DESIGN AND IMPLEMENTATION OF

ANAGLYPH MOVIE MAKER APPLICATION

RENOV YAPOLA26406168

BACKGROUND It’s interesting to see 2D movie in 3D

illusion when the images have an depth level.

Anaglyphic image illusion can be seen with cheap Anaglyphic Glasses, as filter.

No need for optical gymnastic, like crossing eyes.

OBJECTIVE Convert a movie into anaglyph movie

with using just one movie as a source.

PROBLEM How to create an anaglyph movie by

using just one movie. Transition of pixel.

ANAGLYPH IMAGING Made of two slightly different image The difference is in scope and color The two images is superimposed with

screen blending, then displayed.

ANAGLYPH GLASSES Filtering some color component, so each

eye only see some part of the image color.

The brain interpret this as the result of the difference in distance, thus produce an image with depth level.

FLOWCHART : MAINStartPilih

MoviePilih Metode

Konversi

Mengkonversi

End

Membuat file video anaglyph

FLOWCHART : SELECT MOVIE

Pilih Movie

Movie tipe AVI

Movie Tipe Mpeg

No

Membuka file dalam bentuk

stream

End

No

Yes

Mencari stream video

Menemukan video stream

End

Memasukkan frame ke

dalam arrayContinue

No

Yes

Membangun audio

stream

Yes

FLOWCHART : SELECT METHODPilih Metode

Konversi

True Anaglyph

Gray Anaglyph

Color Anaglyph

Half-Color Anaglyph

Optimized Anaglyph

Set Left Color Matrix0,299 0,587 0,114

0 0 00 0 0

Set Right Color Matrix0 0 00 0 0

0,299 0,587 0,114

Continue

Set Left Color Matrix0,299 0,587 0,114

0 0 00 0 0

Set Right Color Matrix0 0 0

0,299 0,587 0,1140,299 0,587 0,114

Set Left Color Matrix1 0 00 0 00 0 0

Set Right Color Matrix0 0 00 1 00 0 1

Set Left Color Matrix0,299 0,587 0,114

0 0 00 0 0

Set Right Color Matrix0 0 00 1 00 0 1

Set Left Color Matrix0 0,7 0,30 0 00 0 0

Set Right Color Matrix0 0 00 1 00 0 1

End

FLOWCHART : SELECT METHOD (CONT.)

COLOR MATRIX

PIXEL HASIL

R G B

* =

R 00

10

20

R 1 R (00*1)+(10*2)+(20*3)

G 01

11

21

G 2 G (01*1)+(11*2)+(12*3)

B 02

12

22

B 3 B (02*1)+(12*2)+(22*3)

FLOWCHART : CONVERT

Mengkonversi

I = jumlah frameI = 0

ContinueYes

Mengambil frame dari array pada index ke i

Membuat gambar kiri dan gambar kanan dari frame tersebut dengan

color matrix yang sesuai

Menggabungkan kedua gambar i++

No

FLOWCHART : BUILD AUDIO STREAM

Membangun audio

streeam

Membangun timeline

Membangun BackEnd

Continue

FLOWCHART : CREATE FILEMembuat file video anaglyph

Membuat file video baru di hard disk drive komputer

Membuat stream untuk file video,

serta memasukkan metadata

I = 0 I = jumlah frame

Memasukkan frame ke dalam

file video

i++

No

Continue

Menutup file stream

Yes

TRANSITION TEST : 10 PIXEL

TRANSITION TEST : 20 PIXEL

TRANSITION TEST : 50 PIXEL

TRANSITION TEST : 100 PIXEL

METHOD TEST : TRUE ANAGLYPH

METHOD TEST : TRUE ANAGLYPH

Dark Image No Color Reproduction Little Ghosting

METHOD TEST : GRAY ANAGLYPH

METHOD TEST : GRAY ANAGLYPH No color reproduction Ghosting than True Anaglyph Method

METHOD TEST : COLOR ANAGLYPH

METHOD TEST : COLOR ANAGLYPH Partial color reproduction Retinal rivalry

METHOD TEST : HALF – COLOR ANAGLYPH

METHOD TEST : HALF – COLOR ANAGLYPH Partial color reproduction (but not as

good as color anaglyphs) Less retinal rivalry than color anaglyphs

METHOD TEST : OPTIMIZED ANAGLYPH

METHOD TEST : OPTIMIZED ANAGLYPH Partial color reproduction (but not of red

shades) Almost no retinal rivalry

CONCLUSION Color Anaglyph is the best method to produce an

Anaglyphic image when the image have an object with contrast color from the background.

Gray Anaglyph and Half-color Anaglyph is the best method to produce an Anaglyphic Image with less or no Ghosting effect.

Optimized Anaglyph is the best method to produce an Anaglyphic Image with original color intact.

True Anaglyph method is not recomended because the result is dark and have Ghosting effect.

The DexterLib library used to read the video metadata, cannot read all extension of video.

SUGGESTION Because of the usage of lots of physical

memory, the video to be converted before preview must less than 1 minute.

The file produced by Avifil32 library is huge, that’s why another library must be used to produce an output file.

The algorithm used in this program is slow, so there’s need for another faster algorithm.