Home	Sort by relevance Sort by last modified time

Full Search Definition Symbol File Path History   | | Help

    Searched full:performance (Results 201 - 225 of 6790) sorted by null

1 2 3 4 5 6 7 891011>>

/external/chromium-trace/catapult/tracing/tracing/base/
timing_test.html	32 var result = window.performance.getEntriesByName( 43 var result = window.performance.getEntriesByName( 64 var result = window.performance.getEntriesByName('Test:addTo1000'); 78 var result = window.performance.getEntriesByName('Test:addTo100');
/external/clang/INPUTS/
macro_pounder_obj.c	2 // This pounds on macro expansion for performance reasons. This is currently
/external/deqp/modules/gles2/performance/
es2pShaderCompilerTests.cpp	21 * \brief Shader compiler-related performance tests. 32 namespace Performance 36 : TestCaseGroup(context, "compiler", "Shader Compiler Performance Tests") 51 } // Performance
/external/deqp/modules/gles3/performance/
es3pShaderCompilerTests.cpp	21 * \brief Shader compiler-related performance tests. 32 namespace Performance 36 : TestCaseGroup(context, "compiler", "Shader Compiler Performance Tests") 51 } // Performance
/external/eclipse-basebuilder/basebuilder-3.6.2/org.eclipse.releng.basebuilder/plugins/org.eclipse.test.performance.ui/
.project	3 <name>org.eclipse.test.performance.ui</name>
/external/eclipse-basebuilder/basebuilder-3.6.2/org.eclipse.releng.basebuilder/plugins/org.eclipse.test.performance.ui/src/org/eclipse/test/performance/ui/
messages.properties	12 ### Performance Tests Messages.
/external/harfbuzz_ng/test/shaping/texts/in-tree/shaper-indic/indic/script-assamese/utrrs/
README	2 A system to compare a reference image of a text character, word or phrase with another image of the character, word or phrase that was rendered by a text rendering engine. Differences between the reference image and the rendered image may be recorded for subsequent analysis. Performance of a text rendering engine producing text according to typographical rules applicable to a natural language can be evaluated by one with no knowledge or ability to read the natural language
/external/harfbuzz_ng/test/shaping/texts/in-tree/shaper-indic/indic/script-bengali/utrrs/
README	2 A system to compare a reference image of a text character, word or phrase with another image of the character, word or phrase that was rendered by a text rendering engine. Differences between the reference image and the rendered image may be recorded for subsequent analysis. Performance of a text rendering engine producing text according to typographical rules applicable to a natural language can be evaluated by one with no knowledge or ability to read the natural language
/external/harfbuzz_ng/test/shaping/texts/in-tree/shaper-indic/indic/script-devanagari/utrrs/
README	2 A system to compare a reference image of a text character, word or phrase with another image of the character, word or phrase that was rendered by a text rendering engine. Differences between the reference image and the rendered image may be recorded for subsequent analysis. Performance of a text rendering engine producing text according to typographical rules applicable to a natural language can be evaluated by one with no knowledge or ability to read the natural language
/external/harfbuzz_ng/test/shaping/texts/in-tree/shaper-indic/indic/script-gujarati/utrrs/
README	2 A system to compare a reference image of a text character, word or phrase with another image of the character, word or phrase that was rendered by a text rendering engine. Differences between the reference image and the rendered image may be recorded for subsequent analysis. Performance of a text rendering engine producing text according to typographical rules applicable to a natural language can be evaluated by one with no knowledge or ability to read the natural language
/external/harfbuzz_ng/test/shaping/texts/in-tree/shaper-indic/indic/script-gurmukhi/utrrs/
README	2 A system to compare a reference image of a text character, word or phrase with another image of the character, word or phrase that was rendered by a text rendering engine. Differences between the reference image and the rendered image may be recorded for subsequent analysis. Performance of a text rendering engine producing text according to typographical rules applicable to a natural language can be evaluated by one with no knowledge or ability to read the natural language
/external/harfbuzz_ng/test/shaping/texts/in-tree/shaper-indic/indic/script-kannada/utrrs/
README	2 A system to compare a reference image of a text character, word or phrase with another image of the character, word or phrase that was rendered by a text rendering engine. Differences between the reference image and the rendered image may be recorded for subsequent analysis. Performance of a text rendering engine producing text according to typographical rules applicable to a natural language can be evaluated by one with no knowledge or ability to read the natural language
/external/harfbuzz_ng/test/shaping/texts/in-tree/shaper-indic/indic/script-malayalam/utrrs/
README	2 A system to compare a reference image of a text character, word or phrase with another image of the character, word or phrase that was rendered by a text rendering engine. Differences between the reference image and the rendered image may be recorded for subsequent analysis. Performance of a text rendering engine producing text according to typographical rules applicable to a natural language can be evaluated by one with no knowledge or ability to read the natural language
/external/harfbuzz_ng/test/shaping/texts/in-tree/shaper-indic/indic/script-oriya/utrrs/
README	2 A system to compare a reference image of a text character, word or phrase with another image of the character, word or phrase that was rendered by a text rendering engine. Differences between the reference image and the rendered image may be recorded for subsequent analysis. Performance of a text rendering engine producing text according to typographical rules applicable to a natural language can be evaluated by one with no knowledge or ability to read the natural language
/external/harfbuzz_ng/test/shaping/texts/in-tree/shaper-indic/indic/script-sinhala/utrrs/
README	2 A system to compare a reference image of a text character, word or phrase with another image of the character, word or phrase that was rendered by a text rendering engine. Differences between the reference image and the rendered image may be recorded for subsequent analysis. Performance of a text rendering engine producing text according to typographical rules applicable to a natural language can be evaluated by one with no knowledge or ability to read the natural language
/external/harfbuzz_ng/test/shaping/texts/in-tree/shaper-indic/indic/script-tamil/utrrs/
README	2 A system to compare a reference image of a text character, word or phrase with another image of the character, word or phrase that was rendered by a text rendering engine. Differences between the reference image and the rendered image may be recorded for subsequent analysis. Performance of a text rendering engine producing text according to typographical rules applicable to a natural language can be evaluated by one with no knowledge or ability to read the natural language
/external/harfbuzz_ng/test/shaping/texts/in-tree/shaper-indic/indic/script-telugu/utrrs/
README	2 A system to compare a reference image of a text character, word or phrase with another image of the character, word or phrase that was rendered by a text rendering engine. Differences between the reference image and the rendered image may be recorded for subsequent analysis. Performance of a text rendering engine producing text according to typographical rules applicable to a natural language can be evaluated by one with no knowledge or ability to read the natural language
/external/llvm/utils/lit/examples/many-tests/
README.txt	9 This test suite is useful for testing the performance of lit on large numbers of
/external/okhttp/benchmarks/
README.md	4 This module allows you to test the performance of HTTP clients.
/external/skia/resources/
slides_content.lua	51 - GPU performance 57 Roadmap : GPU Performance 66 - Playback performance 69 - Record performance
/frameworks/base/docs/html/training/
advanced.jd	7 platform features or effectively optimize your app performance.</p>
/prebuilts/tools/common/m2/repository/net/sf/trove4j/trove4j/1.1/
PREBUILT	1 Trove: High Performance Collections for Java
/frameworks/base/docs/html/training/testing/
performance.jd	1 page.title=?Testing Display Performance 4 page.keywords=performance, fps, tools 13 <li><a href="#measure">Measuring UI Performance</a> 19 <li><a href="#diagnose">Diagnosing performance regressions</a></li> 37 User interface (UI) performance testing ensures that your app not only meets its functional 42 document explains tools available to measure UI performance, and lays out an approach to 43 integrate UI performance measurements into your testing practices. 47 <h2 id="measure">Measuring UI Performance</h2> 50 In order to improve performance you first need the ability to measure the performance o     [all...]
/external/ImageMagick/ImageMagick/script/
openmp.html	65 <p>It can be difficult to predict behavior in a parallel environment. Performance might depend on a number of factors including the compiler, the version of the OpenMP library, the processor type, the number of cores, the amount of memory, whether hyperthreading is enabled, the mix of applications that are executing concurrently with ImageMagick, or the particular image-processing algorithm you utilize. The only way to be certain of the optimal performance, in terms of the number of threads, is to benchmark. ImageMagick includes progressive threading when benchmarking a command and returns the elapsed time and efficiency for one or more threads. This can help you identify how many threads are the most efficient in your environment. Here is an example benchmark for threads 1-8:</p> 69 Performance[1]: 40i 0.712ips 1.000e 14.000u 0:14.040 70 Performance[2]: 40i 1.362ips 0.657e 14.550u 0:07.340 71 Performance[3]: 40i 2.033ips 0.741e 14.530u 0:04.920 72 Performance[4]: 40i 2.667ips 0.789e 14.590u 0:03.750 73 Performance[5]: 40i 3.236ips 0.820e 14.970u 0:03.090 74 Performance[6]: 40i 3.802ips 0.842e 15.280u 0:02.630 75 Performance[7]: 40i 4.274ips 0.857e 15.540u 0:02.340 76 Performance[8]: 40i 4.831ips 0.872e 15.680u 0:02.07     [all...]
/external/ImageMagick/www/
openmp.html	69 <p>It can be difficult to predict behavior in a parallel environment. Performance might depend on a number of factors including the compiler, the version of the OpenMP library, the processor type, the number of cores, the amount of memory, whether hyperthreading is enabled, the mix of applications that are executing concurrently with ImageMagick, or the particular image-processing algorithm you utilize. The only way to be certain of the optimal performance, in terms of the number of threads, is to benchmark. ImageMagick includes progressive threading when benchmarking a command and returns the elapsed time and efficiency for one or more threads. This can help you identify how many threads are the most efficient in your environment. Here is an example benchmark for threads 1-8:</p> 73 Performance[1]: 40i 0.712ips 1.000e 14.000u 0:14.040 74 Performance[2]: 40i 1.362ips 0.657e 14.550u 0:07.340 75 Performance[3]: 40i 2.033ips 0.741e 14.530u 0:04.920 76 Performance[4]: 40i 2.667ips 0.789e 14.590u 0:03.750 77 Performance[5]: 40i 3.236ips 0.820e 14.970u 0:03.090 78 Performance[6]: 40i 3.802ips 0.842e 15.280u 0:02.630 79 Performance[7]: 40i 4.274ips 0.857e 15.540u 0:02.340 80 Performance[8]: 40i 4.831ips 0.872e 15.680u 0:02.07     [all...]

Completed in 1036 milliseconds

1 2 3 4 5 6 7 891011>>