#ifndef __global_h_
#define __global_h_


/*256 kb flash rom*/
#define ADDRSEGMENT0	0x00000
#define ADDRSEGMENT1	0x10000
#define ADDRSEGMENT2	0x20000
#define ADDRSEGMENT3	0x30000

/*256 kb battery-buffered ram*/
#define ADDRSEGMENT4	0x40000
#define ADDRSEGMENT5	0x50000
#define ADDRSEGMENT6	0x60000
#define ADDRSEGMENT7	0x70000

/* 2 kb iram */
#define _ADDRIRAMSTART	0xf600
#define _ADDRIRAMEND	0xfdff

/*512 bytes used by systemstack*/
#define _ADDRSYSSTACKSTART 0xfa00
#define _ADDRSYSSTACKEND   0xfbff

/*and 256 bitaddressable bytes*/
#define ADDRBITSTART	0xfd00
#define ADDRBITEND		0xfdff

/*this is useable for bios, and others*/
#define ADDRIRAMSTART	 _ADDRIRAMSTART
#define ADDRIRAMEND     0xf800

/*2 kb xram*/
#define ADDRXRAMSTART   0xe000
#define ADDRXRAMEND	 	0xe7ff


/* these are the segment numbers */
#define ADDR_SEG0	0x00
#define ADDR_SEG1	0x01
#define ADDR_SEG2	0x02
#define ADDR_SEG3	0x03

#define ADDR_SEG4	0x04
#define ADDR_SEG5	0x05
#define ADDR_SEG6	0x06
#define ADDR_SEG7	0x07

/* the page numbers */
#define ADDR_SEG0_P0	0x00
#define ADDR_SEG0_P1	0x01
#define ADDR_SEG0_P2	0x02
#define ADDR_SEG0_P3	0x03

#define ADDR_SEG1_P0	0x04
#define ADDR_SEG1_P1	0x05
#define ADDR_SEG1_P2	0x06
#define ADDR_SEG1_P3	0x07

#define ADDR_SEG2_P0	0x08
#define ADDR_SEG2_P1	0x09
#define ADDR_SEG2_P2	0x0a
#define ADDR_SEG2_P3	0x0b

#define ADDR_SEG3_P0	0x0c
#define ADDR_SEG3_P1	0x0d
#define ADDR_SEG3_P2	0x0e
#define ADDR_SEG3_P3	0x0f


#define ADDR_SEG4_P0	0x10
#define ADDR_SEG4_P1	0x11
#define ADDR_SEG4_P2	0x12
#define ADDR_SEG4_P3	0x13

#define ADDR_SEG5_P0	0x14
#define ADDR_SEG5_P1	0x15
#define ADDR_SEG5_P2	0x16
#define ADDR_SEG5_P3	0x17

#define ADDR_SEG6_P0	0x18
#define ADDR_SEG6_P1	0x19
#define ADDR_SEG6_P2	0x1a
#define ADDR_SEG6_P3	0x1b

#define ADDR_SEG7_P0	0x1c
#define ADDR_SEG7_P1	0x1d
#define ADDR_SEG7_P2	0x1e
#define ADDR_SEG7_P3	0x1f


/* the io-addresses */

/*CS2 0x80000-0xdffff (256kb)*/
#define ADDRLCDSEG		0x08
#define ADDRLCDPAGE		0x20

/*CS3 0xc0000-0xfffff (256kb), free, or second flash rom*/
#define ADDRFREEIOSEG	0x0c
#define ADDRFREEIOPAGE	0x30

/*CS4 0x10000-0x100fff (4kb), uart*/
#define ADDRUARTSEG		0x10
#define ADDRUARTPAGE	0x40


#define RTCDEVICEID	0xA2


#define LONGITUDE 	(*(double volatile sdata *)0x0e000)
#define LATITUDE 	(*(double volatile sdata *)0x0e008)

#define LAST 		(*(double volatile sdata *)0x0e010)
#define GAST 		(*(double volatile sdata *)0x0e018)

#define KOOR_RA 	(*(double volatile sdata *)0x0e020)
#define KOOR_DEC 	(*(double volatile sdata *)0x0e028)

#define KOOR_AZ 	(*(double volatile sdata *)0x0e030)
#define KOOR_ALT 	(*(double volatile sdata *)0x0e038)

#define OBJ_ARC10_HO 	(*(long volatile sdata *)0x0e040)
#define OBJ_ARC10_VE 	(*(long volatile sdata *)0x0e044)

#define OBJ_DEG_AZ 		(*(double volatile sdata *)0x0e048)
#define OBJ_DEG_ALT 	(*(double volatile sdata *)0x0e050)

#define OBJ_DEG_RA 		(*(double volatile sdata *)0x0e058)
#define OBJ_DEG_DEC 	(*(double volatile sdata *)0x0e060)


///////////////////////////////////////////////////////////////

//speeds * 1/10000 correctur speed 1
#define CFG_SP1_HO 		(*(int volatile sdata *)0x0e068)
#define CFG_SP1_VE 		(*(int volatile sdata *)0x0e06a)

//speeds * 1/10000 correctur speed 2
#define CFG_SP2_HO 		(*(int volatile sdata *)0x0e06c)
#define CFG_SP2_VE 		(*(int volatile sdata *)0x0e06e)

//speeds * 1/10000 guiding/goto
#define CFG_SP3_HO 		(*(int volatile sdata *)0x0e070)
#define CFG_SP3_VE 		(*(int volatile sdata *)0x0e072)

#define CFG_SP_FR 		(*(int volatile sdata *)0x0e074)


///////////////////////////////////////////////////////////////

/*next 0x0e076*/


sbit DP2_8			=	DP2^8;
sbit DP2_9			=	DP2^9;
sbit DP2_10			=	DP2^10;
sbit DP2_11			=	DP2^11;

sbit DP7_0			=	DP7^0;
sbit DP7_1			=	DP7^1;
sbit DP7_2			=	DP7^2;
sbit DP7_3			=	DP7^3;
sbit DP7_4			=	DP7^4;
sbit DP7_5			=	DP7^5;
sbit DP7_6			=	DP7^6;
sbit DP7_7			=	DP7^7;

sbit DP8_0			=	DP8^0;
sbit DP8_1			=	DP8^1;
sbit DP8_2			=	DP8^2;
sbit DP8_3			=	DP8^3;
sbit DP8_4			=	DP8^4;


sbit P2_8			= 	P2^8;
sbit P2_9			= 	P2^9;
sbit P2_10			= 	P2^10;
sbit P2_11			= 	P2^11;

sbit MOTORSWITCH	= 	P8^4;


#define INPUT  0
#define OUTPUT 1

#define RIGHT  0
#define LEFT   1

#define UP	   0
#define DOWN   1

#define OFF    0
#define ON     1

#define LOW    0
#define HIGH   1



#endif //__global_h_