This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123456]

Cfunction_traits< Return(Args...)>::argument< Index >
CArray< T, N >	An array wrapper for easy copying, comparing, and iterating
CArray< EncoderPositionStorageType, NumEnc >
CArray< pin_t, N >
CArray< pin_t, N >< N >
CArray< pin_t, N >< NumCols >
CArray< pin_t, N >< NumRows >
CArray< uint8_t, 8 *1 >
CArraySlice< T, N, Reverse, Const >	Class for a view on a slice of an array
►CBiQuadDF1Implementation
CBiQuadFilterDF1< T >	Generic BiQuad (Bi-Quadratic) filter class, Direct Form 1 implementation
►CBiQuadDF2Implementation
CBiQuadFilterDF2< T >	Generic BiQuad (Bi-Quadratic) filter class, Direct Form 2 implementation
CBitArray< N >	A class for arrays of bits
CBitArray< 16 >
CButton	A class for reading and debouncing buttons and switches
CButtonMatrix< Derived, NumRows, NumCols >	A class that reads the states of a button matrix
CCachedExtIOPin
CDoubleWidthInt< T >
CDoubleWidthInt< int16_t >
CDoubleWidthInt< int32_t >
CDoubleWidthInt< int8_t >
CDoubleWidthInt< uint16_t >
CDoubleWidthInt< uint32_t >
CDoubleWidthInt< uint8_t >
CDoublyLinkable< Node >	A class that can be inherited from to allow inserting into a DoublyLinkedList
►CDoublyLinkable< Derived >
CUpdatableCRTP< Derived >	A super class for object that have to be updated regularly
►CDoublyLinkable< ExtendedIOElement >
►CUpdatableCRTP< ExtendedIOElement >
►CExtendedIOElement	An abstract base class for Extended Input/Output elements
►CStaticSizeExtendedIOElement< 8 8 1 >
CMAX7219< NumChips, SPIDriver >	A class for LED outputs using the MAX7219 LED display driver
►CStaticSizeExtendedIOElement< 16 >
CMCP23017< WireType >	Class for MCP23017 I²C I/O expanders
►CStaticSizeExtendedIOElement< N >	A class for ExtendedIOElements with a fixed size
►CShiftRegisterOutBase< N >	A class for serial-in/parallel-out shift registers, like the 74HC595
CSPIShiftRegisterOut< N, SPIDriver >	A class for serial-in/parallel-out shift registers, like the 74HC595 that are connected to the SPI bus
CShiftRegisterOut< N >	A class for serial-in/parallel-out shift registers, like the 74HC595
►CDoublyLinkable< Updatable< NormalUpdatable > >
►CUpdatableCRTP< Updatable< NormalUpdatable > >
CUpdatable< NormalUpdatable >
CUpdatable< T >	A super class for object that have to be updated regularly
CDoublyLinkedList< Node >	A class for doubly linked lists
CDoublyLinkedList< Derived >
CDoublyLinkedList< ExtendedIOElement >
CDoublyLinkedList< Updatable< NormalUpdatable > >
CEMA< K, input_t, state_t >	Exponential moving average filter
CEMA< ANALOG_FILTER_SHIFT_FACTOR, analog_t, ANALOG_FILTER_TYPE >
CEMA< FilterShiftFactor, analog_t, ANALOG_FILTER_TYPE >
CEMA_f	A class for single-pole infinite impulse response filters or exponential moving average filters
CRegisterEncoders< RegisterType, NumEnc, EncoderPositionType, InterruptSafe >::Encoder	Proxy to access a single encoder of the encoders managed by RegisterEncoders
CEulerAngles	Struct for Euler angles of floating point numbers
CFIRFilter< N, T >	Finite Impulse Response filter implementation
CFixedPoint< T, N, T2 >	Very basic fixed-point integer implementation
CFrequency	Type-safe class for frequency values
Cfunction_traits< T >
Cfunction_traits< Return(Args...)>
CGenericFilteredAnalog< MappingFunction, Precision, FilterShiftFactor, FilterType, AnalogType, IncRes >	FilteredAnalog base class with generic MappingFunction
►CGenericFilteredAnalog< analog_t(*)(analog_t), 10, ANALOG_FILTER_SHIFT_FACTOR, ANALOG_FILTER_TYPE, analog_t, MaximumFilteredAnalogIncRes< ANALOG_FILTER_SHIFT_FACTOR, ANALOG_FILTER_TYPE, analog_t >::value >
CFilteredAnalog< Precision, FilterShiftFactor, FilterType, AnalogType, IncRes >	A class that reads and filters an analog input
CHexDump
CHysteresis< BITS, T_in, T_out >	A class for applying hysteresis to a given input
CHysteresis< ADC_BITS+IncRes - Precision, analog_t, analog_t >
CHysteresis< ADC_BITS+MaximumFilteredAnalogIncRes< ANALOG_FILTER_SHIFT_FACTOR, ANALOG_FILTER_TYPE, analog_t >::value - 10, analog_t, analog_t >
►CIIRImplementation
CIIRFilter< NB, NA, T >	Generic Infinite Impulse Response filter class
CIncrementButton	A class for buttons that increment some counter or setting
CIncrementDecrementButtons	A class for buttons that increment and decrement some counter or setting
CIncrementor< T, V >	Utility class that acts as a functor to return incremental values
CMAX7219< NumChips, SPIDriver >::IndexMask
CButton::InternalState
CArraySlice< T, N, Reverse, Const >::Iterator
►CLEDs< N >	A class for collections of LEDs that can display ranges
CDotBarDisplayLEDs< N >	A class for LED bars
CMAX7219_Base< SPIDriver >	A base class for classes that control MAX7219 LED drivers
►CMAX7219_Base< decltype(SPI) & >
CMAX7219< NumChips, SPIDriver >	A class for LED outputs using the MAX7219 LED display driver
CMAX7219SevenSegmentDisplay< SPIDriver >	A class for 8-digit 7-segment displays with a MAX7219 driver
CMaximumFilteredAnalogIncRes< FilterShiftFactor, FilterType, AnalogType >	Helper to determine how many of the remaining bits of the filter data types can be used to achieve higher precision
CMCP23017Encoders< WireType, EncoderPositionType, InterruptSafe >	Class for reading 8 rotary encoders using a MCP23017 I²C port expander
CMedianFilter< N, T >	Class for Median Filters
CMultiPurposeButton	Class for detecting short/long button presses and double clicks
►CDoublyLinkedList< Node >::node_iterator_base< INode >	Base class for doubly linked list iterators
CDoublyLinkedList< Node >::node_iterator< INode >	Forward bidirectional doubly linked list iterator
CDoublyLinkedList< Node >::reverse_node_iterator< INode >	Reverse bidirectional doubly linked list iterator
CNonNormalizingBiQuadFilterDF1< T >	BiQuad filter Direct Form 1 implementation that does not normalize the coefficients upon initialization, the division by \( a_0 \) is carried out on each filter iteration
CNonNormalizingBiQuadFilterDF2< T >	BiQuad filter Direct Form 2 implementation that does not normalize the coefficients upon initialization, the division by \( a_0 \) is carried out on each filter iteration
CNonNormalizingIIRFilter< NB, NA, T >	Infinite Impulse Response filter implementation that does not normalize the coefficients upon initialization, the division by \( a_0 \) is carried out on each filter iteration
CNormalizingBiQuadFilterDF1< T >	BiQuad filter Direct Form 1 implementation that normalizes the coefficients upon initialization
CNormalizingBiQuadFilterDF2< T >	BiQuad filter Direct Form 2 implementation that normalizes the coefficients upon initialization
CNormalizingIIRFilter< NB, NA, T >	Infinite Impulse Response filter implementation that normalizes the coefficients upon initialization
CNormalUpdatable
CQuaternion	Type for quaternions of floating point numbers
CRegisterEncoders< RegisterType, NumEnc, EncoderPositionType, InterruptSafe >	Class for keeping track of the position of multiple rotary encoders
CRegisterEncoders< uint16_t, 8, int32_t, false >
Cround_div_default< N, T >	Divide by N using the default division operator, without explicit rounding This should be used for floating point types
Cround_div_signed_int< N, T >	Divide a signed integer by N, rounding the result
Cround_div_unsigned_int< N, T >	Divide an unsigned integer by N, rounding the result
CSetbase
CSetbytesep
CSetprecision
CShiftRegisterOutRGB	A struct for setting the RGB mode for RGB shift registers
CSMA< N, input_t, sum_t >	Simple Moving Average filter
CSOSFilter< T, N, Implementation >	Second Order Sections filter
►CStaticSizeExtendedIOElement< 1<
CAnalogMultiplex< N >	A class for reading multiplexed analog inputs
CTimer< time >	A class for easily managing timed events
CTransferFunction< NB, NA, T >	Class for transfer function coefficients
►Ctype
Cround_div_helper< N, T >	Select the right rounding division operator, depending on whether T is an integer or not
►Ctype
Cround_div_int< N, T >	Select the right rounding division operator, depending on whether T is a signed or unsigned integer
CVec2f	Type for 2D vectors of floating point numbers
CVec3f	Type for 3D vectors of floating point numbers