giljr

/* Project: Unit 04 - TMR
      Code: unit_04_04_timer1.c  [TMR@MAX]

   Objective:   In this project we will program TIMER1 AS TIMER
                to count its maximum scale and present results on the LED.
                See Calculation Memory are presented below:)

      Author:   microgenios, edited by J3

   PIC Lessons: How to Start to Program PIC 18 - Step-by-step for Beginners!

giljr

/* Project: Unit 04 - TMR
      Code: unit_04_03_countTillTen.c  [CNT@10pulses]

   Objective:   In this project we will program TIMER0 AS COUNTER 
                to count until 10 PULSES and present result on LED.
                There is no Calculation Memory because we are in asynch count mode:(
                To simulate, enter 10 pulses on pin RA4 (PIC18F4520's sixth pin).

      Author:   microgenios, edited by J3

giljr

/* Project: Unit 04 - TMR
      Code: unit_04_01_timer0Extended.c [TMR0@5s]

   Objective:   In this project let's configure Timer0 to overflow at each 5s.
                An LED (attached on PORTD.RB0) will blink at each 5 second:)
                See Calculation Memory for better code's undenstanding:)

      Author:   microgenios, edited by J3

   PIC Lessons: How to Start to Program PIC 18 - Step-by-step for Beginners!

giljr

/* Project: Unit 04 - TMR
      Code: unit_04_01_timer0.c [TMR0@1s]

   Objective:   In this project let's configure Timer0 to overflow at each 1s.
                An LED (attached on PORTD.RD0) will blink at each second:)
                See Calculation Memory for better code's understanding:)

      Author:   microgenios, edited by J3

   PIC Lessons: How to Start to Program PIC 18 - Step-by-step for Beginners!

giljr

/* Project: Unit 03 - ADC
      Code: unit_03_05_forcePoint.c

   Objective:   This code tells you how to force a point to a numbers to turn it into (fake) float

   Lib Notes :  Select these Libraries (LIB.MANAGER) for mikroC PRO for PIC compiler:)
                 > ADC
                 > LCD
                 > Conversions

giljr

/* Project: Unit 03 - ADC
      Code: unit_03_04_voltimeter.c

   Objective:   This code tells you how you can create a voltimeter:)
                Range: 0-5v
                USE: AN1


   Lib Notes :  Select these Libraries (LIB.MANAGER) for mikroC PRO for PIC compiler:)
                 > ADC

giljr

/* Project: Unit 03 - ADC
      Code: unit_03_03_formatNumbers.c

   Objective:   This code tells you how you can format the number you will present on screen:)
                We will  read channels (0 & 1) and present at LCD screen, like this:
                [AN0: ranged 0-100%]  ie: S1: 56%
                [AN1: ranged 0-255 ]  ie: S2: 255


   Lib Notes :  Select these Libraries (LIB.MANAGER) for mikroC PRO for PIC compiler:)

giljr

/* Project: Unit 03 - ADC
      Code: unit_03_02_chooseChannel.c

   Objective:   We will  create a function to read 
                a tripot at channel AN0 or AN1
                depending on the parameter passed:)

        Note:   Select these Libraries for mikroC PRO for PIC compiler:)
                 > LCD
                 > Conversions

giljr

/* Project: Unit 03 - ADC
      Code: unit_03_01_tripotRead.c

   Objective:   This is the hello world for ADC Module!
                We will read a tripot at channel AN0
                and present the result in the LCD:)

        Note:   Select these Libraries for mikroC PRO for PIC compiler:)
                 > LCD
                 > Conversions

giljr

/* Project: Unit 02 - LCD
      Code: unit_02_08_menu.c

   Objective:   This project explains how to make a two-level menu:)

    LIB Note:   Select on Library Manager the LCD library for mokroC PRO for PIC:)
                > LCD

      Author:   microgenios, edited by J3