huhuhu... lamanye tak posting... macam tak tau nak tulis aper... blog nih pasal aper erk..? o'ow... hehehe
boleh plak mcm ni... okey... dah refresh... blog ni berkenaan sharing n' tuning for a better life...
so... penat dah nak cari idea aper nk posting nih...
TERIMA LA... TERBAEK dari UNCLE GOOGLE...
dengan ini saya nak share berkenaan bagaimana dapatkan saiz frame video... huhuhu... just taip google n' search frame size for HD video...
hehehe... hikmat c.p level 7... yosh!!!
How to calculate raw uncompressed video sizes
This short text will tell you how to calculate the size of a video in memory and on disk. This short text is really an introduction. It will give you basic terminology and tools to give you an idea of the numbers we are working with. If you work with video you probably already know this and can skip through to the video size calculator at the bottom. If you do not know this well just read on...
Video frame pixel size
When we talk about the video frame size we talk about how many pixels we see on the video screen. A larger frame size gives better quality and a larger file. To determine how many pixels each frame is you simply multiply the width in pixels by the height in pixels to get the total number of pixels. A typical 640x480 TV frame (not HD) is 307200 pixels or about 0.3 MPixels. If you would save one such file in an uncompressed image format, like BMP, you would get a file at least 300kb large.
Video frame byte size
If we want to show our video in colour we need to use three colour channels to represent the one pixel. Today we almost always use one byte per colour channel, and although we use different color spaces we most often need three color channels. To get the raw uncompressed size of the video frame you then need to multiply the number of pixels in the video frame by 3 to get the number of bytes each video frame will take. You now have the size of the uncompressed video frame, in our example 0.9 Megabyte.
Raw video size
We now know everything we need to calculate how large an uncompressed video file will be. We know how large one video frame is and we know how many frames are used every second. Let us continue out example of a video in 640x480 where each frame took 0.9 Megabyte running at 25 frames per second. The size of one second video footage would then require 25*0.9=22.5 Mb. A normal movie running one and a half hour would require 90*60*22.5 = 121500 MB = 118 Gb or about 26 single layer DVDs. The obvious conclusion is that when you work with videos you require a lot of free disk space and you need take make it smaller with compression when you have finished creating a video.
You are free to use the video frame calculator on your site. Simply use an iframe tag and set the src to www.fastvideoindexer.com/articles/VideoSizes/video_size_calculator
You are even free to host the html page on your site as long as you keep the copyright text with the link, and please send me an email if you do use it.
*saya tampal n' posting ni adela coz nk gune nati... dh abis battery la nih... esok kj pg la plak...
