Set high side pin to 28 and low side pin to 14, following the VFD schematic
Add new global constant named TEST_CIRCUIT that dictates whether the test circuit gate driver or the VFD gate driver is being used
Change the function named set_inverter_pins_ to set_hilo_pins_ and create a new function set_logic_pin_ that outputs the high side signal and a constant 1
set_hilo_pins_ will output the signals under the assumption that the VFD gate driver is being used while set_logic_pin_ outputs signals assuming that the test circuit gate driver is being used
Create a function pointer called set_inverter_pins_ that points to either set_hilo_pins_ or set_logic_pin_ depending on the value of TEST_CIRCUIT
Resolves #26 by doing the following:
TEST_CIRCUITthat dictates whether the test circuit gate driver or the VFD gate driver is being usedset_inverter_pins_toset_hilo_pins_and create a new functionset_logic_pin_that outputs the high side signal and a constant 1set_hilo_pins_will output the signals under the assumption that the VFD gate driver is being used whileset_logic_pin_outputs signals assuming that the test circuit gate driver is being usedset_inverter_pins_that points to eitherset_hilo_pins_orset_logic_pin_depending on the value ofTEST_CIRCUIT