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[MATH-1204] Added changelog entry, fix javadoc typos.
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@ -54,6 +54,10 @@ If the output is not quite correct, check for invisible trailing spaces!
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</release>
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</release>
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<release version="4.0" date="XXXX-XX-XX" description="">
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<release version="4.0" date="XXXX-XX-XX" description="">
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<action dev="evanward" type="fix" issue="MATH-1204">
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"UnivariateSolverUtils#bracket(...)" sometimes failed to bracket
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if a reached the lower bound.
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</action>
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<action dev="tn" type="remove" issue="MATH-1050">
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<action dev="tn" type="remove" issue="MATH-1050">
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Removed "ArithmeticUtils#pow(int, long)" and "ArithmeticUtils#pow(long, long)".
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Removed "ArithmeticUtils#pow(int, long)" and "ArithmeticUtils#pow(long, long)".
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</action>
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</action>
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@ -243,7 +243,7 @@ public class UnivariateSolverUtils {
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* \( \delta_{k+1} = r \delta_k + q, \delta_0 = 0\) and starting search with \( k=1 \).
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* \( \delta_{k+1} = r \delta_k + q, \delta_0 = 0\) and starting search with \( k=1 \).
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* The algorithm stops when one of the following happens: <ul>
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* The algorithm stops when one of the following happens: <ul>
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* <li> at least one positive and one negative value have been found -- success!</li>
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* <li> at least one positive and one negative value have been found -- success!</li>
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* <li> both endpoints have reached their respective limites -- NoBracketingException </li>
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* <li> both endpoints have reached their respective limits -- NoBracketingException </li>
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* <li> {@code maximumIterations} iterations elapse -- NoBracketingException </li></ul></p>
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* <li> {@code maximumIterations} iterations elapse -- NoBracketingException </li></ul></p>
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* <p>
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* <p>
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* If different signs are found at first iteration ({@code k=1}), then the returned
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* If different signs are found at first iteration ({@code k=1}), then the returned
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@ -257,7 +257,7 @@ public class UnivariateSolverUtils {
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* Interval expansion rate is tuned by changing the recurrence parameters {@code r} and
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* Interval expansion rate is tuned by changing the recurrence parameters {@code r} and
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* {@code q}. When the multiplicative factor {@code r} is set to 1, the sequence is a
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* {@code q}. When the multiplicative factor {@code r} is set to 1, the sequence is a
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* simple arithmetic sequence with linear increase. When the multiplicative factor {@code r}
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* simple arithmetic sequence with linear increase. When the multiplicative factor {@code r}
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* is larger than 1, the sequence has an asymtotically exponential rate. Note than the
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* is larger than 1, the sequence has an asymptotically exponential rate. Note than the
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* additive parameter {@code q} should never be set to zero, otherwise the interval would
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* additive parameter {@code q} should never be set to zero, otherwise the interval would
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* degenerate to the single initial point for all values of {@code k}.
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* degenerate to the single initial point for all values of {@code k}.
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* </p>
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* </p>
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