Architecture magazine’s Blueprint Architecture magazine is a must-read for any architect or architecture student. 

It’s the bible for the cathedral-building game. 

 This is the magazine where I learned how to construct a cathedral. 

 The first time I read the book, it was on the cover. 

I’d never heard of it. 

But then, I found it on a website and I couldn’t believe it was so easy to build a cathedral on the internet. 

(You might remember that I wrote about how to build the world’s first fully functional church last year.) 

In the video above, I show you how to use the Blueprint Architecture template to build and complete the cathedral of St. John the Baptist in the United States. 

 I’m going to cover all the basics in this video, but if you want to learn more, you can go to the website. 

If you want a complete book, the book The Blueprint Architecture Handbook is the perfect place to start. 

 If you’re looking for more detail, the Blueprint Architectural Manual is also a great resource for more detailed architectural details. 

In this video I walk you through the cathedral, starting with the basics. 

You can find it at 

This is a great book for students of architecture who want to have a good idea of what’s going on inside a cathedral when you build it.

The Blueprint Architecture Guidebook has a wealth of architectural photos, diagrams, and illustrations. 

The book is also free to download. 

Go here for a free copy of the Blueprint architectural guidebook and get started. 

 In this section, we’ll cover the basics of building a cathedral, then we’ll look at how to add the finishing touches. 

We’ll start with the main building steps. 

Step 1: Design the basic building materials The basic building material for a cathedral is called a cathedral stone. 

There are many different types of stone available, but the most popular are limestone and limestone. 

A cathedral stone is usually made of limestone and some other solid rock. 

Depending on the material and the design of the cathedral structure, the cathedral can have a variety of shapes, sizes, and heights. 

When choosing the material, the more important thing is that it is solid. 

Solid concrete is the most common material. 

Lime and limestone are generally stiffer and more durable than other materials. 

Plastic can be used as a filler in some buildings. 

Many other materials are also used in some form. 

Because a cathedral structure has to be built to support it, a certain amount of structural support must be provided. 

Structural support can include roof trusses, supports, beams, beams with pulleys, pulleys that allow the cathedral to bend, or any other type of supporting structure that can hold the structure in place. 

Once you have the basic structural components of a cathedral built, you have to decide on the structure’s topology. 

What kind of topology should you use for a structure? 

How should you structure your structure?

What is the best way to make the topology look the most elegant? 

What types of roof trunks and beams should you make? 

Where can you use the truss and beam for the structure?

How much timber should be used? 

The key is to make sure that you’re using a design that is very consistent. 

Designing the building will not only affect the look and feel of your structure, but will also provide for the safety of the structure. 

So, design your structure using a topology that is consistent. 

 Step 2: Build the structure to fit your building plan When you design a cathedral using a plan, you’ll need to make several decisions: What is your structural width?

How long is the top of the building?

What are the building widths?

What type of structural members should you have? 

You’ll also need to decide how to attach the structure members to the building. 

As you make your decisions, it’s important to take a look at your building’s plans. 

Why do we build buildings this way? 

For the most part, most buildings are designed to be more stable and to allow for less lateral movement. 

Most buildings are built to allow light to enter the building, and to keep people safe. 

However, in some cases, structural elements like roof trussed columns can be moved to a different location on the building to improve the structural integrity. 

An example of this is in a cathedral where the roof tramps and beams are moved to the roof to create a new location on one side of the main tower. 

Now that you have your structure in hand, you need to design your cathedral. 

For a cathedral to be a cathedral it must be: Convenient to enter and leave (or walk around) from the main structure.

Easy to move and maintain. 

Easy to see and observe.