Originally Posted by Mythica:
“No as they are two totally separate things.”
I am going to try and explain how wrong you are, I hope you at least you have some basic knowledge about how a bitmapped matrix display and digital imagery actually works (though from your postings I do not hold out much hope

)
Consider a single pixels data in a single frame of video after it has been decoded by the destination box mpeg decoder.
You have a minimum of 24 bits of digital data (3 bytes), each 8 bits represents the colour of each of the sub pixels Red Green and Blue of the full pixel.
8 bits in binary represents the numbers 0-255 in decimal. Hence there are 256 variations in red green and blue for each full pixel. Each pixel can only display a single colour, The variations possible are 256 x 256 x 256, which equates to over 64 million individual variations in colour (from pure back to pure white). Simple examples Red 255 Green 0 Blue 0 gives pure RED, Red 255, Green 255 and Blue 255 gives pure white. If you do not get this then you don't have the basic physics of a O level physics student, nor the understanding of physics discovered a long time ago about the nature of light.
Each pixel on a LCD/Plasma display is presented with 3 - 8 bit binary numbers for a single frame (1/25 second for 1080i).
To simplify things lets consider the data a square matrix of just 4 pixels might be presented with during a single frame.
Here's the purely arbitrary data presented by row and column order.
Top Row
Red 240, Green 0, Blue 127.
Red 0, Green 50, Blue 60
Bottom Row
Red = 60
Green = 60
Blue = 60
(Actually a grey scale monochrome image)
Red =256
Green = 0
Blue = 0
(A pure Red pixel).
Now lets consider how to display this rudimentary fragment of a video frame in a 4 by 4 matrix of pixels (stretching it 2 times in both axes by your very weird ideas).
Interested to see what the 4 rows in each row for each column might contain, if stretched (I have no idea what this means, in a digital environment it has no meaning.
Digital has an absolute and precisely defined set of data for the specific time period of the data. It represents a single point in time, You cannot as you put it stretch it, you can guess what the intermediate values might be based on a second data reading taken a bit later (sample rate).
Only analogue provides a continuous value for any quantity, the resolution being given by the carrier frequency used to transmit the data.
Basically until you at least demonstrate at least a schoolboy level of physics as it relates to digital imaging. It's clear you have no idea how to manipulate digital images even for a simple digital still camera (Which in themselves are compressed in a lossy format (normally .jpeg), let alone the complexity of compressing multiple frames in a video.
Here's a simple quiz for you, until you can answer it don't bother to post such rubbish.
Rather take a O Level Physics course.
How much data will it take to transmit (Bytes or Bits) a single frame of 24 bit colour video with every pixel exactly represented ?
At 25 fps what bitrate would a broadcaster need to use in Mbps (Megabits/second) ?
What roughly would a 1920 x 1080 broadcast recorded with no compression require in the way of storage in GB (Gigabytes) on a PVR hard disk ?