Class RendererCircuitPins_RenderBatch

Renderer for the circuit pins. Each instance of this class renders pins with the same properties (like color, type, etc.) with Unity's instanced drawing.

Inheritance

object

RendererCircuitPins_RenderBatch

Implements

IGenerateDynamicMesh

Namespace: AS2.Visuals

Assembly: .dll

Syntax

public class RendererCircuitPins_RenderBatch : IGenerateDynamicMesh

Constructors

RendererCircuitPins_RenderBatch(PropertyBlockData)

Declaration

public RendererCircuitPins_RenderBatch(RendererCircuitPins_RenderBatch.PropertyBlockData properties)

Parameters

Type	Name	Description
RendererCircuitPins_RenderBatch.PropertyBlockData	properties

Fields

circuitMatrices_PinConnectors

Declaration

private List<Matrix4x4[]> circuitMatrices_PinConnectors

Field Value

Type	Description
List<Matrix4x4[]>

circuitMatrices_Pins

Declaration

private List<Matrix4x4[]> circuitMatrices_Pins

Field Value

Type	Description
List<Matrix4x4[]>

currentIndex

Declaration

private int currentIndex

Field Value

Type	Description
int

currentIndex_connectors

Declaration

private int currentIndex_connectors

Field Value

Type	Description
int

maxArraySize

Declaration

private const int maxArraySize = 1023

Field Value

Type	Description
int

pinMaterial

Declaration

private Material pinMaterial

Field Value

Type	Description
Material

pinQuad

Declaration

private Mesh pinQuad

Field Value

Type	Description
Mesh

properties

Declaration

public RendererCircuitPins_RenderBatch.PropertyBlockData properties

Field Value

Type	Description
RendererCircuitPins_RenderBatch.PropertyBlockData

propertyBlock_circuitMatrices_PinConnectors

Declaration

private MaterialPropertyBlockData_Circuits propertyBlock_circuitMatrices_PinConnectors

Field Value

Type	Description
MaterialPropertyBlockData_Circuits

propertyBlock_circuitMatrices_Pins

Declaration

private MaterialPropertyBlockData_Circuits propertyBlock_circuitMatrices_Pins

Field Value

Type	Description
MaterialPropertyBlockData_Circuits

zOffset

Declaration

private float zOffset

Field Value

Type	Description
float

Methods

AddConnectorPin(Vector2)

Adds a connector pin. A connector pin is an internal pin in expanded particles that connects the two sides of the particle. It has the width and color of the circuit lines, so that two lines that go to the same point do not have visibly sharp edges and seem like a connected structure.

Declaration

public RenderBatchIndex AddConnectorPin(Vector2 pinPos)

Parameters

Type	Name	Description
Vector2	pinPos	The global pin center position.

Returns

Type	Description
RenderBatchIndex

AddPin(Vector2, bool)

Adds a pin.

Declaration

public RenderBatchIndex AddPin(Vector2 pinPos, bool singletonPin)

Parameters

Type	Name	Description
Vector2	pinPos	The global pin center position.
bool	singletonPin	Whether this is a singleton pin. Singleton pins have their own pin size.

Returns

Type	Description
RenderBatchIndex	The index of the new pin's matrix in this batch.

ApplyMovementTimestamps(float, float)

Applies the timestamps for the movement offsets.

Declaration

public void ApplyMovementTimestamps(float movementStartTime, float movementDuration)

Parameters

Type	Name	Description
float	movementStartTime	Start time of the animation.
float	movementDuration	Duration of the animation.

ApplyUpdates(float)

Applies the updates for the animations.

Declaration

public void ApplyUpdates(float animationStartTime)

Parameters

Type	Name	Description
float	animationStartTime	The start time of the animation.

CalculatePinConnectorMatrix(Vector2)

Calculates the pin connector matrix from the positional information about the pin connector. We basically take a standard quad with a pin texture and transform it so that it forms a pin of the right size.

Declaration

private Matrix4x4 CalculatePinConnectorMatrix(Vector2 pinPos)

Parameters

Type	Name	Description
Vector2	pinPos	The global position of the pin center.

Returns

Type	Description
Matrix4x4	A translation, rotation and scaling matrix for a pin mesh with the given properties.

CalculatePinMatrix(Vector2, bool)

Calculates the pin matrix from the positional information about the pin. We basically take a standard quad with a pin texture and transform it so that it forms a pin of the right size.

Declaration

private Matrix4x4 CalculatePinMatrix(Vector2 pinPos, bool isSingletonPin)

Parameters

Type	Name	Description
Vector2	pinPos	The global position of the pin.
bool	isSingletonPin	Whether this is a singleton pin. Singleton pins have their own pin size.

Returns

Type	Description
Matrix4x4	A translation, rotation and scaling matrix for a pin mesh with the given properties.

ClearMatrices()

Clears the matrices, so nothing gets rendered anymore. The lists can be filled with new data now. (Actually just sets the index to 0, so we don't draw anything anymore.)

Declaration

public void ClearMatrices()

Init()

Initializes the materials and settings of this class.

Declaration

public void Init()

RegenerateMeshes()

Regenerates the meshes of this class.

Declaration

public void RegenerateMeshes()

Render(ViewType, bool)

Renders the pins.

Declaration

public void Render(ViewType type, bool firstRenderFrame)

Parameters

Type	Name	Description
ViewType	type	The current view type. Useful for deciding what to show.
bool	firstRenderFrame	If this is the first frame of the new round.

UpdateConnectorPin(Vector2, RenderBatchIndex)

Updates a connector pin.

Declaration

public void UpdateConnectorPin(Vector2 pinPos, RenderBatchIndex index)

Parameters

Type	Name	Description
Vector2	pinPos	The new global pin center position.
RenderBatchIndex	index	The batch index of the pin to update.

UpdatePin(Vector2, bool, RenderBatchIndex)

Updates a pin.

Declaration

public void UpdatePin(Vector2 pinPos, bool singletonPin, RenderBatchIndex index)

Parameters

Type	Name	Description
Vector2	pinPos	The global pin center position.
bool	singletonPin	Whether this is a singleton pin. Singleton pins have their own pin size.
RenderBatchIndex	index	The index of the pin to update.

Implements

IGenerateDynamicMesh