added 126 characters in body

Source Link

edited Aug 7, 2014 at 21:57

4.3k
1
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17

Some swirly pointy things

Yes, I knew exactly what to name it.

unsigned short RD(int i,int j){
    return(sqrt(_sq(73.-i)+_sq(609-j))+1)/(sqrt(abs(sin((sqrt(_sq(860.-i)+_sq(162-j)))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(160.-i)+_sq(60-j))+1)/(sqrt(abs(sin((sqrt(_sq(86.-i)+_sq(860-j)))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(844.-i)+_sq(200-j))+1)/(sqrt(abs(sin((sqrt(_sq(250.-i)+_sq(20-j)))/115.0)))+1)/200;
}

EDIT: No longer uses pow. EDIT 2: @PhiNotPi pointed out that I don't need to use abs as much.

You can change the reference points pretty easily to get a different picture:

Some more swirly pointy things

unsigned short RD(int i,int j){
    return(sqrt(_sq(148.-i)+_sq(1000-j))+1)/(sqrt(abs(sin((sqrt(_sq(500.-i)+_sq(400-j)))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(610.-i)+_sq(60-j))+1)/(sqrt(abs(sin((sqrt(_sq(864.-i)+_sq(860-j)))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(180.-i)+_sq(100-j))+1)/(sqrt(abs(sin((sqrt(_sq(503.-i)+_sq(103-j)))/115.0)))+1)/200;
}

@EricTressler pointed out that my pictures have Batman in them.

Batman

Some swirly pointy things

Yes, I knew exactly what to name it.

Some swirly pointy things

unsigned short RD(int i,int j){
    return(sqrt(_sq(73.-i)+_sq(609-j))+1)/(sqrt(abs(sin((sqrt(_sq(860.-i)+_sq(162-j)))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(160.-i)+_sq(60-j))+1)/(sqrt(abs(sin((sqrt(_sq(86.-i)+_sq(860-j)))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(844.-i)+_sq(200-j))+1)/(sqrt(abs(sin((sqrt(_sq(250.-i)+_sq(20-j)))/115.0)))+1)/200;
}

EDIT: No longer uses pow. EDIT 2: @PhiNotPi pointed out that I don't need to use abs as much.

You can change the reference points pretty easily to get a different picture:

Some more swirly pointy things

unsigned short RD(int i,int j){
    return(sqrt(_sq(148.-i)+_sq(1000-j))+1)/(sqrt(abs(sin((sqrt(_sq(500.-i)+_sq(400-j)))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(610.-i)+_sq(60-j))+1)/(sqrt(abs(sin((sqrt(_sq(864.-i)+_sq(860-j)))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(180.-i)+_sq(100-j))+1)/(sqrt(abs(sin((sqrt(_sq(503.-i)+_sq(103-j)))/115.0)))+1)/200;
}

Some swirly pointy things

Yes, I knew exactly what to name it.

Some swirly pointy things

unsigned short RD(int i,int j){
    return(sqrt(_sq(73.-i)+_sq(609-j))+1)/(sqrt(abs(sin((sqrt(_sq(860.-i)+_sq(162-j)))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(160.-i)+_sq(60-j))+1)/(sqrt(abs(sin((sqrt(_sq(86.-i)+_sq(860-j)))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(844.-i)+_sq(200-j))+1)/(sqrt(abs(sin((sqrt(_sq(250.-i)+_sq(20-j)))/115.0)))+1)/200;
}

EDIT: No longer uses pow. EDIT 2: @PhiNotPi pointed out that I don't need to use abs as much.

You can change the reference points pretty easily to get a different picture:

Some more swirly pointy things

unsigned short RD(int i,int j){
    return(sqrt(_sq(148.-i)+_sq(1000-j))+1)/(sqrt(abs(sin((sqrt(_sq(500.-i)+_sq(400-j)))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(610.-i)+_sq(60-j))+1)/(sqrt(abs(sin((sqrt(_sq(864.-i)+_sq(860-j)))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(180.-i)+_sq(100-j))+1)/(sqrt(abs(sin((sqrt(_sq(503.-i)+_sq(103-j)))/115.0)))+1)/200;
}

@EricTressler pointed out that my pictures have Batman in them.

Batman

Added another.

Source Link

edited Aug 7, 2014 at 21:44

cjfaure

4.3k
1
17
17

Some swirly pointy things

Yes, I knew exactly what to name it.

Some swirly pointy things

unsigned short RD(int i,int j){
    return(sqrt(_sq(73.-i)+_sq(609-j))+1)/(sqrt(abs(sin((sqrt(_sq(860.-i)+_sq(162-j)))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(160.-i)+_sq(60-j))+1)/(sqrt(abs(sin((sqrt(_sq(86.-i)+_sq(860-j)))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(844.-i)+_sq(200-j))+1)/(sqrt(abs(sin((sqrt(_sq(250.-i)+_sq(20-j)))/115.0)))+1)/200;
}

EDIT: No longer uses pow. EDIT 2: @PhiNotPi pointed out that I don't need to use abs as much.

You can change the reference points pretty easily to get a different picture:

Some more swirly pointy things

unsigned short RD(int i,int j){
    return(sqrt(_sq(148.-i)+_sq(1000-j))+1)/(sqrt(abs(sin((sqrt(_sq(500.-i)+_sq(400-j)))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(610.-i)+_sq(60-j))+1)/(sqrt(abs(sin((sqrt(_sq(864.-i)+_sq(860-j)))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(180.-i)+_sq(100-j))+1)/(sqrt(abs(sin((sqrt(_sq(503.-i)+_sq(103-j)))/115.0)))+1)/200;
}

Some swirly pointy things

Yes, I knew exactly what to name it.

Some swirly pointy things

unsigned short RD(int i,int j){
    return(sqrt(_sq(73.-i)+_sq(609-j))+1)/(sqrt(abs(sin((sqrt(_sq(860.-i)+_sq(162-j)))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(160.-i)+_sq(60-j))+1)/(sqrt(abs(sin((sqrt(_sq(86.-i)+_sq(860-j)))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(844.-i)+_sq(200-j))+1)/(sqrt(abs(sin((sqrt(_sq(250.-i)+_sq(20-j)))/115.0)))+1)/200;
}

EDIT: No longer uses pow. EDIT 2: @PhiNotPi pointed out that I don't need to use abs as much.

Some swirly pointy things

Yes, I knew exactly what to name it.

Some swirly pointy things

unsigned short RD(int i,int j){
    return(sqrt(_sq(73.-i)+_sq(609-j))+1)/(sqrt(abs(sin((sqrt(_sq(860.-i)+_sq(162-j)))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(160.-i)+_sq(60-j))+1)/(sqrt(abs(sin((sqrt(_sq(86.-i)+_sq(860-j)))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(844.-i)+_sq(200-j))+1)/(sqrt(abs(sin((sqrt(_sq(250.-i)+_sq(20-j)))/115.0)))+1)/200;
}

EDIT: No longer uses pow. EDIT 2: @PhiNotPi pointed out that I don't need to use abs as much.

You can change the reference points pretty easily to get a different picture:

Some more swirly pointy things

unsigned short RD(int i,int j){
    return(sqrt(_sq(148.-i)+_sq(1000-j))+1)/(sqrt(abs(sin((sqrt(_sq(500.-i)+_sq(400-j)))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(610.-i)+_sq(60-j))+1)/(sqrt(abs(sin((sqrt(_sq(864.-i)+_sq(860-j)))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(180.-i)+_sq(100-j))+1)/(sqrt(abs(sin((sqrt(_sq(503.-i)+_sq(103-j)))/115.0)))+1)/200;
}

added 13 characters in body

Source Link

edited Aug 3, 2014 at 20:50

cjfaure

4.3k
1
17
17

Some swirly pointy things

Yes, I knew exactly what to name it.

Some swirly pointy things

unsigned short RD(int i,int j){
    return(sqrt(_sq(abs(73.-i))+_sq(abs(609-j)))+1)/(sqrt(abs(sin((sqrt(_sq(abs(860.-i))+_sq(abs(162-j))))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(abs(160.-i))+_sq(abs(60-j)))+1)/(sqrt(abs(sin((sqrt(_sq(abs(86.-i))+_sq(abs(860-j))))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(abs(844.-i))+_sq(abs(200-j)))+1)/(sqrt(abs(sin((sqrt(_sq(abs(250.-i))+_sq(abs(20-j))))/115.0)))+1)/200;
}

EDIT: No longer uses pow. EDIT 2: @PhiNotPi pointed out that I don't need to use abs as much.

Some swirly pointy things

Yes, I knew exactly what to name it.

Some swirly pointy things

unsigned short RD(int i,int j){
    return(sqrt(_sq(abs(73.-i))+_sq(abs(609-j)))+1)/(sqrt(abs(sin((sqrt(_sq(abs(860.-i))+_sq(abs(162-j))))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(abs(160.-i))+_sq(abs(60-j)))+1)/(sqrt(abs(sin((sqrt(_sq(abs(86.-i))+_sq(abs(860-j))))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(abs(844.-i))+_sq(abs(200-j)))+1)/(sqrt(abs(sin((sqrt(_sq(abs(250.-i))+_sq(abs(20-j))))/115.0)))+1)/200;
}

EDIT: No longer uses pow.

Some swirly pointy things

Yes, I knew exactly what to name it.

Some swirly pointy things

unsigned short RD(int i,int j){
    return(sqrt(_sq(73.-i)+_sq(609-j))+1)/(sqrt(abs(sin((sqrt(_sq(860.-i)+_sq(162-j)))/115.0)))+1)/200;
}
unsigned short GR(int i,int j){
    return(sqrt(_sq(160.-i)+_sq(60-j))+1)/(sqrt(abs(sin((sqrt(_sq(86.-i)+_sq(860-j)))/115.0)))+1)/200;
}
unsigned short BL(int i,int j){
    return(sqrt(_sq(844.-i)+_sq(200-j))+1)/(sqrt(abs(sin((sqrt(_sq(250.-i)+_sq(20-j)))/115.0)))+1)/200;
}

EDIT: No longer uses pow. EDIT 2: @PhiNotPi pointed out that I don't need to use abs as much.

deleted 95 characters in body

Source Link

edited Aug 3, 2014 at 19:20

cjfaure

4.3k
1
17
17

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Source Link

created Aug 3, 2014 at 19:13

cjfaure

4.3k
1
17
17

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Some swirly pointy things

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Some swirly pointy things

Some swirly pointy things

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Some swirly pointy things

Some swirly pointy things

Some swirly pointy things