📄 spce061a.h
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#define C_DAC2_LATCH_AB 0x0060 // P_DAC_Ctrl
#define C_MIC_DIRECT 0x0000 // P_DAC_Ctrl
#define C_MIC_LATCH_A 0x0008 // P_DAC_Ctrl
#define C_MIC_LATCH_B 0x0010 // P_DAC_Ctrl
#define C_MIC_LATCH_AB 0x0018 // P_DAC_Ctrl
#define C_DAC_DIS 0x0002 // P_DAC_Ctrl
// Constants for SIO
#define C_SIO_CONFIG 0x0080 // P_SIO_Ctrl
#define C_SIO_READ 0x0000 // P_SIO_Ctrl
#define C_SIO_WRITE 0x0040 // P_SIO_Ctrl
#define C_SIO_CLOCK_32 0x0018 // P_SIO_Ctrl
#define C_SIO_CLOCK_16 0x0000 // P_SIO_Ctrl
#define C_SIO_CLOCK_8 0x0010 // P_SIO_Ctrl
#define C_SIO_ADDR_24 0x0003 // P_SIO_Ctrl
#define C_SIO_ADDR_16 0x0000 // P_SIO_Ctrl
#define C_SIO_ADDR_8 0x0002 // P_SIO_Ctrl
#define C_SIO_ADDR_NO 0x0001 // P_SIO_Ctrl
#define C_SIO_BUSY 0x0080 // P_SIO_Start
// Constants for UART
#define C_UART_RX_INT 0x0080 // P_UART_Command1
#define C_UART_TX_INT 0x0040 // P_UART_Command1
#define C_UART_RESET 0x0020 // P_UART_Command1
#define C_UART_PARITY_EVEN 0x0008 // P_UART_Command1
#define C_UART_PARITY_ODD 0x0000 // P_UART_Command1
#define C_UART_PARITY_EN 0x0004 // P_UART_Command1
#define C_UART_PARITY_DIS 0x0000 // P_UART_Command1
#define C_UART_RX_RDY 0x0080 // P_UART_Command2
#define C_UART_TX_RDY 0x0040 // P_UART_Command2
#define C_UART_RX_EN 0x0080 // P_UART_Command2
#define C_UART_TX_EN 0x0040 // P_UART_Command2
#define C_UART_PE 0x0008 // P_UART_Command2
#define C_UART_OE 0x0010 // P_UART_Command2
#define C_UART_FE 0x0020 // P_UART_Command2
// Constants for Feedback
#define C_FEEDBACK1_EN 0x0004 // P_Feedback
#define C_FEEDBACK2_EN 0x0008 // P_Feedback
#define C_IRTX_EN 0x0001 // P_Feedback
// Constants for LVD
#define C_LVD33V 0x0002 // P_LVD_Ctrl
#define C_LVD29V 0x0001 // P_LVD_Ctrl
// Other Constants
#define C_WDTCLR 0x0001 // P_Watchdog_Clear
///////////////////////////////////////////////////////////////////
// Old definitions for LVD @'SPCE061V004.h'
#define C_LVD24V 0x0000 // P_LVD_Ctrl
#define C_LVD28V 0x0001 // P_LVD_Ctrl
#define C_LVD32V 0x0002 // P_LVD_Ctrl
#define C_LVD36V 0x0003 // P_LVD_Ctrl
// Old definitions for TimerA & TimerB @'SPCE061V004.h'
#define C_TimerADefault 0x0036 // P_TimerA_Ctrl
#define C_SourceA_Fosc2 0x0000 // P_TimerA_Ctrl
#define C_SourceA_Fosc256 0x0001 // P_TimerA_Ctrl
#define C_SourceA_32768Hz 0x0002 // P_TimerA_Ctrl
#define C_SourceA_8192Hz 0x0003 // P_TimerA_Ctrl
#define C_SourceA_4096Hz 0x0004 // P_TimerA_Ctrl
#define C_SourceA_1 0x0005 // P_TimerA_Ctrl
#define C_SourceA_0 0x0006 // P_TimerA_Ctrl
#define C_SourceA_Ext1 0x0007 // P_TimerA_Ctrl
#define C_SourceB_2048Hz 0x0000 // P_TimerA_Ctrl
#define C_SourceB_1024Hz 0x0008 // P_TimerA_Ctrl
#define C_SourceB_256Hz 0x0010 // P_TimerA_Ctrl
#define C_SourceB_TMB1 0x0018 // P_TimerA_Ctrl
#define C_SourceB_4Hz 0x0020 // P_TimerA_Ctrl
#define C_SourceB_2Hz 0x0028 // P_TimerA_Ctrl
#define C_SourceB_1 0x0030 // P_TimerA_Ctrl
#define C_SourceB_Ext2 0x0038 // P_TimerA_Ctrl
#define C_TimerBDefault 0x0006 // P_TimerB_Ctrl
#define C_SourceC_Fosc2 0x0000 // P_TimerB_Ctrl
#define C_SourceC_Fosc256 0x0001 // P_TimerB_Ctrl
#define C_SourceC_32768Hz 0x0002 // P_TimerB_Ctrl
#define C_SourceC_8192Hz 0x0003 // P_TimerB_Ctrl
#define C_SourceC_4096Hz 0x0004 // P_TimerB_Ctrl
#define C_SourceC_1 0x0005 // P_TimerB_Ctrl
#define C_SourceC_0 0x0006 // P_TimerB_Ctrl
#define C_SourceC_Ext1 0x0007 // P_TimerB_Ctrl
#define C_DutyOff 0x0000 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty1 0x0040 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty2 0x0080 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty3 0x00C0 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty4 0x0100 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty5 0x0140 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty6 0x0180 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty7 0x01C0 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty8 0x0200 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty9 0x0240 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty10 0x0280 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty11 0x02C0 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty12 0x0300 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty13 0x0340 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty14 0x0380 // P_TimerA_Ctrl, P_TimerB_Ctrl
#define C_Duty_Div_2 0x03C0 // P_TimerA_Ctrl, P_TimerB_Ctrl
// Old definitions for ADC & DAC @'SPCE061V004.h'
#define C_ADCE 0x0001 // P_ADC_Ctrl
#define C_ADCN 0x0000 // P_ADC_Ctrl
#define C_MIC_DIS 0x0002 // P_ADC_Ctrl
#define C_MIC_ENB 0x0000 // P_ADC_Ctrl
#define C_AGCE 0x0004 // P_ADC_Ctrl
#define C_AGCN 0x0000 // P_ADC_Ctrl
#define C_DAC_OUT2mA 0x0040 // P_ADC_Ctrl
#define C_DAC_OUT3mA 0x0000 // P_ADC_Ctrl
#define C_VEXTREF_ENB 0x0080 // P_ADC_Ctrl
#define C_VEXTREF_DIS 0x0000 // P_ADC_Ctrl
#define C_V2VREFB_DIS 0x0100 // P_ADC_Ctrl
#define C_V2VREFB_ENB 0x0000 // P_ADC_Ctrl
#define C_DA1_Direct 0x0000 // P_DAC_Ctrl
#define C_DA1_LatchA 0x0080 // P_DAC_Ctrl
#define C_DA1_LatchB 0x0100 // P_DAC_Ctrl
#define C_DA1_LatchAB 0x0180 // P_DAC_Ctrl
#define C_DA2_Direct 0x0000 // P_DAC_Ctrl
#define C_DA2_LatchA 0x0020 // P_DAC_Ctrl
#define C_DA2_LatchB 0x0040 // P_DAC_Ctrl
#define C_DA2_LatchAB 0x0060 // P_DAC_Ctrl
#define C_AD_Direct 0x0000 // P_DAC_Ctrl
#define C_AD_LatchA 0x0008 // P_DAC_Ctrl
#define C_AD_LatchB 0x0010 // P_DAC_Ctrl
#define C_AD_LatchAB 0x0018 // P_DAC_Ctrl
#define C_ADC_CH_MICin 0x0000 // P_ADC_MUX_Ctrl
#define C_ADC_CH1 0x0001 // P_ADC_MUX_Ctrl
#define C_ADC_CH2 0x0002 // P_ADC_MUX_Ctrl
#define C_ADC_CH3 0x0003 // P_ADC_MUX_Ctrl
#define C_ADC_CH4 0x0004 // P_ADC_MUX_Ctrl
#define C_ADC_CH5 0x0005 // P_ADC_MUX_Ctrl
#define C_ADC_CH6 0x0006 // P_ADC_MUX_Ctrl
#define C_ADC_CH7 0x0007 // P_ADC_MUX_Ctrl
// Old definitions for SIO @'SPCE061V004.h'
#define C_SIO_Addr8 0x0002 // P_SIO_Ctrl
#define C_SIO_Addr16 0x0000 // P_SIO_Ctrl
#define C_SIO_Addr24 0x0003 // P_SIO_Ctrl
#define C_SIO_Clk_Div_16 0x0000 // P_SIO_Ctrl
#define C_SIO_Clk_Div_4 0x0008 // P_SIO_Ctrl
#define C_SIO_Clk_Div_8 0x0010 // P_SIO_Ctrl
#define C_SIO_Clk_Div_32 0x0018 // P_SIO_Ctrl
#define C_SIO_RW_Dis 0x0020 // P_SIO_Ctrl
#define C_SIO_RW_ENB 0x0000 // P_SIO_Ctrl
#define C_SIO_RD 0x0000 // P_SIO_Ctrl
#define C_SIO_WR 0x0040 // P_SIO_Ctrl
#define C_SIO_ENB 0x0080 // P_SIO_Ctrl
#define C_SIO_Dis 0x0000 // P_SIO_Ctrl
#define C_SIOSTARTCMD 0x5555 // P_SIO_Start
#define C_SIOSTOPCMD 0x5555 // P_SIO_Stop
// Old definitions for UART @'SPCE061V004.h'
#define C_UART_Parity_ENB 0x0004 // P_UART_Command1
#define C_UART_Parity_Odd 0x0000 // P_UART_Command1
#define C_UART_Parity_Even 0x0008 // P_UART_Command1
#define C_UART_Reset 0x0020 // P_UART_Command1
#define C_UART_Tx_IRQ_ENB 0x0040 // P_UART_Command1
#define C_UART_Rx_IRQ_ENB 0x0080 // P_UART_Command1
#define C_UART_Tx_Pin_ENB 0x0040 // P_UART_Command2
#define C_UART_Rx_Pin_ENB 0x0080 // P_UART_Command2
#define C_UART_Parity_Error 0x0008 // P_UART_Command2
#define C_UART_OverRun_Error 0x0010 // P_UART_Command2
#define C_UART_Frame_Error 0x0020 // P_UART_Command2
#define C_UART_Tx_RDY 0x0040 // P_UART_Command2
#define C_UART_Rx_RDY 0x0080 // P_UART_Command2
// IO port control registers
typedef struct _bit_struct
{unsigned int bit0:1; unsigned int bit1:1; unsigned int bit2:1; unsigned int bit3:1;
unsigned int bit4:1; unsigned int bit5:1; unsigned int bit6:1; unsigned int bit7:1;
unsigned int bit8:1; unsigned int bit9:1; unsigned int bit10:1; unsigned int bit11:1;
unsigned int bit12:1; unsigned int bit13:1; unsigned int bit14:1; unsigned int bit15:1;
}bit_field;
#define IOA0 (*(volatile bit_field*)(P_IOA_Data)).bit0
#define IOA1 (*(volatile bit_field*)(P_IOA_Data)).bit1
#define IOA2 (*(volatile bit_field*)(P_IOA_Data)).bit2
#define IOA3 (*(volatile bit_field*)(P_IOA_Data)).bit3
#define IOA4 (*(volatile bit_field*)(P_IOA_Data)).bit4
#define IOA5 (*(volatile bit_field*)(P_IOA_Data)).bit5
#define IOA6 (*(volatile bit_field*)(P_IOA_Data)).bit6
#define IOA7 (*(volatile bit_field*)(P_IOA_Data)).bit7
#define IOA8 (*(volatile bit_field*)(P_IOA_Data)).bit8
#define IOA9 (*(volatile bit_field*)(P_IOA_Data)).bit9
#define IOA10 (*(volatile bit_field*)(P_IOA_Data)).bit10
#define IOA11 (*(volatile bit_field*)(P_IOA_Data)).bit11
#define IOA12 (*(volatile bit_field*)(P_IOA_Data)).bit12
#define IOA13 (*(volatile bit_field*)(P_IOA_Data)).bit13
#define IOA14 (*(volatile bit_field*)(P_IOA_Data)).bit14
#define IOA15 (*(volatile bit_field*)(P_IOA_Data)).bit15
#define IOB0 (*(volatile bit_field*)(P_IOB_Data)).bit0
#define IOB1 (*(volatile bit_field*)(P_IOB_Data)).bit1
#define IOB2 (*(volatile bit_field*)(P_IOB_Data)).bit2
#define IOB3 (*(volatile bit_field*)(P_IOB_Data)).bit3
#define IOB4 (*(volatile bit_field*)(P_IOB_Data)).bit4
#define IOB5 (*(volatile bit_field*)(P_IOB_Data)).bit5
#define IOB6 (*(volatile bit_field*)(P_IOB_Data)).bit6
#define IOB7 (*(volatile bit_field*)(P_IOB_Data)).bit7
#define IOB8 (*(volatile bit_field*)(P_IOB_Data)).bit8
#define IOB9 (*(volatile bit_field*)(P_IOB_Data)).bit9
#define IOB10 (*(volatile bit_field*)(P_IOB_Data)).bit10
#define IOB11 (*(volatile bit_field*)(P_IOB_Data)).bit11
#define IOB12 (*(volatile bit_field*)(P_IOB_Data)).bit12
#define IOB13 (*(volatile bit_field*)(P_IOB_Data)).bit13
#define IOB14 (*(volatile bit_field*)(P_IOB_Data)).bit14
#define IOB15 (*(volatile bit_field*)(P_IOB_Data)).bit15
#define SET_BIT(x,y) ((x)|=(0x0001)<<(y))) //x的第y位置1
#define CLR_BIT(x,y) ((x)&=~(0x0001<<(y))) //x的第y位清0
#define CPL_BIT(x,y) ((x)^=(0x0001<<(y))) //x的第y取反
#define GET_BIT(x,y) (((x)&(0x0001<<(y)))==0?0:1) //读取x的第y位，返回0或1
#define LET_BIT(x,y,z) ((x)&(~(0x0001<<(y)))|((z)<<y) //将x的第y位写上z(0或1)
//========================================================================================
// End of SPCE061A.h
//========================================================================================
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