A few new DelatMAps/FlowFields

[Rovastar]

I started some of these back nd of last year I had tweaked to add some randomness to them and as finished versions. All sort of converts of MilKDrop scenes I did.

More to come later when I have more time.


phpbb no attachments.

Save as seperate files then.

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//Rovastar - Altars Of Madness

Aspc=1,

A0="( 20 + rnd( 40 ) )", //complexity


srcX="x+0.008*sin((y*2-1)*A0*0.75)+0.008*sin((y*2-1)*A0)";
srcY="y+0.006*cos((x*2-1)*A0)+0.006*cos((x*2-1)*A0*0.75)";

Vers=100

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//Rovastar - Everflow Flower

Aspc=1,

A0 = "0.001*((10+ rnd( 10 ))*((rnd( 1 ) *2) -1)) ",
A1 = "45+ rnd( 35 )",
A2 = "0.001*((10 +rnd( 20 ))*((rnd( 1 ) *2) -1)) ",
A3 = "60+ rnd( 30 )",


srcX="x+(A0)*sin(theta*A1)",
srcY="y-(A2)*cos(theta*A3)",

Vers=100

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//Rovastar - Demon Sunflower (Morbid Mix)
Aspc=1,

A0="0.001*( 4 + rnd( 5 ) )",
A1="8 + rnd( 7 )",
A2="0.001*( 4 + rnd( 5 ) )",
A3="8 + rnd( 7 )",


srcX="x+A0*(tan((tan(1-r))*4+((theta)*A1)))",
srcY="y-A2*(tan((tan(1-r))*4+((-theta)*A3)))",

Vers=100

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//Rovastar - Demon Sunflower (Mellow Mix)

Aspc=1,

A0="0.001*( 3 + rnd( 4 ) )",
A1="4 + rnd( 8 )",
A2="0.001*( 3 + rnd( 4 ) )",
A3="4 + rnd( 8 )",

srcX="x+A0*(sin((tan(1-r))*15+((theta)*A1)))",
srcY="y-A2*(cos((tan(1-r))*15+((-theta)*A3)))",

Vers=100

More to come later when I have time.

[Rovastar]

Here are a few more

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Rovastar - Cosmic Tornado (Slow Mix)

Aspc=1,

A0="0.001*( 3 + rnd( 14 ) )",
A1="12 + rnd( 22 )",
A2="0.001*( 3 + rnd( 14 ) )",
A3="12 + rnd( 22 )",

srcX="x+A0*sin(r*A1)",
srcY="y-A2*cos(r*A3)",

Vers=100

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Rovastar - Cosmic Tornado (Havok Mix)

Aspc=1,



A0="0.001*( 15 + rnd( 10 ) )",
A1="100 + rnd( 60 )",
A2="0.0001*( 6 + rnd( 7 ) )",
A3="0.1*(40 + rnd( 20 ))",
A4="0.001*( 15 + rnd( 10 ) )",
A5="100 + rnd( 60 )",
A6="0.0001*( 6 + rnd( 7 ) )",
A7="0.1*(40 + rnd( 20 ))",


srcX="x+A0*sin(r*A1)+A2*sin(r*A3)",
srcY="y-A4*cos(r*A5)-A6*sin(r*A7)",

Vers=100

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Rovastar - Altars Of Madness (Snowflake Mix)

Aspc=1,

A0="( 110 + rnd( 60 ) )", //complexity

srcX="x+0.0008*sin((y*2-1)*A0*0.75)+0.0008*sin((y*2-1)*A0)";
srcY="y+0.0006*cos((x*2-1)*A0*0.75)+0.0006*cos((x*2-1)*A0)";

Vers=100

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Rovastar - Cosmic Mosaic

Aspc=1,

A0 = "0.0001*((30+ rnd( 50 ))*((rnd( 1 ) *2) -1)) ",
A1 = "50+ rnd( 50 )",
A2 = "10+ rnd( 15 )",
A3 = "0.0001*((30 +rnd( 50 ))*((rnd( 1 ) *2) -1)) ",
A4 = "50+ rnd( 50 )",
A5 = "10+ rnd( 15 )",

srcX="x+A0*sin((tan(1-r))*A1+((theta)*A2))",
srcY="y-A3*cos((tan(1-r))*A4+((-theta)*A5))",

Vers=100

Commens, suggestions, hate mail anyone.

[Rovastar]

ANd another new one

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Rovastar - Creeping Death

Aspc=0,

A0="( 25 + rnd( 15 ) )", //complexity 

srcX="x+0.05*sin((y*2-1)*A0*0.75)*0.05*sin((y*2-1)*A0*0.375)";
srcY="y+0.05*cos((x*2-1)*A0)*0.05*cos((x*2-1)*A0*0.5)";


Vers=100

Enjoy

[Rovastar]

Try this one

//Rovastar - Asylum Paradise

A0="0.00004*(250 + ( rnd( 500 ) ))",
A1="0.00004*(250 + ( rnd( 500 ) ))",
A2 ="2 + int(rnd(4))",
A3 ="2 + int(rnd(4))",
Aspc=1,

srcX="X - A0*sin(1 / (y^(A2))) ",
srcY = "Y - A1*sin(1 / (x^(A3)))",
Vers=100

Is anyone reading this??

[JayPro]

These look great! I'm gonna try this new one in a little bit. I am just curious about this int() function. Is this supported in the G-Force Syntax?

EDIT: I like the dimensions last one takes. It demonstrates great variation whilst maintaining a prescribed look and feel.

JwP

[Rovastar]

I guessed with teh int command creates an integer value.*shrug*

Playing with stuff now. Let me know JayPro if any have been done before.

//Rovastar - Frequency Patterns (New World Mix)

A0="0.01*(5+( rnd( 20 ) ))",
A1="0.01*(5+( rnd( 20 ) ))",

srcX = "0.8*x+ A0*(-x/r)",
srcY = "0.8*y+ A1*(-y/r)",

Vers=100,

More to come. Probably a few more in the next hour or two.

[Rovastar]

Apoligies if this style has been done before.

//Rovastar - Frequency Patterns (Feedback Radiation Mix)

A0="0.01*(5+( rnd( 10 ) ))",
A1="0.01*(5+( rnd( 10 ) ))",

srcX = "0.75*x- A1*sin(A0*(x))",
srcY = "0.75*y- A0*sin(A1*(y))",

Vers=100,

Play with the colourmaps for some nice effects.

edit 16:48 GMT new version

[JayPro]

John;

I had a chance to DL previous iterations of these effects. I am rummaging thru them and comparing/contrasting to see if there're any differences.

I do observe that both your AoM iterations have certain differences in them, so I'm keeping both. As for any other dual versions that show differences too subtle for observation, I will adopt the newer version.

Keep 'em coming. I have some newbies of my own to share, too (but that's for another thread).

JwP

EDIT: *Outstanding* use of the randomization param in your A variable statements.

[Rovastar]

Yeah most are 'finished' version of teh ones from Dec 2003.

I was more worried that they looked too similar to other authors ones.

I have a few ideas to try that I don't think have been used too often in GF yet.

Further new ones will be new as in not ones from my previous post on the old boards.

[Rovastar]

EDIT: *Outstanding* use of the randomization param in your A variable statements.

Which config?

[Rovastar]

//Rovastar - Frequency Patterns (Future Mix)

A0="0.01*(5+( rnd( 10 ) ))",
A1="0.01*(5+( rnd( 10 ) ))",

srcX = "1.1*x - A1*sin(A0*(x))",
srcY = "1.1*y - A0*sin(A1*(y))",

Vers=100,

[JayPro]

EDIT: *Outstanding* use of the randomization param in your A variable statements.

Which config?

All your tweaked versions you have in this thread. Your previous versions have rnd() in one A var. These are much more complex.

*BTW Try sometime to use the sqr() in the A vars, too: I.e. sqr(rnd(XX)). Having done this myself and seen other examples of this (especially in the HAL flowfields), I find this to be kind of a short cut to ensure max variability. Just be a bit careful not to overdo it/use it to excess with higer integers.

[Rovastar]

Yeah the previous version where not finished. I am used the having the variables dynamic (i.e. constantly changing) in MilKDrop etc so the static values of are more of challenge for getting just right as there is no sliding scale for me to see.

Normally I would uses 0.5+0.5*sin(time) in the equation for a sliding scale of 0 to 1.

And another.

//Rovastar - Power Trip

A0="0.01*(5+( rnd( 10 ) ))",
A1="0.01*(5+( rnd( 10 ) ))",
A2="0.1*(rnd(25))";

srcR = "0.9*r - (A1*sin(A0*(x*x)))",
srcT = "0.9*theta - sgn(A0*sin(A1*(y*y)))",

Vers=100,

[JayPro]

...regarding your brand new Flowmaps:

Is it necessary to write two A var statements that contain the exact same code?
My POV is that it would be better to just make an AO statement and apply it to both source co-ordinates.

[JayPro]

//Rovastar - Frequency Patterns (Feedback Radiation Mix)

A0="0.01*(5+( rnd( 10 ) ))",
A1="0.01*(5+( rnd( 10 ) ))",

srcX = "0.75*x- A1*sin(A0*(x))",
srcY = "0.75*y- A0*sin(A1*(y))",

I'm doing this now and something's wrong. I'm getting an accelerated pixel flow emanating from the center. Been checking syntax for typos on my part and still no go.
EDIT: Same thing with the Future Mix.