THEY LIVE - we sleep

[D.o.S.]

the usual reptilians on here keep acting like brats.

[Sparrow]

[youtube]http://www.youtube.com/watch?v=1R9cJh20YdM[/youtube]


Proverbs 13King James Version (KJV)

13 A wise son heareth his father's instruction: but a scorner heareth not rebuke.

2 A man shall eat good by the fruit of his mouth: but the soul of the transgressors shall eat violence.

3 He that keepeth his mouth keepeth his life: but he that openeth wide his lips shall have destruction.

4 The soul of the sluggard desireth, and hath nothing: but the soul of the diligent shall be made fat.

5 A righteous man hateth lying: but a wicked man is loathsome, and cometh to shame.

6 Righteousness keepeth him that is upright in the way: but wickedness overthroweth the sinner.

7 There is that maketh himself rich, yet hath nothing: there is that maketh himself poor, yet hath great riches.

8 The ransom of a man's life are his riches: but the poor heareth not rebuke.

9 The light of the righteous rejoiceth: but the lamp of the wicked shall be put out.

10 Only by pride cometh contention: but with the well advised is wisdom.

11 Wealth gotten by vanity shall be diminished: but he that gathereth by labour shall increase.

12 Hope deferred maketh the heart sick: but when the desire cometh, it is a tree of life.

13 Whoso despiseth the word shall be destroyed: but he that feareth the commandment shall be rewarded.

14 The law of the wise is a fountain of life, to depart from the snares of death.

15 Good understanding giveth favour: but the way of transgressors is hard.

16 Every prudent man dealeth with knowledge: but a fool layeth open his folly.

17 A wicked messenger falleth into mischief: but a faithful ambassador is health.

18 Poverty and shame shall be to him that refuseth instruction: but he that regardeth reproof shall be honoured.

19 The desire accomplished is sweet to the soul: but it is abomination to fools to depart from evil.

20 He that walketh with wise men shall be wise: but a companion of fools shall be destroyed.

21 Evil pursueth sinners: but to the righteous good shall be repayed.

22 A good man leaveth an inheritance to his children's children: and the wealth of the sinner is laid up for the just.

23 Much food is in the tillage of the poor: but there is that is destroyed for want of judgment.

24 He that spareth his rod hateth his son: but he that loveth him chasteneth him betimes.

25 The righteous eateth to the satisfying of his soul: but the belly of the wicked shall want.

[D.o.S.]

poignant thumbnail IMO

[youtube]http://www.youtube.com/watch?v=KAqnnmnH1Dc[/youtube]

[Chankgeez]

[Ugly Nora]

Relevant to this thread.

[youtube]http://www.youtube.com/watch?v=mAmoPyovyLE[/youtube]

[repoman]

[youtube]http://www.youtube.com/watch?v=5FRDY25RDlc[/youtube]

Robyn Hitchcock confirmed for reptilian

[Eivind August]

"TIME CUBE 4ce"


In 1884, meridian time personnel met
in Washington to change Earth time.
First words said was that only 1 day
could be used on Earth to not change
the 1 day bible. So they applied the 1
day and ignored the other 3 days.
The bible time was wrong then and it
proved wrong today. This a major lie
has so much evil feed from it's wrong.
No man on Earth has no belly-button,
it proves every believer on Earth a liar.
*fucking snip*

Jesus fuck, dude.

[Strange Tales]

Yo you dudes just learning about Time Cube? That shit is mad whack.

[D.o.S.]

Yeah that dude was obviously suffering from... something (and not enlightenment into how the universe works, I'm afraid). There's a couple interviews with him on Youtube. It's kind of sad.

[repoman]

[Blackened Soul]

[youtube]http://www.youtube.com/watch?v=w5qmjNe7RVE[/youtube]

[Sparrow]

[youtube]http://www.youtube.com/watch?v=Qw8o9SKjRjg[/youtube]

[youtube]http://www.youtube.com/watch?v=TSROL-SneiI[/youtube]

[UglyCasanova]

A compression artifact is a noticeable distortion of media (including images, audio, and video) caused by the application of lossy data compression.

Lossy data compression involves discarding some of the media's data so that it becomes simplified enough to be stored within the desired disk space or be transmitted (or streamed) within the bandwidth limitations (known as a data rate or bit rate for media that is streamed). If the compressor could not reproduce enough data in the compressed version to reproduce the original, the result is a diminishing of quality, or introduction of artifacts. Alternatively, the compression algorithm may not be intelligent enough to discriminate between distortions of little subjective importance and those objectionable to the viewer (Read: Youtube's codec. This will be made evident later).

In the field of video compression a video frame is compressed using different algorithms with different advantages and disadvantages, centered mainly around amount of data compression. These different algorithms for video frames are called picture types or frame types. The three major picture types used in the different video algorithms are I, P and B. They are different in the following characteristics:

I‑frames are the least compressible but don't require other video frames to decode.
P‑frames can use data from previous frames to decompress and are more compressible than I‑frames.
B‑frames can use both previous and forward frames for data reference to get the highest amount of data compression.



A frame is a complete image captured during a known time interval, and a field is the set of odd-numbered or even-numbered scanning lines composing a partial image. When video is sent in interlaced-scan format, each frame is sent as the field of odd-numbered lines followed by the field of even-numbered lines.

Frames that are used as a reference for predicting other frames are referred to as reference frames. In such designs, the frames that are coded without prediction from other frames are called the I-frames, frames that use prediction from a single reference frame (or a single frame for prediction of each region) are called P-frames, and frames that use a prediction signal that is formed as a (possibly weighted) average of two reference frames are called B-frames.

In the latest international standard, known as H.264/MPEG-4 AVC, the granularity of the establishment of prediction types is brought down to a lower level called the slice level of the representation. A slice is a spatially distinct region of a frame that is encoded separately from any other region in the same frame. In that standard, instead of I-frames, P-frames, and B-frames, there are I-slices, P-slices, and B-slices.

Typically, pictures (frames) are segmented into macroblocks, and individual prediction types can be selected on a macroblock basis rather than being the same for the entire picture, as follows:
I-frames can contain only intra macroblocks
P-frames can contain either intra macroblocks or predicted macroblocks
B-frames can contain intra, predicted, or bi-predicted macroblocks

Intra coded frames/slices (I‑frames/slices or Key frames)
I-frames are coded without reference to any frame except themselves.
Typically require more bits to encode than other frame types. Very high quality. Used on DVDs and streamed television broadcasting. Although high quality, it is not without its flaws. Drop in stream speed and/or hardware errors can occur and cause the same sort of glitches as those found in highly compressed video files.

Predicted frames/slices (P-frames/slices)
Older standard designs (such as MPEG-2) use only one previously decoded picture as a reference during decoding, and require that picture to also precede the P picture in display order.

Bi-directional predicted frames/slices (B-frames/slices)
Require the prior decoding of other frame(s) in order to be decoded.
May contain image data and motion vector displacements or both.
H.264 can use one, two, or more than two previously decoded pictures as references during decoding, and can have any arbitrary display-order relationship relative to the picture(s) used for its prediction.

(Spoiler alert: YouTube uses H.264 as their video codec, which is compressing an already compressed file)




Motion compensation block boundary artifacts (AKA what you are seeing)
Block boundary discontinuities can occur at edges of motion compensation prediction blocks. In motion compensated video compression, the current picture is predicted by shifting blocks (macroblocks, partitions, or prediction units) of pixels from previously decoded frames. If two neighboring blocks use different motion vectors, there will be a discontinuity at the edge between the blocks.

[jrfox92]

[Ugly Nora]

^ The problem with your "science", what you folks don't seem to get, is that the media and educational institutions are run by snake people. This "science" is made up bullshit to hide the truth. This is a classic disinformation campaign, and you guys are falling for it.