why!?
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Seeing as there are 4 particles in the simulation but only 3 are visible, I assume one is below one of the other three. I assume this shy particle is a CONV below the other, visible CONV. You seem to be trying to drive an ARAY, so I'll just assume that the SPRK'd particle between the CONV stack and the ARAY is a METL. I also assume that in this CONV stack there is a CONV(METL) and a CONV(SPRK) above it.
If all of the above assumptions are correct, the problem is that the CONV stack resets the SPRK(METL) before the ARAY has a chance of being activated by the SPRK(METL). Just move the CONV stack one pixel down.
The answer of course also assumes that you're aware of the nature of particle evaluation order and that your particles are ordered properly.
Let me tell you, basing answers on such a ridiculous amount of assumptions is not fun.
Edited once by LBPHacker. Last: 8th Apr 2017 -
tox2:
not work!
Can I just point out that this is a bit like ringing 999/911 and having this chat:
"Help! There's an emergency!"
"Okay, stay calm. Where is this emergency?"
"Britain/America."
*hangs up*
It isn't very helpful.
Edited once by EaterOfCake. Last: 9th Apr 2017 -
@tox2 (View Post)
I think this is what you were looking for:2124969View Save 2124969
The ones labelled as SPRK(METL) and SPRK(INST) don't produce constant full-brightness white beams, but they do make sure that the pixels next to them always have BRAY, you can check by hovering over the beam and pressing F repeatedly, you will see that the beam never goes away. You can use one BTRY and one CONV instead of two CONV if you want, just make sure you position them properly, positions do matter.
There is also this tutorial I admire made by @LBPHacker on how subframe works2028385View Save 2028385
I will assume that you can't explain your problem properly because your English is weak, but you should still try to explain your problem if you want others to help you, @EasterOfCake provided a very good example.Edited once by Mrprocom. Last: 9th Apr 2017 -
