Stage 2 – Visual Exploration

Transform the concept into architectural forms.

Tool Used -Image AI

Experiment 1

the prompt :

Create a futuristic vertical glass tower inspired by human dreams. Each level should express a different activity through transparency, lighting, and spatial variation.

The Output :

Experiment 2

The prompt :

Create a high realistic vertical glass tower inspired by human dreams. the tower consists of very many floors, Each level should express a different activity ,human dreams and passion through transparency, lighting, and spatial variation

The Output :

Experiment 3

The prompt :

Create a high realistic vertical glass tower inspired by human dreams. the tower consists of very many floors, Each level should express a different activity ,human dreams and passion through transparency, lighting, and spatial variation

The Output

Screenshots Of The Process

Human Judgment

The first image generated by Adobe Firefly successfully represented the idea of the tower, but the result appeared unrealistic and more like a fantasy illustration than an architectural proposal. To improve the output, I refined the prompt by adding "high realistic" and emphasizing the large number of floors, activities, and human aspirations represented within the tower.

I then used the refined prompt with both Gemini and ChatGPT to generate improved visualizations. Gemini produced a more realistic image and placed the tower within a Kuala Lumpur skyline, which helped visualize the project in an urban context. However, the image did not clearly show all the floors of the tower.

ChatGPT generated the most realistic tower form and successfully represented the concept of different activities within the building. However, the background environment appeared less realistic than Gemini's output.

Based on this comparison, I found that both Gemini and ChatGPT produced the most useful results. Gemini provided a stronger urban context, while ChatGPT generated a more convincing architectural form. The refined prompt significantly improved the quality and realism of the outputs compared to the initial Firefly result.