Dataflow 是 MapReduce 的繼 承者，由數個 Google 內部使用 的技術為基礎，包括資料平行 處理管道技術 Flume 和容錯串 流技術 MillWheel 第一版 Dataflow SDK 採用 Java 來開發 BigQuery 也能與 Dataflow 相輔 相成，開發者可以把 Dataflow 的資料餵給 BigQuery Google 與 Twitter 在世界盃足 球賽的期間合作，透過

of the effector weights. Aerodynamics Edges can be affected by wind as they move, and sail or flutter in a breeze. A simple aerodynamic model of a flag sailing in the wind. This special exterior force You can adjust the stiffness of all those edge springs, allowing your mesh to sag, to bend, to flutter in the breeze, or to puddle up on the ground. To create a connection between the vertices of a soft

of the effector weights. Aerodynamics Edges can be affected by wind as they move, and sail or flutter in a breeze. A simple aerodynamic model of a flag sailing in the wind. This special exterior force You can adjust the stiffness of all those edge springs, allowing your mesh to sag, to bend, to flutter in the breeze, or to puddle up on the ground. To create a connection between the vertices of a soft

of the effector weights. Aerodynamics Edges can be affected by wind as they move, and sail or flutter in a breeze. A simple aerodynamic model of a flag sailing in the wind. This special exterior force You can adjust the stiffness of all those edge springs, allowing your mesh to sag, to bend, to flutter in the breeze, or to puddle up on the ground. To create a connection between the vertices of a soft

of the effector weights. Aerodynamics Edges can be affected by wind as they move, and sail or flutter in a breeze. A simple aerodynamic model of a flag sailing in the wind. This special exterior force You can adjust the stiffness of all those edge springs, allowing your mesh to sag, to bend, to flutter in the breeze, or to puddle up on the ground. To create a connection between the vertices of a soft

of the effector weights. Aerodynamics Edges can be affected by wind as they move, and sail or flutter in a breeze. A simple aerodynamic model of a flag sailing in the wind. This special exterior force You can adjust the stiffness of all those edge springs, allowing your mesh to sag, to bend, to flutter in the breeze, or to puddle up on the ground. To create a connection between the vertices of a soft

of the effector weights. Aerodynamics Edges can be affected by wind as they move, and sail or flutter in a breeze. A simple aerodynamic model of a flag sailing in the wind. This special exterior force You can adjust the stiffness of all those edge springs, allowing your mesh to sag, to bend, to flutter in the breeze, or to puddle up on the ground. To create a connection between the vertices of a soft

of the effector weights. Aerodynamics Edges can be affected by wind as they move, and sail or flutter in a breeze. A simple aerodynamic model of a flag sailing in the wind. This special exterior force You can adjust the stiffness of all those edge springs, allowing your mesh to sag, to bend, to flutter in the breeze, or to puddle up on the ground. To create a connection between the vertices of a soft

of the effector weights. Aerodynamics Edges can be affected by wind as they move, and sail or flutter in a breeze. A simple aerodynamic model of a flag sailing in the wind. This special exterior force You can adjust the stiffness of all those edge springs, allowing your mesh to sag, to bend, to flutter in the breeze, or to puddle up on the ground. To create a connection between the vertices of a soft

of the effector weights. Aerodynamics Edges can be affected by wind as they move, and sail or flutter in a breeze. A simple aerodynamic model of a flag sailing in the wind. This special exterior force You can adjust the stiffness of all those edge springs, allowing your mesh to sag, to bend, to flutter in the breeze, or to puddle up on the ground. To create a connection between the vertices of a soft