** BITNAMES **
ANSELA="" 0x0F38
ANSA0=ANSELA.0,"ADC Channel SA0"
ANSA1=ANSELA.1,"ADC Channel SA1"
ANSA2=ANSELA.2,"ADC Channel SA2"
ANSA3=ANSELA.3,"ADC Channel SA3"
ANSA5=ANSELA.5,"ADC Channel SA5"

ANSELB="" 0x0F39
ANSB0=ANSELB.0,"ADC Channel SB0"
ANSB1=ANSELB.1,"ADC Channel SB1"
ANSB2=ANSELB.2,"ADC Channel SB2"
ANSB3=ANSELB.3,"ADC Channel SB3"
ANSB4=ANSELB.4,"ADC Channel SB4"
ANSB5=ANSELB.5,"ADC Channel SB5"

ANSELC="" 0x0F3A
ANSC2=ANSELC.2,"ADC Channel SC2"
ANSC3=ANSELC.3,"ADC Channel SC3"
ANSC4=ANSELC.4,"ADC Channel SC4"
ANSC5=ANSELC.5,"ADC Channel SC5"
ANSC6=ANSELC.6,"ADC Channel SC6"
ANSC7=ANSELC.7,"ADC Channel SC7"

PMD2="" 0x0F3D
ADCMD=PMD2.0,""
CMP1MD=PMD2.1,""
CMP2MD=PMD2.2,""
CTMUMD=PMD2.3,""

PMD1="" 0x0F3E
CCP1MD=PMD1.0,"Capture 1 input/Compare 1 output/PWM 1 output"
CCP2MD=PMD1.1,""
CCP3MD=PMD1.2,""
CCP4MD=PMD1.3,""
CCP5MD=PMD1.4,""
MSSP1MD=PMD1.6,""
MSSP2MD=PMD1.7,""

PMD0="" 0x0F3F
TMR1MD=PMD0.0,""
TMR2MD=PMD0.1,""
TMR3MD=PMD0.2,""
TMR4MD=PMD0.3,""
TMR5MD=PMD0.4,""
TMR6MD=PMD0.5,""
UART1MD=PMD0.6,""
UART2MD=PMD0.7,""

DACCON1="" 0x0F40
DACR0=DACCON1.0,""
DACR1=DACCON1.1,""
DACR2=DACCON1.2,""
DACR3=DACCON1.3,""
DACR4=DACCON1.4,""

VREFCON2="Voltage Reference control register 2" 0x0F40
DACR0=VREFCON2.0,""
DACR1=VREFCON2.1,""
DACR2=VREFCON2.2,""
DACR3=VREFCON2.3,""
DACR4=VREFCON2.4,""

DACCON0="" 0x0F41
DACNSS=DACCON0.0,""
DACPSS0=DACCON0.2,""
DACPSS1=DACCON0.3,""
DACOE=DACCON0.5,""
DACLPS=DACCON0.6,""
DACEN=DACCON0.7,""

VREFCON1="Voltage Reference control register 1" 0x0F41
DACNSS=VREFCON1.0,""
DACPSS0=VREFCON1.2,""
DACPSS1=VREFCON1.3,""
DACOE=VREFCON1.5,""
DACLPS=VREFCON1.6,""
DACEN=VREFCON1.7,""

FVRCON="" 0x0F42
FVRS0=FVRCON.4,""
FVRS1=FVRCON.5,""
FVRST=FVRCON.6,""
FVREN=FVRCON.7,""

VREFCON0="Voltage Reference control register 0" 0x0F42
FVRS0=VREFCON0.4,""
FVRS1=VREFCON0.5,""
FVRST=VREFCON0.6,""
FVREN=VREFCON0.7,""

CTMUICON="" 0x0F43
IRNG0=CTMUICON.0,""
IRNG1=CTMUICON.1,""
ITRIM0=CTMUICON.2,""
ITRIM1=CTMUICON.3,""
ITRIM2=CTMUICON.4,""
ITRIM3=CTMUICON.5,""
ITRIM4=CTMUICON.6,""
ITRIM5=CTMUICON.7,""

CTMUICONH="" 0x0F43
IRNG0=CTMUICONH.0,""
IRNG1=CTMUICONH.1,""
ITRIM0=CTMUICONH.2,""
ITRIM1=CTMUICONH.3,""
ITRIM2=CTMUICONH.4,""
ITRIM3=CTMUICONH.5,""
ITRIM4=CTMUICONH.6,""
ITRIM5=CTMUICONH.7,""

CTMUCON1="" 0x0F44
EDG1STAT=CTMUCON1.0,""
EDG2STAT=CTMUCON1.1,""
EDG1SEL0=CTMUCON1.2,""
EDG1SEL1=CTMUCON1.3,""
EDG1POL=CTMUCON1.4,""
EDG2SEL0=CTMUCON1.5,""
EDG2SEL1=CTMUCON1.6,""
EDG2POL=CTMUCON1.7,""

CTMUCONL="" 0x0F44
EDG1STAT=CTMUCONL.0,""
EDG2STAT=CTMUCONL.1,""
EDG1SEL0=CTMUCONL.2,""
EDG1SEL1=CTMUCONL.3,""
EDG1POL=CTMUCONL.4,""
EDG2SEL0=CTMUCONL.5,""
EDG2SEL1=CTMUCONL.6,""
EDG2POL=CTMUCONL.7,""

CTMUCON0="" 0x0F45
CTTRIG=CTMUCON0.0,""
IDISSEN=CTMUCON0.1,""
EDGSEQEN=CTMUCON0.2,""
EDGEN=CTMUCON0.3,""
TGEN=CTMUCON0.4,""
CTMUSIDL=CTMUCON0.5,""
CTMUEN=CTMUCON0.7,""

CTMUCONH="" 0x0F45
CTTRIG=CTMUCONH.0,""
IDISSEN=CTMUCONH.1,""
EDGSEQEN=CTMUCONH.2,""
EDGEN=CTMUCONH.3,""
TGEN=CTMUCONH.4,""
CTMUSIDL=CTMUCONH.5,""
CTMUEN=CTMUCONH.7,""

SRCON1="" 0x0F46
SRRC1E=SRCON1.0,""
SRRC2E=SRCON1.1,""
SRRCKE=SRCON1.2,""
SRRPE=SRCON1.3,""
SRSC1E=SRCON1.4,""
SRSC2E=SRCON1.5,""
SRSCKE=SRCON1.6,""
SRSPE=SRCON1.7,""

SRCON0="" 0x0F47
SRPR=SRCON0.0,""
SRPS=SRCON0.1,""
SRNQEN=SRCON0.2,""
SRQEN=SRCON0.3,"SR Output"
SRCLK0=SRCON0.4,""
SRCLK1=SRCON0.5,""
SRCLK2=SRCON0.6,""
SRLEN=SRCON0.7,""

CCPTMRS1="" 0x0F48
C4TSEL0=CCPTMRS1.0,""
C4TSEL1=CCPTMRS1.1,""
C5TSEL0=CCPTMRS1.2,""
C5TSEL1=CCPTMRS1.3,""

CCPTMRS0="" 0x0F49
C1TSEL0=CCPTMRS0.0,""
C1TSEL1=CCPTMRS0.1,""
C2TSEL0=CCPTMRS0.3,""
C2TSEL1=CCPTMRS0.4,""
C3TSEL0=CCPTMRS0.6,""
C3TSEL1=CCPTMRS0.7,""

T6CON="" 0x0F4A
T6CKPS0=T6CON.0,""
T6CKPS1=T6CON.1,""
TMR6ON=T6CON.2,""
T6OUTPS0=T6CON.3,""
T6OUTPS1=T6CON.4,""
T6OUTPS2=T6CON.5,""
T6OUTPS3=T6CON.6,""

PR6="Period register Timer6" 0x0F4B

TMR6="Current content Timer6" 0x0F4C

T5GCON="" 0x0F4D
T5GSS0=T5GCON.0,""
T5GSS1=T5GCON.1,""
T5GVAL=T5GCON.2,""
T5G_DONE=T5GCON.3,""
T5GGO=T5GCON.3,""
T5GGO_NOT_DONE=T5GCON.3,""
T5GSPM=T5GCON.4,""
T5GTM=T5GCON.5,""
T5GPOL=T5GCON.6,""
TMR5GE=T5GCON.7,""

T5CON="" 0x0F4E
TMR5ON=T5CON.0,""
T5RD16=T5CON.1,""
NOT_T5SYNC=T5CON.2,""
T5SYNC=T5CON.2,""
T5SOSCEN=T5CON.3,""
T5CKPS0=T5CON.4,""
T5CKPS1=T5CON.5,""
TMR5CS0=T5CON.6,""
TMR5CS1=T5CON.7,""

TMR5="Current content Timer5" 0x0F4F

TMR5L="Current content Timer5, Low byte" 0x0F4F

TMR5H="Current content Timer5, High byte" 0x0F50

T4CON="" 0x0F51
T4CKPS0=T4CON.0,""
T4CKPS1=T4CON.1,""
TMR4ON=T4CON.2,""
T4OUTPS0=T4CON.3,""
T4OUTPS1=T4CON.4,""
T4OUTPS2=T4CON.5,""
T4OUTPS3=T4CON.6,""

PR4="Period register Timer4" 0x0F52

TMR4="Current content Timer4" 0x0F53

CCP5CON="" 0x0F54
CCP5M0=CCP5CON.0,""
CCP5M1=CCP5CON.1,""
CCP5M2=CCP5CON.2,""
CCP5M3=CCP5CON.3,""
DC5B0=CCP5CON.4,""
DC5B1=CCP5CON.5,""

CCPR5="Capture/Compare/PWM register 5" 0x0F55

CCPR5L="Capture/Compare/PWM register 5, Low byte" 0x0F55

CCPR5H="Capture/Compare/PWM register 5, High byte" 0x0F56

CCP4CON="" 0x0F57
CCP4M0=CCP4CON.0,""
CCP4M1=CCP4CON.1,""
CCP4M2=CCP4CON.2,""
CCP4M3=CCP4CON.3,""
DC4B0=CCP4CON.4,""
DC4B1=CCP4CON.5,""

CCPR4="Capture/Compare/PWM register 4" 0x0F58

CCPR4L="Capture/Compare/PWM register 4, Low byte" 0x0F58

CCPR4H="Capture/Compare/PWM register 4, High byte" 0x0F59

PSTR3CON="" 0x0F5A
STR3A=PSTR3CON.0,""
STR3B=PSTR3CON.1,""
STR3C=PSTR3CON.2,""
STR3D=PSTR3CON.3,""
STR3SYNC=PSTR3CON.4,""

CCP3AS="" 0x0F5B
P3SSBD0=CCP3AS.0,""
PSS3BD0=CCP3AS.0,""
P3SSBD1=CCP3AS.1,""
PSS3BD1=CCP3AS.1,""
P3SSAC0=CCP3AS.2,""
PSS3AC0=CCP3AS.2,""
P3SSAC1=CCP3AS.3,""
PSS3AC1=CCP3AS.3,""
CCP3AS0=CCP3AS.4,""
CCP3AS1=CCP3AS.5,""
CCP3AS2=CCP3AS.6,""
CCP3ASE=CCP3AS.7,""

ECCP3AS="" 0x0F5B
P3SSBD0=ECCP3AS.0,""
PSS3BD0=ECCP3AS.0,""
P3SSBD1=ECCP3AS.1,""
PSS3BD1=ECCP3AS.1,""
P3SSAC0=ECCP3AS.2,""
PSS3AC0=ECCP3AS.2,""
P3SSAC1=ECCP3AS.3,""
PSS3AC1=ECCP3AS.3,""
CCP3AS0=ECCP3AS.4,""
CCP3AS1=ECCP3AS.5,""
CCP3AS2=ECCP3AS.6,""
CCP3ASE=ECCP3AS.7,""

PWM3CON="" 0x0F5C
P3DC0=PWM3CON.0,""
P3DC1=PWM3CON.1,""
P3DC2=PWM3CON.2,""
P3DC3=PWM3CON.3,""
P3DC4=PWM3CON.4,""
P3DC5=PWM3CON.5,""
P3DC6=PWM3CON.6,""
P3RSEN=PWM3CON.7,""

CCP3CON="" 0x0F5D
CCP3M0=CCP3CON.0,""
CCP3M1=CCP3CON.1,""
CCP3M2=CCP3CON.2,""
CCP3M3=CCP3CON.3,""
DC3B0=CCP3CON.4,""
DC3B1=CCP3CON.5,""
P3M0=CCP3CON.6,""
P3M1=CCP3CON.7,""

CCPR3="Capture/Compare/PWM register 3" 0x0F5E

CCPR3L="Capture/Compare/PWM register 3, Low byte" 0x0F5E

CCPR3H="Capture/Compare/PWM register 3, High byte" 0x0F5F

SLRCON="" 0x0F60
SLRA=SLRCON.0,""
SLRB=SLRCON.1,""
SLRC=SLRCON.2,""

WPUB="" 0x0F61
WPUB0=WPUB.0,""
WPUB1=WPUB.1,""
WPUB2=WPUB.2,""
WPUB3=WPUB.3,""
WPUB4=WPUB.4,""
WPUB5=WPUB.5,""
WPUB6=WPUB.6,""
WPUB7=WPUB.7,""

IOCB="" 0x0F62
IOCB4=IOCB.4,""
IOCB5=IOCB.5,""
IOCB6=IOCB.6,""
IOCB7=IOCB.7,""

PSTR2CON="" 0x0F63
STR2A=PSTR2CON.0,""
STR2B=PSTR2CON.1,""
STR2C=PSTR2CON.2,""
STR2D=PSTR2CON.3,""
STR2SYNC=PSTR2CON.4,""

CCP2AS="" 0x0F64
P2SSBD0=CCP2AS.0,""
PSS2BD0=CCP2AS.0,""
P2SSBD1=CCP2AS.1,""
PSS2BD1=CCP2AS.1,""
P2SSAC0=CCP2AS.2,""
PSS2AC0=CCP2AS.2,""
P2SSAC1=CCP2AS.3,""
PSS2AC1=CCP2AS.3,""
CCP2AS0=CCP2AS.4,""
CCP2AS1=CCP2AS.5,""
CCP2AS2=CCP2AS.6,""
CCP2ASE=CCP2AS.7,""

ECCP2AS="" 0x0F64
P2SSBD0=ECCP2AS.0,""
PSS2BD0=ECCP2AS.0,""
P2SSBD1=ECCP2AS.1,""
PSS2BD1=ECCP2AS.1,""
P2SSAC0=ECCP2AS.2,""
PSS2AC0=ECCP2AS.2,""
P2SSAC1=ECCP2AS.3,""
PSS2AC1=ECCP2AS.3,""
CCP2AS0=ECCP2AS.4,""
CCP2AS1=ECCP2AS.5,""
CCP2AS2=ECCP2AS.6,""
CCP2ASE=ECCP2AS.7,""

PWM2CON="" 0x0F65
P2DC0=PWM2CON.0,""
P2DC1=PWM2CON.1,""
P2DC2=PWM2CON.2,""
P2DC3=PWM2CON.3,""
P2DC4=PWM2CON.4,""
P2DC5=PWM2CON.5,""
P2DC6=PWM2CON.6,""
P2RSEN=PWM2CON.7,""

CCP2CON="Capture/Compare/PWM control register 2" 0x0F66
CCP2M0=CCP2CON.0,""
CCP2M1=CCP2CON.1,""
CCP2M2=CCP2CON.2,""
CCP2M3=CCP2CON.3,""
DC2B0=CCP2CON.4,""
DC2B1=CCP2CON.5,""
P2M0=CCP2CON.6,""
P2M1=CCP2CON.7,""

CCPR2="Capture/Compare/PWM register 2" 0x0F67

CCPR2L="Capture/Compare/PWM register 2, Low byte" 0x0F67

CCPR2H="Capture/Compare/PWM register 2, High byte" 0x0F68

SSP2CON3="" 0x0F69
DHEN=SSP2CON3.0,""
AHEN=SSP2CON3.1,""
SBCDE=SSP2CON3.2,""
SDAHT=SSP2CON3.3,"I2C Data I/O"
BOEN=SSP2CON3.4,""
SCIE=SSP2CON3.5,""
PCIE=SSP2CON3.6,""
ACKTIM=SSP2CON3.7,""

SSP2MSK="" 0x0F6A
MSK0=SSP2MSK.0,""
MSK1=SSP2MSK.1,""
MSK2=SSP2MSK.2,""
MSK3=SSP2MSK.3,""
MSK4=SSP2MSK.4,""
MSK5=SSP2MSK.5,""
MSK6=SSP2MSK.6,""
MSK7=SSP2MSK.7,""

SSP2CON2="" 0x0F6B
SEN=SSP2CON2.0,""
RSEN=SSP2CON2.1,""
PEN=SSP2CON2.2,""
RCEN=SSP2CON2.3,"Port I/O pin EN"
ACKEN=SSP2CON2.4,""
ACKDT=SSP2CON2.5,""
ACKSTAT=SSP2CON2.6,""
GCEN=SSP2CON2.7,""

SSP2CON1="" 0x0F6C
SSPM0=SSP2CON1.0,"SPI Slave Select"
SSPM1=SSP2CON1.1,"SPI Slave Select"
SSPM2=SSP2CON1.2,"SPI Slave Select"
SSPM3=SSP2CON1.3,"SPI Slave Select"
CKP=SSP2CON1.4,"EUSART synchronous clock (see RX/DT)"
SSPEN=SSP2CON1.5,"SPI Slave Select"
SSPOV=SSP2CON1.6,"SPI Slave Select"
WCOL=SSP2CON1.7,""

SSP2STAT="" 0x0F6D
BF=SSP2STAT.0,""
UA=SSP2STAT.1,""
NOT_W=SSP2STAT.2,""
NOT_WRITE=SSP2STAT.2,""
R=SSP2STAT.2,""
R_NOT_W=SSP2STAT.2,""
R_W=SSP2STAT.2,""
S=SSP2STAT.3,""
P=SSP2STAT.4,""
D=SSP2STAT.5,""
D_A=SSP2STAT.5,""
D_NOT_A=SSP2STAT.5,""
NOT_A=SSP2STAT.5,""
NOT_ADDRESS=SSP2STAT.5,""
CKE=SSP2STAT.6,"EUSART synchronous clock (see RX/DT)"
SMP=SSP2STAT.7,""

SSP2ADD="" 0x0F6E

SSP2BUF="" 0x0F6F

BAUD2CON="" 0x0F70
ABDEN=BAUD2CON.0,""
WUE=BAUD2CON.1,""
BRG16=BAUD2CON.3,""
CKTXP=BAUD2CON.4,"EUSART synchronous clock (see RX/DT)"
SCKP=BAUD2CON.4,"SPI Clock"
DTRXP=BAUD2CON.5,"EUSART synchronous data (see TX/CK)"
RCIDL=BAUD2CON.6,"Port I/O pin IDL"
ABDOVF=BAUD2CON.7,""

BAUDCON2="" 0x0F70
ABDEN=BAUDCON2.0,""
WUE=BAUDCON2.1,""
BRG16=BAUDCON2.3,""
CKTXP=BAUDCON2.4,"EUSART synchronous clock (see RX/DT)"
SCKP=BAUDCON2.4,"SPI Clock"
DTRXP=BAUDCON2.5,"EUSART synchronous data (see TX/CK)"
RCIDL=BAUDCON2.6,"Port I/O pin IDL"
ABDOVF=BAUDCON2.7,""

RC2STA="" 0x0F71
RX9D=RC2STA.0,"UART Receive"
RX9D2=RC2STA.0,"UART Receive"
OERR=RC2STA.1,""
OERR2=RC2STA.1,""
FERR=RC2STA.2,""
FERR2=RC2STA.2,""
ADDEN=RC2STA.3,""
ADDEN2=RC2STA.3,""
ADEN=RC2STA.3,""
CREN=RC2STA.4,""
CREN2=RC2STA.4,""
SREN=RC2STA.5,""
SREN2=RC2STA.5,""
RX9=RC2STA.6,"UART Receive"
RX92=RC2STA.6,"UART Receive"
SPEN=RC2STA.7,"Stack Pointer Location bit EN"
SPEN2=RC2STA.7,"Stack Pointer Location bit EN2"

RCSTA2="" 0x0F71
RX9D=RCSTA2.0,"UART Receive"
RX9D2=RCSTA2.0,"UART Receive"
OERR=RCSTA2.1,""
OERR2=RCSTA2.1,""
FERR=RCSTA2.2,""
FERR2=RCSTA2.2,""
ADDEN=RCSTA2.3,""
ADDEN2=RCSTA2.3,""
ADEN=RCSTA2.3,""
CREN=RCSTA2.4,""
CREN2=RCSTA2.4,""
SREN=RCSTA2.5,""
SREN2=RCSTA2.5,""
RX9=RCSTA2.6,"UART Receive"
RX92=RCSTA2.6,"UART Receive"
SPEN=RCSTA2.7,"Stack Pointer Location bit EN"
SPEN2=RCSTA2.7,"Stack Pointer Location bit EN2"

TX2STA="" 0x0F72
TX9D=TX2STA.0,"UART Transmit"
TX9D2=TX2STA.0,"UART Transmit"
TRMT=TX2STA.1,""
TRMT2=TX2STA.1,""
BRGH=TX2STA.2,""
BRGH2=TX2STA.2,""
SENDB=TX2STA.3,""
SENDB2=TX2STA.3,""
SYNC=TX2STA.4,""
SYNC2=TX2STA.4,""
TXEN=TX2STA.5,"UART Transmit"
TXEN2=TX2STA.5,"UART Transmit"
TX9=TX2STA.6,"UART Transmit"
TX92=TX2STA.6,"UART Transmit"
CSRC=TX2STA.7,""
CSRC2=TX2STA.7,""

TXSTA2="" 0x0F72
TX9D=TXSTA2.0,"UART Transmit"
TX9D2=TXSTA2.0,"UART Transmit"
TRMT=TXSTA2.1,""
TRMT2=TXSTA2.1,""
BRGH=TXSTA2.2,""
BRGH2=TXSTA2.2,""
SENDB=TXSTA2.3,""
SENDB2=TXSTA2.3,""
SYNC=TXSTA2.4,""
SYNC2=TXSTA2.4,""
TXEN=TXSTA2.5,"UART Transmit"
TXEN2=TXSTA2.5,"UART Transmit"
TX9=TXSTA2.6,"UART Transmit"
TX92=TXSTA2.6,"UART Transmit"
CSRC=TXSTA2.7,""
CSRC2=TXSTA2.7,""

TX2REG="" 0x0F73

TXREG2="UART Transmitter data register 2" 0x0F73

RC2REG="" 0x0F74

RCREG2="UART Receiver data register 2" 0x0F74

SP2BRG="" 0x0F75

SPBRG2="UART Baud Rate Generator control register2" 0x0F75

SP2BRGH="" 0x0F76

SPBRGH2="UART Baud Rate Generator control register, High byte2" 0x0F76

CM12CON="" 0x0F77
C2SYNC=CM12CON.0,""
C1SYNC=CM12CON.1,""
C2HYS=CM12CON.2,""
C1HYS=CM12CON.3,""
C2RSEL=CM12CON.4,""
C1RSEL=CM12CON.5,""
MC2OUT=CM12CON.6,""
MC1OUT=CM12CON.7,""

CM2CON1="" 0x0F77
C2SYNC=CM2CON1.0,""
C1SYNC=CM2CON1.1,""
C2HYS=CM2CON1.2,""
C1HYS=CM2CON1.3,""
C2RSEL=CM2CON1.4,""
C1RSEL=CM2CON1.5,""
MC2OUT=CM2CON1.6,""
MC1OUT=CM2CON1.7,""

CM2CON="" 0x0F78
C2CH0=CM2CON.0,""
C2CH1=CM2CON.1,""
C2R=CM2CON.2,""
C2SP=CM2CON.3,""
C2POL=CM2CON.4,""
C2OE=CM2CON.5,""
C2OUT_CM2CON=CM2CON.6,""
C2ON=CM2CON.7,""

CM2CON0="" 0x0F78
C2CH0=CM2CON0.0,""
C2CH1=CM2CON0.1,""
C2R=CM2CON0.2,""
C2SP=CM2CON0.3,""
C2POL=CM2CON0.4,""
C2OE=CM2CON0.5,""
C2OUT_CM2CON0=CM2CON0.6,""
C2ON=CM2CON0.7,""

CM1CON="" 0x0F79
C1CH0=CM1CON.0,""
C1CH1=CM1CON.1,""
C1R=CM1CON.2,""
C1SP=CM1CON.3,""
C1POL=CM1CON.4,""
C1OE=CM1CON.5,""
C1OUT_CM1CON=CM1CON.6,""
C1ON=CM1CON.7,""

CM1CON0="" 0x0F79
C1CH0=CM1CON0.0,""
C1CH1=CM1CON0.1,""
C1R=CM1CON0.2,""
C1SP=CM1CON0.3,""
C1POL=CM1CON0.4,""
C1OE=CM1CON0.5,""
C1OUT_CM1CON0=CM1CON0.6,""
C1ON=CM1CON0.7,""

PIE4="" 0x0F7A
CCP3IE=PIE4.0,""
CCP4IE=PIE4.1,""
CCP5IE=PIE4.2,""

PIR4="" 0x0F7B
CCP3IF=PIR4.0,""
CCP4IF=PIR4.1,""
CCP5IF=PIR4.2,""

IPR4="" 0x0F7C
CCP3IP=IPR4.0,""
CCP4IP=IPR4.1,""
CCP5IP=IPR4.2,""

PIE5="" 0x0F7D
TMR4IE=PIE5.0,""
TMR5IE=PIE5.1,""
TMR6IE=PIE5.2,""

PIR5="" 0x0F7E
TMR4IF=PIR5.0,""
TMR5IF=PIR5.1,""
TMR6IF=PIR5.2,""

IPR5="" 0x0F7F
TMR4IP=IPR5.0,""
TMR5IP=IPR5.1,""
TMR6IP=IPR5.2,""

PORTA="Input/Output port A" 0x0F80
AN0=PORTA.0,"ADC Channel 0"
C12IN0M=PORTA.0,"Port I/O pin 0"
C12IN0N=PORTA.0,"Port I/O pin 0"
RA0=PORTA.0,"Port I/O pin 0"
AN1=PORTA.1,"ADC Channel 1"
C12IN1M=PORTA.1,"Comparator C1 and C2 non-inverting input"
C12IN1N=PORTA.1,"Port I/O pin 1"
RA1=PORTA.1,"Port I/O pin 1"
AN2=PORTA.2,"ADC Channel 2"
C2INP=PORTA.2,"Analog comparator reference voltage output"
CVREF=PORTA.2,"Analog comparator reference voltage output"
DACOUT=PORTA.2,"Port I/O pin 2"
RA2=PORTA.2,"Port I/O pin 2"
VREFM=PORTA.2,"A/D reference voltage (low) input"
VREFN=PORTA.2,"A/D reference voltage (low) input"
AN3=PORTA.3,"ADC Channel 3"
C1INP=PORTA.3,"Port I/O pin 3"
RA3=PORTA.3,"Port I/O pin 3"
VREFP=PORTA.3,"A/D reference voltage (high) input"
C1OUT_PORTA=PORTA.4,"Port I/O pin 4"
CCP5=PORTA.4,"Port I/O pin 4"
RA4=PORTA.4,"Port I/O pin 4"
SRQ=PORTA.4,"SR Output"
T0CKI=PORTA.4,"Timer 0 External Clock Input"
AN4=PORTA.5,"ADC Channel 4"
C2OUT_PORTA=PORTA.5,"High/Low-Voltage Detect input"
HLVDIN=PORTA.5,"High/Low-Voltage Detect input"
LVDIN=PORTA.5,"High/Low-Voltage Detect input"
NOT_SS=PORTA.5,"SPI Slave Select"
NOT_SS1=PORTA.5,"SPI Slave Select"
RA5=PORTA.5,"Port I/O pin 5"
SRNQ=PORTA.5,"SPI Slave Select"
SS=PORTA.5,"SPI Slave Select"
SS1=PORTA.5,"SPI Slave Select"
RA6=PORTA.6,"Port I/O pin 6"
RA7=PORTA.7,"Port I/O pin 7"

PORTB="Input/Output port B" 0x0F81
AN12=PORTB.0,"ADC Channel 12"
CCP4=PORTB.0,"External Interrupt 0"
FLT0=PORTB.0,"External Interrupt 0"
INT0=PORTB.0,"External Interrupt 0"
NOT_SS2=PORTB.0,"SPI Slave Select"
RB0=PORTB.0,"Port I/O pin 0"
SRI=PORTB.0,"SPI Slave Select"
SS2=PORTB.0,"SPI Slave Select"
AN10=PORTB.1,"ADC Channel 10"
C12IN3M=PORTB.1,"Comparator C1 and C2 inverting input"
C12IN3N=PORTB.1,"External Interrupt 1"
INT1=PORTB.1,"External Interrupt 1"
P1C=PORTB.1,"Enhanced CCP1 PWM Output"
RB1=PORTB.1,"Port I/O pin 1"
SCK2=PORTB.1,"SPI Clock"
SCL2=PORTB.1,"SPI Clock"
AN8=PORTB.2,"ADC Channel 8"
CTED1=PORTB.2,"External Interrupt 2"
INT2=PORTB.2,"External Interrupt 2"
P1B=PORTB.2,"Enhanced CCP1 PWM Output"
RB2=PORTB.2,"Port I/O pin 2"
SDA2=PORTB.2,"I2C Data I/O"
SDI2=PORTB.2,"SPI Data In"
AN9=PORTB.3,"ADC Channel 9"
C12IN2M=PORTB.3,"Comparator C1 and C2 inverting input"
C12IN2N=PORTB.3,"Port I/O pin 3"
CCP2_PORTB=PORTB.3,"Port I/O pin 3"
CTED2=PORTB.3,"Port I/O pin 3"
P2A_PORTB=PORTB.3,"Port I/O pin 3"
RB3=PORTB.3,"Port I/O pin 3"
SDO2=PORTB.3,"SPI Data Out"
AN11=PORTB.4,"ADC Channel 11"
KBI0=PORTB.4,"Enhanced CCP1 PWM Output"
P1D=PORTB.4,"Enhanced CCP1 PWM Output"
RB4=PORTB.4,"Port I/O pin 4"
T5G=PORTB.4,"Port I/O pin 4"
AN13=PORTB.5,"ADC Channel 13"
CCP3_PORTB=PORTB.5,"Port I/O pin 5"
KBI1=PORTB.5,"Port I/O pin 5"
P2B_PORTB=PORTB.5,"Port I/O pin 5"
P3A_PORTB=PORTB.5,"Port I/O pin 5"
RB5=PORTB.5,"Port I/O pin 5"
T1G=PORTB.5,"Port I/O pin 5"
T3CKI_PORTB=PORTB.5,"Port I/O pin 5"
CK2=PORTB.6,"EUSART synchronous clock (see RX/DT)"
KBI2=PORTB.6,"In-Circuit Debugger and ICSP programming clock pin"
PGC=PORTB.6,"In-Circuit Debugger and ICSP programming clock pin"
RB6=PORTB.6,"Port I/O pin 6"
TX2=PORTB.6,"UART Transmit"
DT2=PORTB.7,"EUSART synchronous data (see TX/CK)"
KBI3=PORTB.7,"In-Circuit Debugger and ICSP programming data pin"
PGD=PORTB.7,"In-Circuit Debugger and ICSP programming data pin"
RB7=PORTB.7,"Port I/O pin 7"
RX2=PORTB.7,"UART Receive"

PORTC="Input/Output port C" 0x0F82
P2B_PORTC=PORTC.0,"Port I/O pin 0"
RC0=PORTC.0,"Port I/O pin 0"
T1CKI=PORTC.0,"Timer1 Oscillator output"
T1OSO=PORTC.0,"Timer1 Oscillator output"
T3CKI_PORTC=PORTC.0,"Timer1 Oscillator output"
T3G=PORTC.0,"Timer1 Oscillator output"
CCP2_PORTC=PORTC.1,"Port I/O pin 1"
P2A_PORTC=PORTC.1,"Port I/O pin 1"
RC1=PORTC.1,"Port I/O pin 1"
T1OSI=PORTC.1,"Timer1 Oscillator input"
AN14=PORTC.2,"ADC Channel 14"
CCP1=PORTC.2,"Capture 1 input/Compare 1 output/PWM 1 output"
CTPLS=PORTC.2,"Enhanced CCP1 PWM Output"
P1A=PORTC.2,"Enhanced CCP1 PWM Output"
RC2=PORTC.2,"Port I/O pin 2"
T5CKI=PORTC.2,"Port I/O pin 2"
AN15=PORTC.3,"ADC Channel 15"
RC3=PORTC.3,"Port I/O pin 3"
SCK=PORTC.3,"SPI Clock"
SCK1=PORTC.3,"SPI Clock"
SCL=PORTC.3,"SPI Clock"
SCL1=PORTC.3,"SPI Clock"
AN16=PORTC.4,"ADC Channel 16"
RC4=PORTC.4,"Port I/O pin 4"
SDA=PORTC.4,"I2C Data I/O"
SDA1=PORTC.4,"I2C Data I/O"
SDI=PORTC.4,"SPI Data In"
SDI1=PORTC.4,"SPI Data In"
AN17=PORTC.5,"ADC Channel 17"
RC5=PORTC.5,"Port I/O pin 5"
SDO=PORTC.5,"SPI Data Out"
SDO1=PORTC.5,"SPI Data Out"
AN18=PORTC.6,"ADC Channel 18"
CCP3_PORTC=PORTC.6,"EUSART synchronous clock (see RX/DT)"
CK=PORTC.6,"EUSART synchronous clock (see RX/DT)"
CK1=PORTC.6,"EUSART synchronous clock (see RX/DT)"
P3A_PORTC=PORTC.6,"Port I/O pin 6"
RC6=PORTC.6,"Port I/O pin 6"
TX=PORTC.6,"UART Transmit"
TX1=PORTC.6,"UART Transmit"
AN19=PORTC.7,"ADC Channel 19"
DT1=PORTC.7,"EUSART synchronous data (see TX/CK)"
P3B=PORTC.7,"Port I/O pin 7"
RC7=PORTC.7,"Port I/O pin 7"
RX=PORTC.7,"UART Receive"
RX1=PORTC.7,"UART Receive"

PORTE="Input/Output port E" 0x0F84
MCLR=PORTE.3,"Port I/O pin 3"
NOT_MCLR=PORTE.3,"Port I/O pin 3"
RE3=PORTE.3,"Port I/O pin 3"
VPP=PORTE.3,"Port I/O pin 3"

LATA="R/W Data latch for port A" 0x0F89
LATA0=LATA.0,""
LATA1=LATA.1,""
LATA2=LATA.2,""
LATA3=LATA.3,""
LATA4=LATA.4,""
LATA5=LATA.5,""
LATA6=LATA.6,""
LATA7=LATA.7,""

LATB="R/W Data latch for port B" 0x0F8A
LATB0=LATB.0,""
LATB1=LATB.1,""
LATB2=LATB.2,""
LATB3=LATB.3,""
LATB4=LATB.4,""
LATB5=LATB.5,""
LATB6=LATB.6,""
LATB7=LATB.7,""

LATC="R/W Data latch for port C" 0x0F8B
LATC0=LATC.0,""
LATC1=LATC.1,""
LATC2=LATC.2,""
LATC3=LATC.3,""
LATC4=LATC.4,""
LATC5=LATC.5,""
LATC6=LATC.6,""
LATC7=LATC.7,""

DDRA="Data Direction Control Register for port A" 0x0F92
RA0=DDRA.0,"Port I/O pin 0"
TRISA0=DDRA.0,"Port I/O pin 0"
RA1=DDRA.1,"Port I/O pin 1"
TRISA1=DDRA.1,"Port I/O pin 1"
RA2=DDRA.2,"Port I/O pin 2"
TRISA2=DDRA.2,"Port I/O pin 2"
RA3=DDRA.3,"Port I/O pin 3"
TRISA3=DDRA.3,"Port I/O pin 3"
RA4=DDRA.4,"Port I/O pin 4"
TRISA4=DDRA.4,"Port I/O pin 4"
RA5=DDRA.5,"Port I/O pin 5"
TRISA5=DDRA.5,"Port I/O pin 5"
RA6=DDRA.6,"Port I/O pin 6"
TRISA6=DDRA.6,"Port I/O pin 6"
RA7=DDRA.7,"Port I/O pin 7"
TRISA7=DDRA.7,"Port I/O pin 7"

TRISA="Data Direction Control Register for port A" 0x0F92
RA0=TRISA.0,"Port I/O pin 0"
TRISA0=TRISA.0,"Port I/O pin 0"
RA1=TRISA.1,"Port I/O pin 1"
TRISA1=TRISA.1,"Port I/O pin 1"
RA2=TRISA.2,"Port I/O pin 2"
TRISA2=TRISA.2,"Port I/O pin 2"
RA3=TRISA.3,"Port I/O pin 3"
TRISA3=TRISA.3,"Port I/O pin 3"
RA4=TRISA.4,"Port I/O pin 4"
TRISA4=TRISA.4,"Port I/O pin 4"
RA5=TRISA.5,"Port I/O pin 5"
TRISA5=TRISA.5,"Port I/O pin 5"
RA6=TRISA.6,"Port I/O pin 6"
TRISA6=TRISA.6,"Port I/O pin 6"
RA7=TRISA.7,"Port I/O pin 7"
TRISA7=TRISA.7,"Port I/O pin 7"

DDRB="Data Direction Control Register for port B" 0x0F93
RB0=DDRB.0,"Port I/O pin 0"
TRISB0=DDRB.0,"Port I/O pin 0"
RB1=DDRB.1,"Port I/O pin 1"
TRISB1=DDRB.1,"Port I/O pin 1"
RB2=DDRB.2,"Port I/O pin 2"
TRISB2=DDRB.2,"Port I/O pin 2"
RB3=DDRB.3,"Port I/O pin 3"
TRISB3=DDRB.3,"Port I/O pin 3"
RB4=DDRB.4,"Port I/O pin 4"
TRISB4=DDRB.4,"Port I/O pin 4"
RB5=DDRB.5,"Port I/O pin 5"
TRISB5=DDRB.5,"Port I/O pin 5"
RB6=DDRB.6,"Port I/O pin 6"
TRISB6=DDRB.6,"Port I/O pin 6"
RB7=DDRB.7,"Port I/O pin 7"
TRISB7=DDRB.7,"Port I/O pin 7"

TRISB="Data Direction Control Register for port B" 0x0F93
RB0=TRISB.0,"Port I/O pin 0"
TRISB0=TRISB.0,"Port I/O pin 0"
RB1=TRISB.1,"Port I/O pin 1"
TRISB1=TRISB.1,"Port I/O pin 1"
RB2=TRISB.2,"Port I/O pin 2"
TRISB2=TRISB.2,"Port I/O pin 2"
RB3=TRISB.3,"Port I/O pin 3"
TRISB3=TRISB.3,"Port I/O pin 3"
RB4=TRISB.4,"Port I/O pin 4"
TRISB4=TRISB.4,"Port I/O pin 4"
RB5=TRISB.5,"Port I/O pin 5"
TRISB5=TRISB.5,"Port I/O pin 5"
RB6=TRISB.6,"Port I/O pin 6"
TRISB6=TRISB.6,"Port I/O pin 6"
RB7=TRISB.7,"Port I/O pin 7"
TRISB7=TRISB.7,"Port I/O pin 7"

DDRC="Data Direction Control Register for port C" 0x0F94
RC0=DDRC.0,"Port I/O pin 0"
TRISC0=DDRC.0,"Port I/O pin 0"
RC1=DDRC.1,"Port I/O pin 1"
TRISC1=DDRC.1,"Port I/O pin 1"
RC2=DDRC.2,"Port I/O pin 2"
TRISC2=DDRC.2,"Port I/O pin 2"
RC3=DDRC.3,"Port I/O pin 3"
TRISC3=DDRC.3,"Port I/O pin 3"
RC4=DDRC.4,"Port I/O pin 4"
TRISC4=DDRC.4,"Port I/O pin 4"
RC5=DDRC.5,"Port I/O pin 5"
TRISC5=DDRC.5,"Port I/O pin 5"
RC6=DDRC.6,"Port I/O pin 6"
TRISC6=DDRC.6,"Port I/O pin 6"
RC7=DDRC.7,"Port I/O pin 7"
TRISC7=DDRC.7,"Port I/O pin 7"

TRISC="Data Direction Control Register for port C" 0x0F94
RC0=TRISC.0,"Port I/O pin 0"
TRISC0=TRISC.0,"Port I/O pin 0"
RC1=TRISC.1,"Port I/O pin 1"
TRISC1=TRISC.1,"Port I/O pin 1"
RC2=TRISC.2,"Port I/O pin 2"
TRISC2=TRISC.2,"Port I/O pin 2"
RC3=TRISC.3,"Port I/O pin 3"
TRISC3=TRISC.3,"Port I/O pin 3"
RC4=TRISC.4,"Port I/O pin 4"
TRISC4=TRISC.4,"Port I/O pin 4"
RC5=TRISC.5,"Port I/O pin 5"
TRISC5=TRISC.5,"Port I/O pin 5"
RC6=TRISC.6,"Port I/O pin 6"
TRISC6=TRISC.6,"Port I/O pin 6"
RC7=TRISC.7,"Port I/O pin 7"
TRISC7=TRISC.7,"Port I/O pin 7"

TRISE="Data Direction Control Register for port E" 0x0F96
WPUE3=TRISE.7,""

OSCTUNE="Oscillator tuning register" 0x0F9B
TUN0=OSCTUNE.0,""
TUN1=OSCTUNE.1,""
TUN2=OSCTUNE.2,""
TUN3=OSCTUNE.3,""
TUN4=OSCTUNE.4,""
TUN5=OSCTUNE.5,""
PLLEN=OSCTUNE.6,""
INTSRC=OSCTUNE.7,""

HLVDCON="" 0x0F9C
HLVDL0=HLVDCON.0,""
LVDL0=HLVDCON.0,""
LVV0=HLVDCON.0,""
HLVDL1=HLVDCON.1,""
LVDL1=HLVDCON.1,""
LVV1=HLVDCON.1,""
HLVDL2=HLVDCON.2,""
LVDL2=HLVDCON.2,""
LVV2=HLVDCON.2,""
HLVDL3=HLVDCON.3,""
LVDL3=HLVDCON.3,""
LVV3=HLVDCON.3,""
HLVDEN=HLVDCON.4,""
LVDEN=HLVDCON.4,""
BGST=HLVDCON.5,""
IRVST=HLVDCON.5,""
IVRST=HLVDCON.5,""
BGVST=HLVDCON.6,""
VDIRMAG=HLVDCON.7,""

LVDCON="Low voltage dropout control register" 0x0F9C
HLVDL0=LVDCON.0,""
LVDL0=LVDCON.0,""
LVV0=LVDCON.0,""
HLVDL1=LVDCON.1,""
LVDL1=LVDCON.1,""
LVV1=LVDCON.1,""
HLVDL2=LVDCON.2,""
LVDL2=LVDCON.2,""
LVV2=LVDCON.2,""
HLVDL3=LVDCON.3,""
LVDL3=LVDCON.3,""
LVV3=LVDCON.3,""
HLVDEN=LVDCON.4,""
LVDEN=LVDCON.4,""
BGST=LVDCON.5,""
IRVST=LVDCON.5,""
IVRST=LVDCON.5,""
BGVST=LVDCON.6,""
VDIRMAG=LVDCON.7,""

PIE1="" 0x0F9D
TMR1IE=PIE1.0,""
TMR2IE=PIE1.1,""
CCP1IE=PIE1.2,"Capture 1 input/Compare 1 output/PWM 1 output"
SSP1IE=PIE1.3,"SPI Slave Select"
SSPIE=PIE1.3,"SPI Slave Select"
TX1IE=PIE1.4,"UART Transmit"
TXIE=PIE1.4,"UART Transmit"
RC1IE=PIE1.5,"Port I/O pin 1IE"
RCIE=PIE1.5,"Port I/O pin IE"
ADIE=PIE1.6,""

PIR1="" 0x0F9E
TMR1IF=PIR1.0,""
TMR2IF=PIR1.1,""
CCP1IF=PIR1.2,"Capture 1 input/Compare 1 output/PWM 1 output"
SSP1IF=PIR1.3,"SPI Slave Select"
SSPIF=PIR1.3,"SPI Slave Select"
TX1IF=PIR1.4,"UART Transmit"
TXIF=PIR1.4,"UART Transmit"
RC1IF=PIR1.5,"Port I/O pin 1IF"
RCIF=PIR1.5,"Port I/O pin IF"
ADIF=PIR1.6,""

IPR1="" 0x0F9F
TMR1IP=IPR1.0,""
TMR2IP=IPR1.1,""
CCP1IP=IPR1.2,"Capture 1 input/Compare 1 output/PWM 1 output"
SSP1IP=IPR1.3,"SPI Slave Select"
SSPIP=IPR1.3,"SPI Slave Select"
TX1IP=IPR1.4,"UART Transmit"
TXIP=IPR1.4,"UART Transmit"
RC1IP=IPR1.5,"Port I/O pin 1IP"
RCIP=IPR1.5,"Port I/O pin IP"
ADIP=IPR1.6,""

PIE2="" 0x0FA0
CCP2IE=PIE2.0,""
TMR3IE=PIE2.1,""
HLVDIE=PIE2.2,""
LVDIE=PIE2.2,""
BCL1IE=PIE2.3,""
BCLIE=PIE2.3,""
EEIE=PIE2.4,""
C2IE=PIE2.5,""
C1IE=PIE2.6,""
OSCFIE=PIE2.7,""

PIR2="" 0x0FA1
CCP2IF=PIR2.0,""
TMR3IF=PIR2.1,""
HLVDIF=PIR2.2,""
LVDIF=PIR2.2,""
BCL1IF=PIR2.3,""
BCLIF=PIR2.3,""
EEIF=PIR2.4,""
C2IF=PIR2.5,""
C1IF=PIR2.6,""
OSCFIF=PIR2.7,""

IPR2="" 0x0FA2
CCP2IP=IPR2.0,""
TMR3IP=IPR2.1,""
HLVDIP=IPR2.2,""
LVDIP=IPR2.2,""
BCL1IP=IPR2.3,""
BCLIP=IPR2.3,""
EEIP=IPR2.4,""
C2IP=IPR2.5,""
C1IP=IPR2.6,""
OSCFIP=IPR2.7,""

PIE3="" 0x0FA3
TMR1GIE=PIE3.0,""
TMR3GIE=PIE3.1,""
TMR5GIE=PIE3.2,""
CTMUIE=PIE3.3,""
TX2IE=PIE3.4,"UART Transmit"
RC2IE=PIE3.5,"Port I/O pin 2IE"
BCL2IE=PIE3.6,""
SSP2IE=PIE3.7,"SPI Slave Select"

PIR3="" 0x0FA4
TMR1GIF=PIR3.0,""
TMR3GIF=PIR3.1,""
TMR5GIF=PIR3.2,""
CTMUIF=PIR3.3,""
TX2IF=PIR3.4,"UART Transmit"
RC2IF=PIR3.5,"Port I/O pin 2IF"
BCL2IF=PIR3.6,""
SSP2IF=PIR3.7,"SPI Slave Select"

IPR3="" 0x0FA5
TMR1GIP=IPR3.0,""
TMR3GIP=IPR3.1,""
TMR5GIP=IPR3.2,""
CTMUIP=IPR3.3,""
TX2IP=IPR3.4,"UART Transmit"
RC2IP=IPR3.5,"Port I/O pin 2IP"
BCL2IP=IPR3.6,""
SSP2IP=IPR3.7,"SPI Slave Select"

EECON1="EE Control register 1" 0x0FA6
RD=EECON1.0,"Port I/O pin"
WR=EECON1.1,""
WREN=EECON1.2,""
WRERR=EECON1.3,""
FREE=EECON1.4,""
CFGS=EECON1.6,""
EEPGD=EECON1.7,""

EECON2="EE Control register 2" 0x0FA7

EEDATA="EE Data register" 0x0FA8

EEADR="EE Adress register" 0x0FA9
EEADR0=EEADR.0,""
EEADR1=EEADR.1,""
EEADR2=EEADR.2,""
EEADR3=EEADR.3,""
EEADR4=EEADR.4,""
EEADR5=EEADR.5,""
EEADR6=EEADR.6,""
EEADR7=EEADR.7,""

RC1STA="" 0x0FAB
RX9D=RC1STA.0,"UART Receive"
RX9D1=RC1STA.0,"UART Receive"
OERR=RC1STA.1,""
OERR1=RC1STA.1,""
FERR=RC1STA.2,""
FERR1=RC1STA.2,""
ADDEN=RC1STA.3,""
ADDEN1=RC1STA.3,""
ADEN=RC1STA.3,""
CREN=RC1STA.4,""
CREN1=RC1STA.4,""
SREN=RC1STA.5,""
SREN1=RC1STA.5,""
RX9=RC1STA.6,"UART Receive"
RX91=RC1STA.6,"UART Receive"
SPEN=RC1STA.7,"Stack Pointer Location bit EN"
SPEN1=RC1STA.7,"Stack Pointer Location bit EN1"

RCSTA="" 0x0FAB
RX9D=RCSTA.0,"UART Receive"
RX9D1=RCSTA.0,"UART Receive"
OERR=RCSTA.1,""
OERR1=RCSTA.1,""
FERR=RCSTA.2,""
FERR1=RCSTA.2,""
ADDEN=RCSTA.3,""
ADDEN1=RCSTA.3,""
ADEN=RCSTA.3,""
CREN=RCSTA.4,""
CREN1=RCSTA.4,""
SREN=RCSTA.5,""
SREN1=RCSTA.5,""
RX9=RCSTA.6,"UART Receive"
RX91=RCSTA.6,"UART Receive"
SPEN=RCSTA.7,"Stack Pointer Location bit EN"
SPEN1=RCSTA.7,"Stack Pointer Location bit EN1"

RCSTA1="" 0x0FAB
RX9D=RCSTA1.0,"UART Receive"
RX9D1=RCSTA1.0,"UART Receive"
OERR=RCSTA1.1,""
OERR1=RCSTA1.1,""
FERR=RCSTA1.2,""
FERR1=RCSTA1.2,""
ADDEN=RCSTA1.3,""
ADDEN1=RCSTA1.3,""
ADEN=RCSTA1.3,""
CREN=RCSTA1.4,""
CREN1=RCSTA1.4,""
SREN=RCSTA1.5,""
SREN1=RCSTA1.5,""
RX9=RCSTA1.6,"UART Receive"
RX91=RCSTA1.6,"UART Receive"
SPEN=RCSTA1.7,"Stack Pointer Location bit EN"
SPEN1=RCSTA1.7,"Stack Pointer Location bit EN1"

TX1STA="" 0x0FAC
TX9D=TX1STA.0,"UART Transmit"
TX9D1=TX1STA.0,"UART Transmit"
TRMT=TX1STA.1,""
TRMT1=TX1STA.1,""
BRGH=TX1STA.2,""
BRGH1=TX1STA.2,""
SENDB=TX1STA.3,""
SENDB1=TX1STA.3,""
SYNC=TX1STA.4,""
SYNC1=TX1STA.4,""
TXEN=TX1STA.5,"UART Transmit"
TXEN1=TX1STA.5,"UART Transmit"
TX9=TX1STA.6,"UART Transmit"
TX91=TX1STA.6,"UART Transmit"
CSRC=TX1STA.7,""
CSRC1=TX1STA.7,""

TXSTA="" 0x0FAC
TX9D=TXSTA.0,"UART Transmit"
TX9D1=TXSTA.0,"UART Transmit"
TRMT=TXSTA.1,""
TRMT1=TXSTA.1,""
BRGH=TXSTA.2,""
BRGH1=TXSTA.2,""
SENDB=TXSTA.3,""
SENDB1=TXSTA.3,""
SYNC=TXSTA.4,""
SYNC1=TXSTA.4,""
TXEN=TXSTA.5,"UART Transmit"
TXEN1=TXSTA.5,"UART Transmit"
TX9=TXSTA.6,"UART Transmit"
TX91=TXSTA.6,"UART Transmit"
CSRC=TXSTA.7,""
CSRC1=TXSTA.7,""

TXSTA1="" 0x0FAC
TX9D=TXSTA1.0,"UART Transmit"
TX9D1=TXSTA1.0,"UART Transmit"
TRMT=TXSTA1.1,""
TRMT1=TXSTA1.1,""
BRGH=TXSTA1.2,""
BRGH1=TXSTA1.2,""
SENDB=TXSTA1.3,""
SENDB1=TXSTA1.3,""
SYNC=TXSTA1.4,""
SYNC1=TXSTA1.4,""
TXEN=TXSTA1.5,"UART Transmit"
TXEN1=TXSTA1.5,"UART Transmit"
TX9=TXSTA1.6,"UART Transmit"
TX91=TXSTA1.6,"UART Transmit"
CSRC=TXSTA1.7,""
CSRC1=TXSTA1.7,""

TX1REG="" 0x0FAD

TXREG="UART Transmitter data register" 0x0FAD

TXREG1="UART Transmitter data register 1" 0x0FAD

RC1REG="" 0x0FAE

RCREG="UART Receiver data register" 0x0FAE

RCREG1="UART Receiver data register 1" 0x0FAE

SP1BRG="" 0x0FAF

SPBRG="UART Baud Rate Generator control register" 0x0FAF

SPBRG1="UART Baud Rate Generator control register1" 0x0FAF

SP1BRGH="" 0x0FB0

SPBRGH="UART Baud Rate Generator control register, High byte" 0x0FB0

SPBRGH1="UART Baud Rate Generator control register, High byte1" 0x0FB0

T3CON="" 0x0FB1
TMR3ON=T3CON.0,""
T3RD16=T3CON.1,""
NOT_T3SYNC=T3CON.2,""
T3OSCEN=T3CON.3,""
T3SOSCEN=T3CON.3,""
T3CKPS0=T3CON.4,""
T3CKPS1=T3CON.5,""
TMR3CS0=T3CON.6,""
TMR3CS1=T3CON.7,""

TMR3="Current content Timer3" 0x0FB2

TMR3L="Current content Timer3, Low byte" 0x0FB2

TMR3H="Current content Timer3, High byte" 0x0FB3

T3GCON="" 0x0FB4
T3GSS0=T3GCON.0,""
T3GSS1=T3GCON.1,""
T3GVAL=T3GCON.2,""
T3G_DONE=T3GCON.3,""
T3GGO=T3GCON.3,""
T3GGO_NOT_DONE=T3GCON.3,""
T3GSPM=T3GCON.4,""
T3GTM=T3GCON.5,""
T3GPOL=T3GCON.6,""
TMR3GE=T3GCON.7,""

ECCP1AS="" 0x0FB6
P1SSBD0=ECCP1AS.0,"P1B and P1D Shut Down State Control bits0"
PSS1BD0=ECCP1AS.0,"P1B and P1D Shut Down State Control bits0"
PSSBD0=ECCP1AS.0,"P1B and P1D Shut Down State Control bits0"
P1SSBD1=ECCP1AS.1,"P1B and P1D Shut Down State Control bits1"
PSS1BD1=ECCP1AS.1,"P1B and P1D Shut Down State Control bits1"
PSSBD1=ECCP1AS.1,"P1B and P1D Shut Down State Control bits1"
P1SSAC0=ECCP1AS.2,"P1A and P1C Shut Down State Control bits0"
PSS1AC0=ECCP1AS.2,"P1A and P1C Shut Down State Control bits0"
PSSAC0=ECCP1AS.2,"P1A and P1C Shut Down State Control bits0"
P1SSAC1=ECCP1AS.3,"P1A and P1C Shut Down State Control bits1"
PSS1AC1=ECCP1AS.3,"P1A and P1C Shut Down State Control bits1"
PSSAC1=ECCP1AS.3,"P1A and P1C Shut Down State Control bits1"
CCP1AS0=ECCP1AS.4,"Capture 1 input/Compare 1 output/PWM 1 output"
ECCPAS0=ECCP1AS.4,"Capture 1 input/Compare 1 output/PWM 1 output"
CCP1AS1=ECCP1AS.5,"Capture 1 input/Compare 1 output/PWM 1 output"
ECCPAS1=ECCP1AS.5,"Capture 1 input/Compare 1 output/PWM 1 output"
CCP1AS2=ECCP1AS.6,"Capture 1 input/Compare 1 output/PWM 1 output"
ECCPAS2=ECCP1AS.6,"Capture 1 input/Compare 1 output/PWM 1 output"
CCP1ASE=ECCP1AS.7,"Capture 1 input/Compare 1 output/PWM 1 output"
ECCPASE=ECCP1AS.7,"Capture 1 input/Compare 1 output/PWM 1 output"

ECCPAS="" 0x0FB6
P1SSBD0=ECCPAS.0,"P1B and P1D Shut Down State Control bits0"
PSS1BD0=ECCPAS.0,"P1B and P1D Shut Down State Control bits0"
PSSBD0=ECCPAS.0,"P1B and P1D Shut Down State Control bits0"
P1SSBD1=ECCPAS.1,"P1B and P1D Shut Down State Control bits1"
PSS1BD1=ECCPAS.1,"P1B and P1D Shut Down State Control bits1"
PSSBD1=ECCPAS.1,"P1B and P1D Shut Down State Control bits1"
P1SSAC0=ECCPAS.2,"P1A and P1C Shut Down State Control bits0"
PSS1AC0=ECCPAS.2,"P1A and P1C Shut Down State Control bits0"
PSSAC0=ECCPAS.2,"P1A and P1C Shut Down State Control bits0"
P1SSAC1=ECCPAS.3,"P1A and P1C Shut Down State Control bits1"
PSS1AC1=ECCPAS.3,"P1A and P1C Shut Down State Control bits1"
PSSAC1=ECCPAS.3,"P1A and P1C Shut Down State Control bits1"
CCP1AS0=ECCPAS.4,"Capture 1 input/Compare 1 output/PWM 1 output"
ECCPAS0=ECCPAS.4,"Capture 1 input/Compare 1 output/PWM 1 output"
CCP1AS1=ECCPAS.5,"Capture 1 input/Compare 1 output/PWM 1 output"
ECCPAS1=ECCPAS.5,"Capture 1 input/Compare 1 output/PWM 1 output"
CCP1AS2=ECCPAS.6,"Capture 1 input/Compare 1 output/PWM 1 output"
ECCPAS2=ECCPAS.6,"Capture 1 input/Compare 1 output/PWM 1 output"
CCP1ASE=ECCPAS.7,"Capture 1 input/Compare 1 output/PWM 1 output"
ECCPASE=ECCPAS.7,"Capture 1 input/Compare 1 output/PWM 1 output"

PWM1CON="" 0x0FB7
P1DC0=PWM1CON.0,"Enhanced CCP1 PWM Output"
PDC0=PWM1CON.0,"Enhanced CCP1 PWM Output"
P1DC1=PWM1CON.1,"Enhanced CCP1 PWM Output"
PDC1=PWM1CON.1,"Enhanced CCP1 PWM Output"
P1DC2=PWM1CON.2,"Enhanced CCP1 PWM Output"
PDC2=PWM1CON.2,"Enhanced CCP1 PWM Output"
P1DC3=PWM1CON.3,"Enhanced CCP1 PWM Output"
PDC3=PWM1CON.3,"Enhanced CCP1 PWM Output"
P1DC4=PWM1CON.4,"Enhanced CCP1 PWM Output"
PDC4=PWM1CON.4,"Enhanced CCP1 PWM Output"
P1DC5=PWM1CON.5,"Enhanced CCP1 PWM Output"
PDC5=PWM1CON.5,"Enhanced CCP1 PWM Output"
P1DC6=PWM1CON.6,"Enhanced CCP1 PWM Output"
PDC6=PWM1CON.6,"Enhanced CCP1 PWM Output"
P1RSEN=PWM1CON.7,""
PRSEN=PWM1CON.7,""

PWMCON="" 0x0FB7
P1DC0=PWMCON.0,"Enhanced CCP1 PWM Output"
PDC0=PWMCON.0,"Enhanced CCP1 PWM Output"
P1DC1=PWMCON.1,"Enhanced CCP1 PWM Output"
PDC1=PWMCON.1,"Enhanced CCP1 PWM Output"
P1DC2=PWMCON.2,"Enhanced CCP1 PWM Output"
PDC2=PWMCON.2,"Enhanced CCP1 PWM Output"
P1DC3=PWMCON.3,"Enhanced CCP1 PWM Output"
PDC3=PWMCON.3,"Enhanced CCP1 PWM Output"
P1DC4=PWMCON.4,"Enhanced CCP1 PWM Output"
PDC4=PWMCON.4,"Enhanced CCP1 PWM Output"
P1DC5=PWMCON.5,"Enhanced CCP1 PWM Output"
PDC5=PWMCON.5,"Enhanced CCP1 PWM Output"
P1DC6=PWMCON.6,"Enhanced CCP1 PWM Output"
PDC6=PWMCON.6,"Enhanced CCP1 PWM Output"
P1RSEN=PWMCON.7,""
PRSEN=PWMCON.7,""

BAUD1CON="" 0x0FB8
ABDEN=BAUD1CON.0,""
WUE=BAUD1CON.1,""
BRG16=BAUD1CON.3,""
CKTXP=BAUD1CON.4,"EUSART synchronous clock (see RX/DT)"
SCKP=BAUD1CON.4,"SPI Clock"
DTRXP=BAUD1CON.5,"EUSART synchronous data (see TX/CK)"
RCIDL=BAUD1CON.6,"Port I/O pin IDL"
ABDOVF=BAUD1CON.7,""

BAUDCON="" 0x0FB8
ABDEN=BAUDCON.0,""
WUE=BAUDCON.1,""
BRG16=BAUDCON.3,""
CKTXP=BAUDCON.4,"EUSART synchronous clock (see RX/DT)"
SCKP=BAUDCON.4,"SPI Clock"
DTRXP=BAUDCON.5,"EUSART synchronous data (see TX/CK)"
RCIDL=BAUDCON.6,"Port I/O pin IDL"
ABDOVF=BAUDCON.7,""

BAUDCON1="" 0x0FB8
ABDEN=BAUDCON1.0,""
WUE=BAUDCON1.1,""
BRG16=BAUDCON1.3,""
CKTXP=BAUDCON1.4,"EUSART synchronous clock (see RX/DT)"
SCKP=BAUDCON1.4,"SPI Clock"
DTRXP=BAUDCON1.5,"EUSART synchronous data (see TX/CK)"
RCIDL=BAUDCON1.6,"Port I/O pin IDL"
ABDOVF=BAUDCON1.7,""

BAUDCTL="Baud Rate Control register" 0x0FB8
ABDEN=BAUDCTL.0,""
WUE=BAUDCTL.1,""
BRG16=BAUDCTL.3,""
CKTXP=BAUDCTL.4,"EUSART synchronous clock (see RX/DT)"
SCKP=BAUDCTL.4,"SPI Clock"
DTRXP=BAUDCTL.5,"EUSART synchronous data (see TX/CK)"
RCIDL=BAUDCTL.6,"Port I/O pin IDL"
ABDOVF=BAUDCTL.7,""

PSTR1CON="" 0x0FB9
STR1A=PSTR1CON.0,""
STR1B=PSTR1CON.1,""
STR1C=PSTR1CON.2,""
STR1D=PSTR1CON.3,""
STR1SYNC=PSTR1CON.4,""

PSTRCON="" 0x0FB9
STR1A=PSTRCON.0,""
STR1B=PSTRCON.1,""
STR1C=PSTRCON.2,""
STR1D=PSTRCON.3,""
STR1SYNC=PSTRCON.4,""

T2CON="" 0x0FBA
T2CKPS0=T2CON.0,""
T2CKPS1=T2CON.1,""
TMR2ON=T2CON.2,""
T2OUTPS0=T2CON.3,""
T2OUTPS1=T2CON.4,""
T2OUTPS2=T2CON.5,""
T2OUTPS3=T2CON.6,""

PR2="Period register Timer2" 0x0FBB

TMR2="Current content Timer2" 0x0FBC

CCP1CON="ECCP Control register 1" 0x0FBD
CCP1M0=CCP1CON.0,"Capture 1 input/Compare 1 output/PWM 1 output"
CCP1M1=CCP1CON.1,"Capture 1 input/Compare 1 output/PWM 1 output"
CCP1M2=CCP1CON.2,"Capture 1 input/Compare 1 output/PWM 1 output"
CCP1M3=CCP1CON.3,"Capture 1 input/Compare 1 output/PWM 1 output"
DC1B0=CCP1CON.4,""
DC1B1=CCP1CON.5,""
P1M0=CCP1CON.6,""
P1M1=CCP1CON.7,""

CCPR1="Capture/Compare/PWM register 1" 0x0FBE

CCPR1L="Capture/Compare/PWM register 1, Low byte" 0x0FBE

CCPR1H="Capture/Compare/PWM register 1, High byte" 0x0FBF

ADCON2="ADC Control register 2" 0x0FC0
ADCS0=ADCON2.0,""
ADCS1=ADCON2.1,""
ADCS2=ADCON2.2,""
ACQT0=ADCON2.3,""
ACQT1=ADCON2.4,""
ACQT2=ADCON2.5,""
ADFM=ADCON2.7,""

ADCON1="ADC Control register 1" 0x0FC1
NVCFG0=ADCON1.0,""
NVCFG1=ADCON1.1,""
PVCFG0=ADCON1.2,""
PVCFG1=ADCON1.3,""
TRIGSEL=ADCON1.7,""

ADCON0="ADC Control register 0" 0x0FC2
ADON=ADCON0.0,""
DONE=ADCON0.1,""
GO=ADCON0.1,""
GO_DONE=ADCON0.1,""
GO_NOT_DONE=ADCON0.1,""
NOT_DONE=ADCON0.1,""
CHS0=ADCON0.2,""
CHS1=ADCON0.3,""
CHS2=ADCON0.4,""
CHS3=ADCON0.5,""
CHS4=ADCON0.6,""

ADRES="ADC Result" 0x0FC3

ADRESL="ADC Result, Low byte" 0x0FC3

ADRESH="ADC Result, High byte" 0x0FC4

SSP1CON2="" 0x0FC5
SEN=SSP1CON2.0,""
RSEN=SSP1CON2.1,""
PEN=SSP1CON2.2,""
RCEN=SSP1CON2.3,"Port I/O pin EN"
ACKEN=SSP1CON2.4,""
ACKDT=SSP1CON2.5,""
ACKSTAT=SSP1CON2.6,""
GCEN=SSP1CON2.7,""

SSPCON2="" 0x0FC5
SEN=SSPCON2.0,""
RSEN=SSPCON2.1,""
PEN=SSPCON2.2,""
RCEN=SSPCON2.3,"Port I/O pin EN"
ACKEN=SSPCON2.4,""
ACKDT=SSPCON2.5,""
ACKSTAT=SSPCON2.6,""
GCEN=SSPCON2.7,""

SSP1CON1="" 0x0FC6
SSPM0=SSP1CON1.0,"SPI Slave Select"
SSPM1=SSP1CON1.1,"SPI Slave Select"
SSPM2=SSP1CON1.2,"SPI Slave Select"
SSPM3=SSP1CON1.3,"SPI Slave Select"
CKP=SSP1CON1.4,"EUSART synchronous clock (see RX/DT)"
SSPEN=SSP1CON1.5,"SPI Slave Select"
SSPOV=SSP1CON1.6,"SPI Slave Select"
WCOL=SSP1CON1.7,""

SSPCON1="" 0x0FC6
SSPM0=SSPCON1.0,"SPI Slave Select"
SSPM1=SSPCON1.1,"SPI Slave Select"
SSPM2=SSPCON1.2,"SPI Slave Select"
SSPM3=SSPCON1.3,"SPI Slave Select"
CKP=SSPCON1.4,"EUSART synchronous clock (see RX/DT)"
SSPEN=SSPCON1.5,"SPI Slave Select"
SSPOV=SSPCON1.6,"SPI Slave Select"
WCOL=SSPCON1.7,""

SSP1STAT="" 0x0FC7
BF=SSP1STAT.0,""
UA=SSP1STAT.1,""
NOT_W=SSP1STAT.2,""
NOT_WRITE=SSP1STAT.2,""
R=SSP1STAT.2,""
R_NOT_W=SSP1STAT.2,""
R_W=SSP1STAT.2,""
S=SSP1STAT.3,""
P=SSP1STAT.4,""
D=SSP1STAT.5,""
D_A=SSP1STAT.5,""
D_NOT_A=SSP1STAT.5,""
NOT_A=SSP1STAT.5,""
NOT_ADDRESS=SSP1STAT.5,""
CKE=SSP1STAT.6,"EUSART synchronous clock (see RX/DT)"
SMP=SSP1STAT.7,""

SSPSTAT="" 0x0FC7
BF=SSPSTAT.0,""
UA=SSPSTAT.1,""
NOT_W=SSPSTAT.2,""
NOT_WRITE=SSPSTAT.2,""
R=SSPSTAT.2,""
R_NOT_W=SSPSTAT.2,""
R_W=SSPSTAT.2,""
S=SSPSTAT.3,""
P=SSPSTAT.4,""
D=SSPSTAT.5,""
D_A=SSPSTAT.5,""
D_NOT_A=SSPSTAT.5,""
NOT_A=SSPSTAT.5,""
NOT_ADDRESS=SSPSTAT.5,""
CKE=SSPSTAT.6,"EUSART synchronous clock (see RX/DT)"
SMP=SSPSTAT.7,""

SSP1ADD="" 0x0FC8

SSPADD="Synchronous serial port (I2C mode) address register" 0x0FC8

SSP1BUF="" 0x0FC9

SSPBUF="Synchonous serial port receive buffer or transmit register" 0x0FC9

SSP1MSK="" 0x0FCA
MSK0=SSP1MSK.0,""
MSK1=SSP1MSK.1,""
MSK2=SSP1MSK.2,""
MSK3=SSP1MSK.3,""
MSK4=SSP1MSK.4,""
MSK5=SSP1MSK.5,""
MSK6=SSP1MSK.6,""
MSK7=SSP1MSK.7,""

SSPMSK="" 0x0FCA
MSK0=SSPMSK.0,""
MSK1=SSPMSK.1,""
MSK2=SSPMSK.2,""
MSK3=SSPMSK.3,""
MSK4=SSPMSK.4,""
MSK5=SSPMSK.5,""
MSK6=SSPMSK.6,""
MSK7=SSPMSK.7,""

SSP1CON3="" 0x0FCB
DHEN=SSP1CON3.0,""
AHEN=SSP1CON3.1,""
SBCDE=SSP1CON3.2,""
SDAHT=SSP1CON3.3,"I2C Data I/O"
BOEN=SSP1CON3.4,""
SCIE=SSP1CON3.5,""
PCIE=SSP1CON3.6,""
ACKTIM=SSP1CON3.7,""

SSPCON3="" 0x0FCB
DHEN=SSPCON3.0,""
AHEN=SSPCON3.1,""
SBCDE=SSPCON3.2,""
SDAHT=SSPCON3.3,"I2C Data I/O"
BOEN=SSPCON3.4,""
SCIE=SSPCON3.5,""
PCIE=SSPCON3.6,""
ACKTIM=SSPCON3.7,""

T1GCON="" 0x0FCC
T1GSS0=T1GCON.0,""
T1GSS1=T1GCON.1,""
T1GVAL=T1GCON.2,""
T1G_DONE=T1GCON.3,""
T1GGO=T1GCON.3,""
T1GGO_NOT_DONE=T1GCON.3,""
T1GSPM=T1GCON.4,""
T1GTM=T1GCON.5,""
T1GPOL=T1GCON.6,""
TMR1GE=T1GCON.7,""

T1CON="" 0x0FCD
TMR1ON=T1CON.0,""
RD16=T1CON.1,"Port I/O pin 16"
T1RD16=T1CON.1,"Port I/O pin 16"
NOT_T1SYNC=T1CON.2,""
T1SYNC=T1CON.2,""
T1OSCEN=T1CON.3,""
T1SOSCEN=T1CON.3,""
T1CKPS0=T1CON.4,""
T1CKPS1=T1CON.5,""
TMR1CS0=T1CON.6,""
TMR1CS1=T1CON.7,""

TMR1="Current content Timer1" 0x0FCE

TMR1L="Current content Timer1, Low byte" 0x0FCE

TMR1H="Current content Timer1, High byte" 0x0FCF

RCON="" 0x0FD0
BOR=RCON.0,""
NOT_BOR=RCON.0,""
NOT_POR=RCON.1,""
POR=RCON.1,""
NOT_PD=RCON.2,""
PD=RCON.2,""
NOT_TO=RCON.3,""
TO=RCON.3,""
NOT_RI=RCON.4,""
RI=RCON.4,""
SBOREN=RCON.6,""
IPEN=RCON.7,""

WDTCON="" 0x0FD1
SWDTE=WDTCON.0,""
SWDTEN=WDTCON.0,""

OSCCON2="" 0x0FD2
LFIOFS=OSCCON2.0,""
MFIOFS=OSCCON2.1,""
PRISD=OSCCON2.2,""
SOSCGO=OSCCON2.3,""
MFIOSEL=OSCCON2.4,""
SOSCRUN=OSCCON2.6,""
PLLRDY=OSCCON2.7,""

OSCCON="" 0x0FD3
SCS0=OSCCON.0,""
SCS1=OSCCON.1,""
HFIOFS=OSCCON.2,"INTOSC Frequency Stable bit"
IOFS=OSCCON.2,"INTOSC Frequency Stable bit"
OSTS=OSCCON.3,""
IRCF0=OSCCON.4,""
IRCF1=OSCCON.5,""
IRCF2=OSCCON.6,""
IDLEN=OSCCON.7,""

T0CON="" 0x0FD5
T0PS0=T0CON.0,""
T0PS1=T0CON.1,""
T0PS2=T0CON.2,""
PSA=T0CON.3,""
T0SE=T0CON.4,""
T0CS=T0CON.5,""
T08BIT=T0CON.6,""
TMR0ON=T0CON.7,""

TMR0="Current content Timer0" 0x0FD6

TMR0L="Current content Timer0, Low byte" 0x0FD6

TMR0H="Current content Timer0, High byte" 0x0FD7

STATUS="Status register" 0x0FD8
C=STATUS.0,""
DC=STATUS.1,""
Z=STATUS.2,""
OV=STATUS.3,""
N=STATUS.4,""

FSR2L="Indirect Data Memory Address Pointer 2, Low byte" 0x0FD9

FSR2H="Indirect Data Memory Address Pointer 2, High byte" 0x0FDA

PLUSW2="Increment with W register FSR2" 0x0FDB

PREINC2="Pre Increment register FSR2" 0x0FDC

POSTDEC2="Post Decrement register FSR2" 0x0FDD

POSTINC2="Post Increment register FSR2" 0x0FDE

INDF2="Indirect addressing register FSR2" 0x0FDF

BSR="Bank switching register" 0x0FE0

FSR1L="Indirect Data Memory Address Pointer 1, Low byte" 0x0FE1

FSR1H="Indirect Data Memory Address Pointer 1, High byte" 0x0FE2

PLUSW1="Increment with W register FSR1" 0x0FE3

PREINC1="Pre Increment register FSR1" 0x0FE4

POSTDEC1="Post Decrement register FSR1" 0x0FE5

POSTINC1="Post Increment register FSR1" 0x0FE6

INDF1="Indirect addressing register FSR1" 0x0FE7

WREG="Working register, the workhorse for all operations" 0x0FE8

FSR0L="Indirect Data Memory Address Pointer 0, Low byte" 0x0FE9

FSR0H="Indirect Data Memory Address Pointer 0, High byte" 0x0FEA

PLUSW0="Increment with W register FSR0" 0x0FEB

PREINC0="Pre Increment register FSR0" 0x0FEC

POSTDEC0="Post Decrement register FSR0" 0x0FED

POSTINC0="Post Increment register FSR0" 0x0FEE

INDF0="Indirect addressing register FSR0" 0x0FEF

INTCON3="Interrupt Control register 3" 0x0FF0
INT1F=INTCON3.0,"External Interrupt 1"
INT1IF=INTCON3.0,"External Interrupt 1"
INT2F=INTCON3.1,"External Interrupt 2"
INT2IF=INTCON3.1,"External Interrupt 2"
INT1E=INTCON3.3,"External Interrupt 1"
INT1IE=INTCON3.3,"External Interrupt 1"
INT2E=INTCON3.4,"External Interrupt 2"
INT2IE=INTCON3.4,"External Interrupt 2"
INT1IP=INTCON3.6,"External Interrupt 1"
INT1P=INTCON3.6,"External Interrupt 1"
INT2IP=INTCON3.7,"External Interrupt 2"
INT2P=INTCON3.7,"External Interrupt 2"

INTCON2="Interrupt Control register 2" 0x0FF1
RBIP=INTCON2.0,"Port I/O pin IP"
TMR0IP=INTCON2.2,""
INTEDG2=INTCON2.4,""
INTEDG1=INTCON2.5,""
INTEDG0=INTCON2.6,""
NOT_RBPU=INTCON2.7,"Port I/O pin PU"
RBPU=INTCON2.7,"Port I/O pin PU"

INTCON="Interrupt Control register" 0x0FF2
RBIF=INTCON.0,"Port I/O pin IF"
INT0F=INTCON.1,"External Interrupt 0"
INT0IF=INTCON.1,"External Interrupt 0"
T0IF=INTCON.2,""
TMR0IF=INTCON.2,""
RBIE=INTCON.3,"Port I/O pin IE"
INT0E=INTCON.4,"External Interrupt 0"
INT0IE=INTCON.4,"External Interrupt 0"
T0IE=INTCON.5,""
TMR0IE=INTCON.5,""
GIEL=INTCON.6,"Global Interrupt Enable flag"
PEIE=INTCON.6,"Peripheral Interrupt Enable flag"
PEIE_GIEL=INTCON.6,"Peripheral Interrupt Enable flag"
GIE=INTCON.7,"Global Interrupt Enable flag"
GIE_GIEH=INTCON.7,"Global Interrupt Enable flag"
GIEH=INTCON.7,"Global Interrupt Enable flag"

PROD="Product register" 0x0FF3

PRODL="Product register, Low byte" 0x0FF3

PRODH="Product register, High byte" 0x0FF4

TABLAT="Program Memory Table Latch" 0x0FF5

TBLPTR="Program Memory Table Pointer" 0x0FF6

TBLPTRL="Program Memory Table Pointer, Low byte" 0x0FF6

TBLPTRH="Program Memory Table Pointer, High byte" 0x0FF7

TBLPTRU="Program Memory Table Pointer, Upper byte" 0x0FF8

PC="Program Counter" 0x0FF9

PCL="Program Counter, Low byte" 0x0FF9

PCLATH="Program Counter holding register, High byte" 0x0FFA

PCLATU="Program Counter holding register, Upper byte" 0x0FFB

STKPTR="Stack Pointer" 0x0FFC

TOS="Tof Of Stack" 0x0FFD

TOSL="Tof Of Stack, Low byte" 0x0FFD

TOSH="Tof Of Stack, High byte" 0x0FFE

TOSU="Tof Of Stack, Upper byte" 0x0FFF