How to use a random expression to get smoother and less dense graphics? sharp curves and smoothed

[serg2]

Hi, Hashers!

How to use a random expression to get smoother and less dense graphics? sharp curves and smoothed

Example in the picture.

 

 

UPD1: (update after the explanation of Robert)

 

 

 

UPD2

http://gph.is/2zbg8sl

RANDOM9B_SWARM.prj

 

 

 

 

 

RANDOM6.prj

[robcat2075]

Part of the answer may be to use the time function to sample to random numbers only at larger intervals, like every 30 frames

[robcat2075]

Here is a thread on saving a random value

[Fuchur]

It could be working with something like this "Round(Rand() / 10) * 100", if I am not wrong. Like that it would toggle more or less between two values with a more steady value.

I did not test it, but Round should be a good starting point.

 

Best regards

*Fuchur*

[serg2]

Good. Tank you.

 

How to choose ONE random time(instant/moment) in a certain time range?

 

How to switch values at random time? And fix it

[robcat2075]

Here is a possible work-around solution...

 

clip4118RandomControl.mp4

[serg2]

Thank you very much, Robert!

 

Years of torture with a random expression completed ))

 

Funny)) - I randomized the time with the same parameter - and it works!

 

AtFrame(Round(GetFrame(),R1),R2)

 

R = R1 = R2 = ..|..|..|..|Shortcut to Model1.Transform.Translate.Y

(random change channel)

R1 - random time

R2 - random amplitude

 

Example:

AtFrame(Round(GetFrame(),..|..|..|..|Shortcut to Model1.Transform.Translate.Y),..|..|..|..|Shortcut to Model1.Transform.Translate.Y)

 

But of course I would like more flexible use of random expression in real time (without pre-baking).

 

Thanks all!

[robcat2075]

What does the R represent?

[serg2]

R - In this case, this parameter R represents the channel of random changes

 

An example is given below:

 

AtFrame(Round(GetFrame(),R1),R2)

R = R1 = R2 = ..|..|..|..|Shortcut to Model1.Transform.Translate.Y (random change channel)

R1 - random time

R2 - random amplitude

PRJ file:

http://dropmefiles.com/uFaSe

[serg2]

This was for the more beautiful behavior of particles in flocks, crowds, swarm, birds....

 

PRJ file:

http://dropmefiles.com/0bc63

 

http://gph.is/2zbg8sl

[Fuchur]

Very cool .

 

Best regards

*Fuchur*

[serg2]

Thanks, Fuchur!

[Elm]

Fantastic!

And very clever.