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ProtoTracer
1.0
Real-time 3D rendering and animation engine
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ProtoTracer
1.0
Real-time 3D rendering and animation engine
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| ►CAnimation | |
| CAnimationTrack< maxParameters, maxKeyFrames > | A template class for managing animation tracks with keyframes |
| ►CAnimationTrack< parameters, 10 > | |
| ►CAnimationTrack< parameters, 5 > | |
| CAPDS9960 | A class for managing the Adafruit APDS9960 sensor |
| CAxisAngle | Defines a rotation in 3D space using an axis and an angle |
| CBNO055 | A class for managing the Adafruit BNO055 sensor |
| CBouncePhysics | Simulates bouncing physics with gravity and velocity damping |
| CBoundaryCube | Represents an axis-aligned bounding cube for collision detection and physics |
| CBoundaryMotionSimulator | Simulates motion and collision interactions between a BoundaryCube and multiple BoundarySpheres |
| CBoundarySphere | Represents a spherical boundary object for motion and collision simulations |
| CBoundingBox2D | Represents a 2D axis-aligned bounding box |
| CButtonHandler | Manages button input and state with interrupt support |
| ►CCameraBase | Base class for managing camera properties and transformations |
| CCameraLayout | Manages camera orientation and axis alignment |
| ►CCameraManager | Manages multiple CameraBase objects |
| CCharacters | |
| CColor< T > | Abstract base class for representing a color with operations for modification and interpolation |
| ►CController | Base class for managing brightness and display operations of lighting controllers |
| CDampedSpring | Simulates the motion of a damped spring |
| CSerialSync::Data | |
| CDebug | Provides debugging utilities for memory analysis |
| CDerivativeFilter | Calculates the derivative (rate of change) of input values with filtering for stability |
| CDirectionAngle | Defines a rotation in 3D space using a direction vector and a rotation angle |
| CDisplayTest | Provides static methods for testing and verifying camera displays |
| ►CEffect | Abstract base class for applying visual effects to pixel groups |
| CSerialInterpreter::ESP32Data | |
| CEulerAngles | Encapsulates a 3D rotation using Euler angles and a specific order of application |
| CEulerOrder | Specifies the order and frame of reference for Euler rotations |
| CFanController | Manages PWM-based fan speed control |
| CFFT< fftSize > | A templated class for performing Fast Fourier Transform (FFT) operations |
| CFFT< FFTSize > | |
| CFFTFilter | Processes and normalizes FFT data |
| CFunctionGenerator | A class to generate various waveform functions with customizable parameters |
| CHardwareTest | |
| ►CIEasyEaseAnimator | Interface for defining animation behaviors with easing and interpolation |
| CIndexGroup | Represents a group of three unsigned integer indices |
| ►CIPixelGroup | Interface for managing and interacting with a collection of pixels |
| ►CIStaticTriangleGroup | Interface for managing a static group of 3D triangles and associated data |
| ►CITriangleGroup | Interface for managing a dynamic group of 3D triangles and associated data |
| CKalmanFilter< T > | Implements a generic Kalman Filter for 1D data |
| CKalmanFilter< 25 > | |
| CKeyFrame | Represents a single keyframe in an animation |
| ►CKeyFrameInterpolation | Base class providing interpolation methods for keyframe animations |
| CLight | Represents a light source with position, intensity, and falloff properties |
| ►CMaterial | Abstract base class for rendering materials |
| CMathematics | A static utility class for mathematical operations commonly used throughout embedded or real-time applications |
| CMaxFilter< memory > | Implements a maximum filter over a sliding window |
| CMaxFilter< 40 > | |
| CMenu | A class responsible for displaying and controlling a parameter menu within the project. It allows the user to change various settings (e.g., brightness, microphone level, boop sensor, effects) and to navigate through menu items |
| CMenuHandler< menuCount > | Manages multiple menus and settings using Adafruit NeoTrellis |
| ►CMicrophoneFourierBase | Base class for FFT-based microphone signal processing |
| CMicrophoneSimple | A simple class for processing microphone signals |
| CMinFilter< memory > | Implements a minimum filter over a sliding window |
| CMinFilter< 10 > | |
| CMinFilter< 100 > | |
| CMinFilter< 40 > | |
| CMMC56X3 | A class for managing the Adafruit MMC56x3 magnetometer sensor |
| CMorphTransform< maxMorphs > | A template class for managing 3D transformations using morph targets |
| CMorphTransform< 5 > | |
| CNode | Represents a node in a quadtree structure for spatial partitioning |
| CObject3D | Represents a 3D object with geometry, material, and transformation data |
| CObjectAlign | Handles aligning and transforming 3D objects to fit within specified 2D camera bounds |
| CObjectDeformer | Applies geometric transformations to one or more 3D objects |
| CPeakDetection< sampleSize > | Detects peaks in time-series data using statistical methods |
| CPeakDetection< peakCount > | |
| CPhysicsSimulator | Manages physics simulations for objects within a scene |
| CPID | Implements a proportional-integral-derivative (PID) controller |
| CPixel | Represents a pixel in a 2D grid with positional, color, and neighbor information |
| CPlane | Represents a plane in 3D space defined by a centroid and a normal vector |
| ►CProject | Manages animations, rendering, and display operations |
| CQuadTree | Represents a quadtree for spatial partitioning of 2D entities |
| CQuaternion | A mathematical construct representing a rotation in 3D space |
| CQuaternionKalmanFilter | A Kalman filter for quaternion smoothing |
| CRampFilter | Smooths transitions between values using a linear ramp approach |
| CRasterizer | Provides static methods for rasterizing 3D scenes into 2D camera views |
| CRenderingEngine | Provides static methods for rendering and display operations |
| CRGBColor | Represents an RGB color and provides methods for manipulation |
| CRotation | Handles 3D rotations and conversions between various rotation representations |
| CRotationMatrix | Represents a 3D rotation matrix and provides operations for rotation and matrix manipulation |
| CRunningAverageFilter< memory > | Smooths data values using a weighted running average |
| CRunningAverageFilter< 10 > | |
| CRunningAverageFilter< 20 > | |
| CRunningAverageFilter< 25 > | |
| CRunningAverageFilter< 40 > | |
| CRunningAverageFilter< 5 > | |
| CRunningAverageFilter< 50 > | |
| CScene | Manages a collection of 3D objects and applies optional screen-space effects |
| CSerialInterpreter | |
| CSerialSync | |
| ►CShape | Abstract base class for 2D geometric shapes |
| CSHARPGP2Y | A class for managing the SHARP GP2Y distance sensor |
| CTimeStep | Provides a mechanism to trigger actions at a specified frequency |
| CTransform | Represents a 3D transformation including position, rotation, and scale |
| CTriangle2D | Represents a 2D triangle with support for UV mapping, depth, and intersection testing |
| CTriangle3D | Represents a 3D triangle with support for UV mapping and ray intersection testing |
| CTriangleGroupDeformer | Provides deformation effects for groups of triangles |
| CVector2D | Represents a 2D vector (X, Y) and provides methods for vector arithmetic |
| CVector3D | Represents a 3D vector (X, Y, Z) and provides methods for vector arithmetic |
| CVectorKalmanFilter< T > | Applies Kalman filtering independently to each component of a 3D vector |
| CVectorRunningAverageFilter< memory > | Applies running average filtering independently to each component of a 3D vector |
| CVectorRunningAverageFilter< 10 > | |
| ►CViseme | Defines the available mouth shapes (visemes) |
| CWait | Provides a mechanism to wait for a specified duration without blocking |
| CYawPitchRoll | A class to represent yaw, pitch, and roll angles for orientation |
1.9.8