Why is Facade Design Important?

Facade design is the first step in ensuring that a building structure meets performance criteria. This is especially important in high rise buildings as facades help with structural stability.

A great facade can draw in more business for commercial buildings, serve a practical security purpose, be environmentally efficient and create a point of differentiation. This is why unique facades are so important!

1. Aesthetics

A good design of a building facade should be both aesthetically pleasing and functional. A well-designed facade should protect the interior of a building from environmental factors like wind, rain, and snow. It should also be designed to be sustainable and energy efficient.

A facade should be built with materials that are resistant to fire and vandalism. It should also be designed with drainage systems that will direct water away from the building. A concern for aesthetics should permeate the entire design process and be present in both the concept phase and the construction phase.

Facades can help reduce energy bills by minimizing solar gain. They can also help prevent damage to the interior of a building by shielding it from harmful ultraviolet radiation. Many people think of a facade as just a pretty face for a building, but it does much more than that. It can also be a way to express the culture and identity of a building.

2. Function

Facades are important because they provide a way for buildings to make an impression on passersby. They can add a pop of color or be designed in an interesting, unique style. They also offer a sense of security for occupants by preventing people from looking in. For business, a well-designed facade can draw in customers and potential clients.

The facade design pattern is similar to the Adapter pattern in that it hides internal complexity. However, the two are different in that Adapter changes one or more classes to work with a new interface, while Facade simply defines a simpler interface to a subsystem, check this site out.

For example, a restaurant system’s kitchen might be very complex but the customer only needs to see the menu and order food. The facade class can be a facade to the entire restaurant. This allows the client to easily interact with only a small part of the system without having to know anything about its complexity.

3. Security

Facades protect buildings from external elements that can cause damage and compromise the integrity of a structure. They can also protect the interior of a building from elements such as water, wind, and fire. Facades can be made from materials that are resistant to fire, vandalism, and other forms of damage.

When to use Facade Pattern

The facade pattern is an important design concept for many applications. It can help to reduce complexity in your code, improve readability and maintainability, and provide a level of abstraction that may be helpful when adding new functionality.

For example, a facade can be used in a compiler that contains multiple subsystems for parsing, scanning, tokenizing, creating bytecode streams, and so on. The facade pattern allows you to create a single interface for these subsystems that can be easily accessed by other classes. It can also be used to provide a unified experience for loading and saving an object in a system where there are numerous dependencies and integration points that need to be handled by the facade.

4. Energy Efficiency

A facade should be designed to suit its environment. This includes considering the height and width of your building in relation to nearby buildings and the weather conditions in your area. Facades should also be designed to keep the building insulated.

Facades should also be made from materials that are fire-resistant. This is important because if the facades are not fire-resistant, they may cause a serious health hazard for people inside the building. In addition, combustible materials like EPDM could be an environmental concern if they are used.

Conclusion:

The facade pattern is similar to the Adapter pattern in that it hides internal complexity behind a simple interface. However, the facade is a more powerful abstraction because it can change how other classes are accessed. This is useful when implementing event sourcing or caching systems. For example, a simple controller class might depend on a facade to read lists or save instances of the objects it’s a client of.