Neutron Reaction
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antb
What should ???? be called?
Unobtanium? XD
On another note, I have an idea for a 6 quark system.
Up Quark (UQRK): Increases pressure and temperature around it
Down Quark (DQRK): Decreases pressure and temperature around it
Strange Quark (SQRK): Acts like ???? (possibly with a wider area of effect, like the rest of these quarks)
Charm Quark (CQRK): Stops reactions around it
Bottom Quark (BQRK): Down Quark, but more so
Top Quark (TQRK): Up Quark, but more so
All move like Neutrons/Quarks as suggested by antb. -
TensaiKashou:On another note, I have an idea for a 6 quark system.
Up Quark (UQRK): Increases pressure and temperature around it
Down Quark (DQRK): Decreases pressure and temperature around it
Strange Quark (SQRK): Acts like ???? (possibly with a wider area of effect, like the rest of these quarks)
Charm Quark (CQRK): Stops reactions around it
Bottom Quark (BQRK): Down Quark, but more so
Top Quark (TQRK): Up Quark, but more so
All move like Neutrons/Quarks as suggested by antb.
NOOOOOOOO! this is exactly why I wanted to avoid Quarks lolTensaiKashou:What should ???? be called?
Unobtanium? XD
???? is called ???? :P its called PT_RNDM in the source but it isn't actually random so I can't really put that lol
TensaiKashou has successfully killed the QRKS name anyway (I'll be honest, I was hoping somebody would because it would come up sooner or later.
Currently considering RMRP (Random Moving Random Particleiser) lol
edit: or PRTC (PaRTicle Changer) -
if(t==PT_PHOT)
{
float r = (rand()%3-1)*3;
float a = (rand()%3-1)*3;
parts[i].life = 680;
if(a==0.0f&&r==0.0f)
{
parts[i].life = 0;
parts[i].type = PT_NONE;
return -1;
}
else
{
parts[i].vx = a;
parts[i].vy = r;
}
}
is the movement, a and r are either 3, 0 or -3, so there are limited paths for it to move on. if both are 0, the photon is killed.
