📄 rf_apc.cpp
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{ ActiveMan->SetActiveFunction( ::REQ_Finish );
}
else
{
CurWRBand++;
ActiveMan->SetActiveFunction( ::REQ_WriteToNVRAM );
}
}
else
{
if( (band==BANDSEL_PCS1900)||(IsSingleBand) )
{ ActiveMan->SetActiveFunction( ::REQ_Finish );
}
else
{
CurWRBand++;
ActiveMan->SetActiveFunction( ::REQ_WriteToNVRAM );
}
}
}
else if(state==STATE_NVRAM_TIMEOUT)
{ Confirm( STATE_APC_TIMEOUT );
}
else if(state==STATE_NVRAM_STOP)
{ Confirm( STATE_APC_STOP );
}
else
{ Confirm( STATE_APC_FAIL );
}
}
//===========================================================================
static const char SUBBAND_NAME[][32] =
{
"GSM900 level, ramp",
"DCS1800 level, ramp",
"PCS1900 level, ramp",
"GSM850 level, ramp",
};
bool CRFAPC::REQ_Read_From_File( char *filename )
{
TIniFile *ini_file;
AnsiString data;
char ini_section[128];
char str[2048];
int idata[16];
float fdata[16];
int i, pcl, band;
int total_band_num;
ini_file = new TIniFile( filename );
if(frmMainSel->cbGSM850->Checked)
{ total_band_num = 4;
}
else
{
total_band_num = 3;
}
for( band = 0; band<total_band_num; band++)
{
data = ini_file->ReadString( SUBBAND_NAME[band],
"APC dc offset",
"0");
strcpy( str, data.c_str() );
String_To_Array_int( str, idata, 1 );
ApcDcOffset = idata[0];
data = ini_file->ReadString( SUBBAND_NAME[band],
"TX power level",
"0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0");
strcpy( str, data.c_str() );
String_To_Array_int( str, idata, 16 );
for( i=0; i<16; i++ )
{ ApcProfile[band].rampData.power[i] = idata[i]; }
for( pcl=0; pcl<16; pcl++)
{
sprintf( ini_section, "profile %d ramp up", pcl );
data = ini_file->ReadString( SUBBAND_NAME[band],
ini_section,
"0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0");
strcpy( str, data.c_str() );
String_To_Array_int( str, idata, 16 );
for( i=0; i<16; i++ )
{ ApcProfile[band].rampData.ramp[pcl].point[0][i] = idata[i]; }
sprintf( ini_section, "profile %d ramp down", pcl );
data = ini_file->ReadString( SUBBAND_NAME[band],
ini_section,
"0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0");
strcpy( str, data.c_str() );
String_To_Array_int( str, idata, 16 );
for( i=0; i<16; i++ )
{ ApcProfile[band].rampData.ramp[pcl].point[1][i] = idata[i]; }
}
data = ini_file->ReadString( SUBBAND_NAME[band],
"Subband max arfcn",
"-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1");
strcpy( str, data.c_str() );
String_To_Array_int( str, idata, 11 );
idata[11] = -1;
for( i=0; i<12; i++ )
{ ApcProfile[band].rampData.arfcn_weight[i].max_arfcn = idata[i]; }
data = ini_file->ReadString( SUBBAND_NAME[band],
"Subband mid level",
"0,0,0,0,0,0,0,0,0,0,0");
strcpy( str, data.c_str() );
String_To_Array_int( str, idata, 11 );
idata[11] = 0;
for( i=0; i<12; i++ )
{ ApcProfile[band].rampData.arfcn_weight[i].mid_level = idata[i]; }
data = ini_file->ReadString( SUBBAND_NAME[band],
"Subband high weight",
"1,1,1,1,1,1,1,1,1,1,1");
strcpy( str, data.c_str() );
String_To_Array_float( str, fdata, 11 );
fdata[11] = 0.0;
for( i=0; i<12; i++ )
{ ApcProfile[band].rampData.arfcn_weight[i].hi_weight = (int)(fdata[i]*WEIGHT_SCALE); }
data = ini_file->ReadString( SUBBAND_NAME[band],
"Subband low weight",
"1,1,1,1,1,1,1,1,1,1,1");
strcpy( str, data.c_str() );
String_To_Array_float( str, fdata, 11 );
fdata[11] = 0.0;
for( i=0; i<12; i++ )
{ ApcProfile[band].rampData.arfcn_weight[i].low_weight = (int)(fdata[i]*WEIGHT_SCALE); }
}
delete ini_file;
band = BANDSEL_GSM900;
ApcProfile[band].rampData.power[15] = ApcProfile[band].rampData.power[14];
return( true );
}
//===========================================================================
bool CRFAPC::REQ_Write_To_File( char *filename)
{
TIniFile *ini_file;
AnsiString data;
char ini_section[128];
char str[2048];
int idata[16];
float fdata[16];
int i, pcl, band;
int total_band_num;
band = BANDSEL_GSM900;
ApcProfile[band].rampData.power[15] = ApcProfile[band].rampData.power[14];
ini_file = new TIniFile( filename );
if(frmMainSel->cbGSM850->Checked)
{ total_band_num = 4;
}
else
{
total_band_num = 3;
}
for( band = 0; band<total_band_num; band++)
{
idata[0] = ApcDcOffset;
sprintf(str, "%d", idata[0] );
ini_file->WriteString( SUBBAND_NAME[band],
"APC dc offset",
str );
for( i=0; i<16; i++ )
{ idata[i] = ApcProfile[band].rampData.power[i]; }
Array_To_String_int( str, idata, 16, ',' );
ini_file->WriteString( SUBBAND_NAME[band],
"TX power level",
str );
for( pcl=0; pcl<16; pcl++)
{
for( i=0; i<16; i++ )
{ idata[i] = ApcProfile[band].rampData.ramp[pcl].point[0][i]; }
Array_To_String_int( str, idata, 16, ',' );
sprintf( ini_section, "profile %d ramp up", pcl );
ini_file->WriteString( SUBBAND_NAME[band],
ini_section,
str);
for( i=0; i<16; i++ )
{ idata[i] = ApcProfile[band].rampData.ramp[pcl].point[1][i]; }
Array_To_String_int( str, idata, 16, ',' );
sprintf( ini_section, "profile %d ramp down", pcl );
ini_file->WriteString( SUBBAND_NAME[band],
ini_section,
str);
}
for( i=0; i<11; i++ )
{ idata[i] = ApcProfile[band].rampData.arfcn_weight[i].max_arfcn; }
idata[11] = -1;
Array_To_String_int( str, idata, 11, ',' );
ini_file->WriteString( SUBBAND_NAME[band],
"Subband max arfcn",
str);
for( i=0; i<11; i++ )
{ idata[i] = ApcProfile[band].rampData.arfcn_weight[i].mid_level; }
idata[11] = 0;
Array_To_String_int( str, idata, 11, ',' );
ini_file->WriteString( SUBBAND_NAME[band],
"Subband mid level",
str);
for( i=0; i<11; i++ )
{ fdata[i] = ApcProfile[band].rampData.arfcn_weight[i].hi_weight*1.0/WEIGHT_SCALE; }
fdata[11] = 0;
Array_To_String_float( str, fdata, 11, ',' );
ini_file->WriteString( SUBBAND_NAME[band],
"Subband high weight",
str);
for( i=0; i<11; i++ )
{ fdata[i] = ApcProfile[band].rampData.arfcn_weight[i].low_weight*1.0/WEIGHT_SCALE; }
fdata[11] = 0;
Array_To_String_float( str, fdata, 11, ',' );
ini_file->WriteString( SUBBAND_NAME[band],
"Subband low weight",
str);
}
delete ini_file;
return( true );
}
//===========================================================================
static const char BAND_NAME1[3][12] =
{ "GSM",
"DCS",
"PCS"
};
static const char BAND_NAME2[3][12] =
{ "GSM900",
"DCS1800",
"PCS1900"
};
static const int LOWEST_POWER[3] =
{ 5, 0, 0 };
static const char BAND_PCL_COMMENT[3][128] =
{ " /* 5, 7, 9, 11, 13, 15, 17, 19, 21, 23, 25, 27, 29, 31, 33, 35 dBm */\n",
" /* 0, 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26, 28, 30 dBm */\n",
" /* 0, 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26, 28, 30 dBm */\n",
};
bool CRFAPC::REQ_Write_To_M12193( char *filename )
{
FILE *fs;
int arfcn, loss;
int band, profile, i;
fs = fopen( filename, "a+t" );
if(fs==0) return(false);
fprintf( fs, "/*----------------------------------------*/\n");
fprintf( fs, "/* Calibration data for power ramp */\n");
fprintf( fs, "/*----------------------------------------*/\n");
fprintf( fs, "\n");
fprintf( fs, "#define APC_DC_OFFSET %d\n", ApcDcOffset);
for(band=0; band<3; band++)
{
fprintf( fs, "\n");
fprintf( fs, "/* %s....................................................................*/\n", BAND_NAME2[band] );
fprintf( fs, "\n");
fprintf( fs, "sRAMPDATA %s_RampData =\n", BAND_NAME1[band] );
fprintf( fs, "{\n");
fprintf( fs, " /*-------------------------------------------------------------------------------------------*/\n");
fprintf( fs, " /* lowest power */\n");
fprintf( fs, " ((APC_DC_OFFSET)<<8) | %d,\n", LOWEST_POWER[band] );
fprintf( fs, " /*-------------------------------------------------------------------------------------------*/\n");
fprintf( fs, " /* power level */\n");
fprintf( fs, "%s", BAND_PCL_COMMENT[band] );
fprintf( fs, " { ");
for(i=0; i<15; i++) fprintf( fs, "%3d,", ApcProfile[band].rampData.power[i] );
fprintf( fs, "%3d },\n", ApcProfile[band].rampData.power[15] );
fprintf( fs, " /*-------------------------------------------------------------------------------------------*/\n");
fprintf( fs, " {\n");
for( profile=0; profile<16; profile++ )
{
fprintf( fs, " /* profile %2d : %2d dBm | p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15 */\n", profile, LOWEST_POWER[band]+2*profile);
fprintf( fs, " { /* ramp up */ { { ");
for(i=0; i<15; i++) fprintf( fs, "%3d,", ApcProfile[band].rampData.ramp[profile].point[0][i] );
fprintf( fs, "%3d },\n", ApcProfile[band].rampData.ramp[profile].point[0][15] );
fprintf( fs, " /* ramp down */ { ");
for(i=0; i<15; i++) fprintf( fs, "%3d,", ApcProfile[band].rampData.ramp[profile].point[1][i] );
fprintf( fs, "%3d } }\n", ApcProfile[band].rampData.ramp[profile].point[1][15] );
fprintf( fs, " }, /*-------------------------------------------------------------------------------------*/\n");
}
fprintf( fs, " },\n");
fprintf( fs, " /* ARFCN WEIGHT */\n");
fprintf( fs, " { /* max arfcn , mid_level , hi_weight , lo_weight */\n");
for(i=0; i<11; i++)
{ int arfcn = ApcProfile[band].rampData.arfcn_weight[i].max_arfcn;
if( (arfcn<0)||(arfcn>1023) ) break;
int mid_level = PCL2POWER(band, ApcProfile[band].rampData.arfcn_weight[i].mid_level);
int hi_weight = ApcProfile[band].rampData.arfcn_weight[i].hi_weight;
int lo_weight = ApcProfile[band].rampData.arfcn_weight[i].low_weight;
fprintf( fs, " { %4d , %2d , WEIGHT(%.3f), WEIGHT(%.3f) },\n", arfcn, mid_level, (float)(1.0*hi_weight/WEIGHT_SCALE), (float)(1.0*lo_weight/WEIGHT_SCALE));
}
fprintf( fs, " /*------------------------------------------------------*/\n");
fprintf( fs, " { TABLE_END }\n");
fprintf( fs, " },\n");
fprintf( fs, "};\n");
fprintf( fs, "\n");
}
fprintf( fs, "/*..........................................................................*/\n");
fprintf( fs, "\n");
fprintf( fs, "sRAMPDATA* RampData[] =\n");
fprintf( fs, "{\n");
fprintf( fs, " 0, /* FrequencyBand400 (not support) */\n");
fprintf( fs, " 0, /* FrequencyBand850 (not support) */\n");
fprintf( fs, " &GSM_RampData, /* FrequencyBand900 */\n");
fprintf( fs, " &DCS_RampData, /* FrequencyBand1800 */\n");
fprintf( fs, " &PCS_RampData, /* FrequencyBand1900 */\n");
fprintf( fs, "};\n");
fprintf( fs, "\n");
fprintf( fs, "#undef APC_DC_OFFSET\n");
fclose(fs);
return(true);
}
//===========================================================================
void CRFAPC::Req_Rf_SetRampApcLevel(FrequencyBand rf_band, int power_level, int apc_dac)
{
IsRunning = true;
RampApcLevelReq.rf_band = rf_band;
RampApcLevelReq.power_level = power_level;
RampApcLevelReq.apc_dac = apc_dac;
MetaResult = META_Rf_SetRampApcLevel(&RampApcLevelReq, ::CNF_RfSetRampApcLevl, &RampApcLevelToken, NULL);
}
//-------------------------------------------------------------------------------------------------
void __stdcall CRFAPC::CNF_RfSetRampApcLevl(const unsigned char cnf, const short token, void *usrData)
{
if(cnf == false)
{ Confirm( STATE_APC_FAIL ); return; }
ActiveMan->SetActiveFunction( ::REQ_Finish );
}
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