| Commit message (Collapse) | Author | Age | Files | Lines |
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Groups
- Mathematical Constants
- Minimum and Maximum
- Rounding
- Exponential and Logarithmic
- Trigonometric
- Angular Measurement Conversion
- Hyperbolic
- Absolute Values
- Signs
- Root Extraction
- Polar Coordindates
- Unit of Least Precision
Other changes,
- Dropped use of `double` for `Double` in all cases
- Grouped some methods in the source
- Extended notes about exception to method forwarding
- Minor method documentation enhancements
IEEERemainder is in the Rounding group since it is related to rounding
and did not justify a new group.
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Conflicts:
src/compiler/scala/tools/nsc/backend/opt/ConstantOptimization.scala
src/compiler/scala/tools/nsc/transform/Constructors.scala
src/compiler/scala/tools/nsc/typechecker/Contexts.scala
src/scaladoc/scala/tools/nsc/doc/html/page/Template.scala
src/scaladoc/scala/tools/nsc/doc/html/resource/lib/jquery.layout.js
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It's useful to know that log is the natural logarithm, not 10log or 2log or so.
Also did sqrt "while I was at it"
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Minimal fix for SI-3235.
This minimal fix includes deprecation messages to aid detection of probable errors.
Test verifies behavior: the correct values are returned, and deprecation messages are emitted.
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Without this treatment these constants will not be inlined
or folded, bloating bytecode and inhibiting optimization.
Marking them @inline doesn't have any additional effect, but
I did it to futurize them in light of SI-7542.
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Optimistically, this is preparation for a day when we don't
let numeric types drift with the winds. Even without the optimism
it's a good idea. It flushed out an undocumented change in
the math package object relative to the methods being forwarded (a
type is widened from what is returned in java) so I documented
the intentionality of it.
Managing type coercions manually is a bit tedious, no doubt,
but it's not tedious enough to warrant abandoning type safety
just because java did it.
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The Java implementation is faster as it doesn't have branches.
java.lang.Math includes implementations of signum for Double and Float,
but I didn't change the ones in scala.math because there is a difference
on how negative zero is handled.
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Removing the code which has been deprecated since 2.8.0. Contributed by
Simon Ochsenreither, although deleting code is such fun one hesitates to
call it a contribution. Still, we will. Closes SI-4860, no review.
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Adds documentation to the scala.math package object. Contributed by
Christian Krause. No review.
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Took advantage of package object fix to factor the duplicated code out
of scala.Math and scala.math.`package`. This required a new starr which
exposes inherited package object members (starr is based on r20110.)
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Partitioned scala.Math and scala.math a little bit. ALL_CAP aliases
are deprecated and only in Math. Formerly unavailable members of
java.lang.Math which were added in 1.5 are now available in scala.math.
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object, updating some @deprecated messages to give realistic
alternatives, properly resolving the semantic mismatch between List.--
and diff, its once-recommended but inequivalent alternative.
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Contents of scala.Math moved into scala.math package object, and
scala.Math deprecated. Also a couple janitorial cleanups.
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