How Download MP3s from Fanscape.com or other Streaming Audio-Video

How Download MP3s from Fanscape.com or other Streaming Audio/Video Page

Part1

1- Download “CoCSoft Stream Down” here:

http://www.projectw.org/viewtopic.php?t=40095&highlight=cocsoft+stream

2- Go to Fanscape.com or other Streaming Audio/Video Page (like MTV or VH1) search
for your Artist or Band, and play your song, a pop up will appear, with a
windows player preview, then, right clic on this player, and clic on “properties”

3- Will appear a options,stay in “File” tag, go down to “Location” Select all the link address and copy


4- Go to “CoCSoft Stream Down” program, and clic on “ADD” icon, and paste the link address, that u copied on the page, choose your directory to download, and clic in Ok


5- Now, You are downloading the .ASF File


Part 2

1- When you finished of download the .ASF File, open River Past Audio Converter

Download here: http://www.projectw.org/viewtopic.php?t=24947&highlight=river+past

Note: To extract audio from ASF (Advanced Systems Format) files to MP3 with River Past Audio Converter, you should have DirectX 8.0 or above (9.0 highly recommended), and Windows Media Format 9 runtime installed.

2- Once River Past Audio Converter is installed properly, launch Audio Converter.

3- Add File
Click on the "Add" button on the tool bar. The standard file open dialog appears. Select "Windows Media Video" in its "Files of type" combo box.

Select the file you want to convert and click "Open". The file will be added to the conversion file list.

4- Select output format
Use the "Audio Format" setting panel on the bottom of the window to control the output format. Select "MP3" as the "File Type".

You can change the sample rate, channel (stereo or mono) and bitrate. Audio CD's native format is 44.1 kHz, stereo.

5- Select output directory
Expand the "Output Directory" panel. Use the button to select an output directory.

6- Convert!
Click the "Convert" button on the tool bar.

7- Enjoy!!!


Important Notes:

1- The First part, can be used for VIDEOS file, just try it, I do it icon_lol.gif
2- This Tutorial is not 100% perfect, just do it
3- The final Quality from your Mp3, will sound like streaming Audio, cuz we
extract it from a streaming File(maybe 20 or 32 kb/s).
4- If u think, that I'm in a mistake or I'm a fool, please tell me, I will to
learn
5- if u wanna add something, plz Do it, We gonna appreciate your
colaboration

How to do a high Quality DivX rip

First and foremost, go to

http://www.doom9.org

and go to their downloads section.
get the following files:
under Audio:
Besweet
Besweet GUI

Under Codecs:
DivX 5.2.1 Pro

Under Divx/Mpeg-4 encoders:
Nandub 1.0RC2


then get this:
http://www.dvd-digest.tv/downloads/files/virtualdub/vdub_pack-145.exe
alternatively, get any version of virtualdub that includes mp3 support.

these are all the required tools, there are ways with fewer items, but they produce very inferior outputs. Besides, after you get used to it, the whole process is really easy.


Okay, first and foremost, pull out Nandub. This is the step that takes the longest, as well as where you will make most of your decisions. I am going to assume that you are making a 1 cd rip. If you do what is in this faq, there won't be much reason to do anything else. Twisted Evil


First of all, run Nandub . It will pop up a dialogue box, and want to know if you are making a new project or resuming an old. New, of course. Give it a name and tell fairuse where you want it to store its data. Fairuse is about to rip the entire movie to your harddrive(nice if you want to go rent a movie and return it the next day).

Then it will ask for your DVD drive with a dvd in it. give it. Then, select which video stream you want. This is usually pretty obvious as the movie stream is the one that is an hour or so long. If there are two of these, check out the other tags. which languages and so on. worst case senario is that you have to trial and error. but that is rare. choose the long stream and hit next.

This is where Nandub rips everything to your hard drive. depending on the speed of various components in your computer, and the length of the movie, this could take a while. let it finish. and then move on.

Once all that is done, the really important screen pops up. this is where you set resolutions and video length. first, cut off the ending credits with the slider, but DO NOT mess with the beginning, as the sound and video frames need to start at the same point for sync. Then hit auto set for the cropping region, this is usually just fine. Then decide whether or not you want subtitles, which would be the subpicture stream. When you're done, hit next.

Set the field mode to IVTC. This will give you better quality for size, as it runs at 24 frames instead of 30, due to the nature of divx, there won't be any noticeable difference in quality, but 6 less frames to deal with each second(and to store data for) really add up. Besides this is the correct mode for all movies anyway. NExt.

This is where you set FINAL file size, including audio, for 1 cd rip, set to 690, for 2, set to double that. Then follow the directions they give you and choose a final resolution that has between a 120:1 and 150:1 (if possible, sometimes the movie is compression ratio. NEXT!

This screen is where you determine quality. The autoadd button is usefull, and will give you decent quality, with 4 encodings. What this does is encode the movie 4 times, and then mix the frames to creat the final encoding, with the most efficient possible encoding for each frame. which is how we get bad ass quality for a single cd. I usually go for 8 encodings, as on my athlon 1600+ this rarely takes more than 8 hours to do, so I just go to sleep, wake up, and its done.

Then add the audio encoding that you want.

Hit next.
And let the bastard fly. Depending on what you set, and your computer, this could take from a few hours to a few days. CPU's of 1.2Ghz+ are nice right about here. You can do stuff while this is going on, but it makes things take much longer.

In the end you will have a bunch of encodings in the folder you specified at the beginning, the 4+ you chose and the final. You will also have an AC3 stream. Take the final AVI and toss it someplace to await the rest of the audio work you have to do, and you can erase the other encodings, freeing up a few gigs in the process of space.

NEXT: AUDIO

Ok, this is where Besweet comes in.

Extract BeSweet and the GUI into the same folder. Now Run the GUI.

At the top there are three fields. One for BeSweet which you should point at the besweet.exe that you should have unzipped to the same directory you are running the Gui from, A field for the AC3 stream, which is in the folder where you sent the encoded video from Fairuse, and an output mp3. The output mp3 has to be an existing file, so make a text file, rename it (yourmovie).mp3 and just say yeah, its cool to change the extension and make things weird. besweet will overwrite it so don't worry. point the third field at that file. The default values for stuff should be fine. but to make sure go to Azid 1(on the left) and select stereo, and then go to Lame 2 and select constant bit rate, and 128(assuming that is what you want). then click on besweet again, and finally, click on AC3 to MP3.

Let the bastard fly.

Now. When its done you should have an mp3 that is the entire soundtrack for the movie. This is where virtualdub comes in. run the virtualdub mp3 version. go to File:open video file and select the final encoding that you had from way back. Then go to audio and select mp3 audio. it will ask you for the file, give it the mp3. Go to audio again and make sure direct stream copy is selected. Then go to video and make sure that direct stream copy is also selected. Finally go to file again and SAVE AVI. give it a file name and let the bastard fly. This final file is your movie. Beautiful and glorious. Congratulations, its a DivX rip. Aren't you proud. burn to cd, and give copies to all your friends.

Data Capacity of CDs

Abstract
You can fit on a S/VCD without overburning:
- approx. 735 MB of MPEG data onto a 74min/650MB disc
- approx. 795 MB of MPEG data onto an 80min/700MB disc

You can fit on a CD-ROM without overburning:
- approx. 650 MB of data onto a 74min/650MB disc
- approx. 703 MB of data onto an 80min/700MB disc

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Introduction
Let us ignore for now the terms of megabyte for CD capacity and try to understand how the data is stored on a CD.

As well all know, the data is stored digitally as binary data. This means, however the actual information is actually kept on the disc, this information is in the form of "1"s and "0"s. Physically, the information on a CD is as pits on a thin sheet of metal (aluminium).

An a CD-R disc, the data is physically on an organic dye layer which simulates the metal layer on a real pressed CD.

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How is the information structured
Now, on the CD, the information isn't just organised from beginning to end willy-nilly. Otherwise, it would be really hard to find a useful piece of information on the CD.

Rather, the information is organised in sectors. Consider a sector as like a page in a book. Just like you are able to quickly find something in a book if you know the page number, you can quickly find something on a CD if you know the sector number.

Now, remember that the CD was original made to hold audio data. It was decided, that the CD would would 75 sectors per second of audio. Although I cannot guess where this number comes from, it is quite appropriate for the audio CD. It means that you can "seek" an audio CD accurately to 1/75th of a second -- which is more than enough for consumer purposes.

Now, with this in mind, we can work out the total data capacity of user data for 1 sector.

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The total data capacity of user data of 1 sector on a CD
CD audio uses uncompressed PCM stereo audio, 16-bit resolution sampled at 44.1 kHz.

Thus 1 second of audio contains:
16 bits/channel * 2 channels * 44100 samples/second * 1 second
= 1411200 bits
= 176400 bytes

Since there are 75 sectors per second
1 sector
= 176400 bytes / 75
= 2352 bytes

One sector on a CD contains 2352 bytes max.

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The concept of different MODES and FORMS of burning
Now, audio CD was well and good, but the medium would become much more useful if you could store other data on the disc as well. This became to be know as CD-ROM of course.

Now, the audio-CD uses the ENTIRE sector for audio data.

However, for CD-ROMs this caused a problem. Simply, CDs and the CD reading mechanisms were not 100% faultless. That is, errors (indeed frequent errors) could be made during the reading. For audio CDs, this does not matter as much as you could simply interpolate from the adjacent audio samples. This will obviously NOT DO for data CDs. A single bit error could lead to a program being unexecutable or ruin an achive file.

Thus, for CD-ROMs, part of each sector is devoted to error correction codes and error detection codes. The CD-R FAQ has the details, but in effect, only 2048 bytes out of a total of 2352 bytes in each sector is available for user data on a data CD.

This burning mode is either MODE1 or MODE2 Form1.

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MODE2 Form2 sectors of VCDs and SVCDs
Now, for VCDs and SVCDs, the video tracks do not necessarily require the robust error correction as normal data on a CD-ROM. However, there is still some overhead per sector that is used for something other than video data (e.g., sync headers).

S/VCDs video tracks are burnt in what is called MODE2 Form2 sectors. In this mode, only 2324 bytes out of a total of 2352 bytes in each sector is available for user data.

This is MUCH MORE than for CD-ROMs, but still less per sector than audio CD.

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The disc capacities of CD-ROMs, audio-CDs and VCDs
Now, obviously what ultimately determines the capacity of a disc is the total number of sectors it contains. This is similar to the total number of pages in a blank exercise book (if you recall the book analogy).

The secondary determinant is the burning mode of the disc.

For audio CDs, it is as if you could fill each page from top to bottom with audio data as the entire sector is used for audio data.

For CD-ROMs, it is as if you need to first rule a margin and then leave the bottom part of each page for footnotes (headers + ECC + EDC). The amount of text you can actually write per page is then less due to these other constraints.

For S/VCDs, we still need to rule a margin on the page, but we don't have to worry about the footnotes (headers). We can fit MORE text than a CD-ROM, but less than an audio-CD.

Now remember, 1 second on a CD = 75 sectors.

Thus:
- 74 min CD = 333,000 sectors
- 80 min CD = 360,000 sectors


Data capacity in Mb for an audio-CD
74 min
= 333,000 sectors * 2352 bytes / sector
= 783216000 bytes
= 746.9 Mb

80 min
= 360,000 sectors * 2352 bytes / sector
= 846720000 bytes
= 807.5 Mb


Data capacity in Mb for a CD-ROM
74 min
= 333,000 sectors * 2048 bytes / sector
= 681984000 bytes
= 650.4 Mb

80 min
= 360,000 sectors * 2048 bytes / sector
= 737280000 bytes
= 703.1 Mb


Data capacity in Mb for a S/VCD
74 min
= 333,000 sectors * 2324 bytes / sector
= 773892000 bytes
= 738.0 Mb

80 min
= 360,000 sectors * 2324 bytes / sector
= 836640000 bytes
= 797.9 Mb

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Conclusions
As you can see, the often quoted capacities of 650MB and 700MB refer to CD-ROM capacities.

Due to the fact that S/VCDs use a different burning mode where MORE of each sector is available as user data, the relatively capacities are HIGHER.

Now, since S/VCDs are not composed of PURELY video tracks and have some unavoidable overheads, the actually total capacity left for video tracks is a few Mb less for each disc (about 735 Mb for 74min discs and 795 Mb for 80min discs). This is where the often quoted capacities of 740MB and 800MB come from. They are quite accurate.

All these capacities are available BEFORE overburning. Overburning is where you burn MORE sectors than the disc is rated for. If you overburn, you can typically achieve about 1-2 minutes of additional capacity (depending on your drive and media).