setup.h

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/*
 * setup.h
 *
 *  Created on: Feb 23, 2014
 *      Author: woodz
 */

#ifndef __SETUP_H__
#define __SETUP_H__

#define NUM_SETUPS 13

#define POS_1ST_VAL 0

#define POS_2ND_VAL 9

#define POS_1ST_NAME 0

#define POS_2ND_NAME 13

#define POS_GRP_START 5

#define SU_NAME_LEN 3

#define SZ_SETUP_ITEM sizeof(SETUP_ITEM)

typedef struct SETUP_ITEM {
  UCHAR name[4];
  UINT min;
  UINT max;
  UINT value;
  DATTYPE type;
//  /**
//   * page number on screen
//   */
//  UCHAR pageId;
//  /**
//   * position on screen
//   */
//  UCHAR pos;
  UCHAR group;
} SETUP_ITEM;

typedef enum SETUP_GROUP {
  SG_CTRL = 0,
  SG_MEAS,
  SG_LIMIT
} SETUP_GROUP;

UINT g_setVals[NUM_SETUPS];

void SetupInit(void);
UINT* GetSetupValues(UCHAR fromEep);
void SetSetupValues(UINT* sv);
void DoSetup(BTN_CODE bc, OP_MODE* opm);
void PrintPage(UCHAR id);
void TestButton(BTN_CODE bc);

#define POS_STP_NIT  0

#define POS_STP_OIT  1

#define POS_STP_ARV  2

#define POS_STP_RCV  3

#define POS_STP_RRI  4

#define POS_STP_SMI  5

#define POS_STP_SDT  6

#define POS_STP_SDD  7

#define POS_STP_ECD  8
// * data position of duration of significant outer temp rising in setup value array
// */
//#define POS_STP_TRD  9
// * data position of multiplicator of default delta temp in setup value array
// */
//#define POS_STP_TDM  10
#define POS_STP_HCI 9

#define POS_STP_IVM 10

#define POS_STP_DET 11

#define POS_STP_TRA 11

#define NUM_MSR 12

static inline UINT gArv(void) {
  return g_setVals[POS_STP_ARV];
}

static inline UCHAR gRcv(void) {
  return g_setVals[POS_STP_RCV];
}

static inline UINT gRri(void) {
  return g_setVals[POS_STP_RRI];
}

static inline INT gOit(void) {
  return (INT)g_setVals[POS_STP_OIT];
}

static inline INT gSdt(void) {
  return (INT)g_setVals[POS_STP_SDT];
}

static inline UCHAR gSdd(void) {
  return g_setVals[POS_STP_SDD];
}
static inline UCHAR gEcd(void) {
  return g_setVals[POS_STP_ECD];
}

//static inline UCHAR gTdm(void) {
//  return g_setVals[POS_STP_TDM];
//}

//static inline UCHAR gTrd(void) {
//  return g_setVals[POS_STP_TRD];
//}

static inline INT gNit(void) {
  return (INT)g_setVals[POS_STP_NIT];
}

static inline UCHAR gSmi(void) {
  return g_setVals[POS_STP_SMI];
}

static inline INT gdInNom(INT inTemp) {
  return inTemp - gNit();
}

static inline UCHAR gIvMeas(void) {
  return g_setVals[POS_STP_IVM];
}

static inline UCHAR gHci(void) {
  return g_setVals[POS_STP_HCI] * gIvMeas();
}

static inline UCHAR gDelTemp(void) {
  return g_setVals[POS_STP_DET];
}

static inline UCHAR gMxTra(void) {
  return g_setVals[POS_STP_TRA];
}



#endif /* __SETUP_H__ */