void fsk_offset(char set)
{
long buf32;
short in,bu16, out;
in = BT_MDM_CON6 & 0XFFFF;
/*printf("\n %d.%d", in, (short)(BT_MDM_CON7 & 0XFFFF));*/
in = in << fsk_offset_op;
if(set)
{
buf32 = (long) (in<<fsk_offset_c1) + (long) (fsk_offset_dly<<fsk_offset_1) - (long) (fsk_offset_dly<<(fsk_offset_c1+1));
bu16 = buf32 >> fsk_offset_1;
out = (bu16 + fsk_offset_dly)>>fsk_offset_op;
fsk_offset_dly = bu16;
if(offset_cnt > 50)
{
/*printf("*%d.", out );*/
SFR(BT_MDM_CON6, 16, 12, out);
//SFR(BT_MDM_CON7, 16, 12, out);
SFR(BT_MDM_CON0, 30, 1, 1); // fsk carrier frequency deviation switch
// SFR(BT_MDM_CON0, 31, 1, 1); // psk carrier frequency deviation switch
}
else
{
SFR(BT_MDM_CON0, 30, 1, 0); // fsk carrier frequency deviation switch
// SFR(BT_MDM_CON0, 31, 1, 0); // psk carrier frequency deviation switch
offset_cnt++;
}
}
else
{
static void dAstroOmega (LALStatus *s, REAL8 *domegaz, REAL8 z, void *p)
{
AstroOmegaParams params;
AstroOmegaSourceParams sourcep;
/*AstroOmegaCosmoParams cosmop;*/
REAL8LALSDensity *SDensitySource;
REAL8 Rc, dEgw, nu, nuz;
INITSTATUS(s);
ATTATCHSTATUSPTR (s);
params = *((AstroOmegaParams *)p);
sourcep = params.sourceparams;
SDensitySource = sourcep.SDensitySource;
nu = *((REAL8 *)params.extraparams);
/*frequency in the source frame*/
nuz = (1. + z) * nu;
/*single spectral energy density in the source frame*/
SDensitySource(&dEgw, nuz);
/*cosmic formation rate*/
SFR(&Rc, z);
*domegaz = dEgw * Rc / pow((1.+z),3.5);
CHECKSTATUSPTR (s);
DETATCHSTATUSPTR (s);
RETURN (s);
}
void ble_fsk_offset(void *fp, char set)
{
long buf32;
short in,bu16, out;
struct ble_param *packet;
packet = (struct ble_param *)fp;
in = BT_MDM_CON6 & 0XFFFF;
// printf("\n%d", in);
in = in << fsk_offset_op;
if(set)
{
buf32 = (long) (in<<fsk_offset_c1) + (long) (fsk_offset_dly<<fsk_offset_1) - (long) (fsk_offset_dly<<(fsk_offset_c1+1));
bu16 = buf32 >> fsk_offset_1;
out = (bu16 + fsk_offset_dly)>>fsk_offset_op;
fsk_offset_dly = bu16;
if(offset_cnt > 50)
{
// printf("\n%d.", out );
// SFR(BT_MDM_CON6, 16, 12, out);
// SFR(BT_MDM_CON7, 16, 12, out);
packet->MDM_SET = (0xffff & out) <<16 | (0xffff & out); //FSK
SFR(BT_MDM_CON1, 14, 2, 3); // fsk carrier frequency deviation switch
SFR(BT_MDM_CON0, 30, 2, 3); // psk carrier frequency deviation switch
}
else
{
packet->MDM_SET = 0;
SFR(BT_MDM_CON1, 14, 2, 0); // fsk carrier frequency deviation switch
SFR(BT_MDM_CON0, 30, 2, 0); // psk carrier frequency deviation switch
offset_cnt++;
}
}
else
{
Map2FileMapping::Map2FileMapping()
{
// Agronomy hedge
AHConfig.name = AH;
AHConfig.rangeStart = 2;
AHConfig.rangeEnd = 54;
AHConfig.rowStart = 3;
AHConfig.rowEnd = 52;
AHConfig.id = 1;
// rep 1 SHORT_PLANT
SubFieldRect SFR(2, 8, 3, 52);
AHConfig.addTypeSubFieldRect(REP_1, SHORT_PLANT, SFR);
//rep 1 TALL_PLANT
SFR.setParam(9, 15, 3, 52);
AHConfig.addTypeSubFieldRect(REP_1, TALL_PLANT, SFR);
//rep 1 PS_PLANT
SFR.setParam(16, 27, 3, 52);
AHConfig.addTypeSubFieldRect(REP_1, PS_PLANT, SFR);
// rep2 SHORT_PLANT
SFR.setParam(48, 54, 3, 52);
AHConfig.addTypeSubFieldRect(REP_2, SHORT_PLANT, SFR);
// rep2 TALL_PLANT
SFR.setParam(29, 35, 3, 52);
AHConfig.addTypeSubFieldRect(REP_2, TALL_PLANT, SFR);
// rep 2 PS_PLANT
SFR.setParam(36, 47, 3, 52);
AHConfig.addTypeSubFieldRect(REP_2, PS_PLANT, SFR);
fieldConfigVec.push_back(AHConfig);
// Curtiss hedge part 1
CHConfigPt1.name = CH1;
CHConfigPt1.rangeStart = 2;
CHConfigPt1.rangeEnd = 39;
CHConfigPt1.rowStart = 3;
CHConfigPt1.rowEnd = 48;
CHConfigPt1.id = 3;
// rep 1 SHORT_PLANT
SFR.setParam(2, 9, 3, 48);
CHConfigPt1.addTypeSubFieldRect(REP_1, SHORT_PLANT, SFR);
//rep 1 TALL_PLANT
SFR.setParam(9, 16, 3, 48);
CHConfigPt1.addTypeSubFieldRect(REP_1, TALL_PLANT, SFR);
//rep 1 PS_PLANT
SFR.setParam(16, 28, 3, 48);
CHConfigPt1.addTypeSubFieldRect(REP_1, PS_PLANT, SFR);
// rep2 SHORT_PLANT
SFR.setParam(28, 35, 3, 48);
CHConfigPt1.addTypeSubFieldRect(REP_2, SHORT_PLANT, SFR);
// rep2 TALL_PLANT
SFR.setParam(35, 39, 3, 48);
CHConfigPt1.addTypeSubFieldRect(REP_2, TALL_PLANT, SFR);
fieldConfigVec.push_back(CHConfigPt1);
// Curtiss hedge part 2
CHConfigPt2.name = CH2;
CHConfigPt2.rangeStart = 2;
CHConfigPt2.rangeEnd = 18;
CHConfigPt2.rowStart = 53;
CHConfigPt2.rowEnd = 92;
CHConfigPt2.id = 3;
// rep2 TALL_PLANT
SFR.setParam(2, 4, 53, 92);
CHConfigPt2.addTypeSubFieldRect(REP_2, TALL_PLANT, SFR);
// rep2 PS_PLANT
SFR.setParam(4, 18, 53, 92);
CHConfigPt2.addTypeSubFieldRect(REP_2, PS_PLANT, SFR);
fieldConfigVec.push_back(CHConfigPt2);
// Agronomy single
ASConfig.name = AS;
ASConfig.rangeStart = 1;
ASConfig.rangeEnd = 69;
ASConfig.rowStart = 1;
ASConfig.rowEnd = 18;
ASConfig.id = 2;
fieldConfigVec.push_back(ASConfig);
// Curtiss single
CSConfig.name = CSP;
CSConfig.rangeStart = 1;
CSConfig.rangeEnd = 94;
CSConfig.rowStart = 1;
CSConfig.rowEnd = 13;
CSConfig.id = 4;
// rep1 SHORT_PLANT 1
SFR.setParam(1, 12, 1, 13);
CSConfig.addTypeSubFieldRect(REP_1, SHORT_PLANT, SFR);
// rep1 TALL_PLANT
SFR.setParam(14, 25, 1, 13);
CSConfig.addTypeSubFieldRect(REP_1, TALL_PLANT, SFR);
// rep1 PS_PLANT
SFR.setParam(27, 46, 1, 13);
CSConfig.addTypeSubFieldRect(REP_1, PS_PLANT, SFR);
// rep2 SHORT_PLANT 1
SFR.setParam(48, 59, 1, 13);
CSConfig.addTypeSubFieldRect(REP_2, SHORT_PLANT, SFR);
// rep2 TALL_PLANT
SFR.setParam(61, 72, 1, 13);
CSConfig.addTypeSubFieldRect(REP_2, TALL_PLANT, SFR);
// rep2 PS_PLANT
SFR.setParam(73, 94, 1, 13);
CSConfig.addTypeSubFieldRect(REP_2, PS_PLANT, SFR);
fieldConfigVec.push_back(CSConfig);
};
void bt_pll_scan(void)
{
unsigned char udat8, dato, dath, datl, dat_buf, i;
SFR(BTA_CON12, 9, 1, 1); //PLL_VCD_EN
SFR(BTA_CON12, 10, 1, 0); //PLL_VCD_OE
dath = 74;
for(i = 0; i < 5; i++)
{
udat8 = dath+20;
datl = dath;
SFR(BTA_CON10, 2, 5, (0x1f>>i)); //PLL_CAPS //<2420:F >2420:7
while(1)
{
SFR(BTA_CON11, 0, 8, udat8); //PLL_FS
delay(sys_clk*200);
dato = 0;
dato |= (BTA_CON15 >> 10) & 0x03;
dato |= (BTA_CON15 >> 10) & 0x03;
dato |= (BTA_CON15 >> 10) & 0x03;
if(dato == 1) //PLL_VCH_DO = 1;
{
dath = 74;
datl = 74;
printf("a");
break;
}
else if(dato == 0) //
{
while(dato !=1)
{
udat8++;
if(udat8 > 163) break;
SFR(BTA_CON11, 0, 8, udat8); //PLL_FS
delay(sys_clk*200);
dato = 0;
dato |= (BTA_CON15 >> 10) & 0x03;
dato |= (BTA_CON15 >> 10) & 0x03;
dato |= (BTA_CON15 >> 10) & 0x03;
printf("b");
}
dat_buf = udat8;
while(dato !=2)
{
udat8--;
if(udat8 < 74) break;
SFR(BTA_CON11, 0, 8, udat8); //PLL_FS
delay(sys_clk*200);
dato = 0;
dato |= (BTA_CON15 >> 10) & 0x03;
dato |= (BTA_CON15 >> 10) & 0x03;
dato |= (BTA_CON15 >> 10) & 0x03;
printf("c");
}
datl = udat8;
if(i == 1)
{
bt_pll_cap0 = (datl + dath)/2 + 2;
}
else if(i == 2)
{
bt_pll_cap1 = (datl + dath)/2 + 2;
}
else if(i == 3)
{
bt_pll_cap2 = (datl + dath)/2 + 2;
}
else
{
bt_pll_cap3 = (datl + dath)/2 + 2;
}
dath = dat_buf;
break;
}
else
{
printf("d");
if(udat8 > 245)
{
puts("\n\n\n...2 bt_pll_scan error...\n\n\n");
break;
}
else udat8 = udat8 + 10;
}
}
printf("\nl:%d h:%d",datl,dath);
}