Soldato
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An experiment to increase the capacity of USB storage through the use of advanced photography post processing techniques.
Based on multiple demonstrations of Skyfall's cat expansion law, I will attempt to increase the capacity of a Flash Storage Device with Universal Serial Bus interface.
Apperatus:
-1GB Crucial Gizmo USB stick, which has been through the washer and tumble dryer without loosing data.
-Twenty pence in cash.
-Blue CD/DVD Marker.
-Red CD/DVD Marker.
-Canon S5 IS (not pictured).
Method
The Red CD/DVD marker is placed exactly 20 pence away from the Blue CD/DVD Marker, and maintained at this distance, parallel to the Red CD/DVD Marker.
The USB storage subsystem is balanced, on end, slightly beyond the further of the 2 CD/DVD Markers.
In order that this is a fair test, a 1st baseline, or control, photograph is taken at a high angle, the size of this photograph is taken to be precisely 1GB (roughly 980GiB).
A second photograph is then taken at a low angle, this will - in theory - increase the size of the USB storage subsystem.
Results
The 2 photographs are compared below, the one on the left after the expansion process.

Discussion
As you can see, the capacity of the USB stick has been increased by roughly 20%, making this a 1.2GB USB storage subsystem.
I theorise that this process could be repeated multiple times, further increasing the capacity of the drive and/or cat.
Conclusion
Comparing photos taken from different angles totally doesn't work, regardless of whether you match the gauge of the track or the width of a single rail.
To properly use this technique, you need to use 3 points of reference, so that the rails are the same width, and the gauge is the same. The photo will need to be scaled, and distorted from the corners in order to match all 3 datums.
Based on multiple demonstrations of Skyfall's cat expansion law, I will attempt to increase the capacity of a Flash Storage Device with Universal Serial Bus interface.
Apperatus:
-1GB Crucial Gizmo USB stick, which has been through the washer and tumble dryer without loosing data.
-Twenty pence in cash.
-Blue CD/DVD Marker.
-Red CD/DVD Marker.
-Canon S5 IS (not pictured).
Method
The Red CD/DVD marker is placed exactly 20 pence away from the Blue CD/DVD Marker, and maintained at this distance, parallel to the Red CD/DVD Marker.
The USB storage subsystem is balanced, on end, slightly beyond the further of the 2 CD/DVD Markers.
In order that this is a fair test, a 1st baseline, or control, photograph is taken at a high angle, the size of this photograph is taken to be precisely 1GB (roughly 980GiB).
A second photograph is then taken at a low angle, this will - in theory - increase the size of the USB storage subsystem.
Results
The 2 photographs are compared below, the one on the left after the expansion process.

Discussion
As you can see, the capacity of the USB stick has been increased by roughly 20%, making this a 1.2GB USB storage subsystem.
I theorise that this process could be repeated multiple times, further increasing the capacity of the drive and/or cat.
Conclusion
Comparing photos taken from different angles totally doesn't work, regardless of whether you match the gauge of the track or the width of a single rail.
To properly use this technique, you need to use 3 points of reference, so that the rails are the same width, and the gauge is the same. The photo will need to be scaled, and distorted from the corners in order to match all 3 datums.
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