KIR RAW Signals.h - Revision history

AnalysIR at 19:31, 10 December 2019

2019-12-10T19:31:35Z

← Older revision		Revision as of 12:31, 10 December 2019
Line 1:		Line 1:
	'''''> [[KontroLIR - Arduino compatible IR remote control\|KontroLIR Home]] > [[Customizing the KontroLIR Firmware\|back]]'''''		'''''> [[KontroLIR - Arduino compatible IR remote control\|KontroLIR Home]] > [[Customizing the KontroLIR Firmware\|back]]'''''

	You can store any number of RAW IR signals you wish to send from flash in this file. As most of the flash is unused, you can add a significant number of additional signals, before running out of storage. In the event, you do not have enough Flash available, then you can move on to using the optional I2C EEPROM for ~~almot~~ limitless signal storage potential.		You can store any number of RAW IR signals you wish to send from flash in this file. As most of the flash is unused, you can add a significant number of additional signals, before running out of storage. In the event, you do not have enough Flash available, then you can move on to using the optional I2C EEPROM for almost limitless signal storage potential.

	Using a tool like AnalysIR to clean signals beforehand will greatly improve the performance and range.		Using a tool like AnalysIR to clean signals beforehand will greatly improve the performance and range.
Line 13:		Line 13:
	where '''AC_irSignal1''' is the Raw IR signal and '''38''' is the carrier frequency of 38kHz.		where '''AC_irSignal1''' is the Raw IR signal and '''38''' is the carrier frequency of 38kHz.

	'''''Tip:''' Sending from flash is more efficient because it uses up much less scarce SRAM, without incurring a penalty''		'''''Tip:''' Sending from flash is more efficient because it uses up much less scarce SRAM, without incurring a penalty''. It is generally preferred to use available FLASH for signal storage, before starting to use the external I2C EEPROM.



	'''''> [[KontroLIR - Arduino compatible IR remote control\|KontroLIR Home]] > [[Customizing the KontroLIR Firmware\|back]]'''''		'''''> [[KontroLIR - Arduino compatible IR remote control\|KontroLIR Home]] > [[Customizing the KontroLIR Firmware\|back]]'''''

AnalysIR at 16:01, 9 October 2019

2019-10-09T16:01:11Z

← Older revision		Revision as of 09:01, 9 October 2019
Line 1:		Line 1:
	'''''> [[KontroLIR - Arduino compatible IR remote control\|KontroLIR Home]] > [[Customizing the Firmware\|back]]'''''		'''''> [[KontroLIR - Arduino compatible IR remote control\|KontroLIR Home]] > [[Customizing the KontroLIR Firmware\|back]]'''''

	You can store any number of RAW IR signals you wish to send from flash in this file. As most of the flash is unused, you can add a significant number of additional signals, before running out of storage. In the event, you do not have enough Flash available, then you can move on to using the optional I2C EEPROM for almot limitless signal storage potential.		You can store any number of RAW IR signals you wish to send from flash in this file. As most of the flash is unused, you can add a significant number of additional signals, before running out of storage. In the event, you do not have enough Flash available, then you can move on to using the optional I2C EEPROM for almot limitless signal storage potential.
Line 17:		Line 17:


	'''''> [[KontroLIR - Arduino compatible IR remote control\|KontroLIR Home]] > [[Customizing the Firmware\|back]]'''''		'''''> [[KontroLIR - Arduino compatible IR remote control\|KontroLIR Home]] > [[Customizing the KontroLIR Firmware\|back]]'''''

AnalysIR: Created page with "'''''> KontroLIR Home > back''''' You can store any number of RAW IR signals you wish to sen..."

2019-10-08T17:35:18Z

Created page with "'''''> KontroLIR Home > back''''' You can store any number of RAW IR signals you wish to sen..."

New page

'''''> [[KontroLIR - Arduino compatible IR remote control|KontroLIR Home]] > [[Customizing the Firmware|back]]'''''

You can store any number of RAW IR signals you wish to send from flash in this file. As most of the flash is unused, you can add a significant number of additional signals, before running out of storage. In the event, you do not have enough Flash available, then you can move on to using the optional I2C EEPROM for almot limitless signal storage potential.

Using a tool like AnalysIR to clean signals beforehand will greatly improve the performance and range.

You are free to use any naming convention here but it is mostly a good idea to stick to a similar naming convention as in the examples provided.

To send an IR signal from flash use the following:
KIR_sendRAW_Flash(AC_irSignal1, sizeof(AC_irSignal1) / sizeof(int), 38);
// send AC signal #1 @ 38kHz

where '''AC_irSignal1''' is the Raw IR signal and '''38''' is the carrier frequency of 38kHz.

'''''Tip:''' Sending from flash is more efficient because it uses up much less scarce SRAM, without incurring a penalty''

'''''> [[KontroLIR - Arduino compatible IR remote control|KontroLIR Home]] > [[Customizing the Firmware|back]]'''''