static {
ARGS =
TestUtils.createData( //
null, //
new AbstractXIdObject(XId.newId()) {}, //
new AbstractXIdObject(XId.newId(1, 2)) {});
}
static {
List<Boolean> addFlags = new ArrayList<Boolean>();
for (int i = 0; i < Fragment.values().length; i++) {
addFlags.add(RandomUtil.nextBoolean());
}
List<List<Boolean>> testFlags = new ArrayList<List<Boolean>>();
for (int i = 0; i < Fragment.values().length; i++) {
Collections.rotate(addFlags, 1);
testFlags.add(new ArrayList<Boolean>(addFlags));
}
FLAGS = TestUtils.createData(testFlags.toArray());
List<Range<?>> ranges = new ArrayList<Range<?>>();
for (Fragment fragment : Fragment.values()) {
switch (fragment) {
case DOES_INVERT:
ranges.add(Range.getInstance(false, true));
ranges.add(Range.getInstance(false, true));
break;
case DELAY:
case OSCILLATION_OFFSET:
case OSCILLATION_PERIOD:
ranges.add(Range.getInstance(RandomUtil.nextInteger()));
ranges.add(Range.getInstance(RandomUtil.nextInteger()));
break;
default:
ranges.add(Range.getInstance(RandomUtil.nextFloat()));
ranges.add(Range.getInstance(RandomUtil.nextFloat()));
break;
}
}
RANGES = ranges.toArray(new Range<?>[0]);
TEMPLATE =
NodeConfiguration //
.builder() //
.setDelay(Range.getInstance(0), null) //
.setInvertFlag(Range.<Boolean>openRange(), null) //
.setEnergy(Range.<Float>openRange(), null) //
.setEnergyDecay(Range.<Float>openRange(), null) //
.setExcitatoryScale(Range.<Float>openRange(), null) //
.setInhibitoryScale(Range.<Float>openRange(), null) //
.setOscillationMaximum(Range.<Float>openRange(), null) //
.setOscillationMinimum(Range.<Float>openRange(), null) //
.setOscillationOffset(Range.<Integer>openRange(), null) //
.setOscillationPeriod(Range.<Integer>openRange(), null) //
.setScale(Range.<Float>openRange(), null) //
.setShift(Range.<Float>openRange(), null) //
.setTwitchMaximum(Range.<Float>openRange(), null) //
.setTwitchMinimum(Range.<Float>openRange(), null) //
.setTwitchProbability(Range.<Float>openRange(), null) //
.newInstance();
}
static {
List<Boolean> addFlags = new ArrayList<Boolean>();
for (int i = 0; i < Fragment.values().length; i++) {
addFlags.add(RandomUtil.nextBoolean());
}
List<List<Boolean>> testFlags = new ArrayList<List<Boolean>>();
for (int i = 0; i < Fragment.values().length; i++) {
Collections.rotate(addFlags, 1);
testFlags.add(new ArrayList<Boolean>(addFlags));
}
FLAGS = TestUtils.createData(testFlags.toArray());
List<Range<?>> ranges = new ArrayList<Range<?>>();
for (Fragment fragment : Fragment.values()) {
switch (fragment) {
case IS_INHIBITORY:
ranges.add(Range.getInstance(false, true));
ranges.add(Range.getInstance(false, true));
break;
default:
ranges.add(Range.getInstance(RandomUtils.nextFloat()));
ranges.add(Range.getInstance(RandomUtils.nextFloat()));
break;
}
}
RANGES = ranges.toArray(new Range<?>[0]);
TEMPLATE =
LinkConfiguration //
.builder() //
.setCapacity(Range.<Float>openRange(), null) //
.setCapacityAttack(Range.<Float>openRange(), null) //
.setCapacityDecay(Range.<Float>openRange(), null) //
.setStrength(Range.<Float>openRange(), null) //
.setStrengthAttack(Range.<Float>openRange(), null) //
.setStrengthDecay(Range.<Float>openRange(), null) //
.setInhibitoryFlag(Range.<Boolean>openRange(), null) //
.newInstance();
}
