Профилировщик производительности

Time taken to update application logic. This includes executing all steps in the update() function of the world script. It also includes the update of states of all nodes (for example, update of the skinned animation or of a particle system to spawn new particles).

• If the Update time is too high, it signals that you need to optimize the application logic executed each frame.If the Update time is too high, it signals that you need to optimize the application logic executed each frame.
• You may also need to decrease the number of objects in the world, as updating their states (spawn particles by the particle systems, play skinned mesh animation, etc.) increases the load.You may also need to decrease the number of objects in the world, as updating their states (spawn particles by the particle systems, play skinned mesh animation, etc.) increases the load.

If the Update time is too high, it signals that you need to optimize the application logic executed each frame.You may also need to decrease the number of objects in the world, as updating their states (spawn particles by the particle systems, play skinned mesh animation, etc.) increases the load.

• If the Update time is too high, it signals that you need to optimize the application logic executed each frame. Если время обновления слишком велико, это означает, что вам необходимо оптимизировать логику приложения, выполняемого каждый кадр.
• You may also need to decrease the number of objects in the world, as updating their states (spawn particles by the particle systems, play skinned mesh animation, etc.) increases the load. Вам также может потребоваться уменьшить количество объектов в мире, так как обновление их состояний (создание частиц системами частиц, воспроизведение анимации скелетного меша и т.д.) увеличивает нагрузку.

Time taken to prepare all data to be rendered in the current frame and feed rendering commands from the CPU to the GPU. If Render CPU time is too high, it signals that art assets may need to be optimized, for example:

• LOD system should be used;LOD system should be used;
• polygon count of models should be reduced.polygon count of models should be reduced.

LOD system should be used;polygon count of models should be reduced.

• LOD system should be used; LOD система должна использоваться;
• polygon count of models should be reduced. количество полигонов моделей должно быть уменьшено.

Time between completing all calculations on the CPU up to the moment when the GPU has finished rendering the frame. (See the illustration). This counter is useful to analyze the bottleneck in your application's performance.

• When Waiting GPU time is equal to 0, it signals that scripts take too long to be updated and calculations are too intensive for CPU to perform them fast enough. In this case, your application has a CPU bottleneck. Optimize your update block in the world scripts or reduce the number of objects updated each frame.When Waiting GPU time is equal to 0, it signals that scripts take too long to be updated and calculations are too intensive for CPU to perform them fast enough. In this case, your application has a CPU bottleneck. Optimize your update block in the world scripts or reduce the number of objects updated each frame.
• High Waiting GPU time means one of the following:
  • low framerate signals that there exists a GPU bottleneck. The art content needs to be optimized in this case.low framerate signals that there exists a GPU bottleneck. The art content needs to be optimized in this case.
  • consistently high framerate means you have free CPU resources available to process more numbers in the update() of the world script.consistently high framerate means you have free CPU resources available to process more numbers in the update() of the world script.
  low framerate signals that there exists a GPU bottleneck. The art content needs to be optimized in this case.consistently high framerate means you have free CPU resources available to process more numbers in the update() of the world script.High Waiting GPU time means one of the following:
  • low framerate signals that there exists a GPU bottleneck. The art content needs to be optimized in this case.low framerate signals that there exists a GPU bottleneck. The art content needs to be optimized in this case.
  • consistently high framerate means you have free CPU resources available to process more numbers in the update() of the world script.consistently high framerate means you have free CPU resources available to process more numbers in the update() of the world script.

When Waiting GPU time is equal to 0, it signals that scripts take too long to be updated and calculations are too intensive for CPU to perform them fast enough. In this case, your application has a CPU bottleneck. Optimize your update block in the world scripts or reduce the number of objects updated each frame.High Waiting GPU time means one of the following:

• low framerate signals that there exists a GPU bottleneck. The art content needs to be optimized in this case.low framerate signals that there exists a GPU bottleneck. The art content needs to be optimized in this case.
• consistently high framerate means you have free CPU resources available to process more numbers in the update() of the world script.consistently high framerate means you have free CPU resources available to process more numbers in the update() of the world script.

low framerate signals that there exists a GPU bottleneck. The art content needs to be optimized in this case.consistently high framerate means you have free CPU resources available to process more numbers in the update() of the world script.

• When Waiting GPU time is equal to 0, it signals that scripts take too long to be updated and calculations are too intensive for CPU to perform them fast enough. In this case, your application has a CPU bottleneck. Optimize your update block in the world scripts or reduce the number of objects updated each frame. Если время ожидания GPU равно 0 , это означает, что скрипты слишком долго обновляются, а вычисления слишком интенсивны, чтобы ЦП мог их выполнять достаточно быстро. В этом случае ваше приложение имеет узкое место в ЦП. Оптимизируйте блок обновления в скриптах мира или уменьшите количество объектов, обновляемых в каждом кадре.
• High Waiting GPU time means one of the following:
  • low framerate signals that there exists a GPU bottleneck. The art content needs to be optimized in this case.low framerate signals that there exists a GPU bottleneck. The art content needs to be optimized in this case.
  • consistently high framerate means you have free CPU resources available to process more numbers in the update() of the world script.consistently high framerate means you have free CPU resources available to process more numbers in the update() of the world script.
  low framerate signals that there exists a GPU bottleneck. The art content needs to be optimized in this case.consistently high framerate means you have free CPU resources available to process more numbers in the update() of the world script.Время высокого ожидания GPU означает одно из следующих:
  • low framerate signals that there exists a GPU bottleneck. The art content needs to be optimized in this case. низкая частота кадров свидетельствует о наличии узкого места в графическом процессоре. В этом случае необходимо оптимизировать художественное содержание.
  • consistently high framerate means you have free CPU resources available to process more numbers in the update() of the world script. стабильно высокая частота кадров означает, что у вас есть свободные ресурсы ЦП для обработки большего количества чисел в update () сценария world.

Number of decals rendered per frame (in all rendering passes). If a decal has any additional effect (is transparent, emits light, lit by a light source, or has any other visual effect) that involves an additional rendering pass for this decal, this decal will be rendered additionally in every corresponding pass, thus the total number of rendered decals will increase. Количество декалей, отображаемых за кадр (во всех проходах рендеринга ). Если для декали предусмотрен дополнительный эффект (прозрачность, эмиссия, освещенность или другой эффект), который подразумевает дополнительный проход рендеринга для этой декали, то эта декаль будет дополнительно отрисовываться в каждом соответствующем проходе, таким образом число отрисованных декалей увеличится.

Number of surfaces rendered per frame (in all rendering passes). If a surface has any additional effect (is transparent, emits light, lit by a light source, or has any other visual effect) that involves an additional rendering pass for this surface, this surface will be rendered additionally in every corresponding pass, thus the total number of rendered surfaces will increase. Количество поверхностей, визуализируемых за кадр (во всех проходах рендеринга ). Если для поверхности предусмотрен дополнительный эффект (прозрачность, эмиссия, освещенность или другой эффект), который подразумевает дополнительный проход рендеринга для этой поверхности, то эта поверхность будет дополнительно отрисовываться в каждом соответствующем проходе, таким образом число отрисованных поверхностей увеличится.