
Learn to start using Flowcode by creating a new project, selecting a target device (PIC16F1937), and exploring panels, components, and the run and debug workflow to deploy code.
Learn to create your first Flowcode program for a PIC16F1937 by writing hex 0xf0 to port B, explore masking, simulate with led array, and verify outputs in the system panel.
Learn to implement a one-second delay in flowcode by using output and delay blocks to illuminate portB bits B0 to B3 sequentially, with simulated LEDs showing the results.
Learn how to define variables, initialize them, choose data types, and display values on port c with an LED array.
Learn how to implement loops in Flowcode, using loop while and loop until, with a count variable, port B output, and a one second delay to display 0 through 9.
Explore how to use the flowcode decision icon to test a condition, swap yes and no branches, and drive red or green leds on port d based on loop count.
Learn Flowcode operations, including arithmetic, logical, and bitwise operators, and apply a bitwise and between x=22 and y=78 to display the result on port B leds.
Learn to read digital inputs in Flowcode by using an array of switches from A0 to A3, storing the combined value in a byte, and driving the LED on B0.
Learn how macros in flowcode modularize complex programs and reduce code redundancy. Use macro parameters and local variables to make the flowchart more readable and scalable.
Learn to display A0 is equal to the value on a 2x16 lcd in Flowcode by writing strings and the value as an integer using PrintString and PrintNumber.
This is a course to teach you how to use Flowcode, which is a software to program microcontrollers like PIC and Arduino
I've made simple videos so that you can take this quick overview about it.
Topics covered:
1. Introduction about Flowcode program
2. Outputs using Flowcode
3. Delay using Flowcode
4. Variables using Flowcode
5. Loops using Flowcode
6. Operations using Flowcode
7. Decisions using Flowcode
8. Inputs using Flowcode
9. Macro using Flowcode
10. LCD using Flowcode