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calculation of RMs #45

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Feb 1, 2023
Merged

calculation of RMs #45

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49697ff
updating machinery for computing RMs of HEBT: elements are explicitly…
Feb 1, 2023
831d9ef
Synchronising MEBT RM calculation to HEBT structure
Feb 1, 2023
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155 changes: 42 additions & 113 deletions HEBT/cmdx/compute_RM.cmdx
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Original file line number Diff line number Diff line change
Expand Up @@ -6,130 +6,59 @@ lunghezzaLGEN=table(LGEN_HEBT_table,tablelength);
Imin=-150.; ! [A]
Imax=150.; ! [A]
! Imax=-145.; ! [A]
Istep=10.; ! [A]
Istep=25.; ! [A]

! energy loop
NEnLevelstart=1;
NEnLevelstart=lunghezzaLGEN;
NEnLevelstop=lunghezzaLGEN;
! NEnLevelstop=1;
NEnLevelstep=1;

! end of template - DO NOT DELETE THIS LINE!

if (iLine==1) {
! define all observations
writeRMObservations(fileName): macro{
assign, echo=fileName;
PRINTF, TEXT="% 19.12E % 6.1f % 12.5E % 19.12E % 19.12E % 19.12E % 19.12E % 19.12E % 19.12E % 19.12E",
VALUE=Brho, BP, currI, kWrite,
table(twiss,T2_032A_MOB,x), table(twiss,T2_032A_MOB,y), ! @ISO
table(twiss,T2_030B_NZL,x), table(twiss,T2_030B_NZL,y), ! @NZL
table(twiss,T2_021B_SFH,x), table(twiss,T2_021B_SFH,y); ! @SFH
assign, echo=terminal;
};
! write header
writeRMHeader(fileName,myProperty,unWhat,myEleA,myEleB,myEleC): macro={
assign, echo=fileName;
PRINT, TEXT=# Brho[Tm], BP[mm], I[A], myProperty[unWhat], X:myEleA[m], Y:myEleA[m], X:myEleB[m], Y:myEleB[m], X:myEleC[m], Y:myEleC[m];
assign, echo=terminal;
};
! write observations
writeRMObservations(fileName,myEleA,myEleB,myEleC): macro={
assign, echo=fileName;
PRINTF, TEXT="% 19.12E, % 6.1f, % 12.5E, % 19.12E, % 19.12E, % 19.12E, % 19.12E, % 19.12E, % 19.12E, % 19.12E,",
VALUE=Brho, BP, currI, kWrite,
table(twiss,myEleA,x), table(twiss,myEleA,y), table(twiss,myEleB,x), table(twiss,myEleB,y), table(twiss,myEleC,x), table(twiss,myEleC,y);
assign, echo=terminal;
};
! standard RM queries
compute_RM_HEBT_standard(myCorr1,myCorr2,myObs1,myObs2,myObs3): macro={
! first corrector
! a useful header to file written by writeRMObservations(fileName) macro
writeRMHeader(fileName): macro{
assign, echo=fileName;
PRINT, TEXT="# Brho[Tm], BP[mm], I[A], HKICK[rad], X:T2_032A_MOB[m], Y:T2_032A_MOB[m], X:T2_030B_NZL[m], Y:T2_030B_NZL[m], X:T2_021B_SFH[m], Y:T2_021B_SFH[m]";
assign, echo=terminal;
};
exec, compute_RM_allCurrents(T1_011A_CEB,HKICK,I2K_HEBT_CEBH,T1_011A_CEB__HKICK__RM.tfs);
exec, compute_RM_allCurrents(T1_011A_CEB,VKICK,I2K_HEBT_CEBV,T1_011A_CEB__VKICK__RM.tfs);
exec, compute_RM_allCurrents(myCorr1,HKICK,rad,I2K_HEBT_CEBH,myCorr1__HKICK__RM.tfs,myObs1,myObs2,myObs3);
exec, compute_RM_allCurrents(myCorr1,VKICK,rad,I2K_HEBT_CEBV,myCorr1__VKICK__RM.tfs,myObs1,myObs2,myObs3);
! second corrector
! a useful header to file written by writeRMObservations(fileName) macro
writeRMHeader(fileName): macro{
assign, echo=fileName;
PRINT, TEXT="# Brho[Tm], BP[mm], I[A], VKICK[rad], X:T2_032A_MOB[m], Y:T2_032A_MOB[m], X:T2_030B_NZL[m], Y:T2_030B_NZL[m], X:T2_021B_SFH[m], Y:T2_021B_SFH[m]";
assign, echo=terminal;
};
exec, compute_RM_allCurrents(T2_015A_CEB,HKICK,I2K_HEBT_CEBH,T2_015A_CEB__HKICK__RM.tfs);
exec, compute_RM_allCurrents(T2_015A_CEB,VKICK,I2K_HEBT_CEBV,T2_015A_CEB__VKICK__RM.tfs);
exec, compute_RM_allCurrents(myCorr2,HKICK,rad,I2K_HEBT_CEBH,myCorr2__HKICK__RM.tfs,myObs1,myObs2,myObs3);
exec, compute_RM_allCurrents(myCorr2,VKICK,rad,I2K_HEBT_CEBV,myCorr2__VKICK__RM.tfs,myObs1,myObs2,myObs3);
};

if (iLine==1) {
exec, compute_RM_HEBT_standard(T1_011A_CEB,T2_015A_CEB,T2_032A_MOB,T2_030B_NZL,T2_021B_SFH);
}elseif (iLine==2) {
! define all observations
writeRMObservations(fileName): macro{
assign, echo=fileName;
PRINTF, TEXT="% 19.12E % 6.1f % 12.5E % 19.12E % 19.12E % 19.12E % 19.12E % 19.12E % 19.12E % 19.12E",
VALUE=Brho, BP, currI, kWrite,
table(twiss,U2_029A_MOB,x), table(twiss,U2_029A_MOB,y), ! @ISO
table(twiss,U2_027B_NZL,x), table(twiss,U2_027B_NZL,y), ! @NZL
table(twiss,U2_019B_SFH,x), table(twiss,U2_019B_SFH,y); ! @SFH
assign, echo=terminal;
};
! first corrector
! a useful header to file written by writeRMObservations(fileName) macro
writeRMHeader(fileName): macro{
assign, echo=fileName;
PRINT, TEXT="# Brho[Tm], BP[mm], I[A], HKICK[rad], X:U2_029A_MOB[m], Y:U2_029A_MOB[m], X:U2_027B_NZL[m], Y:U2_027B_NZL[m], X:U2_019B_SFH[m], Y:U2_019B_SFH[m]";
assign, echo=terminal;
};
exec, compute_RM_allCurrents(U1_023A_CEB,HKICK,I2K_HEBT_CEBH,U1_023A_CEB__HKICK__RM.tfs);
exec, compute_RM_allCurrents(U1_023A_CEB,VKICK,I2K_HEBT_CEBV,U1_023A_CEB__VKICK__RM.tfs);
! second corrector
! a useful header to file written by writeRMObservations(fileName) macro
writeRMHeader(fileName): macro{
assign, echo=fileName;
PRINT, TEXT="# Brho[Tm], BP[mm], I[A], VKICK[rad], X:U2_029A_MOB[m], Y:U2_029A_MOB[m], X:U2_027B_NZL[m], Y:U2_027B_NZL[m], X:U2_019B_SFH[m], Y:U2_019B_SFH[m]";
assign, echo=terminal;
};
exec, compute_RM_allCurrents(U2_013A_CEB,HKICK,I2K_HEBT_CEBH,U2_013A_CEB__HKICK__RM.tfs);
exec, compute_RM_allCurrents(U2_013A_CEB,VKICK,I2K_HEBT_CEBV,U2_013A_CEB__VKICK__RM.tfs);
exec, compute_RM_HEBT_standard(U1_023A_CEB,U2_013A_CEB,U2_029A_MOB,U2_027B_NZL,U2_019B_SFH);
}elseif (iLine==3) {
! define all observations
writeRMObservations(fileName): macro{
assign, echo=fileName;
PRINTF, TEXT="% 19.12E % 6.1f % 12.5E % 19.12E % 19.12E % 19.12E % 19.12E % 19.12E % 19.12E % 19.12E",
VALUE=Brho, BP, currI, kWrite,
table(twiss,V2_031A_MOB,x), table(twiss,V2_031A_MOB,y), ! @ISO
table(twiss,V2_029B_NZL,x), table(twiss,V2_029B_NZL,y), ! @NZL
table(twiss,V2_019B_SFH,x), table(twiss,V2_019B_SFH,y); ! @SFH
assign, echo=terminal;
};
! first corrector
! a useful header to file written by writeRMObservations(fileName) macro
writeRMHeader(fileName): macro{
assign, echo=fileName;
PRINT, TEXT="# Brho[Tm], BP[mm], I[A], HKICK[rad], X:V2_031A_MOB[m], Y:V2_031A_MOB[m], X:V2_029B_NZL[m], Y:V2_029B_NZL[m], X:V2_019B_SFH[m], Y:V2_019B_SFH[m]";
assign, echo=terminal;
};
exec, compute_RM_allCurrents(V1_044A_CEB,HKICK,I2K_HEBT_CEBH,V1_044A_CEB__HKICK__RM.tfs);
exec, compute_RM_allCurrents(V1_044A_CEB,VKICK,I2K_HEBT_CEBV,V1_044A_CEB__VKICK__RM.tfs);
! second corrector
! a useful header to file written by writeRMObservations(fileName) macro
writeRMHeader(fileName): macro{
assign, echo=fileName;
PRINT, TEXT="# Brho[Tm], BP[mm], I[A], VKICK[rad], X:V2_031A_MOB[m], Y:V2_031A_MOB[m], X:V2_029B_NZL[m], Y:V2_029B_NZL[m], X:V2_019B_SFH[m], Y:V2_019B_SFH[m]";
assign, echo=terminal;
};
exec, compute_RM_allCurrents(V2_013A_CEB,HKICK,I2K_HEBT_CEBH,V2_013A_CEB__HKICK__RM.tfs);
exec, compute_RM_allCurrents(V2_013A_CEB,VKICK,I2K_HEBT_CEBV,V2_013A_CEB__VKICK__RM.tfs);
exec, compute_RM_HEBT_standard(V1_044A_CEB,V2_013A_CEB,V2_031A_MOB,V2_029B_NZL,V2_019B_SFH);
}elseif (iLine==4) {
! define all observations
writeRMObservations(fileName): macro{
assign, echo=fileName;
PRINTF, TEXT="% 19.12E % 6.1f % 12.5E % 19.12E % 19.12E % 19.12E % 19.12E % 19.12E % 19.12E % 19.12E",
VALUE=Brho, BP, currI, kWrite,
table(twiss,Z2_032A_MOB,x), table(twiss,Z2_032A_MOB,y), ! @ISO
table(twiss,Z2_030B_NZL,x), table(twiss,Z2_030B_NZL,y), ! @NZL
table(twiss,Z2_021B_SFH,x), table(twiss,Z2_021B_SFH,y); ! @SFH
assign, echo=terminal;
};
! first corrector
! a useful header to file written by writeRMObservations(fileName) macro
writeRMHeader(fileName): macro{
assign, echo=fileName;
PRINT, TEXT="# Brho[Tm], BP[mm], I[A], HKICK[rad], X:Z2_032A_MOB[m], Y:Z2_032A_MOB[m], X:Z2_030B_NZL[m], Y:Z2_030B_NZL[m], X:Z2_021B_SFH[m], Y:Z2_021B_SFH[m]";
assign, echo=terminal;
};
exec, compute_RM_allCurrents(Z1_011A_CEB,HKICK,I2K_HEBT_CEBH,Z1_011A_CEB__HKICK__RM.tfs);
exec, compute_RM_allCurrents(Z1_011A_CEB,VKICK,I2K_HEBT_CEBV,Z1_011A_CEB__VKICK__RM.tfs);
! second corrector
! a useful header to file written by writeRMObservations(fileName) macro
writeRMHeader(fileName): macro{
assign, echo=fileName;
PRINT, TEXT="# Brho[Tm], BP[mm], I[A], VKICK[rad], X:Z2_032A_MOB[m], Y:Z2_032A_MOB[m], X:Z2_030B_NZL[m], Y:Z2_030B_NZL[m], X:Z2_021B_SFH[m], Y:Z2_021B_SFH[m]";
assign, echo=terminal;
};
exec, compute_RM_allCurrents(Z2_015A_CEB,HKICK,I2K_HEBT_CEBH,Z2_015A_CEB__HKICK__RM.tfs);
exec, compute_RM_allCurrents(Z2_015A_CEB,VKICK,I2K_HEBT_CEBV,Z2_015A_CEB__VKICK__RM.tfs);
exec, compute_RM_HEBT_standard(Z1_011A_CEB,Z2_015A_CEB,Z2_032A_MOB,Z2_030B_NZL,Z2_021B_SFH);
}elseif (iLine==5) {
exec, compute_RM_HEBT_standard(HE_015A_CEB,HE_027A_CEB,X1_006A_MOB,HE_030B_SFP,HE_012B_SFP);
}elseif (iLine==6) {
exec, compute_RM_HEBT_standard(HE_015A_CEB,HE_027A_CEB,X2_015A_MOB,X2_013B_NZL,HE_030B_SFP);
}elseif (iLine==7) {
! exec, compute_RM_HEBT_standard(HE_015A_CEB,HE_027A_CEB,X3_015A_MOB,X3_013B_NZL,HE_030B_SFP);
exec, compute_RM_allCurrents(HE_007A_CEB,HKICK,rad,I2K_HEBT_CEBH,HE_007A_CEB__HKICK__RM.tfs,HE_010B_QPP,HE_012B_SFP,X3_013B_NZL);
exec, compute_RM_allCurrents(HE_007A_CEB,VKICK,rad,I2K_HEBT_CEBV,HE_007A_CEB__VKICK__RM.tfs,HE_010B_QPP,HE_012B_SFP,X3_013B_NZL);
exec, compute_RM_allCurrents(HE_027A_CEB,HKICK,rad,I2K_HEBT_CEBH,HE_027A_CEB__HKICK__RM.tfs,HE_010B_QPP,HE_030B_SFP,X3_013B_NZL);
exec, compute_RM_allCurrents(HE_027A_CEB,VKICK,rad,I2K_HEBT_CEBV,HE_027A_CEB__VKICK__RM.tfs,HE_010B_QPP,HE_030B_SFP,X3_013B_NZL);
}elseif (iLine==8) {
exec, compute_RM_HEBT_standard(HE_015A_CEB,HE_027A_CEB,X4_015A_MOB,X4_013B_NZL,HE_030B_SFP);
};

8 changes: 5 additions & 3 deletions HEBT/macros.cmdx
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Open in desktop
Original file line number Diff line number Diff line change
Expand Up @@ -203,9 +203,10 @@ saveStrengths(additional,beamLine): macro={
};
};

compute_RM_allCurrents(myMagName,myProperty,myI2K,fileName): macro={
compute_RM_allCurrents(myMagName,myProperty,unWhat,myI2K,fileName,myEleA,myEleB,myEleC): macro={

REMOVEFILE, FILE=fileName;
exec, writeRMHeader(fileName);
exec, writeRMHeader(fileName,myProperty,unWhat,myEleA,myEleB,myEleC);
F_myMagName=1.0;
nEnLevel=NEnLevelstart;
WHILE (nEnLevel <= NEnLevelstop ) {
Expand Down Expand Up @@ -233,10 +234,11 @@ compute_RM_allCurrents(myMagName,myProperty,myI2K,fileName): macro={
use,sequence=APICLS009;
select,flag=twiss,clear;
twiss, beta0=initial;
! exec, saveOptics(LGEN);

! save data
kWrite=myProperty_myMagName;
exec, writeRMObservations(fileName);
exec, writeRMObservations(fileName,myEleA,myEleB,myEleC);

! reset kick to original value
! value, myMagName->myProperty;
Expand Down
40 changes: 20 additions & 20 deletions MEBT/cmdx/compute_RM.cmdx
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Original file line number Diff line number Diff line change
Expand Up @@ -4,30 +4,30 @@ Imax=60.; ! [A]
! Imax=-145.; ! [A]
Istep=10.; ! [A]

! define all observations
writeRMObservations(fileName): macro{
! write header
writeRMHeader(fileName,myProperty,unWhat,myEleA,myEleB,myEleC): macro={
! myEleB and myEleC are just placeholders, to respect macro interfaces
assign, echo=fileName;
PRINTF, TEXT="% 19.12E,% 6.1f,% 12.5E,% 19.12E,% 19.12E,% 19.12E,% 19.12E,% 19.12E",
VALUE=Brho, BP, currI, kWrite,
table(twiss,M3_044A_ESI,x), table(twiss,M3_044A_ESI,px),
table(twiss,M3_044A_ESI,y), table(twiss,M3_044A_ESI,py);
PRINT, TEXT=# Brho[Tm], BP[mm], I[A], myProperty[unWhat], X:myEleA[m], PX:myEleA[], Y:myEleA[m], PY:myEleA[];
assign, echo=terminal;
};
! HKICKs
! a useful header to file written by writeRMObservations(fileName) macro
writeRMHeader(fileName): macro{
! write observations
writeRMObservations(fileName,myEleA,myEleB,myEleC): macro={
! myEleB and myEleC are just placeholders, to respect macro interfaces
assign, echo=fileName;
PRINT, TEXT="# Brho[Tm], BP[mm], I[A], HKICK[rad], X:M3_044A_ESI[m], PX:M3_044A_ESI[], Y:M3_044A_ESI[m], PY:M3_044A_ESI[]";
PRINTF, TEXT="% 19.12E, % 6.1f, % 12.5E, % 19.12E, % 19.12E, % 19.12E, % 19.12E, % 19.12E,",
VALUE=Brho, BP, currI, kWrite,
table(twiss,myEleA,x), table(twiss,myEleA,px), table(twiss,myEleA,y), table(twiss,myEleA,py);
assign, echo=terminal;
};
exec, compute_RM_allCurrents(M3_026A_CIB,HKICK_M3_026A_CIB,IH_M3_026A_CIB,FH_M3_026A_CIB,HKICK,I2K_MEBT_CIBH,M3_026A_CIB__HKICK__RM.tfs);
exec, compute_RM_allCurrents(M3_030B_CIB,HKICK_M3_030B_CIB,IH_M3_030B_CIB,FH_M3_030B_CIB,HKICK,I2K_MEBT_CIBH,M3_030B_CIB__HKICK__RM.tfs);
! VKICKs
! a useful header to file written by writeRMObservations(fileName) macro
writeRMHeader(fileName): macro{
assign, echo=fileName;
PRINT, TEXT="# Brho[Tm], BP[mm], I[A], VKICK[rad], X:M3_044A_ESI[m], PX:M3_044A_ESI[], Y:M3_044A_ESI[m], PY:M3_044A_ESI[]";
assign, echo=terminal;
! standard RM queries
compute_RM_MEBT_standard(myCorr1,myCorr2,myObs1,myObs2,myObs3): macro={
! first corrector
exec, compute_RM_allCurrents(myCorr1,HKICK,rad,I2K_MEBT_CIBH,myCorr1__HKICK__RM.tfs,myObs1,myObs2,myObs3);
exec, compute_RM_allCurrents(myCorr1,VKICK,rad,I2K_MEBT_CIBV,myCorr1__VKICK__RM.tfs,myObs1,myObs2,myObs3);
! second corrector
exec, compute_RM_allCurrents(myCorr2,HKICK,rad,I2K_MEBT_CIBH,myCorr2__HKICK__RM.tfs,myObs1,myObs2,myObs3);
exec, compute_RM_allCurrents(myCorr2,VKICK,rad,I2K_MEBT_CIBV,myCorr2__VKICK__RM.tfs,myObs1,myObs2,myObs3);
};
exec, compute_RM_allCurrents(M3_026A_CIB,VKICK_M3_026A_CIB,IV_M3_026A_CIB,FV_M3_026A_CIB,VKICK,I2K_MEBT_CIBV,M3_026A_CIB__VKICK__RM.tfs);
exec, compute_RM_allCurrents(M3_030B_CIB,VKICK_M3_030B_CIB,IV_M3_030B_CIB,FV_M3_030B_CIB,VKICK,I2K_MEBT_CIBV,M3_030B_CIB__VKICK__RM.tfs);

exec, compute_RM_HEBT_standard(M3_026A_CIB,M3_030B_CIB,M3_044A_ESI,myDummy1,myDummy2);