TASVideos

Tool-assisted console game movies
When human skills are just not enough

Submissions of Aglar

This page lists movies that have been submitted for review.

Some of them will eventually end up on the Movies page, while some of them will not make it.

Submitted movies can be published by certain people.

To edit submissions, select the movie for Viewing and then click Edit submission.

Movie nameAuthorSubmittedStatusVotesCf:ce
NES Adventures in the Magic Kingdom in 10:08Mikael Johansson (Aglar)2007-11-09decision: cancelled100% (5)51%
NES Batman - Return of The Joker in 11:22Mikael Johansson (Aglar)2008-03-30published100% (17)100%
NES Batman in 09:22Mikael Johansson (Aglar)2008-01-29published100% (12)100%
NES Donkey Kong in 01:09Mikael Johansson (Aglar)2009-06-30published100% (19)100%
NES Donkey Kong in 01:09Mikael Johansson (Aglar)2009-06-29decision: cancelled
NES Donkey Kong Jr. in 01:13MJ, JJ, ? (Aglar, Aqfaq & Ferret Warlord )2009-11-09published100% (11)96%
NES Duck Tales in 07:06Mikael Johansson (Aglar)2009-03-20published
NES Duck Tales in 07:14Mikael Johansson (Aglar)2008-11-07published
NES Gimmick! in 05:51Mikael Johansson (Aglar)2009-08-06decision: cancelled100% (24)100%
NES Gimmick! in 06:09Mikael Johansson (Aglar)2009-05-02published100% (34)100%
NES M.C. Kids in 18:16Mikael Johansson (Aglar)2009-01-30published
NES Panic Restaurant in 13:29Mikael Johansson (Aglar)2007-11-16published93% (19)100%
NES Power Blade in 16:26Mikael Johansson (Aglar)2009-03-13published
NES Rockman 3 in 30:45Mikael Johansson (Aglar)2008-07-13published100% (34)100%
NES StarTropics in 1:01:32Mikael Johansson (Aglar)2007-12-20published100% (11)96%
The voting data comes from the discussion forums.
"70% (10)" means that 10 users have voted, and 70% of them say 'yes'.
The "Confidence" is a value that approximately calculates how much to trust the votes.
To vote, click on the submission and then "Discuss this submission".

Confidence (cf:ce) is calculated with the following semi-arbitrary formula (MathML): 100.0 min { 1 , 1.0 [ abs ( yes - no ) yes + no + meh ] + 0.7 ( yes + no + meh 12 ) 1.1 1.0 + 0.7 }