiShape, 1) == kRoiDim * numClasses);  in prepare()
774     NN_RET_CHECK_GT(numClasses, 1);  in prepare()
1451     uint32_t numClasses = getSizeOfDimension(scoreShape, 2);  in detectionPostprocessFloat32()  local
1485                     scoreBase, numClasses, numAnchors, scoreThreshold, iouThreshold,  in detectionPostprocessFloat32()
1487                     [&roiBuffer, numClasses](uint32_t ind) {  in detectionPostprocessFloat32()
1488                         return roiBuffer.data() + (ind / numClasses) * kRoiDim;  in detectionPostprocessFloat32()
1494                 memcpy(roiOutBase + i * kRoiDim, &roiBuffer[(ind / numClasses) * kRoiDim],  in detectionPostprocessFloat32()
1496                 classOutBase[i] = (ind % numClasses) - (isBGInLabel ? 0 : 1);  in detectionPostprocessFloat32()
1500             uint32_t numOutClasses = std::min<uint32_t>(numClasses - 1, maxClassesPerDetection);  in detectionPostprocessFloat32()
1503                 maxScores[a] = *std::max_element(scoreBase + a * numClasses + 1,  in detectionPostprocessFloat32()
1504                                                  scoreBase + (a + 1) * numClasses);  in detectionPostprocessFloat32()
1521                 const float* score = scoreBase + i * numClasses;  in detectionPostprocessFloat32()
1522                 std::vector<uint32_t> scoreInds(numClasses - 1);  in detectionPostprocessFloat32()
1537         scoreBase += numAnchors * numClasses;  in detectionPostprocessFloat32()
1622     uint32_t numClasses = getSizeOfDimension(scoreShape, 2);  in prepare()  local
1651     NN_RET_CHECK_GT(numClasses, 1);  in prepare()