LogicEngine.h File Reference

#include "ReelTwo.h"
#include "core/LEDPixelEngine.h"
#include "core/SetupEvent.h"
#include "core/AnimatedEvent.h"
#include "core/CommandEvent.h"
#include "core/JawaEvent.h"
#include "core/PeakValueProvider.h"
#include "core/Font.h"

Include dependency graph for LogicEngine.h:

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Go to the source code of this file.

Classes
struct	LEDStatus
	Current color number and pause value for a single LED. More...
class	LogicEngineDefaults
	Default settings for LogicEngine hardware. More...
class	LogicEngineSettings
	Current settings for LogicEngine hardware. More...
class	LogicEffectObject
class	LogicEngineRenderer
	Base class renderer for both front and rear RSeries logics. More...

Typedefs
typedef LogicEngineRenderer::LogicEffect	LogicEffect
typedef LogicEngineRenderer::LogicEffectSelector	LogicEffectSelector
typedef LogicEngineRenderer::LogicRenderGlyph	LogicRenderGlyph
template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>
using	AstroPixelFLD = LogicEngineDisplay< AstroPixelFLDPCB0< DATA_PIN >, LogicRenderGlyph5Pt >
template<uint8_t DATA_PIN = REAR_LOGIC_PIN>
using	AstroPixelRLD = LogicEngineDisplay< AstroPixelRLDPCB0< DATA_PIN >, LogicRenderGlyph4Pt< LogicStaggerType::kNone > >
template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>
using	LogicEngineNabooFLD = LogicEngineDisplay< LogicEngineFLDPCB0< DATA_PIN >, LogicRenderGlyph5Pt >
template<uint8_t DATA_PIN = REAR_LOGIC_PIN>
using	LogicEngineNabooRLD = LogicEngineDisplay< LogicEngineRLDPCB0< DATA_PIN >, LogicRenderGlyph4Pt< LogicStaggerType::kEven > >
template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>
using	LogicEngineKennyFLD = LogicEngineDisplay< LogicEngineFLDPCB1< DATA_PIN >, LogicRenderGlyph5Pt >
template<uint8_t DATA_PIN = REAR_LOGIC_PIN>
using	LogicEngineKennyRLD = LogicEngineDisplay< LogicEngineRLDPCB1< DATA_PIN >, LogicRenderGlyph4Pt< LogicStaggerType::kEven > >
template<uint8_t DATA_PIN = REAR_LOGIC_PIN>
using	LogicEngineSuperRLD = LogicEngineDisplay< LogicEngineRLDPCBSUPER< DATA_PIN >, LogicRenderGlyph5Pt >
template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>
using	LogicEngineDeathStarFLD = LogicEngineDisplay< LogicEngineFLDPCB2< DATA_PIN >, LogicRenderGlyph5Pt >
template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>
using	LogicEngineDeathStarFLDInverted = LogicEngineDisplay< LogicEngineFLDPCB2Inverted< DATA_PIN >, LogicRenderGlyph5Pt >
template<uint8_t DATA_PIN = REAR_LOGIC_PIN>
using	LogicEngineDeathStarRLD = LogicEngineDisplay< LogicEngineRLDPCB2< DATA_PIN >, LogicRenderGlyph4Pt< LogicStaggerType::kEven > >
template<uint8_t DATA_PIN = REAR_LOGIC_PIN>
using	LogicEngineDeathStarRLDStaggerOdd = LogicEngineDisplay< LogicEngineRLDPCB2< DATA_PIN >, LogicRenderGlyph4Pt< LogicStaggerType::kOdd > >
template<uint8_t DATA_PIN = REAR_LOGIC_PIN>
using	LogicEngineDeathStarRLDInverted = LogicEngineDisplay< LogicEngineRLDPCB2Inverted< DATA_PIN >, LogicRenderGlyph4Pt< LogicStaggerType::kEven > >
template<uint8_t DATA_PIN = REAR_LOGIC_PIN>
using	LogicEngineDeathStarRLDInvertedStaggerOdd = LogicEngineDisplay< LogicEngineRLDPCB2Inverted< DATA_PIN >, LogicRenderGlyph4Pt< LogicStaggerType::kOdd > >
template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>
using	LogicEngineCurvedFLD = LogicEngineDisplay< LogicEngineFLDPCB2< DATA_PIN >, LogicRenderGlyph5Pt >
template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>
using	LogicEngineCurvedFLDInverted = LogicEngineDisplay< LogicEngineFLDPCB2Inverted< DATA_PIN >, LogicRenderGlyph5Pt >
template<uint8_t DATA_PIN = REAR_LOGIC_PIN, uint8_t CLOCK_PIN = REAR_LOGIC_CLOCK_PIN>
using	LogicEngineCurvedRLD = LogicEngineDisplay< LogicEngineRLDPCB3< DATA_PIN, CLOCK_PIN >, LogicRenderGlyph4Pt< LogicStaggerType::kNone > >
template<uint8_t DATA_PIN = REAR_LOGIC_PIN, uint8_t CLOCK_PIN = REAR_LOGIC_CLOCK_PIN>
using	LogicEngineCurvedRLDInverted = LogicEngineDisplay< LogicEngineRLDPCB3Inverted< DATA_PIN, CLOCK_PIN >, LogicRenderGlyph4Pt< LogicStaggerType::kNone > >

Enumerations
enum	LogicStaggerType { kNone, kEven, kOdd }

Functions
LogicEffect	LogicEffectDefaultSelector (unsigned effectVal)
byte	getlsbposm1 (byte x)
template<LogicStaggerType staggerType>
byte	LogicRenderGlyph4Pt (char ch, byte fontNum, const CRGB fontColors[], int x, int y, CRGB *leds, const byte *ledMap, int w, int h, byte *outGlyphHeight)

Typedef Documentation

AstroPixelFLD

template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>

using AstroPixelFLD = LogicEngineDisplay<AstroPixelFLDPCB0<DATA_PIN>, LogicRenderGlyph5Pt>

AstroPixelRLD

template<uint8_t DATA_PIN = REAR_LOGIC_PIN>

using AstroPixelRLD = LogicEngineDisplay<AstroPixelRLDPCB0<DATA_PIN>, LogicRenderGlyph4Pt<LogicStaggerType::kNone> >

LogicEffect

typedef LogicEngineRenderer::LogicEffect LogicEffect

LogicEffectSelector

typedef LogicEngineRenderer::LogicEffectSelector LogicEffectSelector

LogicEngineCurvedFLD

template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>

using LogicEngineCurvedFLD = LogicEngineDisplay<LogicEngineFLDPCB2<DATA_PIN>, LogicRenderGlyph5Pt>

LogicEngineCurvedFLDInverted

template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>

using LogicEngineCurvedFLDInverted = LogicEngineDisplay<LogicEngineFLDPCB2Inverted<DATA_PIN>, LogicRenderGlyph5Pt>

LogicEngineCurvedRLD

template<uint8_t DATA_PIN = REAR_LOGIC_PIN, uint8_t CLOCK_PIN = REAR_LOGIC_CLOCK_PIN>

using LogicEngineCurvedRLD = LogicEngineDisplay<LogicEngineRLDPCB3<DATA_PIN, CLOCK_PIN>, LogicRenderGlyph4Pt<LogicStaggerType::kNone> >

LogicEngineCurvedRLDInverted

template<uint8_t DATA_PIN = REAR_LOGIC_PIN, uint8_t CLOCK_PIN = REAR_LOGIC_CLOCK_PIN>

using LogicEngineCurvedRLDInverted = LogicEngineDisplay<LogicEngineRLDPCB3Inverted<DATA_PIN, CLOCK_PIN>, LogicRenderGlyph4Pt<LogicStaggerType::kNone> >

LogicEngineDeathStarFLD

template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>

using LogicEngineDeathStarFLD = LogicEngineDisplay<LogicEngineFLDPCB2<DATA_PIN>, LogicRenderGlyph5Pt>

LogicEngineDeathStarFLDInverted

template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>

using LogicEngineDeathStarFLDInverted = LogicEngineDisplay<LogicEngineFLDPCB2Inverted<DATA_PIN>, LogicRenderGlyph5Pt>

LogicEngineDeathStarRLD

template<uint8_t DATA_PIN = REAR_LOGIC_PIN>

using LogicEngineDeathStarRLD = LogicEngineDisplay<LogicEngineRLDPCB2<DATA_PIN>, LogicRenderGlyph4Pt<LogicStaggerType::kEven> >

LogicEngineDeathStarRLDInverted

template<uint8_t DATA_PIN = REAR_LOGIC_PIN>

using LogicEngineDeathStarRLDInverted = LogicEngineDisplay<LogicEngineRLDPCB2Inverted<DATA_PIN>, LogicRenderGlyph4Pt<LogicStaggerType::kEven> >

LogicEngineDeathStarRLDInvertedStaggerOdd

template<uint8_t DATA_PIN = REAR_LOGIC_PIN>

using LogicEngineDeathStarRLDInvertedStaggerOdd = LogicEngineDisplay<LogicEngineRLDPCB2Inverted<DATA_PIN>, LogicRenderGlyph4Pt<LogicStaggerType::kOdd> >

LogicEngineDeathStarRLDStaggerOdd

template<uint8_t DATA_PIN = REAR_LOGIC_PIN>

using LogicEngineDeathStarRLDStaggerOdd = LogicEngineDisplay<LogicEngineRLDPCB2<DATA_PIN>, LogicRenderGlyph4Pt<LogicStaggerType::kOdd> >

LogicEngineKennyFLD

template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>

using LogicEngineKennyFLD = LogicEngineDisplay<LogicEngineFLDPCB1<DATA_PIN>, LogicRenderGlyph5Pt>

LogicEngineKennyRLD

template<uint8_t DATA_PIN = REAR_LOGIC_PIN>

using LogicEngineKennyRLD = LogicEngineDisplay<LogicEngineRLDPCB1<DATA_PIN>, LogicRenderGlyph4Pt<LogicStaggerType::kEven> >

LogicEngineNabooFLD

template<uint8_t DATA_PIN = FRONT_LOGIC_PIN>

using LogicEngineNabooFLD = LogicEngineDisplay<LogicEngineFLDPCB0<DATA_PIN>, LogicRenderGlyph5Pt>

LogicEngineNabooRLD

template<uint8_t DATA_PIN = REAR_LOGIC_PIN>

using LogicEngineNabooRLD = LogicEngineDisplay<LogicEngineRLDPCB0<DATA_PIN>, LogicRenderGlyph4Pt<LogicStaggerType::kEven> >

LogicEngineSuperRLD

template<uint8_t DATA_PIN = REAR_LOGIC_PIN>

using LogicEngineSuperRLD = LogicEngineDisplay<LogicEngineRLDPCBSUPER<DATA_PIN>, LogicRenderGlyph5Pt>

LogicRenderGlyph

typedef LogicEngineRenderer::LogicRenderGlyph LogicRenderGlyph

Enumeration Type Documentation

LogicStaggerType

enum LogicStaggerType

Enumerator
kNone
kEven
kOdd

Function Documentation

getlsbposm1()

byte getlsbposm1

(

byte

x

)

LogicEffectDefaultSelector()

LogicEffect LogicEffectDefaultSelector

(

unsigned

effectVal

)

LogicRenderGlyph4Pt()

template<LogicStaggerType staggerType>

byte LogicRenderGlyph4Pt	(	char	ch,
		byte	fontNum,
		const CRGB	fontColors[],
		int	x,
		int	y,
		CRGB *	leds,
		const byte *	ledMap,
		int	w,
		int	h,
		byte *	outGlyphHeight
	)