/******************************************************************
 * Author: James Bynes
 * Date: 04-19-2016
 * XRMdataExtractor.c
 * Description: Extracts data taken from ASIC and outputs to
 *		readable format.
 ******************************************************************/

#include <stdio.h>
#include <stdlib.h>
#include <string.h>

unsigned int data_ch[8][64];
int mm = 0;
int carrier = 0;
int asic = 0;
void initialize_data(void){
    int m,n;
    for(n=0;n<8;n++){
	for(m=0;m<64;m++)
	    data_ch[n][m]=0;
    }
}

unsigned int createMask(unsigned int a, unsigned int b){
    unsigned int r=0;
    unsigned int i=0;
    for (i=a; i<=b; i++)
	r |= 1 << i;
    return r;
}

void fprint_data(FILE *fp){
    int m,n;
    
    for(m=0;m<64;m++)
	fprintf(fp,"%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\n", carrier, asic, m, data_ch[0][m], data_ch[1][m], data_ch[2][m], data_ch[3][m], data_ch[4][m], data_ch[5][m], data_ch[6][m], data_ch[7][m]);
}

void get_eventInfo(FILE *headerFile, unsigned int wordsInPacket,int mm, int k){
    unsigned int r, result;
    fprintf(headerFile,"line %d\n", mm);
    fprintf(headerFile,"k: %d\n", k);
    r = createMask(30,31);
    result = (r & wordsInPacket)>>30;
    carrier = result;
    fprintf(headerFile,"Carrier: 0x%01x\n", result);
    r = createMask(28,29);
    result = (r & wordsInPacket)>>28;
    asic = result;
    fprintf(headerFile,"IRSX: 0x%01x\n", result);
    r = createMask(27,27);
    result = (r & wordsInPacket)>>27;
    fprintf(headerFile,"0: 0x%01x\n", result);
    r = createMask(24,26);
    result = (r & wordsInPacket)>>24;
    fprintf(headerFile,"Channel: 0x%01x\n", result);
    r = createMask(16,23);
    result = (r & wordsInPacket)>>16;
    fprintf(headerFile,"LastWriteAddress: 0x%02x\n", result);
    r = createMask(9,15);
    result = (r & wordsInPacket)>>9;
    fprintf(headerFile,"SCROD ID: 0x%03x\n", result);
    r = createMask(0,8);
    result = (r & wordsInPacket);
    fprintf(headerFile,"Converted Addr: 0x%03x\n", result);
}

main(int argc, char *argv[]){
    if(argc < 2){
	printf("You must enter a binary filename\n");
	goto INVALID_ARGS;
    }

    char headerName[80];
    char dataName[80];
    strcpy(headerName, "XRM_header_");
    strcat(headerName, argv[1]);
    strcat(headerName, ".txt");
    strcpy(dataName, "XRM_data_");
    strcat(dataName, argv[1]);
    strcat(dataName, ".txt");

    FILE *fileName = fopen(argv[1], "r");
    FILE *headerFile = fopen(headerName, "w");
    FILE *dataFile = fopen(dataName, "w");

    fputs("DATA FORMAT\n", headerFile);
    fputs("carrier# | ASIC# | Sample# | CH0 | CH1 | CH2 | CH3 | CH4 | CH5 | CH6 | CH7\n\n", headerFile);

    if(!fileName){
	printf("File doesn't exist\n");
	INVALID_ARGS:
	printf("Usage:\n");
	printf("XRMdataExtractor <binary file>\n");
	return;
    }
    
    unsigned int wordsInPacket, packet_hdr, result, r, num_windows, footer;
    int i = 0;
    int j = 0;
    int k = 0;

    initialize_data();

    printf("_________HEADER__________\n");

    while(!feof(fileName)){
	NEW_EVENT:
	fread(&packet_hdr, sizeof(packet_hdr),1,fileName);
	if(feof(fileName))
	    break;
	wordsInPacket = packet_hdr;
	if (mm < 3){
	    if (mm == 0){
		fprintf(headerFile,"Event size: %d\n", wordsInPacket);
	    }
	    if (mm == 1){
		r = createMask(28,31);
		result = (r & wordsInPacket)>>28;
		fprintf(headerFile,"Trig Pattern: 0x%01x\n", result);
		r = createMask(19,27);
		result = (r & wordsInPacket)>>19;
		num_windows = result+1;
		fprintf(headerFile,"# of windows: 0x%03x\n", result);
		r = createMask(0,18);
		result = r & wordsInPacket;
		fprintf(headerFile,"Timestamp: 0x%05x\n", result);
	    }
	    if (mm == 2){
		get_eventInfo(headerFile,wordsInPacket,mm,k);
	    }
	}
	else{
	    if((j < 8) && (i < 64)){
		r = createMask(0,11);
		result = (r & wordsInPacket);
		data_ch[j][i] = result;
		i++;
		r = createMask(16,27);
		result = (r & wordsInPacket)>>16;
		data_ch[j][i] = result;
		i++;
		    
	    }
	    else{
		if((j==7)){ //on to next event
		    j = 0;
		    i = 0;
		    k = k + 1;
		    fprint_data(dataFile);
		    if(k<4)
			get_eventInfo(headerFile,wordsInPacket,mm,k);
		    else{
			footer = wordsInPacket;
			printf("Footer %08x\n",footer);
			mm = 0;
			k = 0;
			goto NEW_EVENT;
		    }
		}
		else{//on to next channel (same event)
		    i = 0;
		    j++;
		    r = createMask(0,11);
		    result = (r & wordsInPacket);
		    data_ch[j][i] = result;
		    i++;
		    r = createMask(16,27);
		    result = (r & wordsInPacket)>>16;
		    data_ch[j][i] = result;
		    i++;
		}
	    }
	}
	mm++;
    }
    printf("\n");
}

/******************************************************************
 * Author: James Bynes
 * Date: 04-19-2016
 * XRMdataExtractor.c
 * Description: Extracts data taken from ASIC and outputs to
 *		readable format.
 ******************************************************************/

#include <stdio.h>
#include <stdlib.h>
#include <string.h>

unsigned int data_ch[8][64];
int mm = 0;
int carrier = 0;
int asic = 0;

void initialize_data(void){
    int m,n;
    for(n=0;n<8;n++){
	for(m=0;m<64;m++)
	    data_ch[n][m]=0;
    }
}

unsigned int createMask(unsigned int a, unsigned int b){
    unsigned int r=0;
    unsigned int i=0;
    for (i=a; i<=b; i++)
	r |= 1 << i;
    return r;
}

void fprint_data(FILE *fp){
    int m,n;
    
    for(m=0;m<64;m++)
	fprintf(fp,"%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\t%d\n", carrier, asic, m, data_ch[0][m], data_ch[1][m], data_ch[2][m], data_ch[3][m], data_ch[4][m], data_ch[5][m], data_ch[6][m], data_ch[7][m]);
}

void get_eventInfo(FILE *headerFile, unsigned int wordsInPacket,int mm, int k){
    unsigned int r, result;
    fprintf(headerFile,"line %d\n", mm);
    fprintf(headerFile,"k: %d\n", k);
    r = createMask(30,31);
    result = (r & wordsInPacket)>>30;
    carrier = result;
    fprintf(headerFile,"Carrier: 0x%01x\n", result);
    r = createMask(28,29);
    result = (r & wordsInPacket)>>28;
    asic = result;
    fprintf(headerFile,"IRSX: 0x%01x\n", result);
    r = createMask(27,27);
    result = (r & wordsInPacket)>>27;
    fprintf(headerFile,"0: 0x%01x\n", result);
    r = createMask(24,26);
    result = (r & wordsInPacket)>>24;
    fprintf(headerFile,"Channel: 0x%01x\n", result);
    r = createMask(16,23);
    result = (r & wordsInPacket)>>16;
    fprintf(headerFile,"LastWriteAddress: 0x%02x\n", result);
    r = createMask(9,15);
    result = (r & wordsInPacket)>>9;
    fprintf(headerFile,"SCROD ID: 0x%03x\n", result);
    r = createMask(0,8);
    result = (r & wordsInPacket);
    fprintf(headerFile,"Converted Addr: 0x%03x\n", result);
}

main(int argc, char *argv[]){
    if(argc < 2){
	printf("You must enter a binary filename\n");
	goto INVALID_ARGS;
    }

    char headerName[80];
    char dataName[80];
    strcpy(headerName, "XRM_header_");
    strcat(headerName, argv[1]);
    strcat(headerName, ".txt");
    strcpy(dataName, "XRM_data_");
    strcat(dataName, argv[1]);
    strcat(dataName, ".txt");

    FILE *fileName = fopen(argv[1], "r");
    FILE *headerFile = fopen(headerName, "w");
    FILE *dataFile = fopen(dataName, "w");

    fputs("DATA FORMAT\n", headerFile);
    fputs("carrier# | ASIC# | Sample# | CH0 | CH1 | CH2 | CH3 | CH4 | CH5 | CH6 | CH7\n\n", headerFile);

    if(!fileName){
	printf("File doesn't exist\n");
	INVALID_ARGS:
	printf("Usage:\n");
	printf("XRMdataExtractor <binary file>\n");
	return;
    }
    
    unsigned int wordsInPacket, packet_hdr, result, r, num_windows, footer;
    int i = 0;
    int j = 0;
    int k = 0;

    initialize_data();

    printf("_________HEADER__________\n");

    while(!feof(fileName)){
	NEW_EVENT:
	fread(&packet_hdr, sizeof(packet_hdr),1,fileName);
	if(feof(fileName))
	    break;
	wordsInPacket = packet_hdr;
	if (mm < 3){
	    if (mm == 0){
		fprintf(headerFile,"Event size: %d\n", wordsInPacket);
	    }
	    if (mm == 1){
		r = createMask(28,31);
		result = (r & wordsInPacket)>>28;
		fprintf(headerFile,"Trig Pattern: 0x%01x\n", result);
		r = createMask(19,27);
		result = (r & wordsInPacket)>>19;
		num_windows = result+1;
		fprintf(headerFile,"# of windows: 0x%03x\n", result);
		r = createMask(0,18);
		result = r & wordsInPacket;
		fprintf(headerFile,"Timestamp: 0x%05x\n", result);
	    }
	    if (mm == 2){
		get_eventInfo(headerFile,wordsInPacket,mm,k);
	    }
	}
	else{
	    if((j < 8) && (i < 64)){
		r = createMask(0,11);
		result = (r & wordsInPacket);
		data_ch[j][i] = result;
		i++;
		r = createMask(16,27);
		result = (r & wordsInPacket)>>16;
		data_ch[j][i] = result;
		i++;
		    
	    }
	    else{
		if((j==7)){ //on to next event
		    j = 0;
		    i = 0;
		    k = k + 1;
		    fprint_data(dataFile);
		    if(k<4)
			get_eventInfo(headerFile,wordsInPacket,mm,k);
		    else{
			footer = wordsInPacket;
			printf("Footer %08x\n",footer);
			mm = 0;
			k = 0;
			goto NEW_EVENT;
		    }
		}
		else{//on to next channel (same event)
		    i = 0;
		    j++;
		    r = createMask(0,11);
		    result = (r & wordsInPacket);
		    data_ch[j][i] = result;
		    i++;
		    r = createMask(16,27);
		    result = (r & wordsInPacket)>>16;
		    data_ch[j][i] = result;
		    i++;
		}
	    }
	}
	mm++;
    }
    printf("\n");
}

gige2
cd ..
source setup_env_template.sh
cd ScriptsWithCarrierAddressing/
car=0
asic=3
FB=110
python ../scripts_mod/irsxSetCarrierOn_Cal.py $car 0
./set_all_thresholds.sh $car $asic 0
./set_all_thresholds.sh $car $asic 0
./setupAsic_CA.sh $car $asic $FB

rm data.bin myEvent_sub.txt ccc?
../bin/MyConvertData_fullArray data.bin pedfile_0.txt > myEvent_sub.txt 
./generate_all_channels.sh 
vim ccc7
gnuplot 

  375  ls -lart data
  376  ls -lart data
  377  ls -lart data.first-board-stack/
  378  ls -lart data.first-board-stack/
  379  ls -lart data
  380  ls -lart data
  381  ls -lart data
  382  ls -lart data
  383  ls -lart data
  384  ls -lart data
  385  ls -lart data
  386  gnuplot ~/bin/mza.gnuplot 
  387  ls -lart data
  388  gnuplot ~/bin/mza.gnuplot 
  389  ls -lart data
  390  gnuplot ~/bin/mza.gnuplot 
  391  vim data/carrier0.asic1.pedestals 
  392  ls -lart data
  393  gnuplot ~/bin/mza.gnuplot 
  394  less data/carrier0.asic3.pedestals 
  395  less data/carrier0.asic2.pedestals 
  396  ls -lart data
  397  rm data/carrier1.asic3.pedestals data/carrier0.asic0.pedestals 
  398  ls -lart data
  399  gnuplot ~/bin/mza.gnuplot 
  400  gnuplot ~/bin/mza.gnuplot 
  401  gnuplot ~/bin/mza.gnuplot 
  402  gnuplot ~/bin/mza.gnuplot 
  403  mv data data.after-getting-the-script-to-work
  404  mkdir data
  405  cd data
  406  ls -lart
  407  rm carrier0.asic0.pedestals 
  408  ls -lart
  409  ls -lart
  410  ls -lart
  411  ls -lart ../data.after-getting-the-script-to-work/
  412  ls -lart
  413  ls -lart
  414  ls -lart
  415  ls -lart
  416  ls -lart
  417  ls -lart
  418  ls -lart
  419  ls -lart
  420  ls -lart
  421  ls -lart
  422  cd ..
  423  gnuplot ~/bin/mza.gnuplot 
  424  ls -lart
  425  ls -lart data
  426  ls -lart data
  427  ls -lart data
  428  gnuplot ~/bin/mza.gnuplot 
  429  mv data data.after-fixing-some-shorts
  430  mkdir data
  431  cd data
  432  ls
  433  ls -lart
  434  rm *
  435  ls -lart
  436  ls -lart
  437  ls -lart
  438  cd ..
  439  gnuplot ~/bin/mza.gnuplot 
  440  ssh --help
  441  20start
  442  fpga2
  443  arp
  444  vim ~/.bashrc
  445  . ~/.bashrc
  446  arp
  447  arp
  448  cd ../build/uh-svn-repo/trunk/
  449  svn update
  450  ls
  451  cd ../branches/gigE/
  452  cat program-bit-and-elf-and-go
  453  head program-bit-and-elf-and-go.xmd.tcl 
  454  grep freq program-bit-and-elf-and-go.xmd.tcl 
  455  gige2
  456  ls data -lart
  457  cd ~/build/uh-svn-repo
  458  svn update --revision 1041
  459  svn status
  460  svn diff branches/gigE/program-bit-and-elf-and-go.xmd.tcl 
  461  cd ..
  462  rm -rf uh-svn-repo
  463  vim checkout 
  464  ./checkout 
  465  cd uh-svn-repo/trunk/software/PS7/CarrierRevE/
  466  cd s
  467  cd src/
  468  vim CarrierRevE_main.c 
  469  vim CarrierRevE_main.c 
  470  svn dif
  471  svn diff
  472  cd ..
  473  cd ..
  474  cd ..
  475  cd ..
  476  cd firmware
  477  mkdir build
  478  cd targets/ScrodRevB_b2tt
  479  make sdk_gui
  480  make sdk
  481  make
  482  ls -lart
  483  ssh xtd2
  484  ssh xtd2
  485  vim ~/.ssh/config
  486  ssh xtd2
  487  vim ~/.ssh/config
  488  vim ~/.ssh/config
  489  ssh xtd2
  490  vim ~/.ssh/config
  491  ssh xtd2
  492  ssh xtd2
  493  ssh xtd2
  494  ssh xtd2
  495  cd build/
  496  vim checkout 
  497  ./checkout 
  498  cd uh-svn-repo.1143/trunk/software/PS7/Scrod/src/
  499  vim main.c 
  500  ls -lart
  501  du LaserBranch/
  502  tar cf 2016-01-24.XRM.tar bin/mza.gnuplot bin/grab_all_peds LaserBranch/
  503  ls -lart
  504  du LaserBranch/
  505  du --ma=1 LaserBranch/
  506  du --ma=1 LaserBranch/software/
  507  du --ma=1 LaserBranch/software/gigE/
  508  du --ma=1 LaserBranch/software/gigE/ScriptsWithCarrierAddressing/
  509  rm 2016-01-24.XRM.tar 
  510  tar cf 2016-01-24.XRM.tar bin/mza.gnuplot bin/grab_all_peds LaserBranch/
  511  ls -lart
  512  du --ma=1 LaserBranch/software/gigE/ScriptsWithCarrierAddressing/
  513  ls -larS LaserBranch/software/gigE/ScriptsWithCarrierAddressing/
  514  mkdir ~/data/XRM/ccc
  515  mv ccc* ~/data/XRM/ccc/
  516  cd LaserBranch/software/gigE/ScriptsWithCarrierAddressing/
  517  mv ccc* ~/data/XRM/ccc/
  518  ls -larS
  519  mv myEvent_sub.txt myData_2000.bin sine_2000.bin myDat_2000.bin ~/data/XRM/ccc/
  520  ls -larS
  521  cd ..
  522  du
  523  ls -larS
  524  du --ma=1
  525  cd ScriptsWithCarrierAddressing/
  526  du
  527  mv powerDisCon/ firstRF/ pwrSigDisCon/ ~/data/XRM/ccc/
  528  ls -larS
  529  du
  530  cd ..
  531  cd ..
  532  du
  533  cd ..
  534  du bitfiles/
  535  cd bitfiles/
  536  mkdir ~/bitfiles
  537  ls -lart
  538  head ../program-bit-and-elf-and-go.xmd.tcl 
  539  head ../program-bit-and-elf-and-go.xmd.tcl  -n 20
  540  ls -lart
  541  ls -lart
  542  du
  543  cd ..
  544  du
  545  cd ..
  546  rm 2016-01-24.XRM.tar 
  547  history | grep tar
  548  tar cf 2016-01-24.XRM.tar bin/mza.gnuplot bin/grab_all_peds LaserBranch/
  549  ls -lart
  550  cd LaserBranch/
  551  find | grep elf$
  552  cd ps_files/
  553  du
  554  cd
  555  scp 2016-01-24.XRM.tar idlab:
  556  rm 2016-01-24.XRM.tar 
  557  tar cf 2016-01-24.XRM.tar bin/mza.gnuplot bin/grab_all_peds LaserBranch/ howtogetdata.txt 
  558  scp 2016-01-24.XRM.tar idlab:
  559  find /opt/Xilinx/SDK/ | grep settings64
  560  rm 2016-01-24.XRM.tar 
  561  tar cf 2016-01-24.XRM.tar bin/mza.gnuplot bin/grab_all_peds LaserBranch/ howtogetdata.txt 
  562  scp 2016-01-24.XRM.tar idlab:
  563  fpga2
  564  gige2
  565  ls myDat_2000.bin 
  566  ls -lart
  567  ls -lart
  568  ls -lart
  569  less myDat_2000.bin 
  570  less myDat_2000.bin 
  571  ls -lart
  572  rm myDat_2000.bin 
  573  ls -lart
  574  ls -lart
  575  ls -lart
  576  ls -lart
  577  ls -lart
  578  ls -lart
  579  ls -lart
  580  ls -lart
  581  ls -lart
  582  cat howtogetdata.txt 
  583  grab_all_peds 
  584  cd data
  585  ls
  586  ls -lart
  587  cd ..
  588  mv data data.junk
  589  vim ~/bin/grab_all_peds 
  590  mkdir ~/data/XRM
  591  mkdir ~/data/XRM/data
  592  vim ~/bin/grab_all_peds 
  593  mv data.junk/ data.boardstack-installed-in-box/ ~/data/XRM/
  594  du
  595  grab_all_peds 
  596  grab_all_peds 
  597  ls -lart
  598  ls -lart
  599  ls -lart ~/data/XRM/data
  600  ls -lart
  601  ls -lart
  602  ls -lart
  603  ../bin/MyConvertData_fullArray data.bin pedfile_0.txt > myEvent_sub.txt
  604  ./generate_all_channels.sh 
  605  ls -lart
  606  gnuplot 
  607  less ccc0
  608  less myPed_2000.bin 
  609  vim ../bin/MyConvertData_fullArray
  610  less data.bin 
  611  hexdump data.bin | less
  612  cp ~/data/XRM/data/carrier0.asic3.pedestals peds
  613  ../bin/MyConvertData_fullArray data.bin peds > myEvent_sub.txt 
  614  ./generate_all_channels.sh 
  615  ls -lart
  616  gnuplot 
  617  less ccc7
  618  gnuplot 
  619  less ccc7
  620  gnuplot 
  621  less ccc7
  622  vim ccc7
  623  gnuplot 
  624  vim ccc6
  625  vim ccc5
  626  vim ccc6
  627  mv data.txt data7.txt
  628  gnuplot 
  629  vim ccc5
  630  gnuplot 
  631  cd ~/data/XRM/data
  632  ls -lart
  633  cd ../ccc/
  634  ls -lart
  635  gnuplot 
  636  cd -
  637  ls -lart
  638  cd -
  639  gige@
  640  gige2
  641  ls
  642  cat ~/bin/grab_all_peds 
  643  source setup_env_template.sh
  644  cd ..
  645  source setup_env_template.sh
  646  cat ~/bin/grab_all_peds 
  647  cd ScriptsWithCarrierAddressing/
  648  car=0
  649  asic=3
  650  FB=110
  651  python ../scripts_mod/irsxSetCarrierOn_Cal.py $car 0
  652  ./set_all_thresholds.sh $car $asic 0
  653  ./set_all_thresholds.sh $car $asic 0
  654  ./setupAsic_CA.sh $car $asic $FB
  655  ls -lart
  656  ../bin/MyConvertData_fullArray data.bin pedfile_0.txto > myEvent_sub.txt 
  657  ../bin/MyConvertData_fullArray data.bin pedfile_0.txt > myEvent_sub.txt 
  658  ./generate_all_channels.sh generate_all_channels.sh 
  659  ./generate_all_channels.sh 
  660  ls -lart
  661  gnuplot 
  662  gnuplot 
  663  mv ccc6 ccc6.sine
  664  mv ccc7 ccc7.sine
  665  history 
  666  ../bin/MyConvertData_fullArray data.bin pedfile_0.txt > myEvent_sub.txt 
  667  ./generate_all_channels.sh 
  668  ls -lart
  669  gnuplot 
  670  ls -lart
  671  rm data.bin 
  672  rm ccc?
  673  ls -lart
  674  rm myEvent_sub.txt 

Index: CarrierRevE/images/CarrierRevE_PS_app_E0000001.elf
===================================================================
Cannot display: file marked as a binary type.
svn:mime-type = application/octet-stream
Index: CarrierRevE/src/CarrierRevE.h
===================================================================
--- CarrierRevE/src/CarrierRevE.h	(revision 1143)
+++ CarrierRevE/src/CarrierRevE.h	(working copy)
@@ -13,6 +13,10 @@
 #define GPIO_DEVICE_ID XPAR_XGPIOPS_0_DEVICE_ID
 
 //#define CLK_FAN_RST_N_PIN 48
+#define XRM_ARP_SELECT_ST1 16 // gain stage 1
+#define XRM_ARP_SELECT_ST2 19 // gain stage 2
+#define XRM_ARP_SELECT_ST3 18 // gain stage 3
+#define XRM_ARP_SELECT_ST4 43 // attenuator
 #define SPI_CLOCK0_PIN    16 //MIO16 FOR SPI CLOCK
 #define SPI_MOSI0_PIN    21 //MIO17 FOR SPI MOSI
 #define SPI_CS0_PIN        18 //MIO18 FOR SPI CS0 (fanout clock)
Index: CarrierRevE/src/CarrierRevE_main.c
===================================================================
--- CarrierRevE/src/CarrierRevE_main.c	(revision 1143)
+++ CarrierRevE/src/CarrierRevE_main.c	(working copy)
@@ -83,10 +83,10 @@
       //bool temperatureAlert = regThermStatus & 0x1;
       
       // Debug pins
-      XGpioPs_WritePin(&Gpio, 46, (carrierId & 0x1) >> 0);
-      XGpioPs_WritePin(&Gpio, 47, (carrierId & 0x2) >> 1);
-      XGpioPs_WritePin(&Gpio, 48, (carrierId & 0x4) >> 2);
-      XGpioPs_WritePin(&Gpio, 49, (carrierId & 0x8) >> 3);
+      //XGpioPs_WritePin(&Gpio, 46, (carrierId & 0x1) >> 0);
+      //XGpioPs_WritePin(&Gpio, 47, (carrierId & 0x2) >> 1);
+      //XGpioPs_WritePin(&Gpio, 48, (carrierId & 0x4) >> 2);
+      //XGpioPs_WritePin(&Gpio, 49, (carrierId & 0x8) >> 3);
       // Check control signals in from PL
       // If they've changed then write out new values to devices
       u32 AsicRegEnNew = Xil_In32(AXI_ASIC_REG_EN_ADDR);
@@ -163,17 +163,23 @@
 
 /***********************FUNCTION DEFINITIONS*****************************/
 void GPIO_init(u16 DeviceId){
-
     XGpioPs_Config *ConfigPtr;
-
     //Initialize the GPIO driver.
     ConfigPtr = XGpioPs_LookupConfig(GPIO_DEVICE_ID);
     XGpioPs_CfgInitialize(&Gpio, ConfigPtr, ConfigPtr->BaseAddr);
-
 }
 
 void GPIO_pins(void){
+    XGpioPs_SetDirectionPin(&Gpio,    XRM_ARP_SELECT_ST1, 1); // set as output direction
+    XGpioPs_SetOutputEnablePin(&Gpio, XRM_ARP_SELECT_ST1, 1); // enables the output driver
+    XGpioPs_SetDirectionPin(&Gpio,    XRM_ARP_SELECT_ST2, 1); // set as output direction
+    XGpioPs_SetOutputEnablePin(&Gpio, XRM_ARP_SELECT_ST2, 1); // enables the output driver
+    XGpioPs_SetDirectionPin(&Gpio,    XRM_ARP_SELECT_ST3, 1); // set as output direction
+    XGpioPs_SetOutputEnablePin(&Gpio, XRM_ARP_SELECT_ST3, 1); // enables the output driver
+    XGpioPs_SetDirectionPin(&Gpio,    XRM_ARP_SELECT_ST4, 1); // set as output direction
+    XGpioPs_SetOutputEnablePin(&Gpio, XRM_ARP_SELECT_ST4, 1); // enables the output driver
 
+
     XGpioPs_SetDirectionPin(&Gpio, SPI_CLOCK0_PIN, 1); //set SPI0 as output direction
     XGpioPs_SetOutputEnablePin(&Gpio, SPI_CLOCK0_PIN, 1); //enables the output for the SPI0
     XGpioPs_SetDirectionPin(&Gpio, SPI_MOSI0_PIN, 1); //set MOSI as output direction
@@ -193,6 +199,7 @@
     XGpioPs_SetDirectionPin(&Gpio, 51, 0);
     XGpioPs_SetOutputEnablePin(&Gpio, 51, 0);
 
+/*
     //Debugging (using JTAG as GPIO)
     XGpioPs_SetDirectionPin(&Gpio, 46, 1);
     XGpioPs_SetOutputEnablePin(&Gpio, 46, 1);
@@ -202,6 +209,7 @@
     XGpioPs_SetOutputEnablePin(&Gpio, 48, 1);
     XGpioPs_SetDirectionPin(&Gpio, 49, 1);
     XGpioPs_SetOutputEnablePin(&Gpio, 49, 1);
+*/
 
     //Set direction and output enables for ASIC amp enables
     XGpioPs_SetDirectionPin(&Gpio, AMP_ASIC0_PIN, 1);
@@ -280,6 +288,11 @@
 void GPIO_defaults(void){
 	int cal_channel = 0;
 
+    XGpioPs_WritePin(&Gpio, XRM_ARP_SELECT_ST1, 0x0);
+    XGpioPs_WritePin(&Gpio, XRM_ARP_SELECT_ST2, 0x0);
+    XGpioPs_WritePin(&Gpio, XRM_ARP_SELECT_ST3, 0x0);
+    XGpioPs_WritePin(&Gpio, XRM_ARP_SELECT_ST4, 0x0);
+
     // Leave these disabed by default
     AMP_ASIC1_LO;
     AMP_ASIC2_LO;
Index: Scrod/src/main.c
===================================================================
--- Scrod/src/main.c	(revision 1143)
+++ Scrod/src/main.c	(working copy)
@@ -11,9 +11,15 @@
 #include "feature_extraction.h"
 #include "PL_AXI_REG.h"
 #include "i2c.h"
+#include "xgpiops.h" //PS GPIO
+#include "xil_io.h"
 
 #define RAW_DATAFORMAT_CARRIER 1 	// assumes carrier format for raw data
 
+#define XRM_ARP_SELECT_ST1 16 // gain stage 1
+#define XRM_ARP_SELECT_ST2 19 // gain stage 2
+#define XRM_ARP_SELECT_ST3 18 // gain stage 3
+#define XRM_ARP_SELECT_ST4 43 // attenuator
 
 #ifdef RAW_DATAFORMAT_CARRIER
 
@@ -28,8 +34,18 @@
 int dataTransferOn = 0;
 #define WAVE_BUFFER_SIZE 600  // Needs to stay below 6-7 MB
 
+#define GPIO_DEVICE_ID XPAR_XGPIOPS_0_DEVICE_ID
+XGpioPs Gpio; //driver instance for GPIO device
+
+/***********************FUNCTION DEFINITIONS*****************************/
+void GPIO_init(u16 DeviceId){
+    XGpioPs_Config *ConfigPtr;
+    //Initialize the GPIO driver.
+    ConfigPtr = XGpioPs_LookupConfig(GPIO_DEVICE_ID);
+    XGpioPs_CfgInitialize(&Gpio, ConfigPtr, ConfigPtr->BaseAddr);
+}
+
 int main() {
-
     u32 returnval;
     volatile u32 featureExtractionMode;
 
@@ -38,6 +54,24 @@
     init_platform();
     print("Hello World\n\r");
 
+    GPIO_init(GPIO_DEVICE_ID);
+    //GPIO_pins();
+    //GPIO_defaults();
+
+    XGpioPs_SetDirectionPin(&Gpio,    XRM_ARP_SELECT_ST1, 1); // set as output direction
+    XGpioPs_SetOutputEnablePin(&Gpio, XRM_ARP_SELECT_ST1, 1); // enables the output driver
+    XGpioPs_SetDirectionPin(&Gpio,    XRM_ARP_SELECT_ST2, 1); // set as output direction
+    XGpioPs_SetOutputEnablePin(&Gpio, XRM_ARP_SELECT_ST2, 1); // enables the output driver
+    XGpioPs_SetDirectionPin(&Gpio,    XRM_ARP_SELECT_ST3, 1); // set as output direction
+    XGpioPs_SetOutputEnablePin(&Gpio, XRM_ARP_SELECT_ST3, 1); // enables the output driver
+    XGpioPs_SetDirectionPin(&Gpio,    XRM_ARP_SELECT_ST4, 1); // set as output direction
+    XGpioPs_SetOutputEnablePin(&Gpio, XRM_ARP_SELECT_ST4, 1); // enables the output driver
+ 
+    XGpioPs_WritePin(&Gpio, XRM_ARP_SELECT_ST1, 0x0);
+    XGpioPs_WritePin(&Gpio, XRM_ARP_SELECT_ST2, 0x0);
+    XGpioPs_WritePin(&Gpio, XRM_ARP_SELECT_ST3, 0x0);
+    XGpioPs_WritePin(&Gpio, XRM_ARP_SELECT_ST4, 0x0);
+
     // Circular Waveform Buffer Init
     RawWaveformCarrier_t *g_waveBuffer = (RawWaveformCarrier_t*) memalign(4096,sizeof(RawWaveformCarrier_t) * WAVE_BUFFER_SIZE); // compiler has issues with large static arrays (~8MB), so dynamically just to be safe
     if(g_waveBuffer == NULL){

****** Xilinx Microprocessor Debugger (XMD) EngineExecuting user script : program-bit-and-elf-and-go.xmd.tcl
last device in programming chain is number 2 
It appears that you have 0 carriers connected.

****** XMD v2014.4
  **** SW Build 1071353 on Tue Nov 18 16:34:53 MST 2014
    ** Copyright 1986-2014 Xilinx, Inc. All Rights Reserved.

Configuring Device 2 (xc7z045) with Bitstream -- bitfiles/ScrodRevB_b2tt_gigE_B000000E.bit
....................10...................20...................30....................40...................50...................60....................70...................80...................90....................Done
Successfully downloaded bit file.

JTAG chain configuration
--------------------------------------------------
Device   ID Code        IR Length    Part Name
 1       4ba00477           4        arm_dap
 2       23731093           6        xc7z045

Processor Reset .... DONE
Downloading Program -- ps_files/Scrod_PS_app_B0000007.elf
	section, .text: 0x00100000-0x00106c97
	section, .init: 0x00106c98-0x00106caf
	section, .fini: 0x00106cb0-0x00106cc7
	section, .rodata: 0x00106cc8-0x00106e83
	section, .data: 0x00106e88-0x00107abb
	section, .eh_frame: 0x00107abc-0x00107abf
	section, .mmu_tbl: 0x00108000-0x0010bfff
	section, .init_array: 0x0010c000-0x0010c007
	section, .fini_array: 0x0010c008-0x0010c00b
	section, .bss: 0x0010c00c-0x0010c0cf
	section, .heap: 0x0010c0d0-0x0110c0cf
	section, .stack: 0x0110c0d0-0x0112d8cf
Download Progress..10.20.30.40.50.60.70.80.90.Done
Setting PC with Program Start Address 0x00100000

RUNNING> Processor started. Type "stop" to stop processor

#!/bin/bash -e
# 2016-01-23 mza for XRM

declare destination="${HOME}/data/XRM/data"

#. ${HOME}/.bashrc
cd /home/idlab/LaserBranch/software/gigE/
source setup_env_template.sh
cd ScriptsWithCarrierAddressing
#gige2
car=0
asic=1
FB=110

#for car in $(seq 0 2); do
#	for asic in $(seq 0 3); do
		filename="${destination}/carrier${car}.asic${asic}.pedestals"
		echo -n "${filename}"
		if [ -e "${filename}" ]; then
			echo " - found"
			continue
		else
			#touch "${filename}"
			echo
		fi
		python ../scripts_mod/irsxSetCarrierOn_Cal.py $car 0
		./set_all_thresholds.sh $car $asic 0
		./set_all_thresholds.sh $car $asic 0
		./setupAsic_CA.sh $car $asic $FB
		mv pedfile_RMS_0.txt "${filename}"
		ls -lart "${filename}"
#	done
#done

# 2016-01-23 mza for XRM

plot "data/carrier0.asic0.pedestals" using ($0):($4)
pause -1
plot "data/carrier0.asic1.pedestals" using ($0):($4)
pause -1
plot "data/carrier0.asic2.pedestals" using ($0):($4)
pause -1
plot "data/carrier0.asic3.pedestals" using ($0):($4)
pause -1

plot "data/carrier1.asic0.pedestals" using ($0):($4)
pause -1
plot "data/carrier1.asic1.pedestals" using ($0):($4)
pause -1
plot "data/carrier1.asic2.pedestals" using ($0):($4)
pause -1
plot "data/carrier1.asic3.pedestals" using ($0):($4)
pause -1

plot "data/carrier2.asic0.pedestals" using ($0):($4)
pause -1
plot "data/carrier2.asic1.pedestals" using ($0):($4)
pause -1
plot "data/carrier2.asic2.pedestals" using ($0):($4)
pause -1
plot "data/carrier2.asic3.pedestals" using ($0):($4)
pause -1

# Set for local JTAG access
# Modify for remote access via hw_server or vcse_server
set TCP "127.0.0.1:3121"
#set freq 3000000
set freq 10000000
#set TCP "ppa-linuxtest3.slac.stanford.edu:3121"

# Set current version numbers of firmware
set SCROD_FW_VERSION    "B000000E"
#set SCROD_FW_VERSION    "B0000009"
#Laser Test Golden File below!!!
set CARRIER_FW_VERSION  "E000000B"
#Lynn's speedup improvements
#set CARRIER_FW_VERSION  "E000000C_3"
#set CARRIER_FW_VERSION  "E0000008"
# Set current version numbers of elf files
#set SCROD_ELF_VERSION   "B0000003"
set SCROD_ELF_VERSION   "B0000007"
#set CARRIER_ELF_VERSION "E0000000"
set CARRIER_ELF_VERSION "E0000001"

# Devices on the chain should enumerate as:
#
#JTAG chain configuration
#--------------------------------------------------
#Device   ID Code        IR Length    Part Name
# 1       4ba00477           4        arm_dap
# 2       23731093           6        xc7z045
# 3       4ba00477           4        arm_dap
# 4       1372c093           6        xc7z030
# ...
# 9       4ba00477           4        arm_dap
# 10      1372c093           6        xc7z030
#

# Scan the device chain to see how many carriers we have
set deviceChain [readjtagchain -cable url TCP:$TCP]
set lastDevice [string range $deviceChain [string last devicenr $deviceChain]+9 [string last devicenr $deviceChain]+10]
puts "last device in programming chain is number $lastDevice"
set nCarriers [expr ($lastDevice-2)/2]
puts "It appears that you have $nCarriers carriers connected."

# Program bit files
fpga -f bitfiles/ScrodRevB_b2tt_gigE_${SCROD_FW_VERSION}.bit -debugdevice deviceNr 2 -cable type xilinx_tcf url TCP:$TCP frequency $freq
for {set i 4} {$i <= $lastDevice} {incr i 2} {
#Lynn's speedup improvements
#   fpga -f bitfiles/CarrierRevE_${CARRIER_FW_VERSION}.bit -debugdevice deviceNr $i -cable url TCP:$TCP frequency $freq
#   fpga -f bitfiles/CarrierRevE_newGUI_PS_LaserTest_debug.bit -debugdevice deviceNr $i -cable url TCP:$TCP  frequency $freq
#Laser Test Golden File below!!!
   fpga -f bitfiles/CarrierRevE_newGUI_PS_LaserTest_nodebug.bit -debugdevice deviceNr $i -cable type xilinx_tcf url TCP:$TCP frequency $freq
}

# Program PS for SCROD
xload hw bitfiles/ScrodRevB_b2tt_gigE_${SCROD_FW_VERSION}.hdf
source bitfiles/ps7_init_SCROD.tcl
xconnect arm hw -cable type xilinx_tcf url TCP:$TCP frequency $freq -debugdevice devicenr 1 cpunr 1
set_cur_target 64
set_cur_system
xzynqresetstatus 64
ps7_init
ps7_post_config
xclearzynqresetstatus 64
xreset 64 0x80
dow ps_files/Scrod_PS_app_${SCROD_ELF_VERSION}.elf
xsafemode 64 off
con

# Program PS for carriers
for {set i 3} {$i < $lastDevice} {incr i 2} {
#Lynn's speedup improvements
#   xload hw bitfiles/CarrierRevE_${CARRIER_FW_VERSION}.hdf
#Laser Test Golden File below!!!
   xload hw bitfiles/CarrierRevE_newGUI_PS_LaserTest_debug.hdf 
   source bitfiles/ps7_init_CARRIER.tcl
   xconnect arm hw -cable type xilinx_tcf url TCP:$TCP frequency $freq -debugdevice devicenr $i cpunr 1
   set_cur_target 64
   set_cur_system
   xzynqresetstatus 64
   ps7_init
   ps7_post_config
   xclearzynqresetstatus 64
   xreset 64 0x80
   dow ps_files/CarrierRevE_PS_app_${CARRIER_ELF_VERSION}.elf
   xsafemode 64 off
   con
}

#!/bin/bash -e
# written 2014-12-30 by mza
# last updated 2014-12-30

declare scriptdir=$(dirname "$BASH_SOURCE")
cd "${scriptdir}"
scriptdir="$(pwd -P)"
cd - >/dev/null

# Moved this script to a local dir
#declare otherscriptdir="${scriptdir}/../../../tags/2015-01.gigE-carrier-pre-screen"
. "detect_linux_variant" >/dev/null

function delete_boogers {
	local string="${1}"
	string=$(echo "${string}" | sed -e "s,^:,,")
	string=$(echo "${string}" | sed -e "s,:$,,")
	string=$(echo "${string}" | sed -e "s,::,:,g")
	echo ${string}
}

function delete_repeats {
	string=$(echo "${1}" | sed -e "s,:, ,g")
	#echo ${string}
	newstring=$( (for each in ${string}; do echo "${each}"; done; ) | sort -u)
	newstring=$(echo $(echo "${newstring}") | sed -e "s, ,:,g")
	echo ${newstring}
}

declare -i errors=0
declare BASE QTDIR PYTHONPATH

BASE="${PWD}"

if [ "$OS" = "Ubuntu" ]; then
	if   [ ${BITS} -eq 32 ] && [ -e "/usr/lib/i386-linux-gnu/qt4" ]; then
		QTDIR="/usr/lib/i386-linux-gnu/qt4"
	elif [ ${BITS} -eq 64 ] && [ -e "/usr/lib/x86_64-linux-gnu/qt4" ]; then
		QTDIR="/usr/lib/x86_64-linux-gnu/qt4"
	fi
elif [ "$OS" = "Linux" ]; then
	if   [ ${BITS} -eq 32 ] && [ -e "/usr/lib/qt4" ]; then
		QTDIR="/usr/lib/qt4"
	elif [ ${BITS} -eq 32 ] && [ -e "/usr/lib/i386-linux-gnu/qt4" ]; then
		QTDIR="/usr/lib/i386-linux-gnu/qt4"
	elif [ ${BITS} -eq 64 ] && [ -e "/usr/lib64/qt4" ]; then
		QTDIR="/usr/lib64/qt4"
	elif [ -e "/usr/local/Trolltech/Qt-4.6.4" ]; then
		QTDIR="/usr/local/Trolltech/Qt-4.6.4"
	elif [ -e "/usr/local/Trolltech/Qt-4.4.3" ]; then
		QTDIR="/usr/local/Trolltech/Qt-4.4.3"
	elif [ -e "/usr/local/Trolltech/Qt-4.8.5" ]; then
		QTDIR="/usr/local/Trolltech/Qt-4.8.5"
	fi
else
	:
fi
#for each in "/usr/lib/qt4" "/usr/lib64/qt4" "/usr/lib/x86_64-linux-gnu/qt4" "/usr/lib/i386-linux-gnu/qt4"; do
if [ -z "${QTDIR}" ] || [ ! -e "${QTDIR}/bin/qmake" ]; then echo "error:  is libqt4-dev installed?" > /dev/stderr; errors=$((errors+1)); fi
#  || [ ! -e "${QTDIR}/lib" ]

#PATH="${QTDIR}/bin:${PATH}"
PATH="${BASE}/bin:${QTDIR}/bin:${PATH}"
#export PATH="${ROOTSYS}/bin:${PATH}"
PATH=$(delete_repeats ${PATH})
PATH=$(delete_boogers ${PATH})

PYTHONPATH="${BASE}/python/lib/python"
#PYTHONPATH="${BASE}/python/lib64/python"

# a xilinx-related entry in the original LD_LIBRARY_PATH causes problems with the QT build
if [ "$OS" = "Ubuntu" ]; then
	if   [ ${BITS} -eq 32 ] && [ -e "/usr/lib/i386-linux-gnu" ]; then
		LD_LIBRARY_PATH="/usr/lib/i386-linux-gnu"
	elif [ ${BITS} -eq 64 ] && [ -e "/usr/lib/x86_64-linux-gnu" ]; then
		LD_LIBRARY_PATH="/usr/lib/x86_64-linux-gnu"
	fi
elif [ "$OS" = "Linux" ]; then
	if [ ${BITS} -eq 32 ]; then
		LD_LIBRARY_PATH="/usr/lib:${QTDIR}/lib"
	else
		LD_LIBRARY_PATH="/usr/lib64:${QTDIR}/lib"
	fi
elif [ "${OS:0:6}" = "CYGWIN" ]; then
	LD_LIBRARY_PATH="/lib:${QTDIR}/lib:${LD_LIBRARY_PATH}"
else
	:
fi
#for each in "/lib" "/usr/lib" "/lib64" "/usr/lib64" "/usr/lib/x86_64" "/usr/lib/i386-linux-gnu" "/lib/i386-linux-gnu"; do
#export setenv LD_LIBRARY_PATH="${ROOTSYS}/lib:${LD_LIBRARY_PATH}"
LD_LIBRARY_PATH=$(delete_repeats ${LD_LIBRARY_PATH})
LD_LIBRARY_PATH=$(delete_boogers ${LD_LIBRARY_PATH})
echo "LD_LIBRARY_PATH=${LD_LIBRARY_PATH}"

function check_for {
	#cygwin is /lib/libxml2.dll.a
	if [ "${OS:0:6}" = "CYGWIN" ]; then
		suffix="dll.a"
		name="$1.$suffix"
	else
		suffix="so"
		name="$1.$suffix"
	fi
	#echo $name
	installable=$2
	string=$(echo "${LD_LIBRARY_PATH}" | sed -e "s,:, ,g")
	#lib=$(find ${string} 2>/dev/null | grep ${name} | grep $suffix$ | head -n 1)
	#echo "${string}"
	lib=$(find ${string} 2>/dev/null | grep ${name})
	if [ ! -z "${lib}" ]; then
		libdir=$(dirname "${lib}")
		if [ -z "${libdir}" ]; then echo "error:  is ${installable} installed?" > /dev/stderr; errors=$((errors+1)); fi
	else
		echo "error:  is ${installable} installed?" > /dev/stderr
		errors=$((errors+1))
	fi
}

check_for "libxml2" "libxml2-dev" 
check_for "libbz2"  "libbz2-dev" 
check_for "libz"    "libz"
#echo "as root, do the following if not already done:"
#echo "cd /lib/i386-linux-gnu"
#echo "ln -s libz.so.1 libz.so"

#echo "BASE ${BASE}"
#echo "PYTHONPATH ${PYTHONPATH}"
echo "           PATH=${PATH}"            | tee    ${scriptdir}/makeenv
echo "LD_LIBRARY_PATH=${LD_LIBRARY_PATH}" | tee -a ${scriptdir}/makeenv
echo "          QTDIR=${QTDIR}"           | tee -a ${scriptdir}/makeenv
echo                                      | tee -a ${scriptdir}/makeenv

export BASE QTDIR PYTHONPATH PATH LD_LIBRARY_PATH

if [ ${errors} -ne 0 ]; then
	(echo; echo "errors encountered"; echo;) > /dev/stderr
	# this trick from http://stackoverflow.com/questions/2683279/how-to-detect-if-a-script-is-being-sourced :
	return 2>/dev/null || exit 17
fi

# System-wide .bashrc file for interactive bash(1) shells.

# To enable the settings / commands in this file for login shells as well,
# this file has to be sourced in /etc/profile.

# If not running interactively, don't do anything
[ -z "$PS1" ] && return

# check the window size after each command and, if necessary,
# update the values of LINES and COLUMNS.
shopt -s checkwinsize

# set variable identifying the chroot you work in (used in the prompt below)
if [ -z "${debian_chroot:-}" ] && [ -r /etc/debian_chroot ]; then
    debian_chroot=$(cat /etc/debian_chroot)
fi

# set a fancy prompt (non-color, overwrite the one in /etc/profile)
PS1='${debian_chroot:+($debian_chroot)}\u@\h:\w\$ '

# Commented out, don't overwrite xterm -T "title" -n "icontitle" by default.
# If this is an xterm set the title to user@host:dir
#case "$TERM" in
#xterm*|rxvt*)
#    PROMPT_COMMAND='echo -ne "\033]0;${USER}@${HOSTNAME}: ${PWD}\007"'
#    ;;
#*)
#    ;;
#esac

# enable bash completion in interactive shells
#if ! shopt -oq posix; then
#  if [ -f /usr/share/bash-completion/bash_completion ]; then
#    . /usr/share/bash-completion/bash_completion
#  elif [ -f /etc/bash_completion ]; then
#    . /etc/bash_completion
#  fi
#fi

# sudo hint
if [ ! -e "$HOME/.sudo_as_admin_successful" ] && [ ! -e "$HOME/.hushlogin" ] ; then
    case " $(groups) " in *\ admin\ *)
    if [ -x /usr/bin/sudo ]; then
	cat <<-EOF
	To run a command as administrator (user "root"), use "sudo <command>".
	See "man sudo_root" for details.
	
	EOF
    fi
    esac
fi

# if the command-not-found package is installed, use it
if [ -x /usr/lib/command-not-found -o -x /usr/share/command-not-found/command-not-found ]; then
	function command_not_found_handle {
	        # check because c-n-f could've been removed in the meantime
                if [ -x /usr/lib/command-not-found ]; then
		   /usr/lib/command-not-found -- "$1"
                   return $?
                elif [ -x /usr/share/command-not-found/command-not-found ]; then
		   /usr/share/command-not-found/command-not-found -- "$1"
                   return $?
		else
		   printf "%s: command not found\n" "$1" >&2
		   return 127
		fi
	}
fi


export XILINXD_LICENSE_FILE="${HOME}/Xilinx.lic"

. /opt/Xilinx/Vivado/2014.4/settings64.sh
. /opt/Xilinx/SDK/2014.4/settings64.sh

export targetIP="192.168.10.61"
#export targetIP="192.168.10.82"
#export targetIP="192.168.10.101"
alias gige="cd ${HOME}/build/uh-svn-repo/branches/gigE/software/gigE/"
#alias spi="cd ${HOME}/build/uh-svn-repo/branches/gigE/firmware/targets/CarrierPSCheckNew/CarrierPSCheckNew.sdk/spiTest"
alias fpga="cd ${HOME}/build/uh-svn-repo/branches/gigE; xmd -tcl program-bit-and-elf-and-go.xmd.tcl"
#alias xil_pp="cd ${HOME}/build/uh-svn-repo/branches/gigE/firmware/targets/CarrierPSCheckNew; vivado CarrierPSCheckNew.xpr"
alias develTest="cd ${HOME}/build/uh-svn-repo/branches/gigE/software/gigE; . setup_env_template.sh; ./bin/develTest "'${targetIP}'
alias max="cd ${HOME}/build/uh-svn-repo/branches/gigE/software/gigE; . setup_env_template.sh; python ${HOME}/build/uh-svn-repo/branches/gigE/software/gigE/scripts/max_power.py"
alias min="cd ${HOME}/build/uh-svn-repo/branches/gigE/software/gigE; . setup_env_template.sh; python ${HOME}/build/uh-svn-repo/branches/gigE/software/gigE/scripts/min_power.py"
alias amp="cd ${HOME}/build/uh-svn-repo/branches/gigE/software/gigE; . setup_env_template.sh; python ${HOME}/build/uh-svn-repo/branches/gigE/software/gigE/scripts/amps_powered_but_disabled.py"
alias arp="arping -I eth4 "'${targetIP}'

alias develTest2="cd /home/idlab/LaserBranch/software/gigE/; source setup_env_template.sh; bin/develTest 192.168.10.61"
#alias develTest2="cd /home/idlab/LaserBranch/software/gigE/; source setup_env_template.sh; bin/develTest 192.168.10.89"
alias fpga2="cd /home/idlab/LaserBranch; xmd -tcl program-bit-and-elf-and-go.xmd.tcl"
alias gige2="cd /home/idlab/LaserBranch/software/gigE/; source setup_env_template.sh; cd ScriptsWithCarrierAddressing"

#export LD_PRELOAD="/home/idlab/build/usb-driver/libusb-driver.so"
export PATH

running build
running build_ext
building 'pythonDaq' extension
creating build
creating build/temp.linux-x86_64-2.7
x86_64-linux-gnu-gcc -pthread -fno-strict-aliasing -DNDEBUG -g -fwrapv -O2 -Wall -Wstrict-prototypes -fPIC -I../generic/ -I/usr/include/python2.7 -c pythonDaq.cpp -o build/temp.linux-x86_64-2.7/pythonDaq.o
creating build/lib.linux-x86_64-2.7
c++ -pthread -shared -Wl,-O1 -Wl,-Bsymbolic-functions -Wl,-Bsymbolic-functions -Wl,-z,relro -fno-strict-aliasing -DNDEBUG -g -fwrapv -O2 -Wall -Wstrict-prototypes -D_FORTIFY_SOURCE=2 -g -fstack-protector --param=ssp-buffer-size=4 -Wformat -Werror=format-security build/temp.linux-x86_64-2.7/pythonDaq.o -lz -lm -lrt -o build/lib.linux-x86_64-2.7/pythonDaq.so
running install
running build
running build_ext
running install_lib
creating lib
creating lib/python
copying build/lib.linux-x86_64-2.7/pythonDaq.so -> ./lib/python
running install_egg_info
Writing ./lib/python/PackageName-1.0.egg-info
-rwxrwxr-x 1 xrm xrm 817014 May 18 10:59 bin/develTest

----------------------------- initial setup ---------------------------------

Put the following in ~/.bashrc:

export XILINXD_LICENSE_FILE="..."
. /opt/Xilinx/Vivado/2014.4/settings64.sh > /dev/null
export url="https://www.phys.hawaii.edu/repos/belle2/itop/electronics"
alias repo="cd ${HOME}/build/uh-svn-repo"
alias scrod="cd ${HOME}/build/uh-svn-repo/trunk/firmware/targets/ScrodRevB_b2tt"
alias carrier="cd ${HOME}/build/uh-svn-repo/trunk/firmware/targets/CarrierRevE"
alias mza="cd ${HOME}/build/uh-svn-repo/branches/mza/gigE"
alias sdev="cd ${HOME}/build/uh-svn-repo/trunk/software/b2l/scripts_dev"

then, do work in ~/build:

~/build$ svn checkout $url uh-svn-repo

the url for websvn (to do easy side-by-side comparisons of repo changes):
https://www.phys.hawaii.edu/websvn/wsvn/belle2/itop/electronics/

make the hostname of the data acquisition computer end in 3 digits (i.e. debian017; this is a workaround to be compatible with the belle2/TOP network setup)

And with the aliases above:
can go to the base of the repo with "repo"
can go to the location to compile the scrod firmware with "scrod"
can go to the location to compile the carrier firmware with "carrier"
can go to the location to program boardstack with "mza"
can go to the location to do configuration and readouts with "sdev"

------------------------------- compiling -----------------------------------

To compile firmware, you'll need to install xilinx vivado 2014.4

The changes needed right now for XRM (relative to a fresh checkout of the HEAD of the trunk of the TOP firmware) are:

changing three generics in the top scrod vhdl file:
trunk/firmware/targets/ScrodRevB_b2tt/hdl/ScrodRevB_b2tt.vhd
-        IMPLEMENT_TRIGGER_STREAM_OUT_G : string := "Y";    -- "Y" or "N"
+        IMPLEMENT_TRIGGER_STREAM_OUT_G : string := "N";    -- "Y" or "N"
-        DAQ_INTERFACE_G                : string := "B2L";  -- "ETH" or "B2L"
+        DAQ_INTERFACE_G                : string := "ETH";  -- "ETH" or "B2L"
-        TT_LINK_TYPE_G                 : string := "B2TT"; -- "B2TT" or "XTDD"
+        TT_LINK_TYPE_G                 : string := "XTDD"; -- "B2TT" or "XTDD"

The bitfile version numbers should change to have a 0x0001 as the high 16 bits for XRM compiles, although so far not XRM bitfiles have been committed:
trunk/firmware/targets/ScrodRevB_b2tt/Version.vhd
-constant FPGA_VERSION_C : std_logic_vector(31 downto 0) := x"00000046"; -- MAKE_VERSION
+constant FPGA_VERSION_C : std_logic_vector(31 downto 0) := x"00010057"; -- MAKE_VERSION

To compile a new version of scrod or carrier firmware, do:

scrod
make # takes ~45 minutes
make elf # takes ~1 minute

carrier
make # takes ~25 minutes
make elf # takes ~1 minute

as a sidenote, you may have to issue "make gui" for each project at least once after a fresh checkout in order to get the "make elf" to successfully compile.

---------------------------- data acquisition -------------------------------

To program boardstacks, you'll need to install openocd-0.10 (compiled from source - the ubuntu package is not recent enough).  There is a script to install openocd posted here:
https://raw.githubusercontent.com/mzandrew/bin/master/setup/as_you_like_it.openocd.sh

To do a check on collected pedestals, we use ROOT in our scripts, so make sure that is installed via:
sudo apt install root-system
alternately, can disable use of ROOT by setting use_gnuplot=1 in the file "trunk/software/b2l/scripts_rel/configure_boardstack_then_acquire_and_check_pedestals.sh"

So a typical flow is (after checkout):

repo
svn update
mza
./xrm.testing.sh # takes ~1 minute
sdev
./get_status.py # should report boardstack status
../scripts_rel/configure_boardstack_then_acquire_and_check_pedestals.sh a

Writing output from ./xrm.py to logfile: logs/2019-10-30.062954.s17a.SCROD004.xrm.log

datafile name: data/2019-10-30.062954.datafile
Taking pedestals...
remaining triggers = 6273
remaining triggers = 5441
remaining triggers = 4577
remaining triggers = 3745
remaining triggers = 2881
remaining triggers = 2049
remaining triggers = 1185
remaining triggers = 353
remaining triggers = 0
   ERROR:  Ped calc generic fail 8
   SCROD:acquiring/calculating pedestals...
   SCROD:  DEBUG:maxwin=428
   SCROD:  DEBUG:waiting for data from the software trigger we just sent (n=0)...
   SCROD:  DEBUG:waiting for data from the software trigger we just sent (n=0)...
   SCROD:  DEBUG:waiting for data from the software trigger we just sent (n=0)...
   SCROD:  DEBUG:waiting for data from the software trigger we just sent (n=0)...
   SCROD:  DEBUG:carrier 1 asic 0 received 0 triggers (out of 109568)
   SCROD:  DEBUG:carrier 1 asic 1 received 0 triggers (out of 109568)
   SCROD:  DEBUG:carrier 1 asic 2 received 0 triggers (out of 109568)
   SCROD:  DEBUG:carrier 1 asic 3 received 0 triggers (out of 109568)
   SCROD:  DEBUG:carrier 3 asic 0 received 0 triggers (out of 109568)
   SCROD:  DEBUG:carrier 3 asic 1 received 0 triggers (out of 109568)
   SCROD:  DEBUG:carrier 3 asic 2 received 0 triggers (out of 109568)
   SCROD:  DEBUG:carrier 3 asic 3 received 0 triggers (out of 109568)
   SCROD:pedestal acquisition took 9.595 seconds
   SCROD:  ERROR:ProcessPacketProblemCounter=540992
   SCROD:finished acquiring/calculating pedestals; returnval = 00000008
setting bunch_marker_a to RF_bucket # 4
setting bunch_marker_a to RF_bucket # 16
setting bunch_marker_a to RF_bucket # 28
setting bunch_marker_a to RF_bucket # 40
setting bunch_marker_a to RF_bucket # 52
setting bunch_marker_a to RF_bucket # 64
setting bunch_marker_a to RF_bucket # 76
setting bunch_marker_a to RF_bucket # 88
setting bunch_marker_a to RF_bucket # 100
setting bunch_marker_a to RF_bucket # 112
setting bunch_marker_a to RF_bucket # 124
setting bunch_marker_a to RF_bucket # 136
setting bunch_marker_a to RF_bucket # 148
setting bunch_marker_a to RF_bucket # 160
setting bunch_marker_a to RF_bucket # 172
setting bunch_marker_a to RF_bucket # 184
setting bunch_marker_a to RF_bucket # 196
setting bunch_marker_a to RF_bucket # 208
setting bunch_marker_a to RF_bucket # 220
setting bunch_marker_a to RF_bucket # 232
setting bunch_marker_a to RF_bucket # 244
setting bunch_marker_a to RF_bucket # 256
setting bunch_marker_a to RF_bucket # 268
setting bunch_marker_a to RF_bucket # 280
setting bunch_marker_a to RF_bucket # 292
setting bunch_marker_a to RF_bucket # 304
setting bunch_marker_a to RF_bucket # 316
setting bunch_marker_a to RF_bucket # 328
setting bunch_marker_a to RF_bucket # 340
setting bunch_marker_a to RF_bucket # 352
setting bunch_marker_a to RF_bucket # 364
setting bunch_marker_a to RF_bucket # 376
setting bunch_marker_a to RF_bucket # 388
setting bunch_marker_a to RF_bucket # 400
setting bunch_marker_a to RF_bucket # 412
setting bunch_marker_a to RF_bucket # 424
setting bunch_marker_a to RF_bucket # 436
setting bunch_marker_a to RF_bucket # 448
setting bunch_marker_a to RF_bucket # 460
setting bunch_marker_a to RF_bucket # 472
setting bunch_marker_a to RF_bucket # 484
setting bunch_marker_a to RF_bucket # 496
setting bunch_marker_a to RF_bucket # 508
setting bunch_marker_a to RF_bucket # 520
setting bunch_marker_a to RF_bucket # 532
setting bunch_marker_a to RF_bucket # 544
setting bunch_marker_a to RF_bucket # 556
setting bunch_marker_a to RF_bucket # 568
setting bunch_marker_a to RF_bucket # 580
setting bunch_marker_a to RF_bucket # 592
setting bunch_marker_a to RF_bucket # 604
setting bunch_marker_a to RF_bucket # 616
setting bunch_marker_a to RF_bucket # 628
setting bunch_marker_a to RF_bucket # 640
setting bunch_marker_a to RF_bucket # 652
setting bunch_marker_a to RF_bucket # 664
setting bunch_marker_a to RF_bucket # 676
setting bunch_marker_a to RF_bucket # 688
setting bunch_marker_a to RF_bucket # 700
setting bunch_marker_a to RF_bucket # 712
setting bunch_marker_a to RF_bucket # 724
setting bunch_marker_a to RF_bucket # 736
setting bunch_marker_a to RF_bucket # 748
setting bunch_marker_a to RF_bucket # 760
setting bunch_marker_a to RF_bucket # 772
setting bunch_marker_a to RF_bucket # 784
setting bunch_marker_a to RF_bucket # 796
setting bunch_marker_a to RF_bucket # 808
setting bunch_marker_a to RF_bucket # 820
setting bunch_marker_a to RF_bucket # 832
setting bunch_marker_a to RF_bucket # 844
setting bunch_marker_a to RF_bucket # 856
setting bunch_marker_a to RF_bucket # 868
setting bunch_marker_a to RF_bucket # 880
setting bunch_marker_a to RF_bucket # 892
setting bunch_marker_a to RF_bucket # 904
setting bunch_marker_a to RF_bucket # 916
setting bunch_marker_a to RF_bucket # 928
setting bunch_marker_a to RF_bucket # 940
setting bunch_marker_a to RF_bucket # 952
setting bunch_marker_a to RF_bucket # 964
setting bunch_marker_a to RF_bucket # 976
setting bunch_marker_a to RF_bucket # 988
setting bunch_marker_a to RF_bucket # 1000
setting bunch_marker_a to RF_bucket # 1012
setting bunch_marker_a to RF_bucket # 1024
setting bunch_marker_a to RF_bucket # 1036
setting bunch_marker_a to RF_bucket # 1048
setting bunch_marker_a to RF_bucket # 1060
setting bunch_marker_a to RF_bucket # 1072
setting bunch_marker_a to RF_bucket # 1084
setting bunch_marker_a to RF_bucket # 1096
setting bunch_marker_a to RF_bucket # 1108
setting bunch_marker_a to RF_bucket # 1120
setting bunch_marker_a to RF_bucket # 1132
setting bunch_marker_a to RF_bucket # 1144
setting bunch_marker_a to RF_bucket # 1156
setting bunch_marker_a to RF_bucket # 1168
setting bunch_marker_a to RF_bucket # 1180
setting bunch_marker_a to RF_bucket # 1192
setting bunch_marker_a to RF_bucket # 1204
setting bunch_marker_a to RF_bucket # 1216
setting bunch_marker_a to RF_bucket # 1228
setting bunch_marker_a to RF_bucket # 1240
setting bunch_marker_a to RF_bucket # 1252
setting bunch_marker_a to RF_bucket # 1264
setting bunch_marker_a to RF_bucket # 1276
setting bunch_marker_a to RF_bucket # 1288
setting bunch_marker_a to RF_bucket # 1300
setting bunch_marker_a to RF_bucket # 1312
setting bunch_marker_a to RF_bucket # 1324
setting bunch_marker_a to RF_bucket # 1336
setting bunch_marker_a to RF_bucket # 1348
setting bunch_marker_a to RF_bucket # 1360
setting bunch_marker_a to RF_bucket # 1372
setting bunch_marker_a to RF_bucket # 1384
setting bunch_marker_a to RF_bucket # 1396
setting bunch_marker_a to RF_bucket # 1408
setting bunch_marker_a to RF_bucket # 1420
setting bunch_marker_a to RF_bucket # 1432
setting bunch_marker_a to RF_bucket # 1444
setting bunch_marker_a to RF_bucket # 1456
setting bunch_marker_a to RF_bucket # 1468
setting bunch_marker_a to RF_bucket # 1480
setting bunch_marker_a to RF_bucket # 1492
setting bunch_marker_a to RF_bucket # 1504
setting bunch_marker_a to RF_bucket # 1516
setting bunch_marker_a to RF_bucket # 1528
setting bunch_marker_a to RF_bucket # 1540
setting bunch_marker_a to RF_bucket # 1552
setting bunch_marker_a to RF_bucket # 1564
setting bunch_marker_a to RF_bucket # 1576
setting bunch_marker_a to RF_bucket # 1588
setting bunch_marker_a to RF_bucket # 1600
setting bunch_marker_a to RF_bucket # 1612
setting bunch_marker_a to RF_bucket # 1624
setting bunch_marker_a to RF_bucket # 1636
setting bunch_marker_a to RF_bucket # 1648
setting bunch_marker_a to RF_bucket # 1660
setting bunch_marker_a to RF_bucket # 1672
setting bunch_marker_a to RF_bucket # 1684
setting bunch_marker_a to RF_bucket # 1696
setting bunch_marker_a to RF_bucket # 1708
setting bunch_marker_a to RF_bucket # 1720
setting bunch_marker_a to RF_bucket # 1732
setting bunch_marker_a to RF_bucket # 1744
setting bunch_marker_a to RF_bucket # 1756
setting bunch_marker_a to RF_bucket # 1768
setting bunch_marker_a to RF_bucket # 1780
setting bunch_marker_a to RF_bucket # 1792
setting bunch_marker_a to RF_bucket # 1804
setting bunch_marker_a to RF_bucket # 1816
setting bunch_marker_a to RF_bucket # 1828
setting bunch_marker_a to RF_bucket # 1840
setting bunch_marker_a to RF_bucket # 1852
setting bunch_marker_a to RF_bucket # 1864
setting bunch_marker_a to RF_bucket # 1876
setting bunch_marker_a to RF_bucket # 1888
setting bunch_marker_a to RF_bucket # 1900
setting bunch_marker_a to RF_bucket # 1912
setting bunch_marker_a to RF_bucket # 1924
setting bunch_marker_a to RF_bucket # 1936
setting bunch_marker_a to RF_bucket # 1948
setting bunch_marker_a to RF_bucket # 1960
setting bunch_marker_a to RF_bucket # 1972
setting bunch_marker_a to RF_bucket # 1984
setting bunch_marker_a to RF_bucket # 1996
setting bunch_marker_a to RF_bucket # 2008
setting bunch_marker_a to RF_bucket # 2020
setting bunch_marker_a to RF_bucket # 2032
setting bunch_marker_a to RF_bucket # 2044
setting bunch_marker_a to RF_bucket # 2056
setting bunch_marker_a to RF_bucket # 2068
setting bunch_marker_a to RF_bucket # 2080
setting bunch_marker_a to RF_bucket # 2092
setting bunch_marker_a to RF_bucket # 2104
setting bunch_marker_a to RF_bucket # 2116
setting bunch_marker_a to RF_bucket # 2128
setting bunch_marker_a to RF_bucket # 2140
setting bunch_marker_a to RF_bucket # 2152
setting bunch_marker_a to RF_bucket # 2164
setting bunch_marker_a to RF_bucket # 2176
setting bunch_marker_a to RF_bucket # 2188
setting bunch_marker_a to RF_bucket # 2200
setting bunch_marker_a to RF_bucket # 2212
setting bunch_marker_a to RF_bucket # 2224
setting bunch_marker_a to RF_bucket # 2236
setting bunch_marker_a to RF_bucket # 2248
setting bunch_marker_a to RF_bucket # 2260
setting bunch_marker_a to RF_bucket # 2272
setting bunch_marker_a to RF_bucket # 2284
setting bunch_marker_a to RF_bucket # 2296
setting bunch_marker_a to RF_bucket # 2308
setting bunch_marker_a to RF_bucket # 2320
setting bunch_marker_a to RF_bucket # 2332
setting bunch_marker_a to RF_bucket # 2344
setting bunch_marker_a to RF_bucket # 2356
setting bunch_marker_a to RF_bucket # 2368
setting bunch_marker_a to RF_bucket # 2380
setting bunch_marker_a to RF_bucket # 2392
setting bunch_marker_a to RF_bucket # 2404
setting bunch_marker_a to RF_bucket # 2416
setting bunch_marker_a to RF_bucket # 2428
setting bunch_marker_a to RF_bucket # 2440
setting bunch_marker_a to RF_bucket # 2452
setting bunch_marker_a to RF_bucket # 2464
setting bunch_marker_a to RF_bucket # 2476
setting bunch_marker_a to RF_bucket # 2488
setting bunch_marker_a to RF_bucket # 2500
setting bunch_marker_a to RF_bucket # 2512
setting bunch_marker_a to RF_bucket # 2524
setting bunch_marker_a to RF_bucket # 2536
setting bunch_marker_a to RF_bucket # 2548
setting bunch_marker_a to RF_bucket # 2560
setting bunch_marker_a to RF_bucket # 2572
setting bunch_marker_a to RF_bucket # 2584
setting bunch_marker_a to RF_bucket # 2596
setting bunch_marker_a to RF_bucket # 2608
setting bunch_marker_a to RF_bucket # 2620
setting bunch_marker_a to RF_bucket # 2632
setting bunch_marker_a to RF_bucket # 2644
setting bunch_marker_a to RF_bucket # 2656
setting bunch_marker_a to RF_bucket # 2668
setting bunch_marker_a to RF_bucket # 2680
setting bunch_marker_a to RF_bucket # 2692
setting bunch_marker_a to RF_bucket # 2704
setting bunch_marker_a to RF_bucket # 2716
setting bunch_marker_a to RF_bucket # 2728
setting bunch_marker_a to RF_bucket # 2740
setting bunch_marker_a to RF_bucket # 2752
setting bunch_marker_a to RF_bucket # 2764
setting bunch_marker_a to RF_bucket # 2776
setting bunch_marker_a to RF_bucket # 2788
setting bunch_marker_a to RF_bucket # 2800
setting bunch_marker_a to RF_bucket # 2812
setting bunch_marker_a to RF_bucket # 2824
setting bunch_marker_a to RF_bucket # 2836
setting bunch_marker_a to RF_bucket # 2848
setting bunch_marker_a to RF_bucket # 2860
setting bunch_marker_a to RF_bucket # 2872
setting bunch_marker_a to RF_bucket # 2884
setting bunch_marker_a to RF_bucket # 2896
setting bunch_marker_a to RF_bucket # 2908
setting bunch_marker_a to RF_bucket # 2920
setting bunch_marker_a to RF_bucket # 2932
setting bunch_marker_a to RF_bucket # 2944
setting bunch_marker_a to RF_bucket # 2956
setting bunch_marker_a to RF_bucket # 2968
setting bunch_marker_a to RF_bucket # 2980
setting bunch_marker_a to RF_bucket # 2992
setting bunch_marker_a to RF_bucket # 3004
setting bunch_marker_a to RF_bucket # 3016
setting bunch_marker_a to RF_bucket # 3028
setting bunch_marker_a to RF_bucket # 3040
setting bunch_marker_a to RF_bucket # 3052
setting bunch_marker_a to RF_bucket # 3064
setting bunch_marker_a to RF_bucket # 3076
setting bunch_marker_a to RF_bucket # 3088
setting bunch_marker_a to RF_bucket # 3100
setting bunch_marker_a to RF_bucket # 3112
setting bunch_marker_a to RF_bucket # 3124
setting bunch_marker_a to RF_bucket # 3136
setting bunch_marker_a to RF_bucket # 3148
[0] 0/0
[0] 0/1
[0] 0/2
[0] 0/3
[0] 0/4
[0] 0/5

#!/bin/env python

# written 2019-01-28 by mza
# last updated 2019-11-04 by mza

import threading # Thread()
from B2L_common import *
from B2L_defs import *
from get_status import get_status
import ethudp
from DebugInfoWarningError24 import debug, info, warning, error, debug2, debug3, set_verbosity
import time # sleep()

BS = 0
set_verbosity(3)
frame_mask_shift = 16
frame_mask_all = 0b111111111 << frame_mask_shift
bunch_marker_first_valid = 4
initial_bunch_marker_of_interest = 1701
bunch_marker_last_valid = 5120 - 1
#number_of_64_sample_windows_per_beam_orbit = 427

def set_trigger_mask(s, c0, c1, c2, c3):
	write_register(SCROD_AxiCommon_trigMask, s, BS)
	write_register(CARRIER_AxiCommon_trigMask, c0, BS, 0)
	write_register(CARRIER_AxiCommon_trigMask, c1, BS, 1)
	write_register(CARRIER_AxiCommon_trigMask, c2, BS, 2)
	write_register(CARRIER_AxiCommon_trigMask, c3, BS, 3)

def mask_triggers(s=0xf, c0=0xf, c1=0xf, c2=0xf, c3=0xf):
	set_trigger_mask(s, c0, c1, c2, c3)

def unmask_triggers(s=0, c0=0, c1=0, c2=0, c3=0):
	set_trigger_mask(s, c0, c1, c2, c3)

def set_trig_prescale_N_log2(N_log2):
	write_register(SCROD_AxiCommon_trig_prescale_N_log2, N_log2, BS)

def get_xrm_trigger_enable_status():
	return read_register(SCROD_AxiCommon_xrm_trigger_enabled, BS)

def enable_xrm_triggers():
	write_register(SCROD_AxiCommon_xrm_trigger_enabled, 1, BS)

def disable_xrm_triggers():
	write_register(SCROD_AxiCommon_xrm_trigger_enabled, 0, BS)

def allow_xrm_triggers_for_a_while(duration=1.0):
	if be_verbose_when_collecting_data:
		info("allowing xrm triggers for " + str(int(1000.0*duration)/1000.0) + " seconds...")
	a = get_SCROD_eventCnt()
	enable_xrm_triggers()
	time.sleep(duration)
	disable_xrm_triggers()
	b = get_SCROD_eventCnt()
	diff = b - a
	return diff

def trigger_and_wait_for_xrm_triggers(duration=1.0):
#	if be_verbose_when_collecting_data:
#		info("allowing xrm triggers for " + str(int(1000.0*duration)/1000.0) + " seconds...")
	a = get_SCROD_eventCnt()
	if should_software_trigger:
		software_trigger(BS)
	else:
		write_register_without_readback_verification(SCROD_AxiCommon_clear_count_of_triggers_for_bunch_markers, 0xf, BS)
	wait_at_least_until_next_frame9()
	time.sleep(duration)
	b = get_SCROD_eventCnt()
	diff = b - a
	return diff

expected_trigger_rate = { 0:11150.0, 1:5560.0, 2:2780.0, 3:1390.0, 4:690.0, 5:350.0, 6:170.0, 7:90.0, 8:40.0, 9:20.0, 10:10.0, 11:5.0, 12:2.0, 13:1.0, 14:1.0, 15:1.0, 16:1.0, 17:1.0, 18:1.0 }
def generate_histogram_of_trigger_rate_versus_prescale_N_log2(start, end):
	global expected_trigger_rate
	old_desired_trigger_quantities = set_desired_trigger_quantities(0, 0, 0, 0)
	mask_triggers()
	#max_rate = 151000.0
	for i in range(start, end+1):
		set_trig_prescale_N_log2(i)
		#duration = 40.0 * (2.0**i) / max_rate
		duration = 0.1
		#info(duration)
		if i > 10:
			duration = 1.0
		diff = allow_xrm_triggers_for_a_while(duration)
		#info(str(diff))
		rate = diff / duration
		expected_trigger_rate[i] = rate
		info("[" + str(i) + "]: " + str(rate))
	set_desired_trigger_quantities(old_desired_trigger_quantities[0], old_desired_trigger_quantities[1], old_desired_trigger_quantities[2], old_desired_trigger_quantities[3])

def get_SCROD_eventCnt(should_show_it=0):
	SCROD_eventCnt = read_register(SCROD_AxiCommon_eventCnt, BS)
	if should_show_it:
		info("SCROD_eventCnt: " + str(SCROD_eventCnt))
	return SCROD_eventCnt

def get_carrier_eventCnts(should_show_them=0):
	if 5==number_of_carriers[BS] or 0==number_of_carriers[BS]:
		return
	eventCnt = []
	if 1 <= number_of_carriers[BS]:
		carrier0_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 0)
		eventCnt.append(carrier0_eventCnt)
		if should_show_them:
			info("carrier0_eventCnt: " + str(carrier0_eventCnt))
	if 2 <= number_of_carriers[BS]:
		carrier1_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 1)
		eventCnt.append(carrier1_eventCnt)
		if should_show_them:
			info("carrier1_eventCnt: " + str(carrier1_eventCnt))
	if 3 <= number_of_carriers[BS]:
		carrier2_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 2)
		eventCnt.append(carrier2_eventCnt)
		if should_show_them:
			info("carrier2_eventCnt: " + str(carrier2_eventCnt))
	if 4 <= number_of_carriers[BS]:
		carrier3_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 3)
		eventCnt.append(carrier3_eventCnt)
		if should_show_them:
			info("carrier3_eventCnt: " + str(carrier3_eventCnt))
	return eventCnt

def set_readout_window_to_match_bunch(bunch):
	write_register_for_each_asic(CARRIER_IRSX_readoutLookback, int(bunch/RF_buckets_per_read_window), BS)

def set_bunch_marker(bunch_marker_number, frame_mask, value):
	set_readout_window_to_match_bunch(value)
	value &= ~frame_mask_all
	value |= frame_mask << frame_mask_shift
	#info(hex(value))
	if 0==bunch_marker_number:
		write_register(SCROD_AxiCommon_bunch_marker_a, value, BS)
	if 1==bunch_marker_number:
		write_register(SCROD_AxiCommon_bunch_marker_b, value, BS)
	if 2==bunch_marker_number:
		write_register(SCROD_AxiCommon_bunch_marker_c, value, BS)
	if 3==bunch_marker_number:
		write_register(SCROD_AxiCommon_bunch_marker_d, value, BS)

#def set_bunch_markers(a, b, c, d):
#	a |= frame_mask_all
#	b |= frame_mask_all
#	c |= frame_mask_all
#	d |= frame_mask_all
#	#a &= ~frame_mask_all
#	#b &= ~frame_mask_all
#	#c &= ~frame_mask_all
#	#d &= ~frame_mask_all
#	#a |= (1<<0)<<frame_mask_shift
#	#b |= (1<<5)<<frame_mask_shift
#	#c |= (1<<6)<<frame_mask_shift
#	#d |= (1<<7)<<frame_mask_shift
#	write_register(SCROD_AxiCommon_bunch_marker_a, a, BS)
#	write_register(SCROD_AxiCommon_bunch_marker_b, b, BS)
#	write_register(SCROD_AxiCommon_bunch_marker_c, c, BS)
#	write_register(SCROD_AxiCommon_bunch_marker_d, d, BS)
#
#def set_quadbunch_markers(a, b, c, d):
#	set_bunch_markers(4*a, 4*b, 4*c, 4*d)
#
#def set_asic_write_window_bunch_markers(a, b, c, d):
#	#calculate_parameters(4)
#	#calculate_parameters(6)
#	#calculate_parameters(8)
#	#set_bunch_markers(16*a, 16*b, 16*c, 16*d)
#	set_bunch_markers(24*a, 24*b, 24*c, 24*d)
#	#set_bunch_markers(32*a, 32*b, 32*c, 32*d)

def set_desired_trigger_quantities(a, b, c, d):
	old_a = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_a, BS)
	old_b = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_b, BS)
	old_c = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_c, BS)
	old_d = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_d, BS)
	write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_a, a, BS)
	write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_b, b, BS)
	write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_c, c, BS)
	write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_d, d, BS)
	return old_a, old_b, old_c, old_d

def calculate_parameters(SST_clock_divide_ratio=6, should_print_info=0):
	# 5120 / 4 = 1280 FTSW clocks per frame
	# 5120 buckets / 508.8875 MHz = 10.0611628307 us per frame
	#
	# 127.221875 MHz / 6 = 21.203645833 MHz
	# 128 samples per write window * 21.203645833 MHz SST = 2714.066666 MHz sampling rate
	# 1/21.203645833 MHz = 47.1617007689 ns per write window
	# 10.0611628307 us / 47.1617007689 ns = 213.333333 write windows per revolution
	# 5120 / 213.333333 = 24.0 bunches per window
	# 6.0 FTSW bunches per window
	#
	# 127.221875 MHz / 8 = 15.902734375 MHz
	# 128 samples per write window * 15.902734375 MHz SST = 2035.55 MHz sampling rate
	# 1/15.902734375 MHz = 62.882268 ns per write window
	# 10.0611628307 us / 62.882268 ns = 160 write windows per revolution
	# 5120 / 160 = 32.0 bunches per window
	# 8.0 FTSW bunches per window
	global RF_clock_Hz
	RF_clock_Hz = 508.8875e6
	global period_of_RF_clock_ns
	period_of_RF_clock_ns = 1.0e9 / RF_clock_Hz
	global RF_buckets
	RF_buckets = 5120
	global asic_samples_per_write_window
	asic_samples_per_write_window = 128
	global FTSW_clock_divide_ratio
	FTSW_clock_divide_ratio = 4
	global revolution_duration_s
	revolution_duration_s = RF_buckets / RF_clock_Hz
	global SST_clock_Hz
	SST_clock_Hz = RF_clock_Hz / FTSW_clock_divide_ratio / SST_clock_divide_ratio
	global sampling_rate_Hz
	sampling_rate_Hz = SST_clock_Hz * asic_samples_per_write_window
	global write_window_duration_s
	write_window_duration_s = 1.0 / SST_clock_Hz
	global read_window_duration_s
	read_window_duration_s = write_window_duration_s / 2.0
	global write_windows_per_revolution
	write_windows_per_revolution = revolution_duration_s / write_window_duration_s
	global read_windows_per_revolution
	read_windows_per_revolution = revolution_duration_s / read_window_duration_s
	global RF_buckets_per_write_window
	RF_buckets_per_write_window = RF_buckets / write_windows_per_revolution
	global RF_buckets_per_read_window
	RF_buckets_per_read_window = RF_buckets / read_windows_per_revolution
	global FTSW_clocks_per_write_window
	FTSW_clocks_per_write_window = RF_buckets_per_write_window / FTSW_clock_divide_ratio
	global FTSW_clocks_per_read_window
	FTSW_clocks_per_read_window = RF_buckets_per_read_window / FTSW_clock_divide_ratio
	if should_print_info:
		info("revolution_duration_us: " + str(revolution_duration_s*1.0e6))
		info("SST_clock_MHz: " + str(SST_clock_Hz/1.0e6))
		info("sampling_rate_GHz: " + str(sampling_rate_Hz/1.0e9))
		info("write_window_duration_ns : " + str(write_window_duration_s*1.0e9))
		info("read_window_duration_ns : " + str(read_window_duration_s*1.0e9))
		info("write_windows_per_revolution: " + str(write_windows_per_revolution))
		info("read_windows_per_revolution: " + str(read_windows_per_revolution))
		info("RF_buckets_per_write_window: " + str(RF_buckets_per_write_window))
		info("RF_buckets_per_read_window: " + str(RF_buckets_per_read_window))
		info("FTSW_clocks_per_write_window: " + str(FTSW_clocks_per_write_window))
		info("FTSW_clocks_per_read_window: " + str(FTSW_clocks_per_read_window))

def decode_frame_mask(frame_mask):
	frame_mask &= frame_mask_all
	frame_mask >>= frame_mask_shift
	list = []
	if frame_mask & 0x100:
		list.append(0)
	if frame_mask & 0x080:
		list.append(1)
	if frame_mask & 0x040:
		list.append(2)
	if frame_mask & 0x020:
		list.append(3)
	if frame_mask & 0x010:
		list.append(4)
	if frame_mask & 0x008:
		list.append(5)
	if frame_mask & 0x004:
		list.append(6)
	if frame_mask & 0x002:
		list.append(7)
	if frame_mask & 0x001:
		list.append(8)
	return list

def show_frame_masks():
	a = read_register(SCROD_AxiCommon_bunch_marker_a, BS)
	af = decode_frame_mask(a)
	a &= ~frame_mask_all
	info("a: " + str(af) + " " + str(a))
	b = read_register(SCROD_AxiCommon_bunch_marker_b, BS)
	bf = decode_frame_mask(b)
	b &= ~frame_mask_all
	info("b: " + str(bf) + " " + str(b))
	c = read_register(SCROD_AxiCommon_bunch_marker_c, BS)
	cf = decode_frame_mask(c)
	c &= ~frame_mask_all
	info("c: " + str(cf) + " " + str(c))
	d = read_register(SCROD_AxiCommon_bunch_marker_d, BS)
	df = decode_frame_mask(d)
	d &= ~frame_mask_all
	info("d: " + str(df) + " " + str(d))
	info("total frame masks active: " + str(count_frame_masks()))

def count_frame_masks():
	a = read_register(SCROD_AxiCommon_bunch_marker_a, BS)
	ac = len(decode_frame_mask(a))
	b = read_register(SCROD_AxiCommon_bunch_marker_b, BS)
	bc = len(decode_frame_mask(b))
	c = read_register(SCROD_AxiCommon_bunch_marker_c, BS)
	cc = len(decode_frame_mask(c))
	d = read_register(SCROD_AxiCommon_bunch_marker_d, BS)
	dc = len(decode_frame_mask(d))
	total = ac + bc + cc + dc
	return total

def show_xrm_trigger_enable_status():
	en = read_register(SCROD_AxiCommon_xrm_trigger_enabled, BS)

#!/bin/env python3

# written 2019-01-28 by mza
# last updated 2023-09-26 by mza

import threading # Thread()
from math import *
from B2L_common import *
from B2L_defs import *
from get_status import get_status
import ethudp
from DebugInfoWarningError import debug, info, warning, error, debug2, debug3, set_verbosity
import time # sleep()
import struct # unpack_from
import pytz # pytz - sudo apt install -y python-pip; sudo pip2 install pytz
#import datetime
import matplotlib.dates as mdates # sudo pip2 install matplotlib
from mpl_toolkits.axes_grid1.inset_locator import inset_axes
from math import ceil
# sudo apt install -y python-pip python3-pip python-tk
# python -m pip install --user -U pip
# python -m pip install --user -U matplotlib
# python -m pip install --user -U scipy
import matplotlib.pyplot as plt # sudo apt install -y python-cairocffi
import matplotlib.gridspec as gridspec
#import matplotlib.image as mpl_img
from matplotlib.ticker import (MultipleLocator, FormatStrFormatter, AutoMinorLocator)
import numpy
import tkinter # sudo apt install -y python3-tk
from PIL import Image, ImageTk # sudo apt-get install -y python3-pil.imagetk

def print_ROOT_usage():
	print("ROOT environment not setup yet")
	HOME = os.environ['HOME']
	potential_locations = [ "/usr/local/bin", HOME + "/build/root/bin" ]
	filename = "thisroot.sh"
	for location in potential_locations:
		potential_filename = location + "/" + filename
		if os.path.isfile(potential_filename):
			#print(". " + HOME + "/build/root/bin/thisroot.sh; " + str(sys.argv))
			print(". " + potential_filename)
	#info(sys.argv[0] + sys.argv[1:])
	#info(" ".join(sys.argv[0:]))
	sys.exit(1)

try:
	import ROOT # TH1F
	info("using ROOT")
	should_use_ROOT = True
except:
	should_use_ROOT = False
	info("not using ROOT")
	#print_ROOT_usage()
#ROOT.gROOT.SetBatch(True)

BS = 0
frame_mask_shift = 16
frame_mask_all = 0b111111111 << frame_mask_shift
bunch_marker_first_valid = 4
initial_bunch_marker_of_interest = 1701
desired_RF_bucket = initial_bunch_marker_of_interest
RF_buckets = 5120
bunch_marker_last_valid = RF_buckets - 1
#number_of_64_sample_windows_per_beam_orbit = 427

pedestal_subtraction_amount = 1000
stagger_amount = 50
ch_adc_min = 0 - 300
ch_adc_max = 128 * stagger_amount + 300
maximum_absolute_value_before_issuing_warning = 1000
slice_lower_limit = -250
slice_upper_limit = 300

should_plot_slice = 0
#should_plot_sweep = 1
#should_plot_zoomed_waveforms = 1
#number_of_zoomed_waveforms_to_plot = 4
should_generate_png = 1
should_generate_pdf = 0

gui_update_period_ms = 200

linewidth = 0.3
dpi = 100.0

duration_in_ns_of_64_sample_waveform = 23.58
desired_x_axis = "time"
desired_physical_window_numbers = [ w for w in range(425) ]
starting_physical_window_number = 0
ending_physical_window_number = starting_physical_window_number + 425

revolution_marker_offset_in_RF_buckets = 4370.5
bunch_current_offset = -260.0
bunch_current_scale = 350.0

current_gridstep = 200.0 # in mA
nbunches_gridstep = 400

def set_trigger_mask(s, c0, c1, c2, c3):
	write_register(SCROD_AxiCommon_trigMask, s, BS)
	write_register(CARRIER_AxiCommon_trigMask, c0, BS, 0)
	write_register(CARRIER_AxiCommon_trigMask, c1, BS, 1)
	write_register(CARRIER_AxiCommon_trigMask, c2, BS, 2)
	write_register(CARRIER_AxiCommon_trigMask, c3, BS, 3)

def mask_triggers(s=0xf, c0=0xf, c1=0xf, c2=0xf, c3=0xf):
	set_trigger_mask(s, c0, c1, c2, c3)

def unmask_triggers(s=0, c0=0, c1=0, c2=0, c3=0):
	set_trigger_mask(s, c0, c1, c2, c3)

def set_trig_prescale_N_log2(N_log2):
	write_register(SCROD_AxiCommon_trig_prescale_N_log2, N_log2, BS)

def get_xrm_trigger_enable_status():
	return read_register(SCROD_AxiCommon_xrm_trigger_enabled, BS)

def enable_xrm_triggers():
	write_register(SCROD_AxiCommon_xrm_trigger_enabled, 1, BS)

def disable_xrm_triggers():
	write_register(SCROD_AxiCommon_xrm_trigger_enabled, 0, BS)

def allow_xrm_triggers_for_a_while(duration=1.0):
	if be_verbose_when_collecting_data:
		info("allowing xrm triggers for " + str(int(1000.0*duration)/1000.0) + " seconds...")
	a = get_SCROD_eventCnt()
	enable_xrm_triggers()
	time.sleep(duration)
	disable_xrm_triggers()
	b = get_SCROD_eventCnt()
	diff = b - a
	info("eventCnt difference: " + str(diff))
	return diff

def trigger_and_wait_for_xrm_triggers(duration=1.0):
#	if be_verbose_when_collecting_data:
#		info("allowing xrm triggers for " + str(int(1000.0*duration)/1000.0) + " seconds...")
	a = get_SCROD_eventCnt()
	if should_software_trigger:
		software_trigger(BS)
	else:
		write_register_without_readback_verification(SCROD_AxiCommon_clear_count_of_triggers_for_bunch_markers, 0xf, BS)
	wait_at_least_until_next_frame9()
	time.sleep(duration)
	b = get_SCROD_eventCnt()
	diff = b - a
	info("eventCnt difference: " + str(diff))
	return diff

expected_trigger_rate = { 0:11150.0, 1:5560.0, 2:2780.0, 3:1390.0, 4:690.0, 5:350.0, 6:170.0, 7:90.0, 8:40.0, 9:20.0, 10:10.0, 11:5.0, 12:2.0, 13:1.0, 14:1.0, 15:1.0, 16:1.0, 17:1.0, 18:1.0 }
def generate_histogram_of_trigger_rate_versus_prescale_N_log2(start, end):
	global expected_trigger_rate
	old_desired_trigger_quantities = set_desired_trigger_quantities(0, 0, 0, 0)
	mask_triggers()
	#max_rate = 151000.0
	for i in range(start, end+1):
		set_trig_prescale_N_log2(i)
		#duration = 40.0 * (2.0**i) / max_rate
		duration = 0.1
		#info(duration)
		if i > 10:
			duration = 1.0
		diff = allow_xrm_triggers_for_a_while(duration)
		#info(str(diff))
		rate = diff / duration
		expected_trigger_rate[i] = rate
		info("[" + str(i) + "]: " + str(rate))
	set_desired_trigger_quantities(old_desired_trigger_quantities[0], old_desired_trigger_quantities[1], old_desired_trigger_quantities[2], old_desired_trigger_quantities[3])

def get_SCROD_eventCnt(should_show_it=0):
	SCROD_eventCnt = read_register(SCROD_AxiCommon_eventCnt, BS)
	if should_show_it:
		info("SCROD_eventCnt: " + str(SCROD_eventCnt))
	return SCROD_eventCnt

def get_carrier_eventCnts(should_show_them=0):
	if 5==number_of_carriers[BS] or 0==number_of_carriers[BS]:
		return
	eventCnt = []
	if 1 <= number_of_carriers[BS]:
		carrier0_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 0)
		eventCnt.append(carrier0_eventCnt)
		if should_show_them:
			info("carrier0_eventCnt: " + str(carrier0_eventCnt))
	if 2 <= number_of_carriers[BS]:
		carrier1_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 1)
		eventCnt.append(carrier1_eventCnt)
		if should_show_them:
			info("carrier1_eventCnt: " + str(carrier1_eventCnt))
	if 3 <= number_of_carriers[BS]:
		carrier2_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 2)
		eventCnt.append(carrier2_eventCnt)
		if should_show_them:
			info("carrier2_eventCnt: " + str(carrier2_eventCnt))
	if 4 <= number_of_carriers[BS]:
		carrier3_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 3)
		eventCnt.append(carrier3_eventCnt)
		if should_show_them:
			info("carrier3_eventCnt: " + str(carrier3_eventCnt))
	return eventCnt

def set_desired_trigger_quantities(a, b, c, d):
	old_a = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_a, BS)
	old_b = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_b, BS)
	old_c = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_c, BS)
	old_d = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_d, BS)
	write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_a, a, BS)
	write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_b, b, BS)
	write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_c, c, BS)
	write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_d, d, BS)
	return old_a, old_b, old_c, old_d

def calculate_parameters(SST_clock_divide_ratio=6, should_print_info=0):
	# 5120 / 4 = 1280 FTSW clocks per frame
	# 5120 buckets / 508.8875 MHz = 10.0611628307 us per frame
	#
	# 127.221875 MHz / 6 = 21.203645833 MHz
	# 128 samples per write window * 21.203645833 MHz SST = 2714.066666 MHz sampling rate
	# 1/21.203645833 MHz = 47.1617007689 ns per write window
	# 10.0611628307 us / 47.1617007689 ns = 213.333333 write windows per revolution
	# 5120 / 213.333333 = 24.0 bunches per window
	# 6.0 FTSW bunches per window
	#
	# 127.221875 MHz / 8 = 15.902734375 MHz
	# 128 samples per write window * 15.902734375 MHz SST = 2035.55 MHz sampling rate
	# 1/15.902734375 MHz = 62.882268 ns per write window
	# 10.0611628307 us / 62.882268 ns = 160 write windows per revolution
	# 5120 / 160 = 32.0 bunches per window
	# 8.0 FTSW bunches per window
	global RF_clock_Hz
	RF_clock_Hz = 508.8875e6
	global period_of_RF_clock_ns
	period_of_RF_clock_ns = 1.0e9 / RF_clock_Hz
	global asic_samples_per_write_window
	asic_samples_per_write_window = 128
	global asic_samples_per_read_window
	asic_samples_per_read_window = asic_samples_per_write_window // 2
	global FTSW_clock_divide_ratio
	FTSW_clock_divide_ratio = 4
	global revolution_duration_s
	revolution_duration_s = RF_buckets / RF_clock_Hz
	global SST_clock_Hz
	SST_clock_Hz = RF_clock_Hz / FTSW_clock_divide_ratio / SST_clock_divide_ratio
	global sampling_rate_Hz
	sampling_rate_Hz = SST_clock_Hz * asic_samples_per_write_window
	global write_window_duration_s
	write_window_duration_s = 1.0 / SST_clock_Hz
	global read_window_duration_s
	read_window_duration_s = write_window_duration_s / 2.0
	global write_windows_per_revolution
	write_windows_per_revolution = revolution_duration_s / write_window_duration_s
	global read_windows_per_revolution
	read_windows_per_revolution = revolution_duration_s / read_window_duration_s
	global RF_buckets_per_write_window
	RF_buckets_per_write_window = RF_buckets // write_windows_per_revolution
	global RF_buckets_per_read_window
	RF_buckets_per_read_window = RF_buckets // read_windows_per_revolution
	global FTSW_clocks_per_write_window
	FTSW_clocks_per_write_window = RF_buckets_per_write_window // FTSW_clock_divide_ratio
	global FTSW_clocks_per_read_window
	FTSW_clocks_per_read_window = RF_buckets_per_read_window // FTSW_clock_divide_ratio
	global asic_samples_per_RF_bucket
	asic_samples_per_RF_bucket = asic_samples_per_read_window // RF_buckets_per_read_window
	global total_number_of_physical_windows
	total_number_of_physical_windows = 512
	if should_print_info:
		info("revolution_duration_us: " + str(revolution_duration_s*1.0e6))
		info("SST_clock_MHz: " + str(SST_clock_Hz/1.0e6))
		info("sampling_rate_GHz: " + str(sampling_rate_Hz/1.0e9))
		info("write_window_duration_ns : " + str(write_window_duration_s*1.0e9))
		info("read_window_duration_ns : " + str(read_window_duration_s*1.0e9))
		info("write_windows_per_revolution: " + str(write_windows_per_revolution))
		info("read_windows_per_revolution: " + str(read_windows_per_revolution))
		info("RF_buckets_per_write_window: " + str(RF_buckets_per_write_window))
		info("RF_buckets_per_read_window: " + str(RF_buckets_per_read_window))
		info("FTSW_clocks_per_write_window: " + str(FTSW_clocks_per_write_window))
		info("FTSW_clocks_per_read_window: " + str(FTSW_clocks_per_read_window))

def show_xrm_trigger_enable_status():
	en = read_register(SCROD_AxiCommon_xrm_trigger_enabled, BS)
	info("xrm trigger enabled: " + str(en))

def show_relevant_registers():
	#get_SCROD_eventCnt(1)
	#get_carrier_eventCnts(1)
	show_frame_masks()
	nlog2 = read_register(SCROD_AxiCommon_trig_prescale_N_log2, BS)
	info("N_log2 prescale: " + str(nlog2))
	show_xrm_trigger_enable_status()
	show_asic_timeouts(BS)
	show_SEM_status(BS)

def show_some_info():
	info("")
	show_current_time()
	show_asic_timeouts(BS)
	get_SCROD_eventCnt(1)
	get_carrier_eventCnts(1)
	show_relevant_registers()

mode="eth"
local_IP=""
fake_it="no"
remote_port="8192"
#ethernet_device="eth0"
ethernet_device="enp4s0"

# good:
#remote_IP="192.168.10.4" # installed in HER
#remote_IP="192.168.10.108"
#remote_IP="192.168.10.49" # on bench in HI
#remote_IP="192.168.10.9" # revB
remote_IP="192.168.10.33" # inside laser dark box
#remote_IP="192.168.10.86"
#remote_IP="192.168.10.89"
#remote_IP="192.168.10.101"

# revB + hookup2:
#remote_IP="192.168.10.6" # scrod revB + hookup2

#remote_IP="192.168.10.27" # frankenstack

# 2023 newly minted TOP boardstacks:
#remote_IP="192.168.10.73" # 
#remote_IP="192.168.10.23" # former s16b (bad DDR)
#remote_IP="192.168.10.87" # 
#remote_IP="192.168.10.102" # 
#remote_IP="192.168.10.73" # 
#remote_IP="192.168.10.35" # 
#remote_IP="192.168.10.87" # 

# bad DDR:
#remote_IP="192.168.10.30"
#remote_IP="192.168.10.58"
#remote_IP="192.168.10.93"

# for threshScan1boardstack.py:
maximum_iterations=2000
step_initial_when_reading_from_file=2
step_initial_when_from_seed_value=2
#number_of_channels_to_get_before_quitting_threshold_scan=64
number_of_channels_to_get_before_quitting_threshold_scan=128

# for xrm.py:
xrm_run_continuous=0
plot_continuous=1
show_plot=0
datafilesize=20000000
be_verbose_when_collecting_data=0
use_pedestal_subtraction_mode=1
retake_pedestals_at_every_filechange=0
desired_pause_between_acquisitions=0
should_cycle_slowly_through_bunch_markers=0
multicast_cal_signal=1
enable_cal_signal=1
should_plot_beam_current=0
should_write_root_tree=1

oserdes_always_value=0b00000000
oserdes_triggered_value=0b11100000

carriers_to_use="0123"
#plot_width=1800
#plot_height=800
plot_width=1920
plot_height=1080

desired_RF_bucket=214
RF_bucket_sample_offset=0

sweep_start_bucket=4
#sweep_start_bucket=772 # 64 windows
#sweep_start_bucket=2308

#sweep_end_bucket=196 # 16 windows
#sweep_end_bucket=292 # 24 windows
#sweep_end_bucket=388 # 32 windows
#sweep_end_bucket=772 # 64 windows
#sweep_end_bucket=1540 # 128 windows
#sweep_end_bucket=2308 # 192 windows
#sweep_end_bucket=3076 # 256 windows
#sweep_end_bucket=3844 # 320 windows
#sweep_end_bucket=4612 # 384 windows
sweep_end_bucket=5116 # 426 windows

xrm_mode="sweep"
#xrm_mode="acquire"
#xrm_mode="parse"
#xrm_mode="reconfig"
#xrm_mode="pedestal"