C2M2.Simulation.MeshSimulation Class Reference

Simulation of type double[] for visualizing scalar fields on mesh surfaces More...

Inherits C2M2.Simulation.Simulation< double[], Mesh, VRRaycastableMesh, VRGrabbableMesh >.

Inherited by C2M2.NeuronalDynamics.Simulation.NDSimulation.

Public Member Functions
void	ShiftRaycastValue ()
void	CloseRuler ()
void	ResetRaycastHits ()
Public Member Functions inherited from C2M2.Simulation.Simulation< double[], Mesh, VRRaycastableMesh, VRGrabbableMesh >
abstract ValueType	GetValues ()
	Require derived classes to make simulation values available More...
void	Initialize ()
void	FixedUpdate ()
void	StartSimulation ()
	Launch Solve thread More...
sealed override float	GetSimulationTime ()
	Return the current timestep for the simulation More...
void	StopSimulation ()
	Stop current Solve thread More...
int[]	HitToVertices (RaycastHit hit)
	Given a raycast hit, find the hit 3D vertices More...

Public Attributes
Gradient	gradient
	Gradient for coloring each surface point based on their scalar values More...
int	colorMarkerPrecision = 3
	Alter the precision of the color scale display More...
float	globalMax = float.NegativeInfinity
float	globalMin = float.PositiveInfinity
string	unit = "mV"
	Unit display string that can be manually set by the user More...
float	unitScaler = 1000f
	Can be used to manually convert Gradient Display values to match unit string More...
string	lengthUnit = "μm"
Vector3	rulerInitPos = new Vector3(-0.5f, 0.443f, -0.322f)
Vector3	rulerInitRot = new Vector3(90, 0, 0)
double	raycastHitValue = 55
Tuple< int, double >[]	raycastHits = new Tuple<int, double>[0]
RulerMeasure	ruler = null
KeyCode	powerModifierPlusKey = KeyCode.UpArrow
KeyCode	powerModifierMinusKey = KeyCode.DownArrow
float	sensitivity = 200f
Public Attributes inherited from C2M2.Simulation.Simulation< double[], Mesh, VRRaycastableMesh, VRGrabbableMesh >
bool	dryRun
	Run solve code without visualization or interaction More...
bool	paused
RaycastEventManager	raycastEventManager
RaycastPressEvents	defaultRaycastEvent
int	time
double	timeStep
double	endTime

Protected Member Functions
override void	UpdateVisualization (in double[] newValues)
override void	OnAwakePost (Mesh viz)
Protected Member Functions inherited from C2M2.Simulation.Simulation< double[], Mesh, VRRaycastableMesh, VRGrabbableMesh >
abstract VizType	BuildVisualization ()
	Simulations must know how to build their visualization and what type the visualization is More...
abstract void	UpdateVisualization (in ValueType newValues)
	Update the visualization. This will be called once per Update() call More...
abstract void	SolveStep (int t)
	Method containing simulation code More...
virtual void	PreSolveStep (int t)
	PreSolveStep is called once per simulation frame, before SolveStep() More...
virtual void	PostSolveStep (int t)
	PostSolveStep is called once per simulation frame, after SolveStep() More...
virtual void	OnAwakePre ()
virtual void	OnAwakePost (VizType viz)
virtual void	OnStart ()
virtual void	OnUpdate ()
void	OnDestroy ()
virtual void	OnPause ()
virtual void	OnQuit ()
virtual void	OnDest ()
abstract void	PreSolve ()
	Called on the main thread before the Solve thread is launched More...
virtual void	PostSolve ()
	Called on the solve thread after the simulation for loop is completed More...

Protected Attributes
MeshFilter	mf
MeshRenderer	mr
Protected Attributes inherited from C2M2.Simulation.Simulation< double[], Mesh, VRRaycastableMesh, VRGrabbableMesh >
Mutex	mutex
	Provide mutual exclusion to derived classes More...
CustomSampler	solveStepSampler

Properties
ColorLUT	ColorLUT = null [get, private set]
	Lookup table for more efficient color calculations on the gradient More...
ColorLUT.ExtremaMethod	extremaMethod = ColorLUT.ExtremaMethod.GlobalExtrema [get, set]
Mesh	VisualMesh [get, protected set]
Mesh	ColliderMesh [get, protected set]
float	ThumbstickScaler [get]
float	PowerModifier [get]
Properties inherited from C2M2.Simulation.Simulation< double[], Mesh, VRRaycastableMesh, VRGrabbableMesh >
VizType	Viz [get, protected set]
int	nT [get, private set]

Private Member Functions
void	UpdateVisualization (in float[] scalars3D)
	Update vertex colors based on simulation values More...

Private Attributes
Mesh	visualMesh = null
Mesh	colliderMesh = null

Detailed Description

Simulation of type double[] for visualizing scalar fields on mesh surfaces

Member Function Documentation

CloseRuler()

void C2M2.Simulation.MeshSimulation.CloseRuler

(

)

OnAwakePost()

override void C2M2.Simulation.MeshSimulation.OnAwakePost ( Mesh  viz )

protected

ResetRaycastHits()

void C2M2.Simulation.MeshSimulation.ResetRaycastHits

(

)

ShiftRaycastValue()

void C2M2.Simulation.MeshSimulation.ShiftRaycastValue

(

)

UpdateVisualization() [1/2]

override void C2M2.Simulation.MeshSimulation.UpdateVisualization ( in double[]  newValues )

protected

UpdateVisualization() [2/2]

void C2M2.Simulation.MeshSimulation.UpdateVisualization ( in float[]  scalars3D )

private

Update vertex colors based on simulation values

Member Data Documentation

colliderMesh

Mesh C2M2.Simulation.MeshSimulation.colliderMesh = null

private

colorMarkerPrecision

int C2M2.Simulation.MeshSimulation.colorMarkerPrecision = 3

Alter the precision of the color scale display

globalMax

float C2M2.Simulation.MeshSimulation.globalMax = float.NegativeInfinity

globalMin

float C2M2.Simulation.MeshSimulation.globalMin = float.PositiveInfinity

gradient

Gradient C2M2.Simulation.MeshSimulation.gradient

Gradient for coloring each surface point based on their scalar values

lengthUnit

string C2M2.Simulation.MeshSimulation.lengthUnit = "μm"

mf

MeshFilter C2M2.Simulation.MeshSimulation.mf

protected

mr

MeshRenderer C2M2.Simulation.MeshSimulation.mr

protected

powerModifierMinusKey

KeyCode C2M2.Simulation.MeshSimulation.powerModifierMinusKey = KeyCode.DownArrow

powerModifierPlusKey

KeyCode C2M2.Simulation.MeshSimulation.powerModifierPlusKey = KeyCode.UpArrow

raycastHits

Tuple<int, double> [] C2M2.Simulation.MeshSimulation.raycastHits = new Tuple<int, double>[0]

raycastHitValue

double C2M2.Simulation.MeshSimulation.raycastHitValue = 55

ruler

RulerMeasure C2M2.Simulation.MeshSimulation.ruler = null

rulerInitPos

Vector3 C2M2.Simulation.MeshSimulation.rulerInitPos = new Vector3(-0.5f, 0.443f, -0.322f)

rulerInitRot

Vector3 C2M2.Simulation.MeshSimulation.rulerInitRot = new Vector3(90, 0, 0)

sensitivity

float C2M2.Simulation.MeshSimulation.sensitivity = 200f

unit

string C2M2.Simulation.MeshSimulation.unit = "mV"

Unit display string that can be manually set by the user

unitScaler

float C2M2.Simulation.MeshSimulation.unitScaler = 1000f

Can be used to manually convert Gradient Display values to match unit string

visualMesh

Mesh C2M2.Simulation.MeshSimulation.visualMesh = null

private

Property Documentation

ColliderMesh

Mesh C2M2.Simulation.MeshSimulation.ColliderMesh

getprotected set

ColorLUT

ColorLUT C2M2.Simulation.MeshSimulation.ColorLUT = null

getprivate set

Lookup table for more efficient color calculations on the gradient

extremaMethod

ColorLUT.ExtremaMethod C2M2.Simulation.MeshSimulation.extremaMethod = ColorLUT.ExtremaMethod.GlobalExtrema

getset

PowerModifier

float C2M2.Simulation.MeshSimulation.PowerModifier

get

ThumbstickScaler

float C2M2.Simulation.MeshSimulation.ThumbstickScaler

get

VisualMesh

Mesh C2M2.Simulation.MeshSimulation.VisualMesh

getprotected set

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The documentation for this class was generated from the following file:

• C:/Users/Jacob Wells/Desktop/C2M2/NeuroVISOR/Assets/Scripts/C2M2/Simulation/MeshSimulation.cs