public static IntervalRange GetaHalfRange(IntervalRange inputRange)
{
var mid = inputRange.interval_max - inputRange.interval_min;
var newMin_Interval = mid - (mid / 2);
var newMax_Interval = mid + (mid / 2);
mid = inputRange.bigSmaLen_max - inputRange.bigSmaLen_min;
var newBigsmaMin = mid - (mid / 2);
var newBigsmaMax = mid + (mid / 2);
mid = inputRange.smallSmaLen_max - inputRange.smallSmaLen_min;
var newSmallSmaLen_min = mid - (mid / 2);
var newSmallSmaLen_max = mid + (mid / 2);
mid = inputRange.SignalLen_max - inputRange.SignalLen_min;
var newSignalLen_min = mid - (mid / 2);
var newSignalLen_max = mid + (mid / 2);
return(new IntervalRange
{
interval_min = (newMin_Interval < 1)? 1 : newMin_Interval,
interval_max = (newMax_Interval < 1) ? 1 : newMax_Interval,
bigSmaLen_min = (newBigsmaMin < 1) ? 1 : newBigsmaMin,
bigSmaLen_max = (newBigsmaMax < 1) ? 1 : newBigsmaMax,
smallSmaLen_min = (newSmallSmaLen_min < 1) ? 1 : newSmallSmaLen_min,
smallSmaLen_max = (newSmallSmaLen_max < 1) ? 1 : newSmallSmaLen_max,
SignalLen_min = (newSignalLen_min < 1) ? 1 : newSignalLen_min,
SignalLen_max = (newSignalLen_max < 1) ? 1 : newSignalLen_max
});
}
public static IntervalRange GetaHalfRange(IntervalRange inputCurRange, IntervalData inputCurInterval)
{
var mid = (inputCurRange.interval_max - inputCurRange.interval_min) / 2;
var curBest = inputCurInterval.interval;
var newMin_Interval = curBest - (mid / 2);
var newMax_Interval = curBest + (mid / 2);
mid = (inputCurRange.bigSmaLen_max - inputCurRange.bigSmaLen_min) / 2;
curBest = inputCurInterval.bigSmaLen;
var newBigsmaMin = curBest - (mid / 2);
var newBigsmaMax = curBest + (mid / 2);
mid = (inputCurRange.smallSmaLen_max - inputCurRange.smallSmaLen_min) / 2;
curBest = inputCurInterval.smallSmaLen;
var newSmallSmaLen_min = curBest - (mid / 2);
var newSmallSmaLen_max = curBest + (mid / 2);
mid = (inputCurRange.SignalLen_max - inputCurRange.SignalLen_min) / 2;
curBest = inputCurInterval.SignalLen;
var newSignalLen_min = curBest - (mid / 2);
var newSignalLen_max = curBest + (mid / 2);
return(new IntervalRange
{
interval_min = (newMin_Interval < 1) ? 1 : newMin_Interval,
interval_max = (newMax_Interval < 1) ? 1 : newMax_Interval,
bigSmaLen_min = (newBigsmaMin < 1) ? 1 : newBigsmaMin,
bigSmaLen_max = (newBigsmaMax < 1) ? 1 : newBigsmaMax,
smallSmaLen_min = (newSmallSmaLen_min < 1) ? 1 : newSmallSmaLen_min,
smallSmaLen_max = (newSmallSmaLen_max < 1) ? 1 : newSmallSmaLen_max,
SignalLen_min = (newSignalLen_min < 1) ? 1 : newSignalLen_min,
SignalLen_max = (newSignalLen_max < 1) ? 1 : newSignalLen_max
});
}