1.1a_Ethan Shao

The world is consist of the space in the field which is made of vectors that controlling it. The point and the matter in that space are connected by these vectors and the differences between each vectors and points make the space and field that called the world.

The geometry and numerical values of the space are derived from precise rules and can therefore be used to create new rules in the building. Geometric and algebraic combinations treat structure as a combination of ratios, giving way to expressing hierarchies and sequences of motion in space in terms of the proportions of individual elements.

The three-dimensional characteristics of a graph contain both horizontal and vertical extension. The thickening of the graphic surface will allow the city to expand in a more efficient and modern way.The experience of intensification at a given moment creates a complex scale and form.

Traditionally, all objects in architectural design are precisely controlled. However, when the rules of such local conditions are changed, the integrity of the whole structure will be damaged. Therefore, the control is for a simple local condition, rather than controlling all the parts at once. The dynamics used are controlled by inverted localization methods.

The use of field conditions leaves real, unavoidable interruptions in the system or pattern. Human behavior is not static or predictable, as well as the rules in the architecture. W cannot organize human behavior, but can control them locally in the space. If the structure can be thought of as separate parts, the relationships between those parts can be emphasis .Some form of local control can then be exercised over groups of these parts.