@the_fan_of_tpt (View Post)

 enganK is correct, I reversed engineered a eraser and it had those, I recommend alot of layering and the use of EHOL

@Bishifted (View Post)

 A better option is to sandwhich the PSCN wire in between two lines of CONV(PSCN) with a tmp of SPRK and a tmp2 of 1 so that it converts anything except SPRK into PSCN.  That way, both the resulting NTCT and the resulting BREL are converted back into PSCN.

but wouldnt it just convert the other elements surrounding it? also it will clog up tha PSCN wire thing if something falls into the gaps

@stillthere (View Post)

 tmp value restricts what conv can convert, Check the damn wiki. And its a eraser dummy IT CANT HAPPEN

KyleTheCreator:

@stillthere (View Post)

 tmp value restricts what conv can convert, Check the damn wiki. And its a eraser dummy IT CANT HAPPEN

i know, but EMP converts sparked electronics (excluding some elements) into multiple elements, and sometimes you need to NOT convert some things into your desired electronic, TMP2 to 1 inverses convertion TMP which makes it unable to convert its TMP and only converts anything else to its desired CTYPE. CONV can convert neighbouring particles aswell as diagonal. If you use TMP SPRK TMP2 1 there are other elements you might need which gets converted into PSCN or something else as the CONV. Thats the problem. It will convert your useful stuff near the CONV thats needed for your eraser to like make it unfunctional. STASIS subframe wont work either anyway, since the CONV wont convert the EMP'ed pscn into PSCN, and EMP can EMP the PSCN even though its in a stasis wall. LSNS subframe wont work either cause the CONV might convert the LSNS, and regular subframe wouldnt work because the DRAY that his eraser is using is going to get converted. Thats the problem, and i didnt even know its an eraser. I know TMP value of CONV restricts to an element, but didnt you see that the EMP can convert sparked PSCN into multiple particles, which ruins it?

@stillthere (View Post)

 One word.Lay er ring (Layering!)