This module is not designed for the items to be easy to aquire.  The research for it is fairly simple and easy to understand, but execution is extremly difficult.  Sort of like nuclear bombs in real life.  Getting the schimatics to manufacture a bomb is easy, but access to the technology, tools, raw materials and expertiese to assemble one is much more difficult.  Unlike the other mods, except for maybe the fuel mod, this mod is designed to be a resource and time sink with some luck.

In summery, make mixed ore boxes, then shove those boxed into forges to make magentizm.  Use chemical plants to shove steam, sulfuric acid, and heavy oil into a barrel under extreme preasure.  Then take the solvant and gravitaniumto clean the gravitanium Next power the cleaned gravitanium and put it into iron chests to neutrizilie the magnetic effect of the gravitanium.  Finally assemble a miniaturizer.  Finally cross your fingers, and within a centrifuge, attempt to miniturize a compoment.  It will not always work, but with some luck you just might succeed.  Upon failure .... bom, and loss of all components, therefore, recommand that this process be set up way away from the main factory.

Chance of success is as follows:

    10x10 to 9x9 81%
     9x9 to 8x8    79%
     8x8 to 7x7    77%
     7x7 to 6x6    73%
     6x6 to 5x5    69%
     5x5 to 4x4    64%
     4x4 to 3x3    56%
     3x3 to 2x2    44%
     2x2 to 1x1    25%
     4x2 to 2x1    25%

4 battaries will be combined into one to produce 4x2 item.  4 solar panels will be combined into 1 to produce a 2x2 item, both of which can now reduced to smaller size.  The one item which can be shrunk down 3 times is the fusion battary.  The two new items, which start out as 10x10 items will need to be reduced quite a bit in size before then can be used within armor.  It is up to the player to determine if they want to risk the item by attempting to reduce it or not.

The percenteges of success are listed above.  Failure will result in the loss of the item and a nuclear exposion on the locate where the forge was located.  The formula for success is calculated as follows (number of slots taken by reduced item) / (number of slots taken by the item prereduction).  It is possible to get an armor with both the death ray and jet pack size 1x1.  To get one of the initial items from 10x10 to 5x5 has about a 24.82% chance on the first try without each time without any failures.  To get an item from 5x5 to 1x1 has a probablility of 3.94% on the first try without each time without any failures.

It is possible to exploit this, by doing a game save, on on failure reloading.  Again, it is not up to me to police how the mod is used, but rather give players some new tools, and players play the game how they want to play it.

There will be two new items for the armor, first is a jet pack, which operates on bending gravitational fields allowing the player to fly over obsticals and water.  The second item will be a gravity based death ray, which operates just like current lazer equiptment, but does massive amount of damage one enemy, abit with a slow rate of fire.  Both those items are designed to be miniaturized a few times prior to being incerted into armor.



Attribution: The death ray graphics are based on the turret blaster large png, located on https://wiki.eveuniversity.org/File:Icon_turret_blaster_large.png.  Per the main page, https://wiki.eveuniversity.org/Main_Page, "The UniWiki is a public resource provided by EVE University to provide information about EVE Online. All the content is available under a Creative Commons license, which means you are free to share and adapt it. We just ask that you give appropriate credit to the UniWiki. ".  The link to the creative commons license under which the icon is https://creativecommons.org/licenses/by-sa/3.0/.  The local changes to the icon are the additons of yellowish, redish, or bluish dots to the lower left corner of the icon to denote miniaturization.  As such what I am using as graphics for the personnal death ray under uncer the Creative Commons licence.


https://airandspace.si.edu/collection-objects/cannon-20mm-m61a1-vulcan

https://ya-webdesign.com/explore/lightning-ball-png/
