Mode

Path

Position

Orientation

Original Position

[ -12.0046, -7.21277, -3.80212 ]

Original Orientation

[ -0.169008, -0.824638, -0.0252012, -0.539233 ]

Code Reference

// Gets the current position of the camera

vec3 Clip_Camera_GetPosition3D()

// Gets the current orientation of the camera as a quaternion

vec4 Clip_Camera_GetOrientation3D()

// Gets the current orientation of the camera as a rotation matrix

mat3 Clip_Camera_GetRotationMatrix3D()

// Gets the current scale of the camera

float Clip_Camera_GetScale3D()

Title

DNA One

Image

Created

31st Dec 2013 0:57

Permissions

Public, Editable

Description

These could be strands of DNA

Permalink

570ee260053d4ad9

Parent

38dee4e8517ceb3f

Camera Position

[ -12.0046, -7.21277, -3.80212 ]

Camera Orientation

[ -0.169008, -0.824638, -0.0252012, -0.539233 ]

Parameter Name

Type

Value

Range

Animate

Code Reference

// This contains the value of the parameter

vec3 surfaceColor3

Function Name

Return Type

Arguments

Code

Code Reference

// Calls the function

()

Marker Name

Tools

Position

Scale

Orientation

Code Reference

// This returns the position of the marker

vec3 GetPos3D()

// This returns the scale of the marker

vec3 GetScale3D()

// This returns the orientation of the marker

vec4 GetOrientation3D()

// This transforms into the 3D co-ordinate system of the marker

vec3 Transform3D( in vec3 pos )

// This returns the position of the marker

vec3 GetPos2D()

// This returns the scale of the marker

float GetScale2D()

// This returns the orientation of the marker

float GetAngle2D()

// This transforms into the 2D co-ordinate system of the marker

vec2 Transform2D( in vec2 pos )

Path Name

Start Time

Speed Multiplier

Scale Multiplier

Code Reference

// This returns the position of the path

vec3 GetPos3D()

// This returns the scale of the path

vec3 GetScale3D()

// This returns the orientation of the path

vec4 GetOrientation3D()

// This transforms into the 3D co-ordinate system of the path

vec3 Transform3D( in vec3 pos )

// This returns the position of the path

vec3 GetPos2D()

// This returns the scale of the path

float GetScale2D()

// This returns the orientation of the path

float GetAngle2D()

// This transforms into the 2D co-ordinate system of the path

vec2 Transform2D( in vec2 pos )

Image Name

Built-in Image ID

Code Reference

// This returns the colour at the specified pixel coordinates

vec4 Channel3_GetColour( vec2 pos )

// Returns the size of the image in pixels

vec2 Channel3_GetSize()

// Returns the width of the image in pixels

float Channel3_GetWidth()

// Returns the height of the image in pixels

float Channel3_GetHeight()

Fractal Name

Permalink

Code Reference

// The include can export a bunch of public functions

float PublicFunction1

// The include can export a bunch of public functions

float PublicFunction2

// The include can export a bunch of public params

float PublicParam1

// The include can export a bunch of public params

float PublicParam2

1
2
3
4
vec3 backgroundColor = vec3(0.07, 0.06, 0.16),
  specularColor = vec3(1.0, 0.8, 0.4),
  glowColor = vec3(0.03, 0.4, 0.4),
  aoColor = vec3(0, 0, 0);
X

1
X

void Draw3D()
{

1
X

}

float Shape3D( in vec3 pos )
{

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
float dEfactor=8.0;
    for(int i=0;i<27;i++)
    {
        //box folding
        pos=bc*clamp(pos, -cs, cs)-pos;
        //inversion
        float k=max(fs/dot(pos,pos),1.0);
        pos*=k;
        dEfactor*=k;
        //julia seed
        pos+=fc;
    }
/*
  for (int i=0; i<16; i++) {
    // box folding: if (p>1) p = 2-p; else if (p<-1) p = -2-p;
//    p.xyz = abs(1.0+p.xyz) - p.xyz - abs(1.0-p.xyz);  // add;add;abs.add;abs.add (130.4%)
//    p.xyz = clamp(p.xyz*0.5+0.5, 0.0, 1.0) * 4.0 - 2.0 - p.xyz;  // mad.sat;mad;add (102.3%)
    p.xyz = clamp(p.xyz, -1.0, 1.0) * 2.0 - p.xyz;  // min;max;mad
    // sphere folding: if (r2 < minRad2) p /= minRad2; else if (r2 < 1.0) p /= r2;
    float r2 = dot(p.xyz, p.xyz);
    p *= clamp(max(minRad2/r2, minRad2), 0.0, 1.0);  // dp3,div,max.sat,mul
    // scale, translate
    p = p*scale4 + p0;
  }
*/
    return ( length(pos.xy)-1.0 )
    /abs(dEfactor);
X

}

vec4 Colour3D( in vec3 pos )
{

1
X

}

vec3 LegacyColour3D( in vec3 pos, vec4 idAndSeed, float ray_length, float steps, float lightness, vec3 camera_pos )
{

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
float trap = 1.0;
  for (int i=0; i<28; i++)
  {
        pos=bc*clamp(pos, -cs, cs)-pos;
    float r2 = dot(pos,pos);
        float k=max(fs/r2,1.0);
        pos*=k;
       pos+=fc;
    trap = min(trap,r2);
  }
vec3 p = pos;
trap *= c2;
            
  // c.x: log final distance (fractional iteration count)
  // c.y: spherical orbit trap at (0,0,0)
  vec2 c = vec2
                 (
                   trap*10.0,
                      dot(p,p)
                 
                 )
                 ;
  return clamp(1.0-ray_length/fd,0.1,1.0) * (sin((pos - camera_pos)*10.0)*0.1 + 0.8*lightness *
    clamp( 1.0-steps*0.01,0.1,1.0) *
    mix(mix(surfaceColor1,
                 surfaceColor2, c.y),
             surfaceColor3, c.x));
X

}

vec4 Material3D( in vec3 pos )
{

1
X

}

vec4 Volumetric3D( in vec3 pos )
{

1
X

}

float Bounding3D( vec3 pos )
{

1
X

}

void Lighting3D( in vec3 pos, out vec3 lightPos, out vec4 lightColour )
{

1
X

}

bool Recursion3D( in vec4 inputPosAndScale, in vec4 inputOrientation, out vec4 recursionPosAndScale, out vec4 recursionOrientation )
{

1
X

}

vec4 Transform3D( in vec4 posAndScale )
{

1
X

}

bool Raytrace3D( in vec4 pos, in vec3 dir, out float distance, out vec4 colour, out vec4 material, out vec3 normal )
{

1
X

}

vec4 Background3D( in vec3 dir )
{

1
X

}

void Draw2D()
{

1
X

}

float Shape2D( vec2 pos )
{

1
X

}

vec4 Colour2D( vec2 pos )
{

1
X

}

bool Recursion2D( in vec2 posAndScale, in float angle, out vec2 recursionPosAndScale, out float recursionAngle )
{

1
X

}

vec3 Transform2D( in vec3 posAndScale )
{

1
X

}

vec4 Background2D( in vec2 pos )
{

1
X

}

vec2 Audio()
{

1
X

}

DNA One

Mode

Path

Position

Orientation

Original Position

Original Orientation

Code Reference

Title

Image

Created

Permissions

Description

Permalink

Parent

Camera Position

Camera Orientation

Parameter Name

Type

Value

Range

Animate

Code Reference

Function Name

Return Type

Arguments

Code

Code Reference

Marker Name

Tools

Position

Scale

Orientation

Code Reference

Path Name

Start Time

Speed Multiplier

Scale Multiplier

Code Reference

Image Name

Built-in Image ID

Code Reference

Fractal Name

Permalink

Code Reference

Camera Speed

Field Of View

Fisheye Lens

VR Mode

VR Eye Distance

Light Position

Relative To Camera

Light Colour

Ambient Light Colour

Metallic

Fog Density (Ray)

Fog Density (Final)

Fog Colour

Surface Distance Fog Threshold

Render Resolution

Volumetric Resolution

Epsilon Multiplier

Epsilon Power

Max Ray Iterations

Max Final Iterations

Ray Speed Factor

Max Ray Length

Show Debug

Reflection Amount

Reflection Steps

Shadow Amount

Shadow Steps