PerformanceMeter | Beat Saber mod that displays a graph at the end of a level
kandi X-RAY | PerformanceMeter Summary
kandi X-RAY | PerformanceMeter Summary
# PerformanceMeter A Beat Saber mod to show a graph of your energy bar, percentage level, or cut value throughout a map on the end screen.
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Currently covering the most popular Java, JavaScript and Python libraries. See a Sample of PerformanceMeter
PerformanceMeter Key Features
PerformanceMeter Examples and Code Snippets
Community Discussions
Trending Discussions on PerformanceMeter
QUESTION
I have a PerformanceMeterStyle.xaml with one property that set's the background to yellow:
...ANSWER
Answered 2018-Oct-05 at 15:46you should create control template for that as follows:
QUESTION
Im writing simple benchmark on C++ to compare the execution time of data access on different platforms.And I
ve got strange results. I measure the time of sequential order access and indirection order access. For this I am just copying one array data to another in two different ways. The code and result are below.
The time I got is ambiguous. Evaluation for int data type shows, that sequential access is faster (it is OK). But for float and double types it is just the opposite (see time results below). Maybe I make benchmarking wrong or there are some pitfalls I did not take into account? Or could you suggest some benchmark tools to compare data access or simple operations performance for different datatypes?
ANSWER
Answered 2017-May-19 at 13:00Here are an example (using T = int
) of the assembly output from GCC 6.3 using -O2
:
copySequentialArr
and copyIndirectionArr
.
From the assembly it is clear that they are very much alike, but copyIndirectionArr
requires two mov
instructions more than copySequentialArr
. With this we can somewhat conclude that copySequentialArr
is the fastest.
The same it true when using T = double
: copySequentialArr
and copyIndirectionArr
.
Vectorization
It gets funny when we start using -O3
: copySequentialArr
and copyIndirectionArr
.
There is no change to copyIndirectionArr
, but copySequentialArr
is now vectorized by the compiler. This vectorization will make it even faster than before, under normal conditions.
Disclainmer
These examinations of the resulting assembly code are "out-of-context", in the sense that the compiler would optimize it even further if it has knowledge of the context.
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