Angular

Angular Counter-part of the Linear Visualiser, represents the Set of Bars, Particles and Particle Connectors that can be drawn on a circular Path.

Audio Settings Represents the various Audio-transformation properties for each side.

Property	Data Type	Description	Example
reverseLeft	int	Specifies the reversal of the left audio channel. Either 0 or 1.	0
reverseRight	int	Specifies the reversal of the right audio channel. Either 0 or 1.	0
mode	int	0 for mirrored audio output, where the left half corresponds to the left audio channel and the right half corresponds to the right audio channel. 1 for linear audio output, where the top half represents the right audio channel and the bottom half represents the left audio channel.	1
combineChannels	int	Specifies whether the audio values should be combined from the left and right channels. Either 0 or 1.	1

Audio Represents the captured Audio Data, and its multiplier.

Property	Data Type	Description	Example
multiplier	float	Amplification for the audio value	100
current	vec2	Stores the `Current Fragment's` left audio channel data in x, and the right audio channel data in y.	-
prev	vec2	Stores the `Previous Fragment's` left audio channel data in x, and the right audio channel data in y.	-
next	vec2	Stores the `Next Fragment's` left audio channel data in x, and the right audio channel data in y.	-

Fragment Represents the underlying Fragment that can show one Particle and one Bar. None of the Attributes are meant to be modified.

Property	Data Type	Description	Example
n	float	Number of the current `Fragment` . Ranges from 0 to `lastN` .	-
lastN	float	Number of the last possible Fragment.	-
span	float	Span of the Fragment. Lies in `[-fragmentAngle/2.,fragmentAngle/2.]`	-
currentAngle	float	Specifies the absolute current Angle. Lies in `[0, TWOPI]`	-
coords	vec2	Specifies the absolute current coordinates. Lies in `[vec2(0,0),vec2(resolution.xy)]`	-
currentCenterAngle	float	Specifies the absolute Angle of the `current Fragment's` Center.	-
vectorFromCenter	vec2	Specifies the Vector from the Center of the `Circle` .	-
distanceFromCenter	float	Corresponds to length of the Vector from the Center of the `Circle` .	-

Circle Represents the Circle at the Center.

Property	Data Type	Description	Example
maxAngle	float	The Maximum Angle at which the `Circle` should be drawn.	360
startAnglePadding	float	The start padding for the angle, that will begin drawing the primitives starting from this angle. This will only be relevant if you want to show rounded Connector ends with larger Connector Height and smaller `fragmentAngle` . You can use `angleOffset` otherwise.	0
endAnglePadding	float	The end padding for the angle, that will be the final angle for the primitives to draw to. This will only be relevant if you want to show rounded Connector ends with larger Connector Height and smaller `fragmentAngle` . You can use `maxAngle` otherwise.	0
restrictCircleAngle	float	Specifies whether to also restrict the `Circle` when `maxAngle` is smaller than 360. Set to 0 to disable the restriction, or 1 to enable it.	1
angleOffset	float	Specifies the offset Angle at which to place the `Circle` .	30
radius	int	Specifies the radius of the `Circle` .	100
borderSize	int	Specifies the size of the Border of the `Circle` .	4
innerSoftness	float	Inner Softness of the `Circle` . Higher softness value yields a smoother and blurred edge.	1.5
outerSoftness	float	Outer Softness of the `Circle` . Higher softness value yields a smoother and blurred edge.	1.5
center	vec2	Absolute Coordinates of the Center of the `Circle` . Defaults to the center of the Window, that is, `vec2(resolution.xy/2.)`	vec2(resolution.xy)
color	vec4	Inner Color of the `Circle` .	vec4(0.0, 1.0, 1.0, 1.0)
borderColor	vec4	Outer Color of the `Circle` .	vec4(1.0, 0.0, 0.5, 1.0)

Cap Represents a Cap that can 'bounce' over a Primitive (Bar or Particle). Requires 1 Image Texture to be enabled when visualiserMode is either 0 or 1, and requires 2 whenvisualiserMode is 2.

Property	Data Type	Description	Example
enable	bool	Specifies whether the `Caps` should be enabled.	false
rate	float	The Downwards fall rate for the `Cap` . Constant.	0.03
elasticity	float	Bounciness of the `Cap` when encountering the Edge of the `Parent Primitive` .	0.03
type	float	The type of the `Cap` . 0 for `Angular Cap` that changes width based on its height, 1 for `Fixed-Width Cap`	1
elasticityMinThreshold	float	Minimum 'bounciness' value that is used to immediately put the `Cap` at rest on the `Parent Primitive's` Edge.	0.6
launchVelocity	float	Upwards Velocity of the `Cap` when the `parent Primitive` moves upwards.	0.04
size	vec2	Size of the `Cap` .	vec2(3, 5)
acceleration	float	Acceleration for the downwards fall of the `Cap` .	0.5
launchFlingMultiplier	float	Upwards Thrust of the `Cap` influenced by the current Audio value in the `Fragment` , when the `Parent Primitive` moves upwards.	0.5
dragFactor	float	Drag factor. Higher values yield a constant downwards terminal velocity for the `Cap` .	0.01
offset	vec2	Offset for the `Cap` . Will be added to the coordinates of the `Cap` .	vec2(0,12)
audio	vec2	The audio value that will be used for the `Cap` . `x` stores the left channel for the current `Fragment` and `y` stores the right channel. Each channel is used according to the channel of the `Primitive` .	-
softness	vec3	Softness of the `Cap` . `x, y and z` respectively represent softness values for the `top` , `left & right` , and `bottom` edges. Higher softness value yields a smoother and blurred edge.	vec3(1, 1.5, 1)
color	vec4	Color of the `Cap` .	vec4(1, 0, 0, 0)

Connector Half Represents the left and right sides of a Connector.

Property	Data Type	Description	Example
enable	int	Specifies whether the `Connector Half` should be enabled.	0
height	float	Height of the `Connector Half` .	3
borderSize	float	BorderSize of the `Connector Half` .	2
innerSoftness	float	Inner Softness of the `Connector Half` . Higher softness value yields a smoother and blurred edge.	0.5
outerSoftness	float	Outer Softness of the `Connector Half` . Higher softness value yields a smoother and blurred edge.	0.5
color	vec4	Inner Color of the `Connector Half` .	vec4(1.0, 1.0, 0.0, 1.0)
borderColor	vec4	Outer Color of the `Connector Half` .	vec4(1.0, 1.0, 1.0, 1.0)

Connector Represents the combination of left and right Connectors.

Property	Data Type	Description	Example
left	ConnectorHalf	Left `Connector Half`	-
right	ConnectorHalf	Right `Connector Half`	-
jointMode	int	Joint Mode	1
jointColorMode	int	Joint Color Mode	0
leftCenter	vec2	Stores the coordinates of the `Particle` in the `Left Fragment` .	-
currentCenter	vec2	Stores the coordinates of the `Particle` in the `Current Fragment` .	-
rightCenter	vec2	Stores the coordinates of the `Particle` in the `Right Fragment` .	-
loop	int	Whether to loop the `Connectors` for the first and last `Particles` , when `left Connector Half` is enabled or `right Connector Half` is enabled for the last `Particle` . Does not necessarily create merged `Connectors` at all `fragmentAngle` values.	1
mergeEnds	int	1 to specify whether the first and last `Connectors` should be merged, when `left Connector Half` is enabled or `right Connector Half` is enabled for the last `Particle` .	1

Bar Represents a Bar.

Property	Data Type	Description	Example
fragment	Fragment	Stores the current `Fragment` .	-
audio	Audio	Stores captured Audio Data.	-
upCap	Cap	Stores the `Top Cap` for the `Bar` .	-
downCap	Cap	Stores the `Bottom Cap for the Bar` .	-
type	int	Specifies the type of `Bars` to draw: 0 for `Angular` , 1 for `Rectangular` and 2 for `Rounded` . Only `Angular` and `Rectangular Bars` can be merged.	1
mergeLeftBar	int	Specifies merging of the `Bar` on the Left. Either 0 or 1.	1
mergeRightBar	int	Specifies merging of the `Bar` on the Right. Either 0 or 1.	1
mergeEnds	int	1 to specify whether the first and last `Bars` should be merged, when `mergeLeftBar` is 1 or mergeRightBar is 1 for the last Bar. `clampLeftMergeBorder` and `clampRightMergeBorder` should both be 0 for this setting to take effect.	1
clampLeftMergeBorder	int	1 to specify left Border to be always present on the very first `Bar` , when `mergeLeftBar` is 1.	1
clampRightMergeBorder	int	1 to specify right Border to be always present on the very last `Bar` , when `mergeRightBar` is 1.	1
offset	vec2	Specifies the offset of the `Bar` . Added to `Bar's` coordinates.	vec2(0,-12)
size	vec3	Specifies the Size of the `Bar` . `x, y and z` represent the minimum upwards height, horizontal size, and the minimum downwards height.	vec3(3, 12, 3)
borderSize	vec3	Specifies the BorderSize of the `Bar` . `x, y and z` represent the top, left & right, down side Borders.	vec3(1, 2, 1)
innerSoftness	vec3	Softness of the Inner Edge of the `Bar` . `x, y and z` respectively represent softness values for the `top` , `left & right` , and `bottom` edges. Higher softness value yields a smoother and blurred edge.	vec3(0.5)
outerSoftness	vec3	Softness of the Outer Edge of the `Bar` . `x, y and z` respectively represent softness values for the `top` , `left & right` , and `bottom` edges. Higher softness value yields a smoother and blurred edge.	vec3(0.5)
color	vec4	Specifies the Inner Color of the `Bar` .	vec4(0,1,1,1)
borderColor	vec4	Specifies the Outer Color of the `Bar` .	vec4(0.0, 1.0, 0.5, 1.0)
bgColor	vec4	Specifies the background Color over which `Bars` are displayed.	vec4(0.5)

Particle Represents a Particle.

Property	Data Type	Description	Example
fragment	Fragment	Stores the current `Fragment` .	-
audio	Audio	Stores captured Audio Data.	-
cap	Cap	Stores the `Cap` for the `Particle` .	-
connector	Connector	Stores `Connector` Settings.	-
reverseBottomOffset	int	Specifies whether the bottom offset value provided should be inverted for the `Bottom Particles` .	1
radius	float	Specifies the radius of the `Particle` .	3
borderSize	float	Specifies the borderSize of the `Particle` .	2
interChannelDistance	float	Specifies the vertical distance between the `Top and Bottom Particles`	12
innerSoftness	float	Specifies the inner Softness of the `Particle` . Higher softness value yields a smoother and blurred edge.	0.5
outerSoftness	float	Specifies the inner Softness of the `Particle` . Higher softness value yields a smoother and blurred edge.	0.5
offset	vec2	Specifies the offset of the `Particle` . Added to the coordinates of the `Particle` . Use `setOffsets()` to properly show connectors if enabled.	vec2(1,12)
color	vec4	Inner Color of the `Particle` .	vec4(1, 0, 0, 1)
borderColor	vec4	Outer Color of the `Particle` .	vec4(1, 1, 1, 1)