Header file for the XMEGA-A1 Xplained evaluation board. More...

Macros
#define	GPIO_LOW_PORT PORTD

#define	GPIO_HIGH_PORT PORTR

#define	GPIO_LOW_PINS_gp 0

#define	GPIO_LOW_PINS_gm 0x3F

#define	GPIO_HIGH_PINS_gp 6

#define	GPIO_HIGH_PINS_gm 0xC0

#define	GPIO_PIN0_bp PIN0_bp

#define	GPIO_PIN1_bp PIN1_bp

#define	GPIO_PIN2_bp PIN2_bp

#define	GPIO_PIN3_bp PIN3_bp

#define	GPIO_PIN4_bp PIN4_bp

#define	GPIO_PIN5_bp PIN5_bp

#define	GPIO_PIN6_bp PIN0_bp

#define	GPIO_PIN7_bp PIN1_bp

#define	GPIO_PIN0_bm PIN0_bm

#define	GPIO_PIN1_bm PIN1_bm

#define	GPIO_PIN2_bm PIN2_bm

#define	GPIO_PIN3_bm PIN3_bm

#define	GPIO_PIN4_bm PIN4_bm

#define	GPIO_PIN5_bm PIN5_bm

#define	GPIO_PIN6_bm PIN0_bm

#define	GPIO_PIN7_bm PIN1_bm

#define	GPIO_PIN0CTRL GPIO_LOW_PORT.PIN0CTRL

#define	GPIO_PIN1CTRL GPIO_LOW_PORT.PIN1CTRL

#define	GPIO_PIN2CTRL GPIO_LOW_PORT.PIN2CTRL

#define	GPIO_PIN3CTRL GPIO_LOW_PORT.PIN3CTRL

#define	GPIO_PIN4CTRL GPIO_LOW_PORT.PIN4CTRL

#define	GPIO_PIN5CTRL GPIO_LOW_PORT.PIN5CTRL

#define	GPIO_PIN6CTRL GPIO_HIGH_PORT.PIN0CTRL

#define	GPIO_PIN7CTRL GPIO_HIGH_PORT.PIN1CTRL

#define	GPIO_READ() ((GPIO_LOW_PORT.IN & GPIO_LOW_PINS_gm) \| ((GPIO_HIGH_PORT.IN << GPIO_HIGH_PINS_gp) & GPIO_HIGH_PINS_gm))
	Read all GPIO pins More...

#define	GPIO_WRITE(VAL) GPIO_LOW_PORT.OUT = (VAL) & GPIO_LOW_PINS_gm; GPIO_HIGH_PORT.OUT = (((VAL) & GPIO_HIGH_PINS_gm) >> GPIO_HIGH_PINS_gp);
	Set all GPIO pins More...

#define	LED_PORT PORTE

#define	LED_PINS_gp 0

#define	LED_PINS_gm 0xFF

#define	LED0_PIN_bp PIN0_bp

#define	LED1_PIN_bp PIN1_bp

#define	LED2_PIN_bp PIN2_bp

#define	LED3_PIN_bp PIN3_bp

#define	LED4_PIN_bp PIN4_bp

#define	LED5_PIN_bp PIN5_bp

#define	LED6_PIN_bp PIN6_bp

#define	LED7_PIN_bp PIN7_bp

#define	LED0_PIN_bm PIN0_bm

#define	LED1_PIN_bm PIN1_bm

#define	LED2_PIN_bm PIN2_bm

#define	LED3_PIN_bm PIN3_bm

#define	LED4_PIN_bm PIN4_bm

#define	LED5_PIN_bm PIN5_bm

#define	LED6_PIN_bm PIN6_bm

#define	LED7_PIN_bm PIN7_bm

#define	BUTTON_LOW_PORT PORTD

#define	BUTTON_HIGH_PORT PORTR

#define	BUTTON_LOW_PINS_gp 0

#define	BUTTON_LOW_PINS_gm 0x3F

#define	BUTTON_HIGH_PINS_gp 6

#define	BUTTON_HIGH_PINS_gm 0xC0

#define	BUTTON0_PIN_bp PIN0_bp

#define	BUTTON1_PIN_bp PIN1_bp

#define	BUTTON2_PIN_bp PIN2_bp

#define	BUTTON3_PIN_bp PIN3_bp

#define	BUTTON4_PIN_bp PIN4_bp

#define	BUTTON5_PIN_bp PIN5_bp

#define	BUTTON6_PIN_bp PIN0_bp

#define	BUTTON7_PIN_bp PIN1_bp

#define	BUTTON0_PIN_bm PIN0_bm

#define	BUTTON1_PIN_bm PIN1_bm

#define	BUTTON2_PIN_bm PIN2_bm

#define	BUTTON3_PIN_bm PIN3_bm

#define	BUTTON4_PIN_bm PIN4_bm

#define	BUTTON5_PIN_bm PIN5_bm

#define	BUTTON6_PIN_bm PIN0_bm

#define	BUTTON7_PIN_bm PIN1_bm

#define	BUTTON0_PINCTRL BUTTON_LOW_PORT.PIN0CTRL

#define	BUTTON1_PINCTRL BUTTON_LOW_PORT.PIN1CTRL

#define	BUTTON2_PINCTRL BUTTON_LOW_PORT.PIN2CTRL

#define	BUTTON3_PINCTRL BUTTON_LOW_PORT.PIN3CTRL

#define	BUTTON4_PINCTRL BUTTON_LOW_PORT.PIN4CTRL

#define	BUTTON5_PINCTRL BUTTON_LOW_PORT.PIN5CTRL

#define	BUTTON6_PINCTRL BUTTON_HIGH_PORT.PIN0CTRL

#define	BUTTON7_PINCTRL BUTTON_HIGH_PORT.PIN1CTRL

#define	BUTTONS_READ() ((BUTTON_LOW_PORT.IN & BUTTON_LOW_PINS_gm) \| ((BUTTON_HIGH_PORT.IN << BUTTON_HIGH_PINS_gp) & BUTTON_HIGH_PINS_gm))
	Read all push buttons More...

#define	BUTTON_PRESSED(BUTTON) (!(BUTTONS_READ() & (1 << BUTTON)))
	Check if push button is pressed More...

#define	USART0_RX_PIN_bm PIN2_bm

#define	USART0_TX_PIN_bm PIN3_bm

#define	USART1_RX_PIN_bm PIN6_bm

#define	USART1_TX_PIN_bm PIN7_bm

#define	USB_USART_PORT PORTC

#define	USB_USART_MODULE USARTC0

#define	USB_USART_RX_PIN_bm USART0_RX_PIN_bm

#define	USB_USART_TX_PIN_bm USART0_TX_PIN_bm

#define	USB_USART_RXC_vect USARTC0_RXC_vect

#define	USB_USART_DRE_vect USARTC0_DRE_vect

#define	USB_USART_BSEL 11

#define	USB_USART_BSCALE (-7)

#define	USB_USART_CONFIG (USART_CHSIZE_8BIT_gc \| USART_PMODE_DISABLED_gc)

#define	USB_USART_SPEED 115200

#define	SENSOR_PORT PORTB

#define	SENSOR_ADC_MODULE ADCB

#define	LIGHT_SENSOR_SIGNAL_PIN_bp PIN1_bp

#define	LIGHT_SENSOR_SIGNAL_PIN_bm PIN1_bm

#define	LIGHT_SENSOR_ADC_INPUT ADC_CH_MUXPOS_PIN1_gc

#define	TEMPERATURE_SENSOR_SIGNAL_PIN_bp PIN0_bp

#define	TEMPERATURE_SENSOR_SIGNAL_PIN_bm PIN0_bm

#define	TEMPERATURE_SENSOR_ENABLE_PIN_bp PIN3_bp

#define	TEMPERATURE_SENSOR_ENABLE_PIN_bm PIN3_bm

#define	TEMPERATURE_SENSOR_ADC_INPUT ADC_CH_MUXPOS_PIN0_gc

#define	SPEAKER_SIGNAL_PORT PORTB

#define	SPEAKER_SIGNAL_PIN_bp PIN2_bp

#define	SPEAKER_SIGNAL_PIN_bm PIN2_bm

#define	SPEAKER_SHUTDOWN_PORT PORTQ

#define	SPEAKER_SHUTDOWN_PIN_bp PIN3_bp

#define	SPEAKER_SHUTDOWN_PIN_bm PIN3_bm

#define	SPEAKER_DAC_MODULE DACB

#define	SPEAKER_DAC_CHANNEL 0

#define	OSC_INTERNAL_2HZ 2000000L

#define	OSC_INTERNAL_32HZ 32000000L

#define	OSC_DEFAULT_HZ OSC_INTERNAL_2HZ

#define	F_CPU OSC_INTERNAL_2HZ

Detailed Description

Header file for the XMEGA-A1 Xplained evaluation board.

This header provides constants for the following components on the board:

Author: Wolfgang Neff

Version: 1.7

Date: 2018-07-22

History: Created: 2013-07-16
Modified: 2013-07-24
Modified: 2015-01-27
Modified: 2016-06-11
Modified: 2016-11-26
Modified: 2017-06-04
Modified: 2017-08-04
Modified: 2018-07-22

Note: USB: Parameter for the USART-to-USB gateway: 115200 8N1.
F_CPU: Default 2000000. Use default or set it via Project/Properties/Toolchain/Compiler/Symbols.
FreeROTS: TCC1 used as tick generator. Default: 1000 low level interrupts ticks per second.

Macros

Detailed Description

Macro Definition Documentation

◆ SENSOR_ADC_MODULE

◆ SENSOR_PORT