| /system/chre/apps/chqts/src/general_test/ |
| H A D | basic_sensor_tests.cc | 48 checkTimestampDelta(data->readings[i].timestampDelta, i);
50 checkFloat(data->readings[i].values[j], extremeLow, extremeHigh);
59 checkTimestampDelta(data->readings[i].timestampDelta, i);
60 checkFloat(data->readings[i].value, extremeLow, extremeHigh);
101 checkTimestampDelta(data->readings[i].timestampDelta, i);
104 if (mApiVersion >= CHRE_API_VERSION_1_2 && data->readings[i].invalid) {
107 if (data->readings[i].padding0 != 0) {
108 uint32_t padding = data->readings[i].padding0;
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| H A D | basic_sensor_test_base.cc | 62 duration += event->readings[i].timestampDelta;
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| /system/chre/chre_api/include/chre_api/chre/ |
| H A D | sensor_types.h | 206 * } readings[1];
209 * Despite 'readings' being declared as an array of 1 element,
210 * an instance of the struct will actually have 'readings' as
212 * The 'timestampDelta' is in relation to the previous 'readings' (or
213 * the baseTimestamp for readings[0]. So,
214 * Timestamp for readings[0] == header.baseTimestamp +
215 * readings[0].timestampDelta.
216 * Timestamp for readings[1] == timestamp for readings[0] +
217 * readings[
301 } readings[1]; member in struct:chreSensorThreeAxisData
321 } readings[1]; member in struct:chreSensorOccurrenceData
341 } readings[1]; member in struct:chreSensorFloatData
361 } readings[1]; member in struct:chreSensorByteData
[all...] |
| /system/chre/chre_api/legacy/v1_0/chre/ |
| H A D | sensor.h | 146 * 'readings', or by the 3D array 'v' (v[0] == x; v[1] == y; v[2] == z).
178 * 'readings', or by the 3D array 'v' (v[0] == x; v[1] == y; v[2] == z).
190 * 'readings', or by the 3D array 'v' (v[0] == x; v[1] == y; v[2] == z).
201 * The data can be interpreted using the 'pressure' field within 'readings'.
210 * The data can be interpreted using the 'light' field within 'readings'.
219 * The data is interpreted from the following fields in 'readings':
254 * field within 'readings', or by the 3D array 'bias' (bias[0] == x_bias;
267 * field within 'readings', or by the 3D array 'bias' (bias[0] == x_bias;
454 * } readings[1];
457 * Despite 'readings' bein
546 } readings[1]; member in struct:chreSensorThreeAxisData
566 } readings[1]; member in struct:chreSensorOccurrenceData
581 } readings[1]; member in struct:chreSensorFloatData
599 } readings[1]; member in struct:chreSensorByteData
[all...] |
| /system/chre/chre_api/legacy/v1_1/chre/ |
| H A D | sensor.h | 200 * 'readings', or by the 3D array 'v' (v[0] == x; v[1] == y; v[2] == z).
232 * 'readings', or by the 3D array 'v' (v[0] == x; v[1] == y; v[2] == z).
244 * 'readings', or by the 3D array 'v' (v[0] == x; v[1] == y; v[2] == z).
255 * The data can be interpreted using the 'pressure' field within 'readings'.
264 * The data can be interpreted using the 'light' field within 'readings'.
273 * The data is interpreted from the following fields in 'readings':
289 * 'readings', or by the 3D array 'v' (v[0] == x; v[1] == y; v[2] == z).
301 * 'readings', or by the 3D array 'v' (v[0] == x; v[1] == y; v[2] == z).
313 * 'readings', or by the 3D array 'v' (v[0] == x; v[1] == y; v[2] == z).
324 * The data can be interpreted using the 'temperature' field within 'readings'
685 } readings[1]; member in struct:chreSensorThreeAxisData
705 } readings[1]; member in struct:chreSensorOccurrenceData
725 } readings[1]; member in struct:chreSensorFloatData
743 } readings[1]; member in struct:chreSensorByteData
[all...] |
| /system/chre/platform/slpi/smgr/ |
| H A D | platform_sensor.cc | 387 data->readings[i].timestampDelta =
391 data->readings[i].x = FX_FIXTOFLT_Q16_SP(sensorData.Data[1]);
392 data->readings[i].y = FX_FIXTOFLT_Q16_SP(sensorData.Data[0]);
393 data->readings[i].z = -FX_FIXTOFLT_Q16_SP(sensorData.Data[2]);
398 data->readings[i].x *= kMicroTeslaPerGauss;
399 data->readings[i].y *= kMicroTeslaPerGauss;
400 data->readings[i].z *= kMicroTeslaPerGauss;
416 data->readings[i].timestampDelta =
418 data->readings[i].value = FX_FIXTOFLT_Q16_SP(sensorData.Data[0]);
433 data->readings[
[all...] |
| /system/chre/platform/slpi/see/ |
| H A D | see_helper.cc | 754 applyThreeAxisCalibration(&event->readings[index], val, data->cal);
755 timestampDelta = &event->readings[index].timestampDelta;
762 event->readings[index].value = val[0];
763 timestampDelta = &event->readings[index].timestampDelta;
769 event->readings[index].value = 0;
770 event->readings[index].isNear = (val[0] > 0.5f);
771 timestampDelta = &event->readings[index].timestampDelta;
778 timestampDelta = &event->readings[index].timestampDelta;
786 memcpy(event->readings[index].values, val,
787 sizeof(event->readings[inde
[all...] |
| /system/chre/apps/sensor_world/ |
| H A D | sensor_world.cc | 314 const auto *data = ev->readings;
354 v += ev->readings[i].value;
367 const auto reading = ev->readings[0];
|