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  • Blur Node

    94 2024-08-11 《Blender 4.2 Manual》
    Blur Node Inputs Properties Outputs Example Blur Node The Blur node blurs an image, providing several blur modes. Inputs Image Standard color input. Size The optional...
  • Integrations

    Integrations Overview Introduction Officially Supported Integrations Making the Switch Integrations Overview Introduction Dragonfly is designed from the ground up to provide...
  • Introduction

    Introduction to Uptrace and OpenTelemetry What is Uptrace? What is OpenTelemetry? How Uptrace works? Why not …? Zipkin Jaeger SkyWalking What’s next? Introduction to Upt...
  • Weather TimeSeries Data Application with Cassandra

    Weather TimeSeries Data Application with Cassandra Time Series Data Weather TimeSeries Data Application with Cassandra This project demonstrates how to easily leverage and int...
  • Signed distance field global illumination (SDFGI)

    Signed distance field global illumination (SDFGI) Visual comparison Setting up SDFGI Environment SDFGI properties SDFGI interaction with lights and objects Adjusting SDFGI perf...
  • Signed distance field global illumination (SDFGI)

    Signed distance field global illumination (SDFGI) Visual comparison Setting up SDFGI Environment SDFGI properties SDFGI interaction with lights and objects Adjusting SDFGI perf...
  • git 的 merge 与 no-ff merge 的不同之处

    485 2022-09-23 《Git速查手册》
    说明 通常,合并分支时,如果可能,Git 会用Fast forward 模式,但这种模式下,删除分支后,会丢掉分支信息。如果要强制禁用Fast forward 模式,Git 就会在merge 时生成一个新的commit ,这样,从分支历史上就可以看出分支信息。 简单的来说,ff模式会将分支历史整理成一条支线,看不出合并的分支信息,但no-ff模式会显示...
  • How to Deal with I/O Expense

    How to Deal with I/O Expense How to Deal with I/O Expense For a lot of problems, processors are fast compared to the cost of communicating with a hardware device. This cost is ...
  • Performance

    Performance Introduction Common CPU GPU 3D Threads Performance Introduction Godot follows a balanced performance philosophy. In the performance world, there are always tr...
  • 动态卷制备

    动态卷制备 背景 启用动态卷制备 使用动态卷制备 设置默认值的行为 拓扑感知 动态卷制备 动态卷制备允许按需创建存储卷。 如果没有动态制备,集群管理员必须手动地联系他们的云或存储提供商来创建新的存储卷, 然后在 Kubernetes 集群创建 PersistentVolume 对象 来表示这些卷。 动态制备功能消除了集群管理员预先配置存储的需...