Jet Set Radio Future Xiso Download __EXCLUSIVE_

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In the Xemu documentation it is mentioned that you can create an emulator-compatible .iso file by using either of the commands:

-with dd:

dd.exe if={redump_game_name}.iso of={output_game_name}.iso skip=387 bs=1M

-with extract-xiso:

extract-xiso.exe -r {redump_game_name}.iso

But these two methods produce different .iso files. The one created with dd.exe is much bigger.

A1- Are these two different forms of XISO or is the .iso file created with dd.exe just a trimming hack and not a proper XISO?

A2- Is what is trimmed with dd.exe the same for every retail disc (meaning we can just keep one copy to rebuild every disc with it)?

A3- What is the effect of using the two commands together?

A4- In this post JayFoxRox says that we can separate the video and game partitions and recombine them later. Also he says that the video partition is the same for most retail games. Is that true? What games have special video partition? How to separate the two partitions and recombine them to give the original Redump CRC?

If the video partition is the same for all/most games, that would mean that we can keep one copy of that partition to recreate the Redump ISO from any XISO file (saving a lot of space). The exception being the random padding that we need to find a way to recreate.

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Extracting the files from a Redump ISO with with extract-xiso

extract-xiso.exe -x {redump_game_name}.iso

then generating a .iso with them

extract-xiso.exe -c {Folder_with_all_the_files}

Jet Set Radio Future Xiso Download

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For me this is something to note down as I had never used I2C with a Raspberry Pi before. I noticed there we a number of other connection options that can be enabled and disabled in the Raspberry Pi config menu, this is also something to keep in mind when doing other things in the future such as SPI.

To use this opportunity to work on the radio networking for my final project.

On one side to have a Xiao RP2040 connected to an OLED and radio transceiver.

On the other side to have a Xiso RP2040 connected to an accelerometer and a radio transceiver.

This will allow me to test connection and communication between two Xiao RP2040s with input/output as will be done in my final project between the remote/console and the soft toy.

I am using 2x 915MHz radio transceivers made locally to my Fab Lab in Lake Macquarie, Australia. These use I2C to communicate with the board. They do not have breakouts and as such I need a cable to connect them to the board.

Reading the Core Electronics Guide on this transceiver you are able to isolate groups of them from each other and give each one its own radio address so you can be specific about which one you want to talk to if you have a number of them.

Being radio these transceivers have the ability to communicate over a long distance, up to 100m according to Core Electronics. This is one of the great advantages of using radio over Wi-Fi or bluetooth, you can get those longer distances, however you do sacrifice on the size of the message you can send, for example you can send image/video over Wi-Fi, but not over 915MHz radio.

In my experience using LoRaWAN sensors which also use a 915MHz radio network, you get transmission over a long distance, for a low amount of power, which is useful in applications like long term environmental sensing. ff782bc1db