Difference between revisions of "ME333 Sample Code"

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'''Problems, Section A.5''': [[Media:CCCbubble.c|bubble.c]], [[Media:CCClights.c|lights.c]], [[Media:CCChexdump.c|hexdump.c]]
'''Problems, Section A.5''': [[Media:CCCbubble.c|bubble.c]], [[Media:CCClights.c|lights.c]], [[Media:CCChexdump.c|hexdump.c]]


== Chapter 1 ==
== Chapter 1 - Quickstart ==


[[Media:simplePIC.c|simplePIC.c]], [[Media:simplePIC_standalone.c|simplePIC_standalone.c]], [[Media:talkingPIC.c|talkingPIC.c]]
[[Media:simplePIC.c|simplePIC.c]], [[Media:simplePIC_standalone.c|simplePIC_standalone.c]], [[Media:talkingPIC.c|talkingPIC.c]], [[Media:NU32bootloaded.ld|NU32bootloaded.ld]], [[Media:NU32.c|NU32.c]], [[Media:NU32.h|NU32.h]]


== Chapter 3 ==
== Chapter 3 - Looking Under The Hood: Software ==


Problem 6: [[Media:Ch3_makefile.txt|makefile]] (save as "makefile")
Problem 6: [[Media:Ch3_makefile.txt|makefile]] (save as "makefile"; make sure there is no .txt extension)


== Chapter 5 ==
== Chapter 4 - Using Libraries ==

[[Media:Ch4_code.zip|All Chapter 4 code (zip)]]

-> LCD code, has a bug

== Chapter 5 - Time and Space ==


[[Media:Ch5_timing.c|timing.c]]
[[Media:Ch5_timing.c|timing.c]]


-> add a timing.c with coreTimer?
== PIC32 Code ==

== Chapter 6 - Interrupts ==

[[Media:Ch6_code.zip|All Chapter 6 code (zip)]]

-> these are all plib, check all or change to registers, some plib fns did not work last year

== Chapter 7 - Digital Input and Output ==

[[Media:Ch7_code.zip|All Chapter 7 code (zip)]]

== Chapter 8 - Counters / Timers ==

[[Media:Ch8_code.zip|All Chapter 8 code (zip)]]

== Chapter 9 - Output Compare ==

[[Media:Ch9_code.zip|All Chapter 9 code (zip)]]

== Chapter 10 - Analog Input ==

[[Media:Ch10_code.zip|All Chapter 10 code (zip)]]

== Chapter 11 - UART ==

[[Media:Ch11_code.zip|All Chapter 11 code (zip)]]

== Chapter 12 - SPI Communication ==

[[Media:Ch12_code.zip|All Chapter 12 code (zip)]]

== Chapter 13 - I2C Communication ==

[[Media:Ch13_code.zip|All Chapter 13 code (zip)]]

== Chapter 14 - USB ==

[[Media:Ch14_code.zip|All Chapter 14 code (zip)]]

== Chapter 15 - Input Capture ==

[[Media:Ch15_code.zip|All Chapter 15 code (zip)]]

== Chapter 16 - Comparator ==

[[Media:Ch16_code.zip|All Chapter 16 code (zip)]]

== Chapter 17 - Watchdog Timer ==

[[Media:Ch17_code.zip|All Chapter 17 code (zip)]]

== Chapter 18 - Storing Data in Flash Memory ==

[[Media:Ch18_code.zip|All Chapter 18 code (zip)]]

== Chapter 19 - Power Saving: Sleep, Idle, and Freeze ==

[[Media:Ch19_code.zip|All Chapter 19 code (zip)]]

== Chapter 20 - Real-time Clock and Calendar ==

[[Media:Ch20_code.zip|All Chapter 20 code (zip)]]

== Chapter 21 - Controller Area Network (CAN) ==

[[Media:Ch21_code.zip|All Chapter 21 code (zip)]]

== Chapter 22 - Direct Memory Access ==

[[Media:Ch22_code.zip|All Chapter 22 code (zip)]]

== Chapter 23 - Sensors and Signal Conditioning ==

[[Media:Ch23_code.zip|All Chapter 23 code (zip)]]

== Chapter 24 - Digital Signal processing ==

[[Media:Ch24_code.zip|All Chapter 24 code (zip)]]

== Chapter 25 - Brushed Permanent Magnet DC Motors ==

[[Media:Ch25_code.zip|All Chapter 25 code (zip)]]

== Chapter 26 - DC Motor Control ==

[[Media:Ch26_code.zip|All Chapter 26 code (zip)]]

== Chapter 27 - Brushless Motor Control ==

[[Media:Ch27_code.zip|All Chapter 27 code (zip)]]

== Chapter 28 - Stepper Motors and RC Servos ==

[[Media:Ch28_code.zip|All Chapter 28 code (zip)]]

== Chapter 29 - Connecting to an Android Device ==

[[Media:Ch29_code.zip|All Chapter 29 code (zip)]]






== Final Project ==
* [[Media:NU32_to_dsPIC_example.c|NU32_to_dsPIC_example.c]] Reading an encoder with the dsPIC breakout board
* [[Media:dsPIC.c|dsPIC.c]] dsPIC support files
* [[Media:dsPIC.h|dsPIC.h]] dsPIC support files
* [[Media:DesiredTrajectory.h|DesiredTrajectory.h]] Desired Trajectory for Part 8 and 9

== OLD PIC32 Code ==


'''DIP PIC32 with reconfigurable pins (1/2xx)''' (11/21)
'''DIP PIC32 with reconfigurable pins (1/2xx)''' (11/21)
Line 60: Line 177:
* [[Media:OC_PWM_lib.c|OC_PWM_lib.c]]: Set up PWM using peripheral library functions.
* [[Media:OC_PWM_lib.c|OC_PWM_lib.c]]: Set up PWM using peripheral library functions.
* [[Media:OC_square_wave.c|OC_square_wave.c]]: Alternate between two different PWM duty cycles at 1 Hz. PWM is at 100 kHz and can be low-pass filtered to get a square wave analog output.
* [[Media:OC_square_wave.c|OC_square_wave.c]]: Alternate between two different PWM duty cycles at 1 Hz. PWM is at 100 kHz and can be low-pass filtered to get a square wave analog output.

'''Using the UART''' (9/14)
* Simple RS232 communication: one UART to another on the same PIC
* Simple RS232 communication: PIC to PIC
* RS232 with hardware flow control
* Talking to a PC with an FTDI cable

'''Using SPI''' (9/19)
* SPI1 to SPI2 on one PIC
* PIC to PIC
* MCP4922 12bit SPI DAC
* MCP3008 10bit SPI ADC
* Microchip 23k256 256kbit SPI SRAM

'''USB''' (9/24)
* HID to Processing on a PC
* CDC to PC

'''Using I2C''' (9/28)
* I2C1 to I2C2 on one PIC
* PIC to PIC
* MAX518 8bit I2C DAC
* NAU7802 24bit I2C ADC
* PCF8570 2kbit I2C SRAM

'''Comparator''' (10/5)
* turn a light on or off based on potentiometer reading
* 16-value analog output?

'''Input Capture''' (10/12)
* create a PWM signal (duty cycle controlled by a potentiometer) and read in to an input capture, display the pulse width or duty cycle

'''Watchdog Timer''' (10/16)
* Press a button every so often or watch the PIC reset itself (and perhaps a light stays off until you manually reset it or something)

'''Using the RTCC''' (10/19)
* Keeping time: set time from a PC, display current time on same PC
* alarm clock demo?

'''Programming the onboard flash''' (10/26)
* Flash self programming: displays saved data at power on, allows user to enter new data (button presses, whatever), displays the new data, and when you power cycle, PIC displays the most recent data on startup

'''Sleep, Idle, Freeze''' (11/2)
* config bits?
* demonstrate little current usage in sleep mode; wake up at predefined intervals or on certain signals and do something (and see the spike in current usage?)

'''Using CAN''' (11/9)
* Three PICs establishing a CAN bus: each PIC has a button and the state of the LEDs on each NU32 changes depending on which buttons are pressed (confirm communication between PICs)
* PC to PIC (Peak card?)
* some CAN chip? sensor?


'''Analog to digital''' (11/16)
'''Analog to digital''' (11/16)
Line 131: Line 198:
* [[Media:NU32_rcservo_pwm_example.c|NU32_rcservo_pwm_example.c]]: Use a PWM pin to set the position of the servo (note you only have 5 PWM pins)
* [[Media:NU32_rcservo_pwm_example.c|NU32_rcservo_pwm_example.c]]: Use a PWM pin to set the position of the servo (note you only have 5 PWM pins)
* [[Media:NU32_rcservo_digio_example.c|NU32_rcservo_digio_example.c]]: Use any digital IO pin and a timer to set the position of the servo
* [[Media:NU32_rcservo_digio_example.c|NU32_rcservo_digio_example.c]]: Use any digital IO pin and a timer to set the position of the servo

'''LCD code'''
* [[Media:LCD.c|LCD.c]]: LCD library.
* [[Media:LCD.h|LCD.h]]: LCD header file.
* [[Media:LCDtest.c|LCDtest.c]]: Test program for LCD library.

'''Data logging on a uSD card'''
* Using the Microchip FAT32 library, AN1045

Latest revision as of 14:31, 2 December 2013

A Crash Course in C

Section A.1: HelloWorld.c

Section A.4: printout.c, datasizes.c, overflow.c, typecast.c, invest.c

Section A.4.16: helper.h, helper.c, main.c

Problems, Section A.5: bubble.c, lights.c, hexdump.c

Chapter 1 - Quickstart

simplePIC.c, simplePIC_standalone.c, talkingPIC.c, NU32bootloaded.ld, NU32.c, NU32.h

Chapter 3 - Looking Under The Hood: Software

Problem 6: makefile (save as "makefile"; make sure there is no .txt extension)

Chapter 4 - Using Libraries

All Chapter 4 code (zip)

-> LCD code, has a bug

Chapter 5 - Time and Space

timing.c

-> add a timing.c with coreTimer?

Chapter 6 - Interrupts

All Chapter 6 code (zip)

-> these are all plib, check all or change to registers, some plib fns did not work last year

Chapter 7 - Digital Input and Output

All Chapter 7 code (zip)

Chapter 8 - Counters / Timers

All Chapter 8 code (zip)

Chapter 9 - Output Compare

All Chapter 9 code (zip)

Chapter 10 - Analog Input

All Chapter 10 code (zip)

Chapter 11 - UART

All Chapter 11 code (zip)

Chapter 12 - SPI Communication

All Chapter 12 code (zip)

Chapter 13 - I2C Communication

All Chapter 13 code (zip)

Chapter 14 - USB

All Chapter 14 code (zip)

Chapter 15 - Input Capture

All Chapter 15 code (zip)

Chapter 16 - Comparator

All Chapter 16 code (zip)

Chapter 17 - Watchdog Timer

All Chapter 17 code (zip)

Chapter 18 - Storing Data in Flash Memory

All Chapter 18 code (zip)

Chapter 19 - Power Saving: Sleep, Idle, and Freeze

All Chapter 19 code (zip)

Chapter 20 - Real-time Clock and Calendar

All Chapter 20 code (zip)

Chapter 21 - Controller Area Network (CAN)

All Chapter 21 code (zip)

Chapter 22 - Direct Memory Access

All Chapter 22 code (zip)

Chapter 23 - Sensors and Signal Conditioning

All Chapter 23 code (zip)

Chapter 24 - Digital Signal processing

All Chapter 24 code (zip)

Chapter 25 - Brushed Permanent Magnet DC Motors

All Chapter 25 code (zip)

Chapter 26 - DC Motor Control

All Chapter 26 code (zip)

Chapter 27 - Brushless Motor Control

All Chapter 27 code (zip)

Chapter 28 - Stepper Motors and RC Servos

All Chapter 28 code (zip)

Chapter 29 - Connecting to an Android Device

All Chapter 29 code (zip)




Final Project

OLD PIC32 Code

DIP PIC32 with reconfigurable pins (1/2xx) (11/21)

  • Reconfiguring the pins.

Simple PIC

  • simplePIC.c: Flashes LEDs on the NU32 unless the USER button is pressed.

NU32 library, header file, procdefs, and terminal comm test

Interrupts

  • INT_core_timer.c: Interrupt on core timer period match.
  • INT_ext_int.c: Interrupt on rising edge of external interrupt line INT0.
  • Peripheral timer interrupt.

Digital I/O

  • DIGIO_sfrs.c: Digital I/O and change notification using SFR manipulation.
  • DIGIO_plib.c: Digital I/O and change notification using the peripheral library.

Counter/timer

Output compare (PWM)

  • OC_PWM_nolib.c: Set up PWM by setting SFRs.
  • OC_PWM_lib.c: Set up PWM using peripheral library functions.
  • OC_square_wave.c: Alternate between two different PWM duty cycles at 1 Hz. PWM is at 100 kHz and can be low-pass filtered to get a square wave analog output.

Analog to digital (11/16)

  • ADC_Read2.c: Reads two analog inputs repetitively and prints the results to the user's terminal.
  • ADC_Read2_LCD.c Reads two analog inputs repetitively and prints the results to the LCD.
  • Something else, scanning mode, asynchronous results check on the buffer, and/or interrupt generated when some results are ready.

Applications

DSP and FFT

Reading a quadrature encoder with the dsPIC33FJ12MC201 breakout board

Controlling a stepper motor with the TB6612

Controlling an RC servo motor