Searched refs:bias (Results 1 – 7 of 7) sorted by relevance
48 const vec3_t bias(mSensorFusion.getGyroBias()); in process() local50 outEvent->data[0] -= bias.x; in process()51 outEvent->data[1] -= bias.y; in process()52 outEvent->data[2] -= bias.z; in process()
152 void SetKernelBias(double bias) { in SetKernelBias() argument153 kernel_bias_ = bias; in SetKernelBias()
226 static float bias; // rotation bias, in radians. Used for animation and dragging.302 bias = 0.0f;401 return bias + slotPosition(p / rowCount);574 bias = carouselRotationAngleToRadians(carouselRotationAngle);1134 data[0] = radiansToCarouselRotationAngle(bias);1149 touchBias = bias;1153 overscrollBias = bias;1237 bias = clamp(overscrollBias, lowBias, highBias);1256 if (overscrollBias == bias) {1262 float deltaBias = overscrollBias - bias;[all …]
124 float bias[3]; member
994 :[L_var1]"r"(L_var1), [bias]"r"(0x8000) in round16()
365 drift (bias). In practice, gyroscope noise and drift will introduce errors that need to be366 compensated for. You usually determine the drift (bias) and noise by monitoring other sensors, such
878 consideration for bias estimations. That is, the existing {@link880 sensors provide sensor data that takes into account estimated bias from gyro-drift and hard iron882 the raw sensor data and offer the estimated bias values separately. These sensors allow you to883 provide your own custom calibration for the sensor data by enhancing the estimated bias with