760 …ic void copyTripleSamplesRaw(struct ActiveSensor *sensor, const struct TripleAxisDataEvent *triple)  in copyTripleSamplesRaw()  argument
766     for (i = 0; i < triple->samples[0].firstSample.numSamples; i++) {  in copyTripleSamplesRaw()
774                 sensor->lastTime = sensor->buffer.referenceTime = triple->referenceTime;  in copyTripleSamplesRaw()
776                 sensor->lastTime += triple->samples[i].deltaTime;  in copyTripleSamplesRaw()
780             sensor->buffer.rawTriple[0].ix = floatToInt16(triple->samples[i].x * sensor->rawScale);  in copyTripleSamplesRaw()
781             sensor->buffer.rawTriple[0].iy = floatToInt16(triple->samples[i].y * sensor->rawScale);  in copyTripleSamplesRaw()
782             sensor->buffer.rawTriple[0].iz = floatToInt16(triple->samples[i].z * sensor->rawScale);  in copyTripleSamplesRaw()
793                 if (sensor->lastTime > triple->referenceTime) {  in copyTripleSamplesRaw()
798                 } else if (triple->referenceTime - sensor->lastTime >= delta_time_max) {  in copyTripleSamplesRaw()
803                     deltaTime = encodeDeltaTime(triple->referenceTime - sensor->lastTime);  in copyTripleSamplesRaw()
808 …   sensor->buffer.rawTriple[numSamples].ix = floatToInt16(triple->samples[0].x * sensor->rawScale);  in copyTripleSamplesRaw()
809 …   sensor->buffer.rawTriple[numSamples].iy = floatToInt16(triple->samples[0].y * sensor->rawScale);  in copyTripleSamplesRaw()
810 …   sensor->buffer.rawTriple[numSamples].iz = floatToInt16(triple->samples[0].z * sensor->rawScale);  in copyTripleSamplesRaw()
811                     sensor->lastTime = triple->referenceTime;  in copyTripleSamplesRaw()
816                 deltaTime = triple->samples[i].deltaTime;  in copyTripleSamplesRaw()
821 …   sensor->buffer.rawTriple[numSamples].ix = floatToInt16(triple->samples[i].x * sensor->rawScale);  in copyTripleSamplesRaw()
822 …   sensor->buffer.rawTriple[numSamples].iy = floatToInt16(triple->samples[i].y * sensor->rawScale);  in copyTripleSamplesRaw()
823 …   sensor->buffer.rawTriple[numSamples].iz = floatToInt16(triple->samples[i].z * sensor->rawScale);  in copyTripleSamplesRaw()
898 static void copyTripleSamples(struct ActiveSensor *sensor, const struct TripleAxisDataEvent *triple)  in copyTripleSamples()  argument
904     for (i = 0; i < triple->samples[0].firstSample.numSamples; i++) {  in copyTripleSamples()
912                 sensor->lastTime = sensor->buffer.referenceTime = triple->referenceTime;  in copyTripleSamples()
914                 sensor->lastTime += triple->samples[i].deltaTime;  in copyTripleSamples()
918             sensor->buffer.triple[0].ix = triple->samples[i].ix;  in copyTripleSamples()
919             sensor->buffer.triple[0].iy = triple->samples[i].iy;  in copyTripleSamples()
920             sensor->buffer.triple[0].iz = triple->samples[i].iz;  in copyTripleSamples()
921 …if (triple->samples[0].firstSample.biasPresent && triple->samples[0].firstSample.biasSample == i) {  in copyTripleSamples()
922                 sensor->buffer.firstSample.biasCurrent = triple->samples[0].firstSample.biasCurrent;  in copyTripleSamples()
937                 if (sensor->lastTime > triple->referenceTime) {  in copyTripleSamples()
942                 } else if (triple->referenceTime - sensor->lastTime >= delta_time_max) {  in copyTripleSamples()
947                     deltaTime = encodeDeltaTime(triple->referenceTime - sensor->lastTime);  in copyTripleSamples()
951                     sensor->buffer.triple[numSamples].deltaTime = deltaTime;  in copyTripleSamples()
952                     sensor->buffer.triple[numSamples].ix = triple->samples[0].ix;  in copyTripleSamples()
953                     sensor->buffer.triple[numSamples].iy = triple->samples[0].iy;  in copyTripleSamples()
954                     sensor->buffer.triple[numSamples].iz = triple->samples[0].iz;  in copyTripleSamples()
955                     sensor->lastTime = triple->referenceTime;  in copyTripleSamples()
956 …if (triple->samples[0].firstSample.biasPresent && triple->samples[0].firstSample.biasSample == 0) {  in copyTripleSamples()
957 …               sensor->buffer.firstSample.biasCurrent = triple->samples[0].firstSample.biasCurrent;  in copyTripleSamples()
966                 deltaTime = triple->samples[i].deltaTime;  in copyTripleSamples()
970                 sensor->buffer.triple[numSamples].deltaTime = deltaTime | delta_time_fine_mask;  in copyTripleSamples()
971                 sensor->buffer.triple[numSamples].ix = triple->samples[i].ix;  in copyTripleSamples()
972                 sensor->buffer.triple[numSamples].iy = triple->samples[i].iy;  in copyTripleSamples()
973                 sensor->buffer.triple[numSamples].iz = triple->samples[i].iz;  in copyTripleSamples()
975 …if (triple->samples[0].firstSample.biasPresent && triple->samples[0].firstSample.biasSample == i) {  in copyTripleSamples()
976 …               sensor->buffer.firstSample.biasCurrent = triple->samples[0].firstSample.biasCurrent;  in copyTripleSamples()