#%TITLE% C353.mac
#%NAME%
# C353 bunchmarker control
#%CATEGORY% Accelerator
#%DESCRIPTION%
# Macros to configure and operate the csel C353 card.
# This card provides bunch marking for synchronization with
# experiments.
#%BR%26/01/10: add message with calculated frequency in c353_setsignals
#%BR%29/01/10: c353_select saves present config in array and retreives the selected
#one
#%BR%29/01/10: c353_putconf and c353_getconf work in ~blissadm/local/spec/userconf/C353
#directory
#%END%
global C353_dev
global C353_ch C353_pre1 C353_pre2 C353_pre3 C353_pre4
global C353_shortp C353_longp1 C353_longp2 C353_RFshift C353_Chanshift
global C353_chused C353_shape C353_pol C353_tog
global C353_nbdev C353_ARR C353_IND C353_RFshift_val
global C353_PATH_SAVE
C353_PATH_SAVE = "~blissadm/local/spec/userconf/C353/"
string array C353_stat[32][20]
C353_stat0[0] = "OUTPUT ON"
C353_stat1[0] = "OUTPUT OFF"
C353_stat0[1] = "RF DLL PHASE OK"
C353_stat1[1] = "RF DLL PHASE ERROR"
C353_stat0[2] = "RF DLL ERROR"
C353_stat1[2] = "RF DLL locked"
C353_stat0[3] = "-V ERROR"
C353_stat1[3] = "-V OK"
C353_stat0[4] = "+V ERROR"
C353_stat1[4] = "+V OK"
C353_stat0[5] = "Temp. ALERT"
C353_stat1[5] = "Temp. OK"
C353_stat0[6] = "Temp. PANIC"
C353_stat1[6] = "Temp. OK"
#%UU% <device name>
#%MDESC% setting the list of bunchmarkers
def c353setup'{
if ($# == 0) {
p "usage: c353setup <device_name> <device_name> ..."
exit
}
C353_nbdev = split("$*",C353_ARR)
if (C353_nbdev == 1) {
C353_IND = 0
C353_dev = C353_ARR[C353_IND]
}
}'
#%UU%
#%MDESC%select the current bunchmarker
def c353_select'{
local ind
if ($# == 0) {
ind = getval(sprintf("which bunchmarker [0..%d]?",C353_nbdev-1),C353_IND)
}
else {
ind = $1
}
if ( (ind <0 ) || (ind >= C353_nbdev) ){
p "index should be in range [0.." C353_nbdev-1 "]"
}
else {
_c353_saveoneconf()
C353_IND = ind
C353_dev = C353_ARR[C353_IND]
_c353_getoneconf()
}
}'
#%IU%
#%MDESC% checks if CUB_ARR global associative array has
#been already set
def _C353_checkifset'{
local found ii
found = 0
ii = 0
while ((found == 0) && (ii <C353_nbdev)){
if (C353_dev == C353_ARR[ii]) {
found = 1
}
ii++
}
if (found == 0) {
p "ERROR: no device is selected"
exit
}
}'
#%UU%
#%MDESC% read state
def c353_state'{
local mstate ii bit val res temp1 temp2
_C353_checkifset
mstate = esrf_io(C353_dev,"DevReadState")
printf("%x\n", mstate)
# the useful bits
val = 0x200
for (ii=0; ii<7; ii++) {
res = mstate & val
if (res == 0) {
p "bit " ii+9 ": " C353_stat0[ii]
}
else {
p "bit " ii+9 ": " C353_stat1[ii]
}
val = val << 1
}
# the temperature
mstate = mstate >> 16
temp1 = mstate & 0x00ff
temp2 = mstate >> 8
p temp1 " dc; " temp2 " dc"
}'
#%UU%
#%MDESC%Setting of output inhibit off
def c353_on'{
_C353_checkifset
esrf_io(C353_dev,"DevOn")
}'
#%UU%
#%MDESC%Setting of output inhibit on
def c353_off'{
_C353_checkifset
esrf_io(C353_dev,"DevOff")
}'
#%UU%
#%MDESC%Resets the DLL. This is done automatically
#when the device server starts, and must be done
#afterwards if cable unplugged. Furthermore, when run, it:
#%BR% - sets all channel to RF phases to 0
#%BR% - sets all channel phase shift by N RF to 0
def c353_reset'{
_C353_checkifset
p "This command resets all channel phase shift"
esrf_io(C353_dev,"DevReset")
}'
#%UU% <channel> <prescale1> <prescale2> <prescale3> <prescale4>
#%MDESC%Defines the frequency divider for a channel. Furthermore,
#when run, it sets all channel phase shift by N RF to 0.
def c353_setfreq'{
local mypre mydiv
_C353_checkifset
if ($# != 5){
C353_ch = getval("channel number [0..2]?", C353_ch)
if (_c353_valid_channel(C353_ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
if (C353_tog[ii] == 0) {
p "...The frequency divider will be: prescal1 * prescal2 * prescal3 * prescal4"
}
else {
p "...The frequency divider will be: prescal1 * prescal2 * prescal3 * prescal4 *2 (toggle)"
}
C353_pre1[C353_ch] = getval("... frequency prescal1 [4..34]?",C353_pre1[C353_ch])
C353_pre2[C353_ch] = getval("... frequency prescal2 [1..32]?",C353_pre2[C353_ch])
C353_pre3[C353_ch] = getval("... frequency prescal3 [1..32]?",C353_pre3[C353_ch])
C353_pre4[C353_ch] = getval("... frequency prescal4 [1..32]?",C353_pre4[C353_ch])
}
else {
C353_ch = $1
if (_c353_valid_channel(C353_ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
C353_pre1[C353_ch] = $2
C353_pre2[C353_ch] = $3
C353_pre3[C353_ch] = $4
C353_pre4[C353_ch] = $5
}
# check that parameters are valid
if ( (C353_pre1[C353_ch] <4 ) || (C353_pre1[C353_ch] > 34) ) {
p "prescaler1 is not in [4..34] range. exit"
exit
}
if ( (C353_pre2[C353_ch] <1 ) || (C353_pre2[C353_ch] > 32) ) {
p "prescaler1 is not in [1..32] range. exit"
exit
}
if ( (C353_pre3[C353_ch] <1 ) || (C353_pre3[C353_ch] > 32) ) {
p "prescaler1 is not in [1..32] range. exit"
exit
}
if ( (C353_pre4[C353_ch] <1 ) || (C353_pre4[C353_ch] > 32) ) {
p "prescaler1 is not in [1..32] range. exit"
exit
}
mydiv = C353_pre1[C353_ch]*C353_pre2[C353_ch]*C353_pre3[C353_ch]*C353_pre4[C353_ch]
if (C353_tog[ii] == 0) {
p "frequency divider is: " C353_pre1[C353_ch] " * " C353_pre2[C353_ch] " * " C353_pre3[C353_ch] " * " C353_pre4[C353_ch] " = " mydiv
}
else {
p "frequency divider is: " C353_pre1[C353_ch] " * " C353_pre2[C353_ch] " * " C353_pre3[C353_ch] " * " C353_pre4[C353_ch] " *2 = " mydiv " *2"
}
# now, the server parameters
mypre[0] = C353_ch
mypre[1] = C353_pre1[C353_ch] - 3
if (C353_pre2[C353_ch] == 32){
mypre[2] = 0
}
else {
mypre[2] = C353_pre2[C353_ch]
}
if (C353_pre3[C353_ch] == 32){
mypre[3] = 0
}
else {
mypre[3] = C353_pre3[C353_ch]
}
if (C353_pre4[C353_ch] == 32){
mypre[4] = 0
}
else {
mypre[4] = C353_pre4[C353_ch]
}
# p mypre
p "This commands resets all channel phase shift by N RF"
esrf_io(C353_dev,"DevSetFreq",mypre)
}'
#%IU% <channel>
#%MDESC%Checks that channel is in valid range
#%BR%Returns 1 (if OK) and 0 (if NOT OK)
def _c353_valid_channel(ch)'{
if ( (ch >=0) && (ch <=2) ){
return 1
}
else {
return 0
}
}'
#%IU% <channel>
#%MDESC%Reads the channel frequency divider
def c353_readfreq'{
local myfreq ch pre1 pre2 pre3 pre4 mydiv
_C353_checkifset
ch = $1
if ( _c353_valid_channel(ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
myfreq[0] = 0
esrf_io(C353_dev,"DevReadFreq",ch,myfreq)
p "frequency divider is: " myfreq[0] " ; " myfreq[1] " ; " myfreq[2] " ; " myfreq[3]
pre1 = myfreq[0]+3
pre2 = myfreq[1]
if (myfreq[1] == 0) {
pre2 = 32
}
pre3 = myfreq[2]
if (myfreq[2] == 0) {
pre3 = 32
}
pre4 = myfreq[3]
if (myfreq[3] == 0) {
pre4 = 32
}
mydiv = pre1 * pre2 * pre3 * pre4
if (C353_tog[ii] == 0) {
p "user frequency divider is: " pre1 " * " pre2 " * " pre3 " * " pre4 " = " mydiv
}
else {
p "user frequency divider is: " pre1 " * " pre2 " * " pre3 " * " pre4 *2 " = " mydiv " * 2"
}
}'
#%UU% <channel> <prescaler>
#%MDESC%Sets a short pulse shape for a channel
def c353_setshortp'{
local myshape
_C353_checkifset
if ($# != 2) {
C353_ch = getval("channel number [0..2]?", C353_ch)
if (_c353_valid_channel(C353_ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
C353_shortp[C353_ch] = getval("Pulse width [2,4..34]?",C353_shortp[C353_ch])
}
else {
C353_ch = $1
if (_c353_valid_channel(C353_ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
} C353_shortp[C353_ch] = $2
}
if (_c353_check_shortp(C353_shortp[C353_ch]) != 1) {
p "short pulse not in range [2,4..34]. exit"
exit
}
# now prepare the parameters for the server
myshape[0] = C353_ch
if (C353_shortp[C353_ch] == 2) {
myshape[1] = 0
}
else {
myshape[1] = C353_shortp[C353_ch] - 3
}
myshape [2] = 0
esrf_io(C353_dev,"DevSetWidth",myshape)
}'
#%UU% <channel>
#%MDESC% reads the channel pulse shape
def c353_readshape'{
local mypul ch pulval
_C353_checkifset
ch = $1
if (_c353_valid_channel(ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
mypul[0] = 0
esrf_io(C353_dev,"DevGetWidth",ch,mypul)
if (mypul[1] == 0) {
# Short pulse
if (mypul[0] == 0) {
pulval = 2
}
else {
pulval = mypul[0] + 3
}
p "Short pulse: " pulval " RF clock unit"
}
else {
# p mypul
p "Long pulse: " mypul[1] * (mypul[0]+3) + 3 " RF clock unit"
}
}'
#%IU% <pulse>
#%MDESC%check that short pulse is in the range
#%BR%Returns 1 (if OK) and 0 (if NOT OK)
def _c353_check_shortp(pu)'{
if ( (pu < 2) || (pu == 3) || (pu > 34) ) {
return 0
}
else {
return 1
}
}'
#%IU% <channel> <prescaler1> <prescaler2>
#%MDESC% Sets a Long pulse shape for a channel
def c353_setlongp'{
local myshape myreg
_C353_checkifset
if ($# != 3) {
C353_ch = getval("channel number [0..2]?", C353_ch)
if (_c353_valid_channel(C353_ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
p "The Long pulse shape will be: prescaler1*prescaler2 + 3 "
C353_longp1[C353_ch] = getval("Long Pulse prescaler1 [5..34]?",C353_longp1[C353_ch])
C353_longp2[C353_ch] = getval("Long Pulse prescaler2 [2..31]?",C353_longp2[C353_ch])
}
else {
C353_ch = $1
if (_c353_valid_channel(C353_ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
C353_longp1[C353_ch] = $2
C353_longp2[C353_ch] = $3
}
if ( (C353_longp1[C353_ch] <5) || (C353_longp1[C353_ch] > 34) ) {
p "Long pulse prescaler1 not in range [5..34]. exit"
exit
}
if ( (C353_longp2[C353_ch] <2) || (C353_longp2[C353_ch] > 31) ) {
p "Long pulse prescaler2 not in range [2..31]. exit"
exit
}
myreg = C353_longp1[C353_ch]*C353_longp2[C353_ch] + 3
p "Long pulse shape is: " C353_longp1[C353_ch] " * " C353_longp2[C353_ch] " + 3 = " myreg
# now prepare the parameters for the server
myshape[0] = C353_ch
myshape[1] = C353_longp1[C353_ch] - 3
myshape[2] = C353_longp2[C353_ch]
# p myshape
esrf_io(C353_dev,"DevSetWidth",myshape)
}'
#%UU% <channel> <0/1>
#%MDESC%Sets the toggle mode (0:no toggle, 1:toggle) for channel
def c353_settog'{
local tog mypar
_C353_checkifset
if ($# != 2) {
C353_ch = getval("channel number [0..2]?", C353_ch)
if (_c353_valid_channel(C353_ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
C353_tog[C353_ch] = getval("toggle mode [0:no, 1:toggle]?",C353_tog[C353_ch])
}
else {
C353_ch = $1
if (_c353_valid_channel(C353_ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
C353_tog[C353_ch] = $2
}
if ( (C353_tog[C353_ch] != 0) && (C353_tog[C353_ch]!= 1) ){
p "toggle parameter not in range [0,1]. exit"
exit
}
mypar[0] = C353_ch
mypar[1] = C353_tog[C353_ch]
# p mypar
esrf_io(C353_dev,"DevSetToggle",mypar)
}'
#%UU% <channel>
#%MDESC%Reads the toggle mode (0:no toggle, 1:toggle) for channel
def c353_readtog'{
local tog mytog
_C353_checkifset
if ($# != 1) {
C353_ch = getval("channel number [0..2]?", C353_ch)
}
else {
C353_ch = $1
}
if (_c353_valid_channel(C353_ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
mytog = esrf_io(C353_dev,"DevReadToggle",C353_ch)
p "Toggle mode: " mytog
}'
#%UU% <channel>
#%MDESC%Sets the polarity mode for channel
def c353_setpol'{
local ch pol
_C353_checkifset
if ($# != 2) {
C353_ch = getval("channel number [0..2]?", C353_ch)
if (_c353_valid_channel(C353_ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
C353_pol[C353_ch] = getval("polarity [0:normal, 1:inverted]?",C353_pol[C353_ch])
}
else {
C353_ch = $1
if (_c353_valid_channel(C353_ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
C353_pol[C353_ch] = $2
}
if ( (C353_pol[C353_ch] != 0) && (C353_pol[C353_ch] != 1) ){
p "polarity parameter not in range [0,1]. exit"
exit
}
mypar[0] = C353_ch
mypar[1] = C353_pol[C353_ch]
# p mypar
esrf_io(C353_dev,"DevSetPol",mypar)
}'
#%UU% <channel>
#%MDESC%Reads the polarity mode (0:normal, 1:inverted) for channel
def c353_readpol'{
local tog mypol
_C353_checkifset
if ($# != 1) {
C353_ch = getval("channel number [0..2]?", C353_ch)
}
else {
C353_ch = $1
}
if (_c353_valid_channel(C353_ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
mypol = esrf_io(C353_dev,"DevReadPol",C353_ch)
p "Polarity mode: " mypol
}'
#%UU% <RFshift>
#%MDESC% Sets RF clock shifting for all the channels (in 1/256 RF clock increment)
def c353_RFshift'{
local myshift
_C353_checkifset
myshift = $1
if ( (myshift <-255) || (myshift > 255) {
p "Valid range is [-255..255]. exit"
exit
}
p "This command resets all phase shift"
if (myshift != 0) {
esrf_io(C353_dev,"DevSetRFShift",myshift)
}
}'
#%UU% <RFshift>
#%MDESC% Sets RF clock incremental shifting for all the channels (in 1/256 RF clock increment)
def c353_RFincshift'{
local myshift
_C353_checkifset
myshift = $1
if ( (myshift <-255) || (myshift > 255) ) {
p "Valid range is [-255..255]. exit"
exit
}
if (myshift != 0) {
esrf_io(C353_dev,"DevSetIncRFShift",myshift)
}
}'
#%UU%
#%MDESC% Reads the RF clock shift of all the channels
def c353_RFrshift'{
local myshift
_C353_checkifset
myshift = esrf_io(C353_dev,"DevReadRFShift")
p "RF shift is: " myshift
}'
#%UU% <channel> <chanshift>
#%MDESC% Sets channel phase shift by N RF for one channel (in RF clock increment)
def c353_Chanshift'{
local myshift ch mypar
_C353_checkifset
if ($# != 2) {
p "usage: c353_Chanshift <channel> <shift>"
exit
}
ch = $1
myshift = $2
if (_c353_valid_channel(ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
mypar[0] = ch
mypar[1] = myshift
# no limit !!!
# if ( (myshift < 1) || (myshift > 100) ){
# p "valid range is [1..100]. exit"
# exit
# }
p "This command resets all phase shifts"
esrf_io(C353_dev,"DevSetChanShift",mypar)
}'
#%UU% <channel> <chanshift>
#%MDESC% Sets channel incremental phase shift by N RF for one channel (in RF clock increment)
def c353_Chanincshift'{
local myshift ch mypar
_C353_checkifset
if ($# != 2) {
p "usage: c353_Chanincshift <channel> <shift>"
exit
}
ch = $1
myshift = $2
if (_c353_valid_channel(ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
mypar[0] = ch
mypar[1] = myshift
esrf_io(C353_dev,"DevSetIncChanShift",mypar)
}'
#%UU% <channel>
#%MDESC% Reads the channel phase shift by N RF for one channel
def c353_Chanrshift'{
local ch
local myChanshift
_C353_checkifset
ch = $1
if (_c353_valid_channel(ch) != 1) {
p "channel number not in range [0..2]. exit"
exit
}
myChanshift = esrf_io(C353_dev,"DevReadChanShift",ch)
p "Channel phase shift by N RF for channel " ch " is: " myChanshift
}'
#%UU%
#%MDESC%Defines the parameters, frequencies and phase shifts
def c353_setsignals'{
local ii
_C353_checkifset
for (ii=0; ii<3; ii++) {
C353_chused[ii] = getval(sprintf("use channel %d [0:no, 1:yes]?",ii),C353_chused[ii])
}
p " "
p "Resetting DLL"
c353_reset
for (ii=0; ii<3; ii++) {
if (C353_chused[ii] == 1){
# Setting the toggle
C353_tog[ii] = getval(sprintf("...ch: %d signal normal(0) or toggled (1) ?",ii),C353_tog[ii])
c353_settog ii C353_tog[ii]
# Setting the frequency
p "*** On channel " ii
if (C353_tog[ii] == 0) {
p "...The frequency divider will be: prescal1 * prescal2 * prescal3 * prescal4"
}
else {
p "...The frequency divider will be: prescal1 * prescal2 * prescal3 * prescal4 *2 (toggle)"
}
C353_pre1[ii] = getval(sprintf("...ch: %d frequency prescal1 [4..34]?",ii),C353_pre1[ii])
C353_pre2[ii] = getval(sprintf("...ch: %d frequency prescal2 [1..32]?",ii),C353_pre2[ii])
C353_pre3[ii] = getval(sprintf("...ch: %d frequency prescal3 [1..32]?",ii),C353_pre3[ii])
C353_pre4[ii] = getval(sprintf("...ch: %d frequency prescal4 [1..32]?",ii),C353_pre4[ii])
c353_setfreq ii C353_pre1[ii] C353_pre2[ii] C353_pre3[ii] C353_pre4[ii]
if (C353_tog[ii] == 0) {
p "... Calculated frequency: " 352202/C353_pre1[ii]/C353_pre2[ii]/C353_pre3[ii]/C353_pre4[ii] " khz"
}
else {
p "... Calculated frequency: " 352202/C353_pre1[ii]/C353_pre2[ii]/C353_pre3[ii]/C353_pre4[ii]/2 " khz"
}
if (C353_tog[ii] == 0) {
# Meaningful only if no toggle
# Setting the shape
C353_shape[ii] = getval(sprintf("...ch: %d Long shape (1) or short shape (0)?",ii),C353_shape[ii])
if (C353_shape[ii] == 0) {
C353_shortp[ii] = getval(sprintf("...ch: %d Pulse width [2,4..34]?",ii),C353_shortp[ii])
c353_setshortp ii C353_shortp[ii]
}
else {
p "The Long pulse shape will be: prescaler1*prescaler2 + 3 "
C353_longp1[C353_ch] = getval(sprintf("...ch: %d Long Pulse prescaler1 [5..34]?",ii),C353_longp1[C353_ch])
C353_longp2[C353_ch] = getval(sprintf("...ch: %d Long Pulse prescaler2 [2..31]?",ii),C353_longp2[C353_ch])
c353_setlongp ii C353_longp1[C353_ch] C353_longp2[C353_ch]
}
# Setting the polarity
C353_pol[ii] = getval(sprintf("...ch: %d polarity normal(0) or inverted (1) ?",ii),C353_pol[ii])
c353_setpol ii C353_pol[ii]
}
p " "
}
}
for (ii=0; ii<3; ii++) {
if (C353_chused[ii] == 1){
# Setting the channel phase shift by N RF
# no limit
# C353_Chanshift[ii] = getval(sprintf("...ch: %d channel phase shift by x RF x:[0..100]?",ii),C353_Chanshift[ii])
C353_Chanshift[ii] = getval(sprintf("...ch: %d channel phase shift by N RF ?",ii),C353_Chanshift[ii])
if (C353_Chanshift[ii] != 0) {
c353_Chanincshift ii C353_Chanshift[ii]
}
}
}
# Setting the RF shifting
C353_RFshift = getval("All channel to RF phase shift [-255..255]?",C353_RFshift)
c353_RFincshift C353_RFshift
# release inhibit (if any)
p " "
p "release inhibit"
c353_on
}'
#%IU%<index>
#%MDESC%store the configuration for C353 device <index>in saving arrays
def _c353_saveoneconf()'{
local ii
for (ii=0; ii<3;ii++) {
C353_chused[ii][C353_IND] = C353_chused[ii]
C353_tog[ii][C353_IND] = C353_tog[ii]
C353_pre1[ii][C353_IND] = C353_pre1[ii]
C353_pre2[ii][C353_IND] = C353_pre2[ii]
C353_pre3[ii][C353_IND] = C353_pre3[ii]
C353_pre4[ii][C353_IND] = C353_pre4[ii]
C353_shape[ii][C353_IND] = C353_shape[ii]
C353_shortp[ii][C353_IND] = C353_shortp[ii]
C353_longp1[ii][C353_IND] = C353_longp1[ii]
C353_longp2[ii][C353_IND] = C353_longp2[ii]
C353_pol[ii][C353_IND] = C353_pol[ii]
C353_Chanshift[ii][C353_IND] = C353_Chanshift[ii]
C353_RFshift_val[C353_IND] = C353_RFshift
}
}'
#%IU%<index>
#%MDESC%get the configuration for C353 device <index> from saving arrays
def _c353_getoneconf()'{
local ii
for (ii=0; ii<3;ii++) {
C353_chused[ii] = C353_chused[ii][C353_IND]
C353_tog[ii] = C353_tog[ii][C353_IND]
C353_pre1[ii] = C353_pre1[ii][C353_IND]
C353_pre2[ii] = C353_pre2[ii][C353_IND]
C353_pre3[ii] = C353_pre3[ii][C353_IND]
C353_pre4[ii] = C353_pre4[ii][C353_IND]
C353_shape[ii] = C353_shape[ii][C353_IND]
C353_shortp[ii] = C353_shortp[ii][C353_IND]
C353_longp1[ii] = C353_longp1[ii][C353_IND]
C353_longp2[ii] = C353_longp2[ii][C353_IND]
C353_pol[ii] = C353_pol[ii][C353_IND]
C353_Chanshift[ii] = C353_Chanshift[ii][C353_IND]
C353_RFshift = C353_RFshift_val[C353_IND]
}
}'
#%UU%
#%MDESC%Reads signals
def c353_readsignals'{
local ii
_C353_checkifset
for (ii=0; ii<3; ii++) {
p "*** Channel " ii
p "* Reading toggle mode: "
c353_readtog ii
p "* Reading frequency:"
c353_readfreq ii
if (C353_tog[ii] == 0) {
p "* Reading shape: "
c353_readshape ii
p "* Reading polarity: "
c353_readpol ii
}
p " "
}
for (ii=0; ii<3; ii++) {
p "*** Channel " ii
p "* Reading channel phase shift by N RF:"
c353_Chanrshift ii
p " "
p " "
}
p "*** Reading RF shift"
c353_RFrshift
p " "
p "*** Reading inhibit"
c353_readinhibit
}'
#%UU%
#%MDESC% Reads inhibit signal status bit
def c353_readinhibit'{
_C353_checkifset
p ( (esrf_io(C353_dev,"DevReadState") & (1<<9)) != 0)
}'
#%UU%<filename>
#%MDESC%stores the present C353 configuration on <filename>
#(under ~blissadm/local/spec/userconf/C353)
def c353_putconf'{
local ii mystr myofile mycompletefile ret
if ($# == 0) {
p "usage: c353_putconf <filename>"
exit
}
myofile = "$1"
p myofile
mycompletefile = C353_PATH_SAVE myofile
if (unix(sprintf("test -s %s",mycompletefile))){
p "Writing configuration to file " mycompletefile
}
else{
p "file already exists. exit"
exit
}
ret = open(mycompletefile)
if (ret == -1) {
p "cannot open file" mycompletefile
p "exit"
exit
}
on(mycompletefile);offt
for (ii=0; ii<3; ii++){
p "C353_chused[" ii "]=" C353_chused[ii]
if (C353_chused[ii] == 1) {
p "C353_tog[" ii "]=" C353_tog[ii]
p "C353_pre1[" ii "]=" C353_pre1[ii]
p "C353_pre2[" ii "]=" C353_pre2[ii]
p "C353_pre3[" ii "]=" C353_pre3[ii]
p "C353_pre4[" ii "]=" C353_pre4[ii]
if (C353_tog[ii] == 0) {
p "C353_shape[" ii "]=" C353_shape[ii]
if (C353_shape[ii] == 0) {
p "C353_shortp[" ii "]=" C353_shortp[ii]
}
else {
p "C353_longp1[" ii "]=" C353_longp1[ii]
p "C353_longp2[" ii "]=" C353_longp2[ii]
}
}
p "C353_pol[" ii "]=" C353_pol[ii]
p "C353_Chanshift[" ii "]=" C353_Chanshift[ii]
}
}
p "C353_RFshift =" C353_RFshift
ont;close(mycompletefile)
}'
#%UU%<filename>
#%MDESC%get the C353 configuration stored in <filename> and
#applies it to the hardware
def c353_getconf'{
# local myifile
local mycompletefilename flag mystr ii
_C353_checkifset
if ($# == 0) {
p "usage: c353_getconf <filename>"
exit
}
_c353_readfile $*
}'
#%IU%
#%MDESC%applying the last loaded configuration to the C353
def _c353_applyconf'{
local ii
p "Setting the C353 with the present parameters"
for (ii=0; ii<3; ii++) {
if (C353_chused[ii] == 1){
# Setting the toggle
c353_settog ii C353_tog[ii]
# Setting the frequency
p "*** On channel " ii
c353_setfreq ii C353_pre1[ii] C353_pre2[ii] C353_pre3[ii] C353_pre4[ii]
if (C353_tog[ii] == 0) {
# Meaningful only if no toggle
# Setting the shape
if (C353_shape[ii] == 0) {
c353_setshortp ii C353_shortp[ii]
}
else {
c353_setlongp ii C353_longp1[C353_ch] C353_longp2[C353_ch]
}
# Setting the polarity
c353_setpol ii C353_pol[ii]
}
}
}
for (ii=0; ii<3; ii++) {
if (C353_chused[ii] == 1){
# Setting the channel phase shift by N RF
# no limit
if (C353_Chanshift[ii] != 0) {
c353_Chanincshift ii C353_Chanshift[ii]
}
}
}
# Setting the RF shifting
c353_RFincshift C353_RFshift
# release inhibit (if any)
c353_on
}'
#%IU% <filename>
#%MDESC%reads the file in ~blissadm/local/spec/userconf/C353 as
#a spec macro file
def _c353_readfile'{
local myfile ii cont ret myf
myf = "$1"
myfile = C353_PATH_SAVE myf
p "reading file " myfile
cont = 1
ret = getline(myfile,"open")
if (ret != -1)
{
while(cont == 1) {
ret = getline(myfile)
if (ret == -1) {
cont = 0
getline(myfile,"close")
}
else {
eval(ret)
}
}
_c353_applyconf
}
}'
#%UU% <gate mode>
#%MDESC% resync according to gate mode
def c353_resync(arg)'{
local val myp myw
if ( (arg !=0) && (arg!=1) ) {
p "usage: c353_resync(arg) with arg=(0:gate mode, 1:resync)"
exit
}
myp[0] = 1
myp[1] = 0x1c
val = esrf_io(C353_dev,"DevReadReg32",myp)
printf("%x\n",val)
val = val & 0xfffffffe
val = val | (arg&0x1)
printf("%x\n",val)
myp[2] = val
esrf_io(C353_dev,"DevWriteReg32",myp)
}'
#%IU%
#%MDESC%testing macro for storage in arrays only (does not apply to hardware)
def c353_test_setsignals'{
local ii
_C353_checkifset
for (ii=0; ii<3; ii++) {
C353_chused[ii] = getval(sprintf("use channel %d [0:no, 1:yes]?",ii),C353_chused[ii])
}
for (ii=0; ii<3; ii++) {
if (C353_chused[ii] == 1){
# Setting the toggle
C353_tog[ii] = getval(sprintf("...ch: %d signal normal(0) or toggled (1) ?",ii),C353_tog[ii])
# Setting the frequency
p "*** On channel " ii
if (C353_tog[ii] == 0) {
p "...The frequency divider will be: prescal1 * prescal2 * prescal3 * prescal4"
}
else {
p "...The frequency divider will be: prescal1 * prescal2 * prescal3 * prescal4 *2 (toggle)"
}
C353_pre1[ii] = getval(sprintf("...ch: %d frequency prescal1 [4..34]?",ii),C353_pre1[ii])
C353_pre2[ii] = getval(sprintf("...ch: %d frequency prescal2 [1..32]?",ii),C353_pre2[ii])
C353_pre3[ii] = getval(sprintf("...ch: %d frequency prescal3 [1..32]?",ii),C353_pre3[ii])
C353_pre4[ii] = getval(sprintf("...ch: %d frequency prescal4 [1..32]?",ii),C353_pre4[ii])
if (C353_tog[ii] == 0) {
p "... Calculated frequency: " 352202/C353_pre1[ii]/C353_pre2[ii]/C353_pre3[ii]/C353_pre4[ii] " khz"
}
else {
p "... Calculated frequency: " 352202/C353_pre1[ii]/C353_pre2[ii]/C353_pre3[ii]/C353_pre4[ii]/2 " khz"
}
if (C353_tog[ii] == 0) {
# Meaningful only if no toggle
# Setting the shape
C353_shape[ii] = getval(sprintf("...ch: %d Long shape (1) or short shape (0)?",ii),C353_shape[ii])
if (C353_shape[ii] == 0) {
C353_shortp[ii] = getval(sprintf("...ch: %d Pulse width [2,4..34]?",ii),C353_shortp[ii])
}
else {
p "The Long pulse shape will be: prescaler1*prescaler2 + 3 "
C353_longp1[C353_ch] = getval(sprintf("...ch: %d Long Pulse prescaler1 [5..34]?",ii),C353_longp1[C353_ch])
C353_longp2[C353_ch] = getval(sprintf("...ch: %d Long Pulse prescaler2 [2..31]?",ii),C353_longp2[C353_ch])
}
# Setting the polarity
C353_pol[ii] = getval(sprintf("...ch: %d polarity normal(0) or inverted (1) ?",ii),C353_pol[ii])
}
p " "
}
}
for (ii=0; ii<3; ii++) {
if (C353_chused[ii] == 1){
# Setting the channel phase shift by N RF
# no limit
# C353_Chanshift[ii] = getval(sprintf("...ch: %d channel phase shift by x RF x:[0..100]?",ii),C353_Chanshift[ii])
C353_Chanshift[ii] = getval(sprintf("...ch: %d channel phase shift by N RF ?",ii),C353_Chanshift[ii])
}
}
# Setting the RF shifting
C353_RFshift = getval("All channel to RF phase shift [-255..255]?",C353_RFshift)
# release inhibit (if any)
p " "
p "release inhibit"
}'
#%MACROS%
#%IMACROS%
#%AUTHOR%
# C353.mac mcd jan 07
#%TOC%
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