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Commit 40e8c892 authored by Petter Breedveld's avatar Petter Breedveld
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Finished day 3

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Session3-LF/Task1_LF/Task1_LF/Debug/Task1_LF.hex
View file @ 40e8c892
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Session3-LF/Task1_LF/Task1_LF/Debug/Task1_LF.srec
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Session3-LF/Task1_LF/Task1_LF/Debug/main.d
View file @ 40e8c892
......@@ -15,7 +15,10 @@ main.d main.o: .././main.c \
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\util\delay_basic.h \
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\math.h \
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\avr\interrupt.h \
.././adc.h .././uart.h
.././adc.h .././uart.h \
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\stdio.h \
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\lib\gcc\avr\4.9.2\include\stdarg.h \
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\lib\gcc\avr\4.9.2\include\stddef.h
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\avr\io.h:
......@@ -52,3 +55,9 @@ d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\avr\interrupt.h:
.././adc.h:
.././uart.h:
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\stdio.h:
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\lib\gcc\avr\4.9.2\include\stdarg.h:
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\lib\gcc\avr\4.9.2\include\stddef.h:
Session3-LF/Task1_LF/Task1_LF/Debug/uart.d
View file @ 40e8c892
......@@ -11,7 +11,11 @@ uart.d uart.o: .././uart.c \
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\avr\xmega.h \
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\avr\fuse.h \
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\avr\lock.h \
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\avr\interrupt.h
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\avr\interrupt.h \
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\stdio.h \
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\lib\gcc\avr\4.9.2\include\stdarg.h \
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\lib\gcc\avr\4.9.2\include\stddef.h \
.././uart.h
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\avr\io.h:
......@@ -38,3 +42,11 @@ d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\avr\fuse.h:
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\avr\lock.h:
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\avr\interrupt.h:
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\avr\include\stdio.h:
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\lib\gcc\avr\4.9.2\include\stdarg.h:
d:\atmel\7.0\toolchain\avr8\avr8-gnu-toolchain\lib\gcc\avr\4.9.2\include\stddef.h:
.././uart.h:
Session3-LF/Task1_LF/Task1_LF/adc.c
View file @ 40e8c892
......@@ -11,6 +11,7 @@ void adc_init(){
ADC0.CTRLA |= (ADC_RESSEL_8BIT_gc); //Set resolution, we choose 8 bits
ADC0.CTRLB |= (ADC_SAMPLNUM_ACC4_gc); //OPTIONAL: We can use multiple samples if we like, example here with 4
//More samples gives a better result but takes longer
ADC0.CTRLC |= (ADC_REFSEL_VDDREF_gc); //We select to use the supply voltage (VDD) as voltage reference
ADC0.CTRLC |= (ADC_PRESC_DIV2_gc); //ADC clock prescaler, best accuracy when run below 2MHz. (Here div2 ~1.46 MHz)
......@@ -21,6 +22,7 @@ void adc_init(){
uint8_t adc_read(uint8_t channel){
ADC0.MUXPOS = channel; //Select input on the ADC mux
//NOTE: We can use = here because this is the only thing the register holds. Neat!
ADC0.INTFLAGS |= (ADC_RESRDY_bm); //Clear the results ready flag
......
Session3-LF/Task1_LF/Task1_LF/main.c
View file @ 40e8c892
......@@ -18,32 +18,35 @@
#define LIGHT 6 // Light sensor is connected to ADC channel 6 (which is on port A pin 6)
uint8_t data, ones, tens, hundreds;
uint8_t data = 0;
int main(void)
{
uart_init(BAUD_9600);
uart_init(BAUD_9600); //Initiate the uart (provided in uart.c) with a baudrate of 9600
adc_init();
adc_init(); //Initiate the adc (The student has to write this function)
sei();
sei(); //If we want to receive via UART we need interrupts enabled.
//NOTE: UART isn't used to receive here and as such this isn't required.
while (1)
{
data = adc_read(6);
data = 0xff - data;
ones = (data%10);
data /= 10;
tens = (data%10);
data /= 10;
hundreds = (data%10);
data = adc_read(LIGHT); //Read the analog voltage on channel 6, connected to light sensor
uart_transmit(hundreds + 48);
uart_transmit(tens + 48);
uart_transmit(ones + 48);
uart_transmit(0x20); //Space
//The light sensor returns the ones complement (the opposite) of the brightness:
data = 0xff - data;
printf("Light intensity is currently %d brightness points!\n", data); //Print out the value neatly using printf
/*
About printf: Handles formatting of your print to terminal. This includes special characters, values of variables and more.
It takes one string and any variables you want to print.
Some handy special characters: \n = newline (enter), \t = tab
% marks a variable to be inserted in the string. %d = decimal, %x = hexadecimal, %f = floating point number (There are many more)
Variables to be inserted have to be provided comma separated after the string in order of appearance in string.
*/
_delay_ms(1000); //Wait a little before next read
}
......
Session3-LF/Task1_LF/Task1_LF/uart.c
View file @ 40e8c892
......@@ -9,34 +9,42 @@
#include <avr/io.h>
#include <avr/interrupt.h>
#include <stdio.h>
#include "uart.h"
void uart_init(unsigned long baud){
//From chapter 24.3 in datasheet
PORTB.OUTSET = (1 << PIN2_bp);
PORTB.DIRSET = (1 << PIN2_bp); //Setting up TX pin as output
USART0.BAUDH = (baud >> 8); //Shift register right by 8 bits
USART0.BAUDL = baud; //Set baud rate
PORTB.OUTSET |= (1 << PIN2_bp);
PORTB.DIRSET |= (1 << PIN2_bp); //Setting up TX pin as high output
USART0.BAUD = baud; //Set baudrate
//USART.CTRLC CMODE bits default to: async, 1 stop bit, 8 bit character size
USART0.CTRLB |= (1 << USART_RXEN_bp) | (1 << USART_TXEN_bp); //Enable RX and TX
USART0.CTRLA |= (1 << USART_RXCIE_bp); //Enable interupts on RX
fdevopen(uart_transmit, NULL); //This allows us to use printf instead of writing a single character at a time
//It also allows for easily printing variable values: printf("X is currently: %d \n", x_var);
}
// function to transmit data
void uart_transmit(unsigned char data){
while (!(USART0.STATUS & (1 << USART_DREIF_bp)));
USART0.TXDATAH = 0x00; //Is required!
USART0.TXDATAL = data;
int uart_transmit(char data, FILE* stream){
while (!(USART0.STATUS & (1 << USART_DREIF_bp))){
//Wait for ongoing transmission to finish (if there is one)
}
USART0.TXDATAL = data; //Put new data in register
return 0;
}
//Interrupt service routine for the receiver.
//Interrupt service routine for receiving
ISR(USART0_RXC_vect){
uint8_t data = USART0.RXDATAL; //We must read the data to clear the interrupt flag
//Do things with data (if you want)
uart_transmit(data + 1);
//Here we can do something with data if we would want that
}
\ No newline at end of file
Session3-LF/Task1_LF/Task1_LF/uart.h
View file @ 40e8c892
......@@ -9,8 +9,10 @@
#ifndef UART_H_
#define UART_H_
void uart_init(unsigned long baud);
#include <stdio.h> //Required for the FILE* type to be recognzed in the uart_transmit prototype
void uart_transmit(unsigned char data);
void uart_init(unsigned long baud);
int uart_transmit(char data, FILE* stream);
#endif /* UART_H_ */
\ No newline at end of file
Session3-LF/Task2_LF/Task2_LF/main.c
View file @ 40e8c892
......@@ -11,6 +11,7 @@
#include "display.h"
const uint8_t bitmap[512] PROGMEM =
{
0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
......@@ -52,12 +53,12 @@ int main(void)
DISP_init();
//DISP_write_bitmap(bitmap); //Printing Bitmap
DISP_print("Hello World!"); //Printing text
DISP_write_bitmap(bitmap); //Printing Bitmap
//DISP_print("Hello World!"); //Printing text
while (1)
{
}
}
Session3-LF/Task2_LF/Task2_LF/spi.c
View file @ 40e8c892
......@@ -13,15 +13,17 @@
// You need to setup SPI communication in SPI_MasterInit() and
// transmit data in SPI_MasterTransmit(...).
//
// HINT: Check out the defines in the file defines.h to see defines
// such as data direction registers and bit positions, and as always:
// HINT: Check out the , and as always:
// RTFD
//Oled is connected to alternate SPI pins
#define MOSI_BIT 2 //on port C
#define SCK_BIT 0 //on port C
#define SS_BIT 3 //on port C
#define SPI_PORT PORTC //
#define SPI_PORT PORTC //We can now use SPI_PORT.DIR, .OUT etc.
//We could also have defined bit masks for MOSI, SCL and SS.
//Then we wouldn't have to shift them all the time
......@@ -30,7 +32,7 @@ void SPI_MasterInit()
// Initialize the SPI port as master
// You will need to set MOSI, SCK, SS (slave select) as outputs
PORTMUX.CTRLB |= (1 << PORTMUX_SPI0_bp); //To use alternative SPI pins
PORTMUX.CTRLB |= PORTMUX_SPI0_bm; //To use alternative SPI pins
SPI_PORT.DIR |= (1 << MOSI_BIT) | (1 << SCK_BIT) | (1 << SS_BIT); //Set pins as output
......@@ -39,26 +41,28 @@ void SPI_MasterInit()
// Now enable SPI, Master and set clock rate
SPI0.CTRLA |= (1 << SPI_ENABLE_bp) | (1 << SPI_MASTER_bp); //Default clock divisor of 4 is fine
SPI0.CTRLA |= SPI_ENABLE_bm | SPI_MASTER_bm; //Default clock divisor of 4 is fine
//Make sure SS does not disable master mode
SPI0.CTRLB |= (1 << SPI_SSD_bp);
//Make sure SS does not disable master mode (Possibly not required)
SPI0.CTRLB |= SPI_SSD_bm;
}
void SPI_MasterTransmit(char cData)
{
// First select the correct slave by setting the slave select (SS) bit LOW
// First select the correct slave by setting its slave select (SS) LOW
PORTC.OUTCLR = (1 << SS_BIT);
// Then start the transmission by assigning the data to the SPI data register
SPI0.DATA = cData;
// Now wait for the data transmission to complete by periodically checking the SPI status register
//the SPI_IF is the only interupt flag with a function in non-buffered mode.
while(!(SPI0.INTFLAGS & (1 << SPI_IF_bp)));
//the SPI_IF and SPI_WRCOL is the only interrupt flag with a function in non-buffered mode.
while(!(SPI0.INTFLAGS & SPI_IF_bm)){
}
SPI0.DATA; //Dummy read to clear flag
// Finally set the slave select bit HIGH before leaving the function
......
Session3/Task1/adc.c 0 → 100644
View file @ 40e8c892
#include <avr/io.h>
void adc_init(){
//This function sets up the required registers to initialize the ADC
/*
Not as much help this time around.
We want our ADC to run in 8 bit mode using the supply voltage (VDD) as reference.
The rest is up to you to find out.
*/
}
uint8_t adc_read(uint8_t channel){
//This function takes in a channel and returns the result of the ADC opperation on that channel
//Keep in mind an ADC operation takes a little time
}
Session3/Task1/adc.h 0 → 100644
View file @ 40e8c892
#ifndef ADC_H_
#define ADC_H_
void adc_init(void); //This function initialezes the ADC module
uint8_t adc_read(uint8_t channel); //THis function takes in a channel and returns the result of the ADC measurement of the channel
#endif /* ADC_H_ */
\ No newline at end of file
Session3/Task1/main.c 0 → 100644
View file @ 40e8c892
#define F_CPU 3333333UL
#define BAUD_9600 ((4UL*F_CPU)/9600)
#include <avr/io.h>
#include <util/delay.h>
#include <avr/interrupt.h>