Element: STCK and others
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STCK - Stick
STCK is a element that pierces other elements, When you place PSTN on STCK, Then the stick becomes functional, When you activate the piston, The stick either pierces through elements near it, Or it breaks into pieeces of WOOD.
PNTA - Punch Tape
PNTA is a element that stores binary digits in each line. Each bit/pixel would either have a Tmp of 1 or 0. Each 8 bits represent a character, The maximum bits a line/byte can have is 128 bits.
READ - Reader
READ is a reader that can read FILT and PNTA memory. Any display output would be redirected to CABL else connect by WIFI, In the case of SWCH memory, you would need to put it 5 pixels away from one, If it's more than 5 pixels, It will be ignored.
CABL - I/O Cables
CABL is a I/O cable which directs signals to DECD, To set it as a input cable, the Tmp needs to be either 1 or 0, 0 Tmp makes the cable become a output cable.
DECD - Decoder
DECD is a decoder that uses I/O cables. When the cable is connected, DECD will decode the lines into characters and transfer them to LCRY, If no XY (position) is specifed for DECD, It will output it in random.
To specify a position, hover on the decoder and press space. This will launch a popup where you can choose which line should have which position.
MGNT - Magnet
MGNT is a magnet that pulls away sensitive elements when sparked. If any sensitive element (.i.e WOOD) is near it, It will break into pieces or disappear. If the element next to it is strong enough, It will be pulled into the magnet unharmed.
CFWR - Configurable Wire
CFWR is a configurable and customizable wire, You can set a melting point, which elements to not conduct and
the maximum pressure.
OPTC - Optic
OPTC is a optic that sends data by light, It sends photons to another optic that has the same Tmp and can be outputed as SPRK or get transfered to READ.
TISU - Tissue
TISU is a tissue that absorbs moisture like water and soap. It rips when hit by STCK.
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All of these elements are either rejected, infeasible, or can be accomplished with current elements.
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I worked like an hour for this suggestion?
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CFWR is probably the only one that might be accepted, MGNT has been rejected in other posts, and all of the electronics stuff can be achieved in stock TPT.
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I'm just stating facts, not trying to be mean.
Magnets are not really rejected per se. Magnets as elements that utilize a copy of the newtonian gravity engine that only applys to metals (powdered and breakable), that's rejected. If you can find a way to implement permanent magnets and electromagnets into tpt without a copy of an already-existing engine with slightly altered variables, I'm sure they'd be happy to accept it. Right now, tpt simualtes electromagnetic fields via SPRK emiting slight pressure while taveling along a conductive element.
