| /external/adhd/cras/src/tests/ |
| dsp_core_unittest.cc | 83 float f_high = 1000 / NQ; local
91 add_sine(data, len, f_high, 0, 1); // 1000Hz sine, magnitude = 1
93 EXPECT_FLOAT_EQ(1, magnitude_at(data, len, f_high));
99 EXPECT_NEAR(0, magnitude_at(data, len, f_high), 0.01);
109 add_sine(data, len, f_high, 0, 1);
115 EXPECT_NEAR(1, magnitude_at(data, len, f_high), 0.01);
121 add_sine(data, len, f_high, 0, 1);
124 EXPECT_EQ(0, eq_append_biquad(eq, BQ_PEAKING, f_high, 5, 6)); // Q=5, 6dB gain
127 EXPECT_NEAR(2, magnitude_at(data, len, f_high), 0.01);
135 EXPECT_EQ(0, eq_append_biquad(eq, BQ_PEAKING, f_high, 5, 6))
147 float f_high = 1000 \/ NQ; local
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| /external/crcalc/src/com/hp/creals/ |
| UnaryCRFunction.java | 287 final CR f_high[] = new CR[1]; field in class:inverseMonotone_UnaryCRFunction
314 f_high[0] = tmp_f_high.negate();
319 f_high[0] = tmp_f_high;
323 deriv_msd[0] = f_high[0].subtract(f_low[0])
386 f_h = f_high[0].get_appr(working_eval_prec);
414 f_h = f_high[0].get_appr(working_eval_prec);
522 f_h = f_high[0].get_appr(working_eval_prec);
584 final CR f_high[] = new CR[1]; field in class:monotoneDerivative_UnaryCRFunction
602 f_high[0] = func.execute(h);
605 // ((f_high - f_mid) - (f_mid - f_low))/(high - low
[all...] |
