/**
 * ==========================================================================
 * Twizy Virtual BMS: Configuration
 * ==========================================================================
 */

#ifndef _TwizyVirtualBMS_config_h
#define _TwizyVirtualBMS_config_h

// Serial debug output:
// Level 0 = none, only output init message
// Level 1 = log state transitions, errors & CAN statistics
// Level 2 = log CAN frame dumps (10 second interval)
#define TWIZY_DEBUG_LEVEL         0

// Set to 0 to disable CAN transmissions for testing:
#define TWIZY_CAN_SEND            1

// CAN send timing is normally 10 ms (10.000 us).
// You may need to lower this if your Arduino is too slow.
#define TWIZY_CAN_CLOCK_US        10000

// VirtualBMS can use Timer1 (16 bit), Timer2 (8 bit) or Timer3 (16bit)
// Select Timer2/3 if you need Timer1 for e.g. AltSoftSerial
#define TWIZY_USE_TIMER           2

// Timer2: precise resolutions depend on CPU type & clock frequency
// i.e. Arduino Nano 16 MHz: 1000 = 1 ms / 2000 = 0.5 ms / 5000 = 0.2 ms / 10000 = 0.1 ms
// Use lowest resolution possible to minimize side effects on AltSoftSerial
#define TWIZY_TIMER2_RESOLUTION   1000

// Set your MCP clock frequency here:
#define TWIZY_CAN_MCP_FREQ        MCP_16MHZ

// Set your SPI CS pin number here:
#define TWIZY_CAN_CS_PIN          10

// If you've connected the CAN module's IRQ pin (0 = polling):
#define TWIZY_CAN_IRQ_PIN         2

// Set your 3MW control pin here:
#define TWIZY_3MW_CONTROL_PIN     3

#endif // _TwizyVirtualBMS_config_h