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History Of Architecture Simulations

A collection of interactive 3D visualizations and simulations to help you master concepts in history of architecture.

Prehistoric and Ancient Architecture - Theory & Concepts

Exploring the origins of architecture from early human shelters to the monumental structures of Mesopotamia and Egypt.

Ancient Structural Systems: Spanning Space

Stone is strong in compression (columns) but weak in tension (lintel).
Increase the span to see the limitations of the material.

Structural Principle:

Post and Lintel: A horizontal beam (lintel) supported by vertical columns (posts). The lintel undergoes bending: compression on top, tension on the bottom. Stone cracks easily under tension, limiting the maximum span between columns in Egyptian temples (creating hypostyle halls).

Classical Architecture - Theory & Concepts

The foundations of Western architecture established by the ancient Greeks and Romans, defined by the classical orders, proportion, and structural innovation.

🏛️ The Classical Orders

Explore the fundamental architectural systems of proportion and ornamentation developed by ancient Greece.

Doric Order

Origin: Mainland Greece

The oldest, simplest, and most massive of the orders. It features a sturdy, fluted shaft resting directly on the stylobate without a base. The capital is plain and saucer-shaped.

Key Features

  • No base
  • 20 shallow flutes
  • Echinus (convex molding) and Abacus (square slab) capital
  • Frieze with alternating triglyphs and metopes
  • Proportion: roughly 4-6 times its lower diameter in height

Asian and Islamic Architecture - Theory & Concepts

Exploring the profound spiritual traditions, timber structural ingenuity, and sweeping geometric innovations of India, China, Japan, and the Islamic world.

Angkor Wat: Temple Mountain & Hydraulic City

Angkor Wat symbolizes the Hindu cosmos. The central towers represent Mount Meru (home of the gods), the outer walls represent the mountains enclosing the world, and the vast moat represents the cosmic ocean. The moat also served a critical structural function, keeping the sandy soil stable.

Adjust the water level. During the monsoon, the moat fills, preventing the enormous stone structure from sinking by stabilizing the groundwater level in the sandy foundation beneath the temple.

Medieval Architecture - Theory & Concepts

The architectural evolution from the fall of the Roman Empire to the soaring heights of the Gothic era, shaped by religious fervor, feudalism, and structural advancements.

Gothic Structural Revolution: The Pointed Arch

Round arch creates strong outward thrust. Requires massive, thick walls (Romanesque).
As height increases, the outward thrust of a round arch becomes unmanageable without impossibly thick walls.

Structural Analysis:

The Round Arch directs a significant portion of its load horizontally outward. To prevent the arch from collapsing (splaying outward), Romanesque builders had to use massive, heavy, windowless walls acting as continuous buttresses along the entire length of the nave. This severely restricted the height of the ceiling and the amount of light entering the church.

Pre-Columbian Architecture - Theory & Concepts

The monumental stepped pyramids, precise cyclopean stonework, and complex urban centers of Mesoamerican and Andean civilizations.

Mesoamerican Step Pyramid (Teocalli)

Mayan pyramids often had 9 levels representing the underworld.
Unlike Egyptian pyramids which end in a point, Mesoamerican pyramids feature a flat summit to support a functional temple.

Key Concept:

Mesoamerican step pyramids served fundamentally different purposes than Egyptian pyramids. While Egyptian pyramids were massive, sealed tombs for a single pharaoh, the Mesoamerican pyramid was primarily a monumental foundation designed to elevate a religious temple closer to the heavens.

They were active, public centers of ritual, featuring prominent central staircases for priests to ascend, and were often meticulously aligned with astronomical events (like solstices or equinoxes) to serve as giant calendars.

Renaissance and Baroque Architecture - Theory & Concepts

The revival of classical antiquity, humanist proportions, and the dramatic theatricality of the 15th to 18th centuries.

Renaissance Proportions & Harmonic Ratios

Width (W)Height (H)
Current Ratio: 1:1.618 (The Golden Ratio / Divine Proportion)

Humanist Mathematics:

Renaissance architects (like Alberti and Palladio) believed that architectural beauty was objective, deriving from universal mathematical laws and the proportions of the human body, not subjective taste.

They obsessed over rational geometric shapes (circles and squares) and specific mathematical ratios—often linking visual harmony to the acoustic harmony of musical chords (like 1:2, 2:3, or 3:4) or the irrational but visually pleasing Golden Ratio (~1.618). These ratios dictated the overall facade massing, the scale of the classical orders, and the dimensions of every door and window.

18th and 19th Century Architecture - Theory & Concepts

The age of Enlightenment and Industrial Revolution, spanning Neoclassicism, Romanticism, Gothic Revival, and Beaux-Arts.

Neoclassical Façade Designer

Neoclassical porticos typically feature an even number of columns (tetrastyle, hexastyle, or octastyle).

Modern and Contemporary Architecture - Theory & Concepts

The transformative impact of the Industrial Revolution, the rise of Modernism, and the diverse movements shaping the contemporary built environment.

Art Deco Design Vocabulary

Explore the essential geometric vocabulary of the 1920s and 1930s. Art Deco reacted against the fluid, organic lines of Art Nouveau by imposing strict, stylized geometry that evoked modernity, speed, and industrial power.

The Sunburst

A ubiquitous motif symbolizing a radiant new era, energy, and hope. Often seen above doorways, elevator doors, and adorning the crowns of skyscrapers (like the Chrysler Building).

Philippine Architecture - Theory & Concepts

The evolution of the built environment in the Philippines, from indigenous dwellings to Spanish colonial hybridity, American urban planning, and contemporary modernism.

🏠 Evolution of Philippine Houses

Trace the architectural evolution of the Filipino dwelling, from the indigenous Bahay Kubo to the modern concrete home.

Silong

Bahay Kubo (Pre-Colonial)

Stage 1 of 4

The indigenous stilt house built with light, natural materials like bamboo and nipa. It features large awning windows, a high-pitched roof for rain shedding, slatted floors for ventilation, and a 'silong' underneath for livestock or storage. Perfectly adapted for passive cooling in a hot, humid climate.

Primary Materials

Bamboo
Nipa Palm
Wood
Cogon Grass

Key Features

  • Stilted elevation
  • High-pitched roof
  • Large awning windows
  • Slatted floors
  • Silong (undercroft)
Bahay KuboModern
Slide to evolve the house