decoder_t Struct Reference

This structure represents a decoder configuration. More...

#include <decoder_t.h>

Collaboration diagram for decoder_t:

Public Attributes
interrupt_t	primary
	The primary interrupt configuration - usually the crank trigger.
interrupt_t	secondary
	The secondary interrupt configuration - usually the cam trigger.
interrupt_t	tertiary
	The tertiary interrupt configuration - for decoders that use a 3rd input. E.g. VVT.
using	getRPM_t = uint16_t(*)(void)
	The function to get the RPM.
getRPM_t	getRPM
	The function to get the RPM.
using	getCrankAngle_t = int16_t(*)(void)
	The function to get the crank angle.
getCrankAngle_t	getCrankAngle
	The function to get the crank angle.
using	setEndTeeth_t = void(*)(void)
	The function to set the end teeth for ignition calculations.
setEndTeeth_t	setEndTeeth
	The function to set the end teeth for ignition calculations.
using	reset_t = void(*)(void)
	The function to reset the decoder. Called when the engine is stopped, or when the engine is started.
reset_t	reset
	The function to reset the decoder. Called when the engine is stopped, or when the engine is started.
using	engine_running_t = bool(*)(uint32_t)
	The function to test if the engine is running.
engine_running_t	isEngineRunning
	The function to test if the engine is running.
using	status_fun_t = decoder_status_t(*)(void)
	The function to get the current decoder status.
status_fun_t	getStatus
	The function to get the current decoder status.
using	feature_fun_t = decoder_features_t(*)(void)
	The function to get the current decoder feature set.
feature_fun_t	getFeatures
	The function to get the current decoder feature set.

Detailed Description

This structure represents a decoder configuration.

Create using decoder_builder_t

Member Typedef Documentation

engine_running_t

using decoder_t::engine_running_t = bool(*)(uint32_t)

The function to test if the engine is running.

This is based on whether or not the decoder has detected a tooth recently

Parameters

curTime

The time in µS to use for the liveness check. Typically the result of a recent call to micros()

Returns

true If the engine is turning

false If the engine is not turning

feature_fun_t

using decoder_t::feature_fun_t = decoder_features_t(*)(void)

The function to get the current decoder feature set.

getCrankAngle_t

using decoder_t::getCrankAngle_t = int16_t(*)(void)

The function to get the crank angle.

getRPM_t

using decoder_t::getRPM_t = uint16_t(*)(void)

The function to get the RPM.

reset_t

using decoder_t::reset_t = void(*)(void)

The function to reset the decoder. Called when the engine is stopped, or when the engine is started.

setEndTeeth_t

using decoder_t::setEndTeeth_t = void(*)(void)

The function to set the end teeth for ignition calculations.

status_fun_t

using decoder_t::status_fun_t = decoder_status_t(*)(void)

The function to get the current decoder status.

Member Data Documentation

getCrankAngle

getCrankAngle_t decoder_t::getCrankAngle

The function to get the crank angle.

getFeatures

feature_fun_t decoder_t::getFeatures

The function to get the current decoder feature set.

getRPM

getRPM_t decoder_t::getRPM

The function to get the RPM.

getStatus

status_fun_t decoder_t::getStatus

The function to get the current decoder status.

isEngineRunning

engine_running_t decoder_t::isEngineRunning

The function to test if the engine is running.

This is based on whether or not the decoder has detected a tooth recently

Parameters

curTime

The time in µS to use for the liveness check. Typically the result of a recent call to micros()

Returns

true If the engine is turning

false If the engine is not turning

primary

interrupt_t decoder_t::primary

The primary interrupt configuration - usually the crank trigger.

reset

reset_t decoder_t::reset

The function to reset the decoder. Called when the engine is stopped, or when the engine is started.

secondary

interrupt_t decoder_t::secondary

The secondary interrupt configuration - usually the cam trigger.

setEndTeeth

setEndTeeth_t decoder_t::setEndTeeth

The function to set the end teeth for ignition calculations.

tertiary

interrupt_t decoder_t::tertiary

The tertiary interrupt configuration - for decoders that use a 3rd input. E.g. VVT.

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

• speeduino/decoder_t.h