#pragma once #include "pico/stdlib.h" #include "ws2812.hpp" #include "motor2.hpp" #include "motor_cluster.hpp" namespace motor { namespace motor2040 { const uint MOTOR_A_P = 4; const uint MOTOR_A_N = 5; const uint MOTOR_B_P = 6; const uint MOTOR_B_N = 7; const uint MOTOR_C_P = 8; const uint MOTOR_C_N = 9; const uint MOTOR_D_P = 10; const uint MOTOR_D_N = 11; const pin_pair MOTOR_A(MOTOR_A_P, MOTOR_A_N); const pin_pair MOTOR_B(MOTOR_B_P, MOTOR_B_N); const pin_pair MOTOR_C(MOTOR_C_P, MOTOR_C_N); const pin_pair MOTOR_D(MOTOR_D_P, MOTOR_D_N); const uint NUM_MOTORS = 4; const uint ENCODER_A_A = 0; const uint ENCODER_A_B = 1; const uint ENCODER_B_A = 2; const uint ENCODER_B_B = 3; const uint ENCODER_C_A = 12; const uint ENCODER_C_B = 13; const uint ENCODER_D_A = 14; const uint ENCODER_D_B = 15; const pin_pair ENCODER_A(ENCODER_A_A, ENCODER_A_B); const pin_pair ENCODER_B(ENCODER_B_A, ENCODER_B_B); const pin_pair ENCODER_C(ENCODER_C_A, ENCODER_C_B); const pin_pair ENCODER_D(ENCODER_D_A, ENCODER_D_B); const uint NUM_ENCODERS = 4; const uint TX_TRIG = 16; const uint RX_ECHO = 17; const uint LED_DATA = 18; const uint NUM_LEDS = 1; const uint USER_SW = 23; const uint ADC_ADDR_0 = 22; const uint ADC_ADDR_1 = 24; const uint ADC_ADDR_2 = 25; const uint ADC0 = 26; const uint ADC1 = 27; const uint ADC2 = 28; const uint SHARED_ADC = 29; // The pin used for the board's sensing features const uint CURRENT_SENSE_A_ADDR = 0b000; const uint CURRENT_SENSE_B_ADDR = 0b001; const uint CURRENT_SENSE_C_ADDR = 0b010; const uint CURRENT_SENSE_D_ADDR = 0b011; const uint VOLTAGE_SENSE_ADDR = 0b100; const uint FAULT_SENSE_ADDR = 0b101; const uint SENSOR_1_ADDR = 0b110; const uint SENSOR_2_ADDR = 0b111; const uint NUM_SENSORS = 2; constexpr float SHUNT_RESISTOR = 0.47f; constexpr float CURRENT_GAIN = 5; constexpr float VOLTAGE_GAIN = 3.9f / 13.9f; constexpr float CURRENT_OFFSET = -0.02f; } }