The document discusses the concept of 4D, which refers to three dimensions of space plus time as the fourth dimension. 4D is being implemented in various fields like filmmaking, aerospace, medicine, and computing. Some examples provided include 4D cinema which incorporates effects like movement and smells into the movie watching experience, 4D ultrasound which gives the impression of moving images in medical imaging, and 4D aircraft navigation which allows for on-time scheduling and closer aircraft spacing. The document also discusses a 4D virtual human caveman model created at the University of Calgary and 4D modeling software called CINEMA 4D.

1. Presentation on
“4D”
Under the guidance of
ENGR. AYESHA ZAVERI

2. 1. HAMZA YOUSUF
2. MUHAMMAD SOHAIL

4. 4D opened one new door for imagination and
challenge, creating new types of technology
and design.
4D - “the dynamic form resulting from the
design of the behavior of artifacts and people
in relation to each other and their
environment”.

5. Scientifically speaking, the 4th dimension is
said to be time. There are 3 spatial
dimensions (x,y,z) and one temporal
dimension-time. In common use 4D generally
refers to coordinates in 3D space/time.
This dimension is being implemented in
various fields of film making, aerospace,
medical, computing etc.

6. 4D CINEMAs and MOVIES
4D ULTRASOUND
4D IN AIRCRAFT NAVIGATION
4D VIRTUAL HUMAN CAVEMAN

7. 4D CINEMA is a complete and
complex solution for 3D video
animation that gives you total power
and control throughout the whole
design and creation process.
4D as a technology is based on the
3D platform. It combines the effect
of 3D movies by incorporating
external physical effects like
movement in seats and
environmental enhancers like virtual
fog, rain, lighting, air bubbles and
smells in the movie watching
experience. "This will enable
audiences to have both visual and
sensory experience and create a
never before experience," the
company said in a release

8. 4-D film is a
marketing term that
describes an
entertainment
presentation system
combining a 3-D film
with physical effects
in the theatre, which
occur in
synchronization with
the film.

9. A new dimension in medical imaging,
represents the difference between a video
and a still photograph.
The entirely digital platform and very fast
processors cope with the large volume of
data required to reconstruct 3D images again
and again, giving the impression of a moving
image.

10. Replaces the concept of Air Traffic Control
with Trajectory Management.
Allows the controller to send little messages
to the flying plane that will notify what route
he’ll be directed to and at what time should
he be at a certain fix.
Message can be automatically added to the
plane’s flight management system

11. Allowing on-time
scheduling
Allowing closer
aircraft spacing for
arrivals
Allowing continuous
descent approaches
Protection of
environment

12. Scientist at the university of calgory have
created world’s first object oriented
computer model of a human body.
Caveman is a 4D high resolution model of a
functioning it resides in cave shaped virtual
reality room like cave also known as research
holodeck.

13. The CAVEMAN Project
aims to create visual maps
of information about
diseases that have a
genetic component, such
as cancer, diabetes, and
Alzheimer's. Using an
immersive virtual reality
environment called the
CAVE, the research team
will integrate a high-resolution
digital atlas of a
human body with medical
data related to specific
diseases.

14. A 3D modeling, animation and rendering
application developed by MAXON Computer
of Germany.
When a scene is finished it is
normally rendered. Rendering refers to the
act of calculating the scene, the shading, the
colors and the textures.

15. It then saves the project in many different file
formats including high resolution image and
video files (such asAVI or QuickTime).
CINEMA 4D has its own programming
language, C.O.F.F.E.E., to develop platform
independent plug-ins.

16. Thank You