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  /external/valgrind/memcheck/tests/
vcpu_fbench.c 44 application, it checks accuracy on an algorithm that is
63 Special note regarding errors in accuracy: this program has
94 program with ACCURACY defined. This will generate a version
710 #ifdef ACCURACY
728 printf("This is John Walker's floating point accuracy and\n");
747 #ifdef ACCURACY
748 printf("Beginning execution of floating point accuracy test...\n");
751 printf("Ready to begin John Walker's floating point accuracy\n");
765 #ifdef ACCURACY
806 #ifndef ACCURACY
    [all...]
  /external/valgrind/perf/
fbench.c 40 application, it checks accuracy on an algorithm that is
59 Special note regarding errors in accuracy: this program has
90 program with ACCURACY defined. This will generate a version
706 #ifdef ACCURACY
724 printf("This is John Walker's floating point accuracy and\n");
743 #ifdef ACCURACY
744 printf("Beginning execution of floating point accuracy test...\n");
747 printf("Ready to begin John Walker's floating point accuracy\n");
761 #ifdef ACCURACY
802 #ifndef ACCURACY
    [all...]
  /prebuilts/go/darwin-x86/src/math/cmplx/
sin.go 44 // ACCURACY:
66 // ACCURACY:
90 // ACCURACY:
110 // ACCURACY:
asin.go 41 // ACCURACY:
86 // ACCURACY:
131 // ACCURACY:
tan.go 50 // ACCURACY:
76 // ACCURACY:
166 // ACCURACY:
exp.go 43 // ACCURACY:
log.go 45 // ACCURACY:
pow.go 39 // ACCURACY:
sqrt.go 49 // ACCURACY:
  /prebuilts/go/linux-x86/src/math/cmplx/
sin.go 44 // ACCURACY:
66 // ACCURACY:
90 // ACCURACY:
110 // ACCURACY:
asin.go 41 // ACCURACY:
86 // ACCURACY:
131 // ACCURACY:
tan.go 50 // ACCURACY:
76 // ACCURACY:
166 // ACCURACY:
exp.go 43 // ACCURACY:
log.go 45 // ACCURACY:
pow.go 39 // ACCURACY:
sqrt.go 49 // ACCURACY:
  /frameworks/base/tests/LocationTracker/src/com/android/locationtracker/data/
TrackerEntry.java 42 static final String ACCURACY = "Accuracy";
58 ID_COL, TIMESTAMP, TAG, ENTRY_TYPE, ACCURACY, LATITUDE, LONGITUDE,
178 cValues.put(ACCURACY, mLocation.getAccuracy());
221 Float accuracy = getNullableFloat(cursor, ACCURACY); local
222 if (accuracy != null) {
223 location.setAccuracy(accuracy);
  /external/opencv3/modules/imgproc/test/
test_intersection.cpp 51 #define ACCURACY 0.00001
169 CV_Assert(bestR < ACCURACY);
216 CV_Assert(bestR < ACCURACY);
265 CV_Assert(bestR < ACCURACY);
318 CV_Assert(bestR < ACCURACY);
367 CV_Assert(bestR < ACCURACY);
416 CV_Assert(bestR < ACCURACY);
449 CV_Assert(r < ACCURACY);
495 CV_Assert(bestR < ACCURACY);
499 TEST (Imgproc_RotatedRectangleIntersection, accuracy) { CV_RotatedRectangleIntersectionTest test; test.safe_run();
    [all...]
  /prebuilts/go/darwin-x86/src/math/
sin.go 36 // ACCURACY:
43 // Partial loss of accuracy begins to occur at x = 2**30 = 1.074e9. The loss
67 // ACCURACY:
atan.go 30 // ACCURACY:
tanh.go 32 // ACCURACY:
gamma.go 36 // ACCURACY:
  /prebuilts/go/linux-x86/src/math/
sin.go 36 // ACCURACY:
43 // Partial loss of accuracy begins to occur at x = 2**30 = 1.074e9. The loss
67 // ACCURACY:
atan.go 30 // ACCURACY:
tanh.go 32 // ACCURACY:

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