Searched refs:density (Results 1 - 3 of 3) sorted by relevance

/openjdk7/jdk/test/sun/invoke/util/
H A DValueConversionsTest.java309 private static int nextArgCount(int nargs, int density, int MAX) { argument
313 if (density < 10) { BOT = 10; MAX = TOP-2; }
317 int bump = Math.max(1, 100 / density);
329 int density = 3;
330 if (elemType == int.class || elemType == long.class) density = 7;
332 for (int nargs = MIN; nargs <= MAX; nargs = nextArgCount(nargs, density, MAX)) {
/openjdk7/hotspot/src/share/vm/gc_implementation/parallelScavenge/
H A DpsParallelCompact.hpp1054 // Compute the value of the normal distribution at x = density. The mean and
1056 static inline double normal_distribution(double density);
1063 static double dead_wood_limiter(double density, size_t min_percent);
1458 inline double PSParallelCompact::normal_distribution(double density) {
1460 const double squared_term = (density - _dwl_mean) / _dwl_std_dev;
H A DpsParallelCompact.cpp1179 // that has the lowest density of live objects 'to the right.'
1248 // based on the density of live objects in the generation to determine a limit,
1249 // which is then adjusted so the return value is min_percent when the density is
1258 // density std_dev=70 std_dev=75 std_dev=80 std_dev=85 std_dev=90 std_dev=95
1282 double PSParallelCompact::dead_wood_limiter(double density, size_t min_percent) argument
1286 // The raw limit is the value of the normal distribution at x = density.
1287 const double raw_limit = normal_distribution(density);
1289 // Adjust the raw limit so it becomes the minimum when the density is 1.
1292 // normal_distribution(1.0)); this yields a value of 0 when the density is 1.
1293 // Then add the minimum value, so the minimum is returned when the density i
1450 const double density = double(space_live) / double(space_capacity); local
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