[Device]
Pins=44
Ports=5
ADCPins=13
ADCBits=12
MaxClock=48000000
PrescalerBits=3
ClockDivider=4
TimerOverflow=256
ConfigAddress=0x300000
ConfigCount=8
PortBits=8
PWMCount=10
UARTCount=2
SPICount=2
I2CCount=2
CANCount=0
ComparatorCount=3
TimerCount8=4
TimerCount16=4
EepromSize=0
HasAltPWM=0
FlowcodeProduct=PIC
DefaultPackageType=1
FlashSize=131072
RamSize=3892

[ICD]
ClockPort=1
ClockPin=6
DataPort=1
DataPin=7


[Pins]
Pin1 = "RC7/RX1/DT1/SDO"
Pin2 = "RD4"
Pin3 = "RD5"
Pin4 = "RD6"
Pin5 = "RD7"
Pin6 = "VSS"
Pin7 = "AVDD"
Pin8 = "VDD"
Pin9 = "RB0/AN12/INT0"
Pin10 = "RB1/AN10"
Pin11 = "RB2/AN8"
Pin12 = "RB3/AN9"
Pin13 = "NC"
Pin14 = "RB4"
Pin15 = "RB5"
Pin16 = "RB6/PGC"
Pin17 = "RB7/PGD"
Pin18 = "MCLR"
Pin19 = "RA0/AN0"
Pin20 = "RA1/AN1"
Pin21 = "RA2/AN2/VREF-"
Pin22 = "RA3/AN3/VREF+"
Pin23 = "VDDCORE/VCAP"
Pin24 = "RA5/AN4"
Pin25 = "RE0/AN5"
Pin26 = "RE1/AN6"
Pin27 = "RE2/AN7"
Pin28 = "VDD"
Pin29 = "VSS"
Pin30 = "OSC1/CLKI/RA7"
Pin31 = "OSC2/CLKO/RA6"
Pin32 = "RC0/T1OSO/T1CKI"
Pin33 = "NC"
Pin34 = "NC"
Pin35 = "RC1/T1OSI"
Pin36 = "RC2/AN11"
Pin37 = "VUSB"
Pin38 = "RD0/SCL2"
Pin39 = "RD1/SDA2"
Pin40 = "RD2"
Pin41 = "RD3"
Pin42 = "RC4/D-"
Pin43 = "RC5/D+"
Pin44 = "RC6/TX1/CK1"

[Ports]
PortPin1=0x0207
PortPin2=0x0304
PortPin3=0x0305
PortPin4=0x0306
PortPin5=0x0307
PortPin8=0x0100
PortPin9=0x0101
PortPin10=0x0102
PortPin11=0x0103
PortPin14=0x0104
PortPin15=0x0105
PortPin16=0x0106
PortPin17=0x0107
PortPin19=0x0000
PortPin20=0x0001
PortPin21=0x0002
PortPin22=0x0003
PortPin24=0x0005
PortPin25=0x0400
PortPin26=0x0401
PortPin27=0x0402
PortPin30=0x0007
PortPin31=0x0006
PortPin32=0x0200
PortPin35=0x0201
PortPin36=0x0202
PortPin37=0x0203
PortPin38=0x0300
PortPin39=0x0301
PortPin40=0x0302
PortPin41=0x0303
PortPin42=0x0204
PortPin43=0x0205
PortPin44=0x0206

[PortMasks]
PortMask0=0xEF
PortMask1=0xFF
PortMask2=0xFF
PortMask3=0xFF
PortMask4=0x07

[ADCPins]
ADC0=19
ADC1=20
ADC2=21
ADC3=22
ADC4=24
ADC5=25
ADC6=26
ADC7=27
ADC8=10
ADC9=11
ADC10=9
ADC11=36
ADC12=8

[ADC_ConvSpeed]
Count=7
Opt1=Fosc / 2
Opt1_Val=0
Opt2=Fosc / 8
Opt2_Val=1
Opt3=Fosc / 32
Opt3_Val=2
Opt4=FRC
Opt4_Val=3
Opt5=Fosc / 4
Opt5_Val=4
Opt6=Fosc / 16
Opt6_Val=5
Opt7=Fosc / 64
Opt7_Val=6

[Code]
;Substitute macros
;%c Clock Speed
;%o Operand
;%s Prescaler
;%p PortID
;%m MaskBits
;%i Inverse Mask
;%a ADC channel
;%a Config Address
;%v Config Value
;%r Interrupt Flag Register
;%b Interrupt Flag Bit
;%n Interrupt Macro Name
Directives="#define MX_CLK_SPEED %c\n#ifdef _BOOSTC\n#include <system.h>\n#endif\n#ifdef HI_TECH_C\n#include <pic18.h>\n#endif\n"
MainStart="void main()\n{\n"
MainEnd="\tmainendloop: goto mainendloop;\n}\n\n"
IntStart="void MX_INTERRUPT_MACRO(void)\n{\n"
IntEnd="}\n\n"
Initialise="ancon0 = 0xFF;\nancon1 = 0x1F;\n"
IntInit="\n\n"
InputCmdFull="tris%p = tris%p | %m;\n%o = port%p;\n"
InputCmdOneBit="tris%p = tris%p | %m;\n%o = ((port%p & %m) == %m);\n"
InputCmdMask="tris%p = tris%p | %m;\n%o = port%p & %m;\n"
OutputCmdFull="tris%p = 0x00;\nport%p = %o;\n"
OutputCmdOneBit="tris%p = tris%p & %i;\nif (%o)\n\tport%p = (port%p & %i) | %m;\nelse\n\tport%p = port%p & %i;\n"
OutputCmdMask="tris%p = tris%p & %i;\nport%p = (port%p & %i) | (%o & %m);\n"
DelayCmdS="delay_s(%o);\n"
DelayCmdMs="delay_ms(%o);\n"
DelayCmdUs="delay_us(%o);\n"
WdtDelayCmdS="Wdt_Delay_S(%o);\n"
WdtDelayCmdMs="Wdt_Delay_Ms(%o);\n"
InitialPortLetter="a"
ConfigData="#ifdef _BOOSTC\n#pragma DATA %a, %v\n#endif\n#ifdef _HI_TECH_C\n%C__CONFIG(%A, %V);\n#endif\n"
IntHandler="#ifndef MX_INTHANDLER_%r_%b\n#define MX_INTHANDLER_%r_%b\nif (%r & (1 << %b))\n{\n\tFCM_%n();\n\tclear_bit(%r, %b);\n}\n\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif\n"

[Defines]
Define1=#define P18F47J53
Define2=#define FC_CAL_PIC
Define3=#define MX_ADC
Define4=#define MX_ADC_TYPE_21
Define5=#define MX_ADC_BITS_12
Define6=#define MX_SPI_1
Define7=#define MX_SPI_1_MISO_PORT portc
Define8=#define MX_SPI_1_MISO_TRIS trisc
Define9=#define MX_SPI_1_MISO_PIN 4
Define10=#define MX_SPI_1_MOSI_PORT portc
Define11=#define MX_SPI_1_MOSI_TRIS trisc
Define12=#define MX_SPI_1_MOSI_PIN 5
Define13=#define MX_SPI_1_CLK_PORT portc
Define14=#define MX_SPI_1_CLK_TRIS trisc
Define15=#define MX_SPI_1_CLK_PIN 3
Define16=#define MX_SPI_1_SS_PORT porta
Define17=#define MX_SPI_1_SS_TRIS trisa
Define18=#define MX_SPI_1_SS_PIN 5
Define19=#define MX_SPI_2
Define20=#define MX_SPI_2_REMAPPABLE
Define21=#define MX_SPI_2_MISO_PORT portb
Define22=#define MX_SPI_2_MISO_TRIS trisb
Define23=#define MX_SPI_2_MISO_PIN 0
Define24=#define MX_SPI_2_MOSI_PORT portb
Define25=#define MX_SPI_2_MOSI_TRIS trisb
Define26=#define MX_SPI_2_MOSI_PIN 1
Define27=#define MX_SPI_2_CLK_PORT portb
Define28=#define MX_SPI_2_CLK_TRIS trisb
Define29=#define MX_SPI_2_CLK_PIN 2
Define30=#define MX_SPI_2_SS_PORT portb
Define31=#define MX_SPI_2_SS_TRIS trisb
Define32=#define MX_SPI_2_SS_PIN 3
Define33=#define MX_UART_1
Define34=#define MX_UART_1_TX_PORT portc
Define35=#define MX_UART_1_TX_TRIS trisc
Define36=#define MX_UART_1_TX_PIN 6
Define37=#define MX_UART_1_RX_PORT portc
Define38=#define MX_UART_1_RX_TRIS trisc
Define39=#define MX_UART_1_RX_PIN 7
Define40=#define MX_UART_2
Define41=#define MX_UART_2_REMAPPABLE
Define42=#define MX_UART_2_TX_PORT portb
Define43=#define MX_UART_2_TX_TRIS trisb
Define44=#define MX_UART_2_TX_PIN 6
Define45=#define MX_UART_2_RX_PORT portb
Define46=#define MX_UART_2_RX_TRIS trisb
Define47=#define MX_UART_2_RX_PIN 7
Define48=#define MX_I2C
Define49=#define MX_MI2C
Define50=#define MX_I2C_1
Define51=#define MX_I2C_1_SDA_PORT portc
Define52=#define MX_I2C_1_SDA_TRIS trisc
Define53=#define MX_I2C_1_SDA_PIN 4
Define54=#define MX_I2C_1_SCL_PORT portc
Define55=#define MX_I2C_1_SCL_TRIS trisc
Define56=#define MX_I2C_1_SCL_PIN 3
Define57=#define MX_I2C_2
Define58=#define MX_I2C_2_SDA_PORT portd
Define59=#define MX_I2C_2_SDA_TRIS trisd
Define60=#define MX_I2C_2_SDA_PIN 1
Define61=#define MX_I2C_2_SCL_PORT portd
Define62=#define MX_I2C_2_SCL_TRIS trisd
Define63=#define MX_I2C_2_SCL_PIN 0
Define64=#define MX_PWM
Define65=#define MX_PWM_REMAPPABLE
Define66=#define MX_PWM_CNT 10
Define67=#define MX_PWM_PSCA1
Define68=#define MX_PWM_PSCA4
Define69=#define MX_PWM_PSCA16
Define70=#define MX_PWM_1_PORT portb
Define71=#define MX_PWM_1_TRIS trisb
Define72=#define MX_PWM_1_PIN 0
Define73=#define MX_PWM_2_PORT portb
Define74=#define MX_PWM_2_TRIS trisb
Define75=#define MX_PWM_2_PIN 1
Define76=#define MX_PWM_3_PORT portb
Define77=#define MX_PWM_3_TRIS trisb
Define78=#define MX_PWM_3_PIN 2
Define79=#define MX_PWM_4_PORT portb
Define80=#define MX_PWM_4_TRIS trisb
Define81=#define MX_PWM_4_PIN 4
Define82=#define MX_PWM_5_PORT portb
Define83=#define MX_PWM_5_TRIS trisb
Define84=#define MX_PWM_5_PIN 5
Define85=#define MX_PWM_6_PORT portb
Define86=#define MX_PWM_6_TRIS trisb
Define87=#define MX_PWM_6_PIN 6
Define88=#define MX_PWM_7_PORT portb
Define89=#define MX_PWM_7_TRIS trisb
Define90=#define MX_PWM_7_PIN 7
Define91=#define MX_PWM_8_PORT portc
Define92=#define MX_PWM_8_TRIS trisc
Define93=#define MX_PWM_8_PIN 1
Define94=#define MX_PWM_9_PORT portc
Define95=#define MX_PWM_9_TRIS trisc
Define96=#define MX_PWM_9_PIN 6
Define97=#define MX_PWM_10_PORT portc
Define98=#define MX_PWM_10_TRIS trisc
Define99=#define MX_PWM_10_PIN 7
Define100=#define MX_USB_TYPE4

[Interrupts]
13
;first 3 should always be 1=TMR0, 2=RB0INT, 3=PORTB
;any other interrupts need to also have this set: "st_bit(intcon, PEIE);\n"
GeneralInit="st_bit(intcon, GIE);\n"
Count=15
1=TMR0
2=RB0INT
3=PORTB
5=RB1INT
6=RB2INT
7=RB3INT
8=TMR2
9=RXINT
10=RXINT2
12=TMR4
14=TMR6
15=TMR8
4=TMR1
11=TMR3
13=TMR5

[TMR0]
Name="TMR0"
HandlerCode="#ifndef MX_INTHANDLER_intcon_TMR0IF\n#define MX_INTHANDLER_intcon_TMR0IF\nif (ts_bit(intcon, TMR0IF) && ts_bit(intcon, TMR0IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\t\n\tFCM_%n();\n\tcr_bit(intcon, TMR0IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif\n"
EnableCode="st_bit(intcon, TMR0IE);\n"
DisableCode="cr_bit(intcon, TMR0IE);\n"
OptCnt=3
PrescaleOpt=3
MaxTimerOverflow=256
Opt1="Clock Source Select"
Opt1Cnt=2
Opt1_1="Transition on T0CKI pin"
Opt1_1Val="st_bit(t0con, T0CS);\n"
Opt1_2="Internal clock (CLKO)"
Opt1_2Val="cr_bit(t0con, T0CS);\n"
Opt2="Source Edge Select"
Opt2Cnt=2
Opt2_1="high-to-low transition on TMR0 Clock"
Opt2_1Val="st_bit(t0con, T0SE);\n"
Opt2_2="low-to-high transition on TMR0 Clock"
Opt2_2Val="cr_bit(t0con, T0SE);\n"
Opt3="Prescaler Rate"
Opt3Cnt=9
Opt3_1="1:1"
Opt3_1Val="t0con = (t0con & 0xF0) | 0x08;\n"
Opt3_2="1:2"
Opt3_2Val="t0con = (t0con & 0xF0) | 0x00;\n"
Opt3_3="1:4"
Opt3_3Val="t0con = (t0con & 0xF0) | 0x01;\n"
Opt3_4="1:8"
Opt3_4Val="t0con = (t0con & 0xF0) | 0x02;\n"
Opt3_5="1:16"
Opt3_5Val="t0con = (t0con & 0xF0) | 0x03;\n"
Opt3_6="1:32"
Opt3_6Val="t0con = (t0con & 0xF0) | 0x04;\n"
Opt3_7="1:64"
Opt3_7Val="t0con = (t0con & 0xF0) | 0x05;\n"
Opt3_8="1:128"
Opt3_8Val="t0con = (t0con & 0xF0) | 0x06;\n"
Opt3_9="1:256"
Opt3_9Val="t0con = (t0con & 0xF0) | 0x07;\n"

[RB0INT]
Name="RB0/INT0"
REMask=0x00,0x01
FEMask=0x00,0x01
ConfOpt=0x03
EdgeOpt=0x01
HandlerCode="#ifndef MX_INTHANDLER_intcon_INT0IF\n#define MX_INTHANDLER_intcon_INT0IF\nif (ts_bit(intcon, INT0IF) && ts_bit(intcon, INT0IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tcr_bit(intcon, INT0IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif\n"
EnableCode="st_bit(intcon, INT0IE);\n"
DisableCode="cr_bit(intcon, INT0IE);\n"
OptCnt=1
Opt1="Interrupt Edge Select"
Opt1Cnt=2
Opt1_1="rising edge of RB0/INT0"
Opt1_1Val="st_bit(intcon2, INTEDG0);\n"
Opt1_2="falling edge of RB0/INT0"
Opt1_2Val="cr_bit(intcon2, INTEDG0);\n"

[PORTB]
Name="PORT"
REMask=0x00,0xF0
FEMask=0x00,0xF0
ConfOpt=0x04
HandlerCode="#ifndef MX_INTHANDLER_intcon_RBIF\n#define MX_INTHANDLER_intcon_RBIF\nchar mxtmp;\nif (ts_bit(intcon, RBIF) && ts_bit(intcon, RBIE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tmxtmp=portb;\n\tcr_bit(intcon, RBIF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif\n"
EnableCode="st_bit(intcon, RBIE);\n"
DisableCode="cr_bit(intcon, RBIE);\n"
OptCnt=0

[RB1INT]
Name="RB1/INT1"
REMask=0x00,0x02
FEMask=0x00,0x02
ConfOpt=0x03
EdgeOpt=0x01
HandlerCode="#ifndef MX_INTHANDLER_intcon3_INT1IF\n#define MX_INTHANDLER_intcon3_INT1IF\nif (ts_bit(intcon3, INT1IF) && ts_bit(intcon3, INT1IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tcr_bit(intcon3, INT1IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif\n"
EnableCode="st_bit(intcon3, INT1IE);\n"
DisableCode="cr_bit(intcon3, INT1IE);\n"
OptCnt=1
Opt1="Interrupt Edge Select"
Opt1Cnt=2
Opt1_1="rising edge of RB1/INT1"
Opt1_1Val="st_bit(intcon2, INTEDG1);\n"
Opt1_2="falling edge of RB1/INT1"
Opt1_2Val="cr_bit(intcon2, INTEDG1);\n"

[RB2INT]
Name="RB2/INT2"
REMask=0x00,0x04
FEMask=0x00,0x04
ConfOpt=0x03
EdgeOpt=0x01
HandlerCode="#ifndef MX_INTHANDLER_intcon3_INT2IF\n#define MX_INTHANDLER_intcon3_INT2IF\nif (ts_bit(intcon3, INT2IF) && ts_bit(intcon3, INT2IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tcr_bit(intcon3, INT2IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif\n"
EnableCode="st_bit(intcon3, INT2IE);\n"
DisableCode="cr_bit(intcon3, INT2IE);\n"
OptCnt=1
Opt1="Interrupt Edge Select"
Opt1Cnt=2
Opt1_1="rising edge of RB2/INT2"
Opt1_1Val="st_bit(intcon2, INTEDG2);\n"
Opt1_2="falling edge of RB2/INT2"
Opt1_2Val="cr_bit(intcon2, INTEDG2);\n"

[RB3INT]
Name="RB3/INT3"
REMask=0x00,0x08
FEMask=0x00,0x08
ConfOpt=0x03
EdgeOpt=0x01
HandlerCode="#ifndef MX_INTHANDLER_intcon3_INT3IF\n#define MX_INTHANDLER_intcon3_INT3IF\nif (ts_bit(intcon3, INT3IF) && ts_bit(intcon3, INT3IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tcr_bit(intcon3, INT3IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif\n"
EnableCode="st_bit(intcon3, INT3IE);\n"
DisableCode="cr_bit(intcon3, INT3IE);\n"
OptCnt=1
Opt1="Interrupt Edge Select"
Opt1Cnt=2
Opt1_1="rising edge of RB3/INT3"
Opt1_1Val="st_bit(intcon2, INTEDG3);\n"
Opt1_2="falling edge of RB3/INT3"
Opt1_2Val="cr_bit(intcon2, INTEDG3);\n"

[TMR2]
Name="TMR2"
HandlerCode="#ifndef MX_INTHANDLER_pir1_TMR2IF\n#define MX_INTHANDLER_pir1_TMR2IF\nif (ts_bit(pir1, TMR2IF) && ts_bit(pie1, TMR2IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tcr_bit(pir1, TMR2IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif"
EnableCode="st_bit(intcon, PEIE);\nst_bit(pie1, TMR2IE);\n"
DisableCode="cr_bit(pie1, TMR2IE);\n"
OptCnt=3
PrescaleOpt=1
PostScaleOpt=2
RolloverOpt=3
MaxTimerOverflow=256
Opt1="Prescaler Rate"
Opt1Cnt=3
Opt1_1="1:1"
Opt1_1Val="cr_bit(t2con, T2CKPS0);\ncr_bit(t2con, T2CKPS1);\nst_bit(t2con, TMR2ON);\n"
Opt1_2="1:4"
Opt1_2Val="st_bit(t2con, T2CKPS0);\ncr_bit(t2con, T2CKPS1);\nst_bit(t2con, TMR2ON);\n"
Opt1_3="1:16"
Opt1_3Val="cr_bit(t2con, T2CKPS0);\nst_bit(t2con, T2CKPS1);\nst_bit(t2con, TMR2ON);\n"
Opt2="Postscaler Rate"
Opt2Cnt=16
Opt2_1="1:1"
Opt2_1Val="t2con = t2con & 0x07;\n"
Opt2_2="1:2"
Opt2_2Val="t2con = (t2con & 0x07) | 0x08;\n"
Opt2_3="1:3"
Opt2_3Val="t2con = (t2con & 0x07) | 0x10;\n"
Opt2_4="1:4"
Opt2_4Val="t2con = (t2con & 0x07) | 0x18;\n"
Opt2_5="1:5"
Opt2_5Val="t2con = (t2con & 0x07) | 0x20;\n"
Opt2_6="1:6"
Opt2_6Val="t2con = (t2con & 0x07) | 0x28;\n"
Opt2_7="1:7"
Opt2_7Val="t2con = (t2con & 0x07) | 0x30;\n"
Opt2_8="1:8"
Opt2_8Val="t2con = (t2con & 0x07) | 0x38;\n"
Opt2_9="1:9"
Opt2_9Val="t2con = (t2con & 0x07) | 0x40;\n"
Opt2_10="1:10"
Opt2_10Val="t2con = (t2con & 0x07) | 0x48;\n"
Opt2_11="1:11"
Opt2_11Val="t2con = (t2con & 0x07) | 0x50;\n"
Opt2_12="1:12"
Opt2_12Val="t2con = (t2con & 0x07) | 0x58;\n"
Opt2_13="1:13"
Opt2_13Val="t2con = (t2con & 0x07) | 0x60;\n"
Opt2_14="1:14"
Opt2_14Val="t2con = (t2con & 0x07) | 0x68;\n"
Opt2_15="1:15"
Opt2_15Val="t2con = (t2con & 0x07) | 0x70;\n"
Opt2_16="1:16"
Opt2_16Val="t2con = (t2con & 0x07) | 0x78;\n"
Opt3="Rollover Value"
Opt3Cnt=5
Opt3_1="256"
Opt3_1Val="pr2=%d-1;\n"
Opt3_2="128"
Opt3_2Val="NOTE: only Opt3_1Val is needed here"
Opt3_3="64"
Opt3_3Val="NOTE: only Opt3_1Val is needed here"
Opt3_4="32"
Opt3_4Val="NOTE: only Opt3_1Val is needed here"
Opt3_5="16"
Opt3_5Val="NOTE: only Opt3_1Val is needed here"

[RXINT]
Name="RXINT"
HandlerCode="#ifndef MX_INTHANDLER_pir1_RC1IF\n#define MX_INTHANDLER_pir1_RC1IF\nif (ts_bit(pir1, RC1IF) && ts_bit(pie1, RC1IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tcr_bit(pir1, RC1IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif"
EnableCode="st_bit(intcon, PEIE);\nst_bit(pie1, RC1IE);\n"
DisableCode="cr_bit(pie1, RC1IE);\n"
OptCnt=0

[RXINT2]
Name="RXINT2"
HandlerCode="#ifndef MX_INTHANDLER_pir3_RC2IF\n#define MX_INTHANDLER_pir3_RC2IF\nif (ts_bit(pir3, RC2IF) && ts_bit(pie3, RC2IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tcr_bit(pir3, RC2IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif"
EnableCode="st_bit(intcon, PEIE);\nst_bit(pie3, RC2IE);\n"
DisableCode="cr_bit(pie3, RC2IE);\n"
OptCnt=0

[TMR4]
Name="TMR4"
HandlerCode="#ifndef MX_INTHANDLER_pir3_TMR4IF\n#define MX_INTHANDLER_pir3_TMR4IF\nif (ts_bit(pir3, TMR4IF) && ts_bit(pie3, TMR4IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tcr_bit(pir3, TMR4IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif"
EnableCode="st_bit(intcon, PEIE);\nst_bit(pie3, TMR4IE);\n"
DisableCode="cr_bit(pie3, TMR4IE);\n"
OptCnt=3
PrescaleOpt=1
PostScaleOpt=2
RolloverOpt=3
MaxTimerOverflow=256
Opt1="Prescaler Rate"
Opt1Cnt=3
Opt1_1="1:1"
Opt1_1Val="cr_bit(t4con, T4CKPS0);\ncr_bit(t4con, T4CKPS1);\nst_bit(t4con, TMR4ON);\n"
Opt1_2="1:4"
Opt1_2Val="st_bit(t4con, T4CKPS0);\ncr_bit(t4con, T4CKPS1);\nst_bit(t4con, TMR4ON);\n"
Opt1_3="1:16"
Opt1_3Val="cr_bit(t4con, T4CKPS0);\nst_bit(t4con, T4CKPS1);\nst_bit(t4con, TMR4ON);\n"
Opt2="Postscaler Rate"
Opt2Cnt=16
Opt2_1="1:1"
Opt2_1Val="t4con = t4con & 0x07;\n"
Opt2_2="1:2"
Opt2_2Val="t4con = (t4con & 0x07) | 0x08;\n"
Opt2_3="1:3"
Opt2_3Val="t4con = (t4con & 0x07) | 0x10;\n"
Opt2_4="1:4"
Opt2_4Val="t4con = (t4con & 0x07) | 0x18;\n"
Opt2_5="1:5"
Opt2_5Val="t4con = (t4con & 0x07) | 0x20;\n"
Opt2_6="1:6"
Opt2_6Val="t4con = (t4con & 0x07) | 0x28;\n"
Opt2_7="1:7"
Opt2_7Val="t4con = (t4con & 0x07) | 0x30;\n"
Opt2_8="1:8"
Opt2_8Val="t4con = (t4con & 0x07) | 0x38;\n"
Opt2_9="1:9"
Opt2_9Val="t4con = (t4con & 0x07) | 0x40;\n"
Opt2_10="1:10"
Opt2_10Val="t4con = (t4con & 0x07) | 0x48;\n"
Opt2_11="1:11"
Opt2_11Val="t4con = (t4con & 0x07) | 0x50;\n"
Opt2_12="1:12"
Opt2_12Val="t4con = (t4con & 0x07) | 0x58;\n"
Opt2_13="1:13"
Opt2_13Val="t4con = (t4con & 0x07) | 0x60;\n"
Opt2_14="1:14"
Opt2_14Val="t4con = (t4con & 0x07) | 0x68;\n"
Opt2_15="1:15"
Opt2_15Val="t4con = (t4con & 0x07) | 0x70;\n"
Opt2_16="1:16"
Opt2_16Val="t4con = (t4con & 0x07) | 0x78;\n"
Opt3="Rollover Value"
Opt3Cnt=5
Opt3_1="256"
Opt3_1Val="pr4=%d-1;\n"
Opt3_2="128"
Opt3_2Val="NOTE: only Opt3_1Val is needed here"
Opt3_3="64"
Opt3_3Val="NOTE: only Opt3_1Val is needed here"
Opt3_4="32"
Opt3_4Val="NOTE: only Opt3_1Val is needed here"
Opt3_5="16"
Opt3_5Val="NOTE: only Opt3_1Val is needed here"

[TMR6]
Name="TMR6"
HandlerCode="#ifndef MX_INTHANDLER_pir5_TMR6IF\n#define MX_INTHANDLER_pir5_TMR6IF\nif (ts_bit(pir5, TMR6IF) && ts_bit(pie5, TMR6IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tcr_bit(pir5, TMR6IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif"
EnableCode="st_bit(intcon, PEIE);\nst_bit(pie5, TMR6IE);\n"
DisableCode="cr_bit(pie5, TMR6IE);\n"
OptCnt=3
PrescaleOpt=1
PostScaleOpt=2
RolloverOpt=3
MaxTimerOverflow=256
Opt1="Prescaler Rate"
Opt1Cnt=3
Opt1_1="1:1"
Opt1_1Val="cr_bit(t6con, T6CKPS0);\ncr_bit(t6con, T6CKPS1);\nst_bit(t6con, TMR6ON);\n"
Opt1_2="1:4"
Opt1_2Val="st_bit(t6con, T6CKPS0);\ncr_bit(t6con, T6CKPS1);\nst_bit(t6con, TMR6ON);\n"
Opt1_3="1:16"
Opt1_3Val="cr_bit(t6con, T6CKPS0);\nst_bit(t6con, T6CKPS1);\nst_bit(t6con, TMR6ON);\n"
Opt2="Postscaler Rate"
Opt2Cnt=16
Opt2_1="1:1"
Opt2_1Val="t6con = t6con & 0x07;\n"
Opt2_2="1:2"
Opt2_2Val="t6con = (t6con & 0x07) | 0x08;\n"
Opt2_3="1:3"
Opt2_3Val="t6con = (t6con & 0x07) | 0x10;\n"
Opt2_4="1:4"
Opt2_4Val="t6con = (t6con & 0x07) | 0x18;\n"
Opt2_5="1:5"
Opt2_5Val="t6con = (t6con & 0x07) | 0x20;\n"
Opt2_6="1:6"
Opt2_6Val="t6con = (t6con & 0x07) | 0x28;\n"
Opt2_7="1:7"
Opt2_7Val="t6con = (t6con & 0x07) | 0x30;\n"
Opt2_8="1:8"
Opt2_8Val="t6con = (t6con & 0x07) | 0x38;\n"
Opt2_9="1:9"
Opt2_9Val="t6con = (t6con & 0x07) | 0x40;\n"
Opt2_10="1:10"
Opt2_10Val="t6con = (t6con & 0x07) | 0x48;\n"
Opt2_11="1:11"
Opt2_11Val="t6con = (t6con & 0x07) | 0x50;\n"
Opt2_12="1:12"
Opt2_12Val="t6con = (t6con & 0x07) | 0x58;\n"
Opt2_13="1:13"
Opt2_13Val="t6con = (t6con & 0x07) | 0x60;\n"
Opt2_14="1:14"
Opt2_14Val="t6con = (t6con & 0x07) | 0x68;\n"
Opt2_15="1:15"
Opt2_15Val="t6con = (t6con & 0x07) | 0x70;\n"
Opt2_16="1:16"
Opt2_16Val="t6con = (t6con & 0x07) | 0x78;\n"
Opt3="Rollover Value"
Opt3Cnt=5
Opt3_1="256"
Opt3_1Val="pr6=%d-1;\n"
Opt3_2="128"
Opt3_2Val="NOTE: only Opt3_1Val is needed here"
Opt3_3="64"
Opt3_3Val="NOTE: only Opt3_1Val is needed here"
Opt3_4="32"
Opt3_4Val="NOTE: only Opt3_1Val is needed here"
Opt3_5="16"
Opt3_5Val="NOTE: only Opt3_1Val is needed here"

[TMR8]
Name="TMR8"
HandlerCode="#ifndef MX_INTHANDLER_pir5_TMR8IF\n#define MX_INTHANDLER_pir5_TMR8IF\nif (ts_bit(pir5, TMR8IF) && ts_bit(pie5, TMR8IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tcr_bit(pir5, TMR8IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif"
EnableCode="st_bit(intcon, PEIE);\nst_bit(pie5, TMR8IE);\n"
DisableCode="cr_bit(pie5, TMR8IE);\n"
OptCnt=3
PrescaleOpt=1
PostScaleOpt=2
RolloverOpt=3
MaxTimerOverflow=256
Opt1="Prescaler Rate"
Opt1Cnt=3
Opt1_1="1:1"
Opt1_1Val="cr_bit(t8con, T8CKPS0);\ncr_bit(t8con, T8CKPS1);\nst_bit(t8con, TMR8ON);\n"
Opt1_2="1:4"
Opt1_2Val="st_bit(t8con, T8CKPS0);\ncr_bit(t8con, T8CKPS1);\nst_bit(t8con, TMR8ON);\n"
Opt1_3="1:16"
Opt1_3Val="cr_bit(t8con, T8CKPS0);\nst_bit(t8con, T8CKPS1);\nst_bit(t8con, TMR8ON);\n"
Opt2="Postscaler Rate"
Opt2Cnt=16
Opt2_1="1:1"
Opt2_1Val="t8con = t8con & 0x07;\n"
Opt2_2="1:2"
Opt2_2Val="t8con = (t8con & 0x07) | 0x08;\n"
Opt2_3="1:3"
Opt2_3Val="t8con = (t8con & 0x07) | 0x10;\n"
Opt2_4="1:4"
Opt2_4Val="t8con = (t8con & 0x07) | 0x18;\n"
Opt2_5="1:5"
Opt2_5Val="t8con = (t8con & 0x07) | 0x20;\n"
Opt2_6="1:6"
Opt2_6Val="t8con = (t8con & 0x07) | 0x28;\n"
Opt2_7="1:7"
Opt2_7Val="t8con = (t8con & 0x07) | 0x30;\n"
Opt2_8="1:8"
Opt2_8Val="t8con = (t8con & 0x07) | 0x38;\n"
Opt2_9="1:9"
Opt2_9Val="t8con = (t8con & 0x07) | 0x40;\n"
Opt2_10="1:10"
Opt2_10Val="t8con = (t8con & 0x07) | 0x48;\n"
Opt2_11="1:11"
Opt2_11Val="t8con = (t8con & 0x07) | 0x50;\n"
Opt2_12="1:12"
Opt2_12Val="t8con = (t8con & 0x07) | 0x58;\n"
Opt2_13="1:13"
Opt2_13Val="t8con = (t8con & 0x07) | 0x60;\n"
Opt2_14="1:14"
Opt2_14Val="t8con = (t8con & 0x07) | 0x68;\n"
Opt2_15="1:15"
Opt2_15Val="t8con = (t8con & 0x07) | 0x70;\n"
Opt2_16="1:16"
Opt2_16Val="t8con = (t8con & 0x07) | 0x78;\n"
Opt3="Rollover Value"
Opt3Cnt=5
Opt3_1="256"
Opt3_1Val="pr8=%d-1;\n"
Opt3_2="128"
Opt3_2Val="NOTE: only Opt3_1Val is needed here"
Opt3_3="64"
Opt3_3Val="NOTE: only Opt3_1Val is needed here"
Opt3_4="32"
Opt3_4Val="NOTE: only Opt3_1Val is needed here"
Opt3_5="16"
Opt3_5Val="NOTE: only Opt3_1Val is needed here"

[TMR1]
Name="TMR1"
HandlerCode="#ifndef MX_INTHANDLER_pir1_TMR1IF\n#define MX_INTHANDLER_pir1_TMR1IF\nif (ts_bit(pir1, TMR1IF) && ts_bit(pie1, TMR1IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tcr_bit(pir1, TMR1IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif\n"
EnableCode="st_bit(intcon, PEIE);\nst_bit(pie1, TMR1IE);\n"
DisableCode="cr_bit(pie1, TMR1IE);\n"
OptCnt=3
PrescaleOpt=2
MaxTimerOverflow=65536
Opt1="Clock Source Select"
Opt1Cnt=3
Opt1_1="Internal clock (Fosc)"
Opt1_1Val="st_bit(t1con, TMR1ON);\nst_bit(t1con, TMR1CS0);\ncr_bit(t1con, TMR1CS1);\n"
Opt1_2="Internal clock (Fosc/4)"
Opt1_2Val="st_bit(t1con, TMR1ON);\ncr_bit(t1con, TMR1CS0);\ncr_bit(t1con, TMR1CS1);\n"
Opt1_3="T1CKI Pin"
Opt1_3Val="st_bit(t1con, TMR1ON);\ncr_bit(t1con, TMR1CS0);\nst_bit(t1con, TMR1CS1);\ncr_bit(t1con, T1SOSCEN);\n"
Opt2="Prescaler Rate"
Opt2Cnt=4
Opt2_1="1:1"
Opt2_1Val="t1con = t1con & 0x0F;\n"
Opt2_2="1:2"
Opt2_2Val="t1con = (t1con & 0x0F) | 0x10;\n"
Opt2_3="1:4"
Opt2_3Val="t1con = (t1con & 0x0F) | 0x20;\n"
Opt2_4="1:8"
Opt2_4Val="t1con = (t1con & 0x0F) | 0x30;\n"
Opt3="16-Bit Read/Write Mode"
Opt3Cnt=2
Opt3_1="Timer1 register read/write in one 16-bit operation"
Opt3_1Val="st_bit(t1con, RD16);\n"
Opt3_2="Timer1 register read/write in two 8-bit operations"
Opt3_2Val="cr_bit(t1con, RD16);\n"

[TMR3]
Name="TMR3"
HandlerCode="#ifndef MX_INTHANDLER_pir2_TMR3IF\n#define MX_INTHANDLER_pir2_TMR3IF\nif (ts_bit(pir2, TMR3IF) && ts_bit(pie2, TMR3IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tcr_bit(pir2, TMR3IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif\n"
EnableCode="st_bit(intcon, PEIE);\nst_bit(pie2, TMR3IE);\n"
DisableCode="cr_bit(pie2, TMR3IE);\n"
OptCnt=3
PrescaleOpt=2
MaxTimerOverflow=65536
Opt1="Clock Source Select"
Opt1Cnt=3
Opt1_1="Internal clock (Fosc)"
Opt1_1Val="st_bit(t3con, TMR3ON);\nst_bit(t3con, TMR3CS0);\ncr_bit(t3con, TMR3CS1);\n"
Opt1_2="Internal clock (Fosc/4)"
Opt1_2Val="st_bit(t3con, TMR3ON);\ncr_bit(t3con, TMR3CS0);\ncr_bit(t3con, TMR3CS1);\n"
Opt1_3="T3CKI Pin"
Opt1_3Val="st_bit(t3con, TMR3ON);\ncr_bit(t3con, TMR3CS0);\nst_bit(t3con, TMR3CS1);\ncr_bit(t3con, T3SOSCEN);\n"
Opt2="Prescaler Rate"
Opt2Cnt=4
Opt2_1="1:1"
Opt2_1Val="t3con = t3con & 0x0F;\n"
Opt2_2="1:2"
Opt2_2Val="t3con = (t3con & 0x0F) | 0x10;\n"
Opt2_3="1:4"
Opt2_3Val="t3con = (t3con & 0x0F) | 0x20;\n"
Opt2_4="1:8"
Opt2_4Val="t3con = (t3con & 0x0F) | 0x30;\n"
Opt3="16-Bit Read/Write Mode"
Opt3Cnt=2
Opt3_1="Timer3 register read/write in one 16-bit operation"
Opt3_1Val="st_bit(t3con, RD16);\n"
Opt3_2="Timer3 register read/write in two 8-bit operations"
Opt3_2Val="cr_bit(t3con, RD16);\n"

[TMR5]
Name="TMR5"
HandlerCode="#ifndef MX_INTHANDLER_pir5_TMR5IF\n#define MX_INTHANDLER_pir5_TMR5IF\nif (ts_bit(pir5, TMR5IF) && ts_bit(pie5, TMR5IE))\n{\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 1;\n\t#endif\n\tFCM_%n();\n\tcr_bit(pir5, TMR5IF);\n\t#ifdef USE_FLOWCODE_ICD\n\t\textern char ICD_Interrupt_Enable = 0;\n\t#endif\t\n}\n#else\n#warning "This interrupt has previously been enabled, so the macro <%n> may never get called."\n#endif\n"
EnableCode="st_bit(intcon, PEIE);\nst_bit(pie5, TMR5IE);\n"
DisableCode="cr_bit(pie5, TMR5IE);\n"
OptCnt=3
PrescaleOpt=2
MaxTimerOverflow=65536
Opt1="Clock Source Select"
Opt1Cnt=3
Opt1_1="Internal clock (Fosc)"
Opt1_1Val="st_bit(t5con, TMR5ON);\nst_bit(t5con, TMR5CS0);\ncr_bit(t5con, TMR5CS1);\n"
Opt1_2="Internal clock (Fosc/4)"
Opt1_2Val="st_bit(t5con, TMR5ON);\ncr_bit(t5con, TMR5CS0);\ncr_bit(t5con, TMR5CS1);\n"
Opt1_3="T5CKI Pin"
Opt1_3Val="st_bit(t5con, TMR5ON);\ncr_bit(t5con, TMR5CS0);\nst_bit(t5con, TMR5CS1);\ncr_bit(t5con, T5SOSCEN);\n"
Opt2="Prescaler Rate"
Opt2Cnt=4
Opt2_1="1:1"
Opt2_1Val="t5con = t5con & 0x0F;\n"
Opt2_2="1:2"
Opt2_2Val="t5con = (t5con & 0x0F) | 0x10;\n"
Opt2_3="1:4"
Opt2_3Val="t5con = (t5con & 0x0F) | 0x20;\n"
Opt2_4="1:8"
Opt2_4Val="t5con = (t5con & 0x0F) | 0x30;\n"
Opt3="16-Bit Read/Write Mode"
Opt3Cnt=2
Opt3_1="Timer5 register read/write in one 16-bit operation"
Opt3_1Val="st_bit(t5con, RD16);\n"
Opt3_2="Timer5 register read/write in two 8-bit operations"
Opt3_2Val="cr_bit(t5con, RD16);\n"