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Plot_Corrections_CSC.py
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Plot_Corrections_CSC.py
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from geometryDiffVisualization import *
for endcap in 1,2:
for disk in 1,2,3,4:
if endcap == 1: diskPrettyName = "__MEp%s" % disk
else: diskPrettyName = "__MEm%s" % disk
imageName = alignmentName+"-"+referenceName+diskPrettyName
svgName = imageName+".svg"
draw_disk(g1, g_ref, endcap, disk, svgPath+svgName, length_factor, angle_factor)
pngName = imageName+".png"
retvalue = os.system("convert -density 104.2 %s %s" % (svgPath+svgName, pngPath+pngName) )
if isReport:
for r1 in report1:
if ( r1.postal_address[0] == "CSC" and r1.status == "PASS" and r1.postal_address[3] != 4 ) :
endcap = r1.postal_address[1]
disk = r1.postal_address[2]
ring = r1.postal_address[3]
chamber = r1.postal_address[4]
dx_mm = 10.0*(g1.csc[endcap, disk, ring, chamber].x - g_ref.csc[endcap, disk, ring, chamber].x)*signConventions["CSC", endcap, disk, ring, chamber][0]
h_dx.Fill(dx_mm)
ex_mm = 10.*r1.deltax.error
h_ex.Fill(ex_mm)
if ex_mm != 0.0: h_px.Fill(dx_mm/ex_mm)
dy_mm = 10.0*(g1.csc[endcap, disk, ring, chamber].y - g_ref.csc[endcap, disk, ring, chamber].y)*signConventions["CSC", endcap, disk, ring, chamber][1]
h_dy.Fill(dy_mm)
ey_mm = 10.*r1.deltay.error
h_ey.Fill(ey_mm)
if ey_mm != 0.0: h_py.Fill(dy_mm/ey_mm)
dz_mm = 10.0*(g1.csc[endcap, disk, ring, chamber].z - g_ref.csc[endcap, disk, ring, chamber].z)*signConventions["CSC", endcap, disk, ring, chamber][2]
h_dz.Fill(dz_mm)
ez_mm = 10.*r1.deltaz.error
h_ez.Fill(ez_mm)
if ez_mm != 0.0: h_pz.Fill(dz_mm/ez_mm)
dphix_mrad = 1000.0*(g1.csc[endcap, disk, ring, chamber].phix - g_ref.csc[endcap, disk, ring, chamber].phix)
h_dphix.Fill(dphix_mrad)
ephix_mrad = 1000.*r1.deltaphix.error
h_ephix.Fill(ephix_mrad)
if ephix_mrad != 0.0: h_pphix.Fill(dphix_mrad/ephix_mrad)
dphiy_mrad = 1000.0*(g1.csc[endcap, disk, ring, chamber].phiy - g_ref.csc[endcap, disk, ring, chamber].phiy)
h_dphiy.Fill(dphiy_mrad)
ephiy_mrad = 1000.*r1.deltaphiy.error
h_ephiy.Fill(ephiy_mrad)
if ephiy_mrad != 0.0: h_pphiy.Fill(dphiy_mrad/ephiy_mrad)
dphiz_mrad = 1000.0*(g1.csc[endcap, disk, ring, chamber].phiz - g_ref.csc[endcap, disk, ring, chamber].phiz)
h_dphiz.Fill(dphiz_mrad)
ephiz_mrad = 1000.*r1.deltaphiz.error
h_ephiz.Fill(ephiz_mrad)
if ephiz_mrad != 0.0: h_pphiz.Fill(dphiz_mrad/ephiz_mrad)
else:
for endcap in 1,2:
for disk in 1, 2, 3, 4:
if disk == 1: rings = 1,2,3
else: rings = 1,2
for ring in rings:
if disk != 1 and ring == 1: chambers = range(1,18+1)
else: chambers = range(1,36+1)
for chamber in chambers:
dx_mm = 10.0*(g1.csc[endcap, disk, ring, chamber].x - g_ref.csc[endcap, disk, ring, chamber].x)*signConventions["CSC", endcap, disk, ring, chamber][0]
h_dx.Fill(dx_mm)
dy_mm = 10.0*(g1.csc[endcap, disk, ring, chamber].y - g_ref.csc[endcap, disk, ring, chamber].y)*signConventions["CSC", endcap, disk, ring, chamber][1]
h_dy.Fill(dy_mm)
dz_mm = 10.0*(g1.csc[endcap, disk, ring, chamber].z - g_ref.csc[endcap, disk, ring, chamber].z)*signConventions["CSC", endcap, disk, ring, chamber][2]
h_dz.Fill(dz_mm)
dphix_mrad = 1000.0*(g1.csc[endcap, disk, ring, chamber].phix - g_ref.csc[endcap, disk, ring, chamber].phix)
h_dphix.Fill(dphix_mrad)
dphiy_mrad = 1000.0*(g1.csc[endcap, disk, ring, chamber].phiy - g_ref.csc[endcap, disk, ring, chamber].phiy)
h_dphiy.Fill(dphiy_mrad)
dphiz_mrad = 1000.0*(g1.csc[endcap, disk, ring, chamber].phiz - g_ref.csc[endcap, disk, ring, chamber].phiz)
h_dphiz.Fill(dphiz_mrad)
#*******************************************************************************
systemPrettyName = "ME ALL"
histTitle = systemPrettyName+": "+correctionName
littleLabel = alignmentName+" - "+referenceName
h_dx.SetTitle(histTitle)
fit = FitAndDraw(h_dx, littleLabel, 0)
legend.Draw()
pngName = "CSC_dx.png"
pdfName = "CSC_dx.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_dy.SetTitle(histTitle)
fit = FitAndDraw(h_dy, littleLabel, 0)
legend.Draw()
pngName = "CSC_dy.png"
pdfName = "CSC_dy.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_dz.SetTitle(histTitle)
fit = FitAndDraw(h_dz, littleLabel, 0)
legend.Draw()
pngName = "CSC_dz.png"
pdfName = "CSC_dz.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_dphix.SetTitle(histTitle)
fit = FitAndDraw(h_dphix, littleLabel, 0)
legend.Draw()
pngName = "CSC_dphix.png"
pdfName = "CSC_dphix.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_dphiy.SetTitle(histTitle)
fit = FitAndDraw(h_dphiy, littleLabel, 0)
legend.Draw()
pngName = "CSC_dphiy.png"
pdfName = "CSC_dphiy.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_dphiz.SetTitle(histTitle)
fit = FitAndDraw(h_dphiz, littleLabel, 0)
legend.Draw()
pngName = "CSC_dphiz.png"
pdfName = "CSC_dphiz.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
#*******************************************************************************
if isReport:
histTitle = systemPrettyName+": Alignment fit uncertainties"
h_ex.SetTitle(histTitle)
fit = FitAndDraw(h_ex, alignmentName, 0)
legend.Draw()
pngName = "CSC_ex.png"
pdfName = "CSC_ex.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_ey.SetTitle(histTitle)
fit = FitAndDraw(h_ey, alignmentName, 0)
legend.Draw()
pngName = "CSC_ey.png"
pdfName = "CSC_ey.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_ez.SetTitle(histTitle)
fit = FitAndDraw(h_ez, alignmentName, 0)
legend.Draw()
pngName = "CSC_ez.png"
pdfName = "CSC_ez.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_ephix.SetTitle(histTitle)
fit = FitAndDraw(h_ephix, alignmentName, 0)
legend.Draw()
pngName = "CSC_ephix.png"
pdfName = "CSC_ephix.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_ephiy.SetTitle(histTitle)
fit = FitAndDraw(h_ephiy, alignmentName, 0)
legend.Draw()
pngName = "CSC_ephiy.png"
pdfName = "CSC_ephiy.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_ephiz.SetTitle(histTitle)
fit = FitAndDraw(h_ephiz, alignmentName, 0)
legend.Draw()
pngName = "CSC_ephiz.png"
pdfName = "CSC_ephiz.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
#*******************************************************************************
histTitle = systemPrettyName+": Pulls"
h_px.SetTitle(histTitle)
fit = FitAndDraw(h_px, littleLabel, 1)
legend.Draw()
pngName = "CSC_px.png"
pdfName = "CSC_px.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_py.SetTitle(histTitle)
fit = FitAndDraw(h_py, littleLabel, 1)
legend.Draw()
pngName = "CSC_py.png"
pdfName = "CSC_py.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_pz.SetTitle(histTitle)
fit = FitAndDraw(h_pz, littleLabel, 1)
legend.Draw()
pngName = "CSC_pz.png"
pdfName = "CSC_pz.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_pphix.SetTitle(histTitle)
fit = FitAndDraw(h_pphix, littleLabel, 1)
legend.Draw()
pngName = "CSC_pphix.png"
pdfName = "CSC_pphix.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_pphiy.SetTitle(histTitle)
fit = FitAndDraw(h_pphiy, littleLabel, 1)
legend.Draw()
pngName = "CSC_pphiy.png"
pdfName = "CSC_pphiy.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
h_pphiz.SetTitle(histTitle)
fit = FitAndDraw(h_pphiz, littleLabel, 1)
legend.Draw()
pngName = "CSC_pphiz.png"
pdfName = "CSC_pphiz.pdf"
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
#*******************************************************************************
cscGroupTable = CscGroupTable()
cscGroupTable.AddCscGroupVar("dxRMS", "δx (mm) <br>RMS", "$RMS(\\delta x)$", "mm")
cscGroupTable.AddCscGroupVar("dxGaussSig", "δx (mm) <br>Gauss Sigma", "$\\sigma_{Gauss}(\\delta x)$", "mm")
cscGroupTable.AddCscGroupVar("dyRMS", "δy (mm) <br>RMS", "$RMS(\\delta y)$", "mm")
cscGroupTable.AddCscGroupVar("dyGaussSig", "δy (mm) <br>Gauss Sigma", "$\\sigma_{Gauss}(\\delta y)$", "mm")
cscGroupTable.AddCscGroupVar("dzRMS", "δz (mm) <br>RMS", "$RMS(\\delta z)$", "mm")
cscGroupTable.AddCscGroupVar("dzGaussSig", "δz (mm) <br>Gauss Sigma", "$\\sigma_{Gauss}(\\delta z)$", "mm")
cscGroupTable.AddCscGroupVar("dphixRMS", "δφ<sub>x</sub> (mrad) <br>RMS", "$RMS(\\delta \\phi_{x})$", "mrad")
cscGroupTable.AddCscGroupVar("dphixGaussSig", "δφ<sub>x</sub> (mrad) <br>Gauss Sigma", "$\\sigma_{Gauss}(\\delta \\phi_{x})$", "mrad")
cscGroupTable.AddCscGroupVar("dphiyRMS", "δφ<sub>y</sub> (mrad) <br>RMS", "$RMS(\\delta \\phi_{y})$", "mrad")
cscGroupTable.AddCscGroupVar("dphiyGaussSig", "δφ<sub>y</sub> (mrad) <br>Gauss Sigma", "$\\sigma_{Gauss}(\\delta \\phi_{y})$", "mrad")
cscGroupTable.AddCscGroupVar("dphizRMS", "δφ<sub>z</sub> (mrad) <br>RMS", "$RMS(\\delta \\phi_{z})$", "mrad")
cscGroupTable.AddCscGroupVar("dphizGaussSig", "δφ<sub>z</sub> (mrad) <br>Gauss Sigma", "$\\sigma_{Gauss}(\\delta \\phi_{z})$", "mrad")
cscGroupTable.AddCscGroupVar("exMean", "σ<sub>fit</sub>x (mm) <br>Mean", "$Mean(\\sigma_{fit} x) $", "mm")
cscGroupTable.AddCscGroupVar("exGaussMean", "σ<sub>fit</sub>x (mm) <br>Gauss Mean", "$Mean_{Gauss}(\\sigma_{fit} x) $", "mm")
cscGroupTable.AddCscGroupVar("eyMean", "σ<sub>fit</sub>y (mm) <br>Mean", "$Mean(\\sigma_{fit} y) $", "mm")
cscGroupTable.AddCscGroupVar("eyGaussMean", "σ<sub>fit</sub>y (mm) <br>Gauss Mean", "$Mean_{Gauss}(\\sigma_{fit} y) $", "mm")
cscGroupTable.AddCscGroupVar("ezMean", "σ<sub>fit</sub>z (mm) <br>Mean", "$Mean(\\sigma_{fit} z) $", "mm")
cscGroupTable.AddCscGroupVar("ezGaussMean", "σ<sub>fit</sub>z (mm) <br>Gauss Mean", "$Mean_{Gauss}(\\sigma_{fit} z) $", "mm")
cscGroupTable.AddCscGroupVar("ephixMean", "σ<sub>fit</sub>φ<sub>x</sub> (mrad) <br>Mean", "$Mean(\\sigma_{fit} \\phi_x) $", "mrad")
cscGroupTable.AddCscGroupVar("ephixGaussMean", "σ<sub>fit</sub>φ<sub>x</sub> (mrad) <br>Gauss Mean", "$Mean_{Gauss}(\\sigma_{fit} \\phi_x) $", "mrad")
cscGroupTable.AddCscGroupVar("ephiyMean", "σ<sub>fit</sub>φ<sub>y</sub> (mrad) <br>Mean", "$Mean(\\sigma_{fit} \\phi_y) $", "mrad")
cscGroupTable.AddCscGroupVar("ephiyGaussMean", "σ<sub>fit</sub>φ<sub>y</sub> (mrad) <br>Gauss Mean", "$Mean_{Gauss}(\\sigma_{fit} \\phi_y) $", "mrad")
cscGroupTable.AddCscGroupVar("ephizMean", "σ<sub>fit</sub>φ<sub>z</sub> (mrad) <br>Mean", "$Mean(\\sigma_{fit} \\phi_z) $", "mrad")
cscGroupTable.AddCscGroupVar("ephizGaussMean", "σ<sub>fit</sub>φ<sub>z</sub> (mrad) <br>Gauss Mean", "$Mean_{Gauss}(\\sigma_{fit} \\phi_z) $", "mrad")
cscGroupTable.AddCscGroupVar("pxRMS","x pull <br>RMS", "$RMS(P x)$", None)
cscGroupTable.AddCscGroupVar("pxGaussSig","x pull <br>Gauss Sigma", "$\\sigma_{Gauss}(P x)$", None)
cscGroupTable.AddCscGroupVar("pyRMS","y pull <br>RMS", "$RMS(P y)$", None)
cscGroupTable.AddCscGroupVar("pyGaussSig","y pull <br>Gauss Sigma", "$\\sigma_{Gauss}(P y)$", None)
cscGroupTable.AddCscGroupVar("pzRMS","z pull <br>RMS", "$RMS(P z)$", None)
cscGroupTable.AddCscGroupVar("pzGaussSig","z pull <br>Gauss Sigma", "$\\sigma_{Gauss}(P z)$", None)
cscGroupTable.AddCscGroupVar("pphixRMS","φ<sub>x</sub> pull <br>RMS", "$RMS(P \\phi_{x})$", None)
cscGroupTable.AddCscGroupVar("pphixGaussSig","φ<sub>x</sub> pull <br>Gauss Sigma", "$\\sigma_{Gauss}(P \\phi_{x})$", None)
cscGroupTable.AddCscGroupVar("pphiyRMS","φ<sub>y</sub> pull <br>RMS", "$RMS(P \\phi_{y})$", None)
cscGroupTable.AddCscGroupVar("pphiyGaussSig","φ<sub>y</sub> pull <br>Gauss Sigma", "$\\sigma_{Gauss}(P \\phi_{y})$", None)
cscGroupTable.AddCscGroupVar("pphizRMS","φ<sub>z</sub> pull <br>RMS", "$RMS(P \\phi_{z})$", None)
cscGroupTable.AddCscGroupVar("pphizGaussSig","φ<sub>z</sub> pull <br>Gauss Sigma", "$\\sigma_{Gauss}(P \\phi_{z})$", None)
cscTab_dx = CscTable()
cscTab_dy = CscTable()
cscTab_dz = CscTable()
cscTab_dphix = CscTable()
cscTab_dphiy = CscTable()
cscTab_dphiz = CscTable()
cscTab_ex = CscTable()
cscTab_ey = CscTable()
cscTab_ez = CscTable()
cscTab_ephix = CscTable()
cscTab_ephiy = CscTable()
cscTab_ephiz = CscTable()
cscTab_px = CscTable()
cscTab_py = CscTable()
cscTab_pz = CscTable()
cscTab_pphix = CscTable()
cscTab_pphiy = CscTable()
cscTab_pphiz = CscTable()
for endcap in 1,2:
for disk in 1, 2, 3, 4:
if disk == 1: rings = 1,2,3
else: rings = 1,2
for ring in rings:
h_dx.Reset("ICESM")
h_dy.Reset("ICESM")
h_dz.Reset("ICESM")
h_dphix.Reset("ICESM")
h_dphiy.Reset("ICESM")
h_dphiz.Reset("ICESM")
h_ex.Reset("ICESM")
h_ey.Reset("ICESM")
h_ez.Reset("ICESM")
h_ephix.Reset("ICESM")
h_ephiy.Reset("ICESM")
h_ephiz.Reset("ICESM")
h_px.Reset("ICESM")
h_py.Reset("ICESM")
h_pz.Reset("ICESM")
h_pphix.Reset("ICESM")
h_pphiy.Reset("ICESM")
h_pphiz.Reset("ICESM")
if isReport:
for r1 in report1:
if ( r1.postal_address[0] == "CSC" and r1.status == "PASS" and r1.postal_address[1] == endcap and r1.postal_address[2] == disk and r1.postal_address[3] == ring ) :
chamber = r1.postal_address[4]
dx_mm = 10.0*(g1.csc[endcap, disk, ring, chamber].x - g_ref.csc[endcap, disk, ring, chamber].x)*signConventions["CSC", endcap, disk, ring, chamber][0]
h_dx.Fill(dx_mm)
cscTab_dx.FillCsc(endcap, disk, ring, chamber,"%.3f" % dx_mm)
ex_mm = 10.*r1.deltax.error
h_ex.Fill(ex_mm)
cscTab_ex.FillCsc(endcap, disk, ring, chamber,"%.3f" % ex_mm)
if ex_mm != 0.0:
px = dx_mm/ex_mm
h_px.Fill(px)
cscTab_px.FillCsc(endcap, disk, ring, chamber,"%.3f" % px)
dy_mm = 10.0*(g1.csc[endcap, disk, ring, chamber].y - g_ref.csc[endcap, disk, ring, chamber].y)*signConventions["CSC", endcap, disk, ring, chamber][1]
h_dy.Fill(dy_mm)
cscTab_dy.FillCsc(endcap, disk, ring, chamber,"%.3f" % dy_mm)
ey_mm = 10.*r1.deltay.error
h_ey.Fill(ey_mm)
cscTab_ey.FillCsc(endcap, disk, ring, chamber,"%.3f" % ey_mm)
if ey_mm != 0.0:
py = dy_mm/ey_mm
h_py.Fill(py)
cscTab_py.FillCsc(endcap, disk, ring, chamber,"%.3f" % py)
dz_mm = 10.0*(g1.csc[endcap, disk, ring, chamber].z - g_ref.csc[endcap, disk, ring, chamber].z)*signConventions["CSC", endcap, disk, ring, chamber][2]
h_dz.Fill(dz_mm)
cscTab_dz.FillCsc(endcap, disk, ring, chamber,"%.3f" % dz_mm)
ez_mm = 10.*r1.deltaz.error
h_ez.Fill(ez_mm)
cscTab_ez.FillCsc(endcap, disk, ring, chamber,"%.3f" % ez_mm)
if ez_mm != 0.0:
pz = dz_mm/ez_mm
h_pz.Fill(pz)
cscTab_pz.FillCsc(endcap, disk, ring, chamber,"%.3f" % pz)
dphix_mrad = 1000.*(g1.csc[endcap, disk, ring, chamber].phix - g_ref.csc[endcap, disk, ring, chamber].phix)
h_dphix.Fill(dphix_mrad)
cscTab_dphix.FillCsc(endcap, disk, ring, chamber,"%.3f" % dphix_mrad)
ephix_mrad = 1000.*r1.deltaphix.error
h_ephix.Fill(ephix_mrad)
cscTab_ephix.FillCsc(endcap, disk, ring, chamber,"%.3f" % ephix_mrad)
if ephix_mrad != 0.0:
pphix = dphix_mrad/ephix_mrad
h_pphix.Fill(pphix)
cscTab_pphix.FillCsc(endcap, disk, ring, chamber,"%.3f" % pphix)
dphiy_mrad = 1000.*(g1.csc[endcap, disk, ring, chamber].phiy - g_ref.csc[endcap, disk, ring, chamber].phiy)
h_dphiy.Fill(dphiy_mrad)
cscTab_dphiy.FillCsc(endcap, disk, ring, chamber,"%.3f" % dphiy_mrad)
ephiy_mrad = 1000.*r1.deltaphiy.error
h_ephiy.Fill(ephiy_mrad)
cscTab_ephiy.FillCsc(endcap, disk, ring, chamber,"%.3f" % ephiy_mrad)
if ephiy_mrad != 0.0:
pphiy = dphiy_mrad/ephiy_mrad
h_pphiy.Fill(pphiy)
cscTab_pphiy.FillCsc(endcap, disk, ring, chamber,"%.3f" % pphiy)
dphiz_mrad = 1000.*(g1.csc[endcap, disk, ring, chamber].phiz - g_ref.csc[endcap, disk, ring, chamber].phiz)
h_dphiz.Fill(dphiz_mrad)
cscTab_dphiz.FillCsc(endcap, disk, ring, chamber,"%.3f" % dphiz_mrad)
ephiz_mrad = 1000.*r1.deltaphiz.error
h_ephiz.Fill(ephiz_mrad)
cscTab_ephiz.FillCsc(endcap, disk, ring, chamber,"%.3f" % ephiz_mrad)
if ephiz_mrad != 0.0:
pphiz = dphiz_mrad/ephiz_mrad
h_pphiz.Fill(pphiz)
cscTab_pphiz.FillCsc(endcap, disk, ring, chamber,"%.3f" % pphiz)
else: # if isReport
if disk != 1 and ring == 1: chambers = range(1,18+1)
else: chambers = range(1,36+1)
for chamber in chambers:
dx_mm = 10.0*(g1.csc[endcap, disk, ring, chamber].x - g_ref.csc[endcap, disk, ring, chamber].x)*signConventions["CSC", endcap, disk, ring, chamber][0]
h_dx.Fill(dx_mm)
cscTab_dx.FillCsc(endcap, disk, ring, chamber,"%.3f" % dx_mm)
dy_mm = 10.0*(g1.csc[endcap, disk, ring, chamber].y - g_ref.csc[endcap, disk, ring, chamber].y)*signConventions["CSC", endcap, disk, ring, chamber][1]
h_dy.Fill(dy_mm)
cscTab_dy.FillCsc(endcap, disk, ring, chamber,"%.3f" % dy_mm)
dz_mm = 10.0*(g1.csc[endcap, disk, ring, chamber].z - g_ref.csc[endcap, disk, ring, chamber].z)*signConventions["CSC", endcap, disk, ring, chamber][2]
h_dz.Fill(dz_mm)
cscTab_dz.FillCsc(endcap, disk, ring, chamber,"%.3f" % dz_mm)
dphix_mrad = 1000.0*(g1.csc[endcap, disk, ring, chamber].phix - g_ref.csc[endcap, disk, ring, chamber].phix)
h_dphix.Fill(dphix_mrad)
cscTab_dphix.FillCsc(endcap, disk, ring, chamber,"%.3f" % dphix_mrad)
dphiy_mrad = 1000.0*(g1.csc[endcap, disk, ring, chamber].phiy - g_ref.csc[endcap, disk, ring, chamber].phiy)
h_dphiy.Fill(dphiy_mrad)
cscTab_dphiy.FillCsc(endcap, disk, ring, chamber,"%.3f" % dphiy_mrad)
dphiz_mrad = 1000.0*(g1.csc[endcap, disk, ring, chamber].phiz - g_ref.csc[endcap, disk, ring, chamber].phiz)
h_dphiz.Fill(dphiz_mrad)
cscTab_dphiz.FillCsc(endcap, disk, ring, chamber,"%.3f" % dphiz_mrad)
#****** Corrections: save plots and fill tables over homogeneous chambers ******
if endcap == 1:
sEndcapSign = "+"
sEndcapPorM = "p"
else:
sEndcapSign = "-"
sEndcapPorM = "m"
cscGroupPrettyName = "ME" + sEndcapSign + ("%s/%s/ALL" % (disk, ring))
histTitle = cscGroupPrettyName+": "+correctionName
h_dx.SetTitle(histTitle)
fit = FitAndDraw(h_dx, littleLabel)
legend.Draw()
pngName = "CSC_dx_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_dx_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sRMS = "%.3f" % h_dx.GetRMS()
cscGroupTable.FillCscGroup("dxRMS", endcap, disk, ring, sRMS, "./PNG/"+pngName)
if fit[0]:
sSigma = "%.3f" % fit[1].GetParameter(2)
cscGroupTable.FillCscGroup("dxGaussSig", endcap, disk, ring, sSigma, "./PNG/"+pngName)
h_dy.SetTitle(histTitle)
fit = FitAndDraw(h_dy, littleLabel)
legend.Draw()
pngName = "CSC_dy_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_dy_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sRMS = "%.3f" % h_dy.GetRMS()
cscGroupTable.FillCscGroup("dyRMS", endcap, disk, ring, sRMS, "./PNG/"+pngName)
if fit[0]:
sSigma = "%.3f" % fit[1].GetParameter(2)
cscGroupTable.FillCscGroup("dyGaussSig", endcap, disk, ring, sSigma, "./PNG/"+pngName)
h_dz.SetTitle(histTitle)
fit = FitAndDraw(h_dz, littleLabel)
legend.Draw()
pngName = "CSC_dz_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_dz_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sRMS = "%.3f" % h_dz.GetRMS()
cscGroupTable.FillCscGroup("dzRMS", endcap, disk, ring, sRMS, "./PNG/"+pngName)
if fit[0]:
sSigma = "%.3f" % fit[1].GetParameter(2)
cscGroupTable.FillCscGroup("dzGaussSig", endcap, disk, ring, sSigma, "./PNG/"+pngName)
h_dphix.SetTitle(histTitle)
fit = FitAndDraw(h_dphix, littleLabel)
legend.Draw()
pngName = "CSC_dphix_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_dphix_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sRMS = "%.3f" % h_dphix.GetRMS()
cscGroupTable.FillCscGroup("dphixRMS", endcap, disk, ring, sRMS, "./PNG/"+pngName)
if fit[0]:
sSigma = "%.3f" % fit[1].GetParameter(2)
cscGroupTable.FillCscGroup("dphixGaussSig", endcap, disk, ring, sSigma, "./PNG/"+pngName)
h_dphiy.SetTitle(histTitle)
fit = FitAndDraw(h_dphiy, littleLabel)
legend.Draw()
pngName = "CSC_dphiy_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_dphiy_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sRMS = "%.3f" % h_dphiy.GetRMS()
cscGroupTable.FillCscGroup("dphiyRMS", endcap, disk, ring, sRMS, "./PNG/"+pngName)
if fit[0]:
sSigma = "%.3f" % fit[1].GetParameter(2)
cscGroupTable.FillCscGroup("dphiyGaussSig", endcap, disk, ring, sSigma, "./PNG/"+pngName)
h_dphiz.SetTitle(histTitle)
fit = FitAndDraw(h_dphiz, littleLabel)
legend.Draw()
pngName = "CSC_dphiz_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_dphiz_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sRMS = "%.3f" % h_dphiz.GetRMS()
cscGroupTable.FillCscGroup("dphizRMS", endcap, disk, ring, sRMS, "./PNG/"+pngName)
if fit[0]:
sSigma = "%.3f" % fit[1].GetParameter(2)
cscGroupTable.FillCscGroup("dphizGaussSig", endcap, disk, ring, sSigma, "./PNG/"+pngName)
#****** Fit uncert: save plots and fill tables over homogeneous chambers *******
if isReport:
histTitle = cscGroupPrettyName+": alignment fit uncertainties"
h_ex.SetTitle(histTitle)
fit = FitAndDraw(h_ex, alignmentName)
legend.Draw()
pngName = "CSC_ex_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_ex_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sMean = "%.3f" % h_ex.GetMean()
cscGroupTable.FillCscGroup("exMean", endcap, disk, ring, sMean, "./PNG/"+pngName)
if fit[0]:
sGaussMean = "%.3f" % fit[1].GetParameter(1)
cscGroupTable.FillCscGroup("exGaussMean", endcap, disk, ring, sGaussMean, "./PNG/"+pngName)
h_ey.SetTitle(histTitle)
fit = FitAndDraw(h_ey, alignmentName)
legend.Draw()
pngName = "CSC_ey_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_ey_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sMean = "%.3f" % h_ey.GetMean()
cscGroupTable.FillCscGroup("eyMean", endcap, disk, ring, sMean, "./PNG/"+pngName)
if fit[0]:
sGaussMean = "%.3f" % fit[1].GetParameter(1)
cscGroupTable.FillCscGroup("eyGaussMean", endcap, disk, ring, sGaussMean, "./PNG/"+pngName)
h_ez.SetTitle(histTitle)
fit = FitAndDraw(h_ez, alignmentName)
legend.Draw()
pngName = "CSC_ez_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_ez_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sMean = "%.3f" % h_ez.GetMean()
cscGroupTable.FillCscGroup("ezMean", endcap, disk, ring, sMean, "./PNG/"+pngName)
if fit[0]:
sGaussMean = "%.3f" % fit[1].GetParameter(1)
cscGroupTable.FillCscGroup("ezGaussMean", endcap, disk, ring, sGaussMean, "./PNG/"+pngName)
h_ephix.SetTitle(histTitle)
fit = FitAndDraw(h_ephix, alignmentName)
legend.Draw()
pngName = "CSC_ephix_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_ephix_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sMean = "%.3f" % h_ephix.GetMean()
cscGroupTable.FillCscGroup("ephixMean", endcap, disk, ring, sMean, "./PNG/"+pngName)
if fit[0]:
sGaussMean = "%.3f" % fit[1].GetParameter(1)
cscGroupTable.FillCscGroup("ephixGaussMean", endcap, disk, ring, sGaussMean, "./PNG/"+pngName)
h_ephiy.SetTitle(histTitle)
fit = FitAndDraw(h_ephiy, alignmentName)
legend.Draw()
pngName = "CSC_ephiy_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_ephiy_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sMean = "%.3f" % h_ephiy.GetMean()
cscGroupTable.FillCscGroup("ephiyMean", endcap, disk, ring, sMean, "./PNG/"+pngName)
if fit[0]:
sGaussMean = "%.3f" % fit[1].GetParameter(1)
cscGroupTable.FillCscGroup("ephiyGaussMean", endcap, disk, ring, sGaussMean, "./PNG/"+pngName)
h_ephiz.SetTitle(histTitle)
fit = FitAndDraw(h_ephiz, alignmentName)
legend.Draw()
pngName = "CSC_ephiz_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_ephiz_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sMean = "%.3f" % h_ephiz.GetMean()
cscGroupTable.FillCscGroup("ephizMean", endcap, disk, ring, sMean, "./PNG/"+pngName)
if fit[0]:
sGaussMean = "%.3f" % fit[1].GetParameter(1)
cscGroupTable.FillCscGroup("ephizGaussMean", endcap, disk, ring, sGaussMean, "./PNG/"+pngName)
#******** Pulls: save plots and fill tables over homogeneous chambers **********
histTitle = cscGroupPrettyName+": pulls"
h_px.SetTitle(histTitle)
fit = FitAndDraw(h_px, littleLabel)
legend.Draw()
pngName = "CSC_px_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_px_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sRMS = "%.3f" % h_px.GetRMS()
cscGroupTable.FillCscGroup("pxRMS", endcap, disk, ring, sRMS, "./PNG/"+pngName)
if fit[0]:
sSigma = "%.3f" % fit[1].GetParameter(2)
cscGroupTable.FillCscGroup("pxGaussSig", endcap, disk, ring, sSigma, "./PNG/"+pngName)
h_py.SetTitle(histTitle)
fit = FitAndDraw(h_py, littleLabel)
legend.Draw()
pngName = "CSC_py_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_py_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sRMS = "%.3f" % h_py.GetRMS()
cscGroupTable.FillCscGroup("pyRMS", endcap, disk, ring, sRMS, "./PNG/"+pngName)
if fit[0]:
sSigma = "%.3f" % fit[1].GetParameter(2)
cscGroupTable.FillCscGroup("pyGaussSig", endcap, disk, ring, sSigma, "./PNG/"+pngName)
h_pz.SetTitle(histTitle)
fit = FitAndDraw(h_pz, littleLabel)
legend.Draw()
pngName = "CSC_pz_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_pz_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sRMS = "%.3f" % h_pz.GetRMS()
cscGroupTable.FillCscGroup("pzRMS", endcap, disk, ring, sRMS, "./PNG/"+pngName)
if fit[0]:
sSigma = "%.3f" % fit[1].GetParameter(2)
cscGroupTable.FillCscGroup("pzGaussSig", endcap, disk, ring, sSigma, "./PNG/"+pngName)
h_pphix.SetTitle(histTitle)
fit = FitAndDraw(h_pphix, littleLabel)
legend.Draw()
pngName = "CSC_pphix_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_pphix_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sRMS = "%.3f" % h_pphix.GetRMS()
cscGroupTable.FillCscGroup("pphixRMS", endcap, disk, ring, sRMS, "./PNG/"+pngName)
if fit[0]:
sSigma = "%.3f" % fit[1].GetParameter(2)
cscGroupTable.FillCscGroup("pphixGaussSig", endcap, disk, ring, sSigma, "./PNG/"+pngName)
h_pphiy.SetTitle(histTitle)
fit = FitAndDraw(h_pphiy, littleLabel)
legend.Draw()
pngName = "CSC_pphiy_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_pphiy_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sRMS = "%.3f" % h_pphiy.GetRMS()
cscGroupTable.FillCscGroup("pphiyRMS", endcap, disk, ring, sRMS, "./PNG/"+pngName)
if fit[0]:
sSigma = "%.3f" % fit[1].GetParameter(2)
cscGroupTable.FillCscGroup("pphiyGaussSig", endcap, disk, ring, sSigma, "./PNG/"+pngName)
h_pphiz.SetTitle(histTitle)
fit = FitAndDraw(h_pphiz, littleLabel)
legend.Draw()
pngName = "CSC_pphiz_"+sEndcapPorM+"_%s_%s.png" % (disk, ring)
pdfName = "CSC_pphiz_"+sEndcapPorM+"_%s_%s.pdf" % (disk, ring)
c1.SaveAs(pngPath+pngName)
c1.SaveAs(pdfPath+pdfName)
sRMS = "%.3f" % h_pphiz.GetRMS()
cscGroupTable.FillCscGroup("pphizRMS", endcap, disk, ring, sRMS, "./PNG/"+pngName)
if fit[0]:
sSigma = "%.3f" % fit[1].GetParameter(2)
cscGroupTable.FillCscGroup("pphizGaussSig", endcap, disk, ring, sSigma, "./PNG/"+pngName)
#*******************************************************************************
# Auxiliarly output HTML files
# 1. htmlName_d - file for corrections or biases
# 2. htmlName_e - file for fit uncertainties
# 3. htmlName_p - file for pulls
#*******************************************************************************
#************************* Corrections: print all DOF **************************
htmlFile_d = htmlPath + htmlName_d
texFile_d = texPath + texName_d
PrintHtmlHeader(htmlFile_d)
PrintTexHeader(texFile_d)
PrintHtmlCode(htmlFile_d,"<font size=\"+2\">Alignment %s for %s</font>" % (correctionName,alignmentName) )
PrintHtmlCode(htmlFile_d,"<p>")
PrintHtmlCode(htmlFile_d,"<table border=\"1\" cellpadding=\"5\">")
caption = "<font size=+1>%s</font> <br><font size=-1><pre>%s</pre></font>" % (correctionName, littleLabel)
PrintHtmlCode(htmlFile_d,"<caption>%s</caption>" % caption)
PrintHtmlCode(htmlFile_d,"<tr align=center>")
for dof in "x","y","z","phix","phiy","phiz":
pngName = "CSC_d%s.png" % dof
PrintHtmlCode(htmlFile_d,"<td><a href=\"./PNG/%s\"><img src=\"./PNG/%s\" alt=\"text\" width=\"250\"></a></td>" % (pngName, pngName))
if dof == "z": PrintHtmlCode(htmlFile_d,"</tr><tr align=center>")
PrintHtmlCode(htmlFile_d,"</tr>")
PrintHtmlCode(htmlFile_d,"</table>")
# Visualization
PrintHtmlCode(htmlFile_d,"<p>")
PrintHtmlCode(htmlFile_d,"<table border=\"1\" cellpadding=\"5\">")
caption = ("<font size=+1>Alignment %s visualization</font> <br><font size=-1>" % correctionName ) +alignmentName+" - "+referenceName+"</font>"
PrintHtmlCode(htmlFile_d,"<caption>%s</caption>" % caption)
for endcap in 1,2:
PrintHtmlCode(htmlFile_d,"<tr align=center>")
for disk in 1,2,3,4:
if endcap == 1: diskPrettyName = "__MEp%s" % disk
else: diskPrettyName = "__MEm%s" % disk
imageName = alignmentName+"-"+referenceName+diskPrettyName
pngName = imageName+".png"
PrintHtmlCode(htmlFile_d,"<td><a href=\"./PNG/%s\"><img src=\"./PNG/%s\" alt=\"text\" width=\"300\"></a></td>" % (pngName, pngName))
PrintHtmlCode(htmlFile_d,"</tr>")
PrintHtmlCode(htmlFile_d,"</table>")
PrintHtmlCode(htmlFile_d,"<p>")
caption = ("<font size=+1>Alignment %s averaged over homogeneous chambers</font> <br><font size=-1>" % correctionName )+alignmentName+" - "+referenceName+"</font>"
cscGroupTable.PrintHtml(htmlFile_d,["dxRMS","dyRMS","dzRMS","dphixRMS","dphiyRMS","dphizRMS"],caption,0)
PrintHtmlCode(htmlFile_d,"<p>")
caption = ("<font size=+1>Alignment %s averaged over homogeneous chambers</font> <br><font size=-1>" % correctionName )+alignmentName+" - "+referenceName+"</font>"
cscGroupTable.PrintHtml(htmlFile_d,["dxRMS","dxGaussSig","dyRMS","dyGaussSig","dzRMS","dzGaussSig","dphixRMS","dphixGaussSig","dphiyRMS","dphiyGaussSig","dphizRMS","dphizGaussSig"],caption,0)
#************************* Corrections: print separate DOF *********************
for dof in "x","y","z","phix","phiy","phiz":
PrintHtmlCode(htmlFile_d,"<p>")
if dof == "x": htmlDof, texDof, unitDof = "δx", "\\delta x", "mm"
if dof == "y": htmlDof, texDof, unitDof = "δy", "\\delta y", "mm"
if dof == "z": htmlDof, texDof, unitDof = "δz", "\\delta z", "mm"
if dof == "phix": htmlDof, texDof, unitDof = "δφ<sub>x</sub>", "\\delta \\phi_{x}", "mrad"
if dof == "phiy": htmlDof, texDof, unitDof = "δφ<sub>y</sub>", "\\delta \\phi_{y}", "mrad"
if dof == "phiz": htmlDof, texDof, unitDof = "δφ<sub>z</sub>", "\\delta \\phi_{z}", "mrad"
htmlCaption = "<font size=+1>%s <i>%s</i> (%s) </font> <br><font size=-1><pre>%s</pre></font>" % (correctionName, htmlDof, unitDof, littleLabel)
texCaption = "%s $%s$~(%s) \\\\ {\\tiny \\verb;%s;}" % (correctionName, texDof, unitDof, littleLabel)
if dof == "x":
cscTab_dx.PrintHtml(htmlFile_d, htmlCaption, 0)
cscTab_dx.PrintTex(texFile_d, texCaption, "cscTab_dx", 0)
if dof == "y":
cscTab_dy.PrintHtml(htmlFile_d, htmlCaption, 0)
cscTab_dy.PrintTex(texFile_d, texCaption, "cscTab_dy", 0)
if dof == "z":
cscTab_dz.PrintHtml(htmlFile_d, htmlCaption, 0)
cscTab_dz.PrintTex(texFile_d, texCaption, "cscTab_dz", 0)
if dof == "phix":
cscTab_dphix.PrintHtml(htmlFile_d, htmlCaption, 0)
cscTab_dphix.PrintTex(texFile_d, texCaption, "cscTab_dphix", 0)
if dof == "phiy":
cscTab_dphiy.PrintHtml(htmlFile_d, htmlCaption, 0)
cscTab_dphiy.PrintTex(texFile_d, texCaption, "cscTab_dphiy", 0)
if dof == "phiz":
cscTab_dphiz.PrintHtml(htmlFile_d, htmlCaption, 0)
cscTab_dphiz.PrintTex(texFile_d, texCaption, "cscTab_dphiz", 0)
htmlCaption = ("<font size=+1>%s <i>%s</i> (%s) in homogeneous chambers</font> <br><font size=-1><pre>%s</pre></font>" % (correctionName, htmlDof, unitDof, littleLabel) )
PrintHtmlCode(htmlFile_d,"<p>")
PrintHtmlCode(htmlFile_d,"<table border=\"1\" cellpadding=\"5\">")
PrintHtmlCode(htmlFile_d,"<caption>%s</caption>" % htmlCaption)
PrintHtmlCode(htmlFile_d,"<tr align=center><th></th><th></th><th><i>Disk 1</i></th><th><i>Disk 2</i></th><th><i>Disk 3</i></th><th><i>Disk 4</i></th>")
for endcap in 1,2:
if endcap == 1: sEndcapPorM = "p"
else: sEndcapPorM = "m"
for ring in 1,2,3:
PrintHtmlCode( htmlFile_d, "<tr align=center>" )
if ring == 1:
if endcap == 1: PrintHtmlCode( htmlFile_d, "<th rowspan=\"3\"><i>ME+</i></th>" )
else: PrintHtmlCode( htmlFile_d, "<th rowspan=\"3\"><i>ME-</i></th>" )
PrintHtmlCode( htmlFile_d, ("<th><i>Ring %s</i></th>" % ring) )
for disk in 1,2,3,4:
pngName = "CSC_d%s_%s_%s_%s.png" % (dof, sEndcapPorM, disk, ring)
if disk != 1 and ring == 3: PrintHtmlCode( htmlFile_d, "<td>None</td>" )
else: PrintHtmlCode( htmlFile_d, ("<td><a href=\"./PNG/%s\"><img src=\"./PNG/%s\" alt=\"text\" width=\"250\"></a></td>" % (pngName, pngName)) )
PrintHtmlCode(htmlFile_d,"</tr>")
PrintHtmlCode(htmlFile_d,"</table>")
PrintHtmlTrailer(htmlFile_d)
PrintTexTrailer(texFile_d)
#************************* Fit uncert: print all DOF ***************************
if isReport:
htmlFile_e = htmlPath + htmlName_e
texFile_e = texPath + texName_e
PrintHtmlHeader(htmlFile_e)
PrintTexHeader(texFile_e)
PrintHtmlCode(htmlFile_e,"<font size=\"+2\">Alignment fit uncertainties for %s</font>" % alignmentName )
PrintHtmlCode(htmlFile_e,"<p>")
PrintHtmlCode(htmlFile_e,"<table border=\"1\" cellpadding=\"5\">")
caption = "<font size=+1>Alignment fit uncertainties</font> <br><font size=-1>"+alignmentName+"</font>"
PrintHtmlCode(htmlFile_e,"<caption>%s</caption>" % caption)
PrintHtmlCode(htmlFile_e,"<tr align=center>")
for dof in "x","y","z","phix","phiy","phiz":
pngName = "CSC_e"+dof+".png"
PrintHtmlCode(htmlFile_e,"<td><a href=\"./PNG/%s\"><img src=\"./PNG/%s\" alt=\"text\" width=\"250\"></a></td>" % (pngName, pngName))
if dof == "z": PrintHtmlCode(htmlFile_e,"</tr><tr align=center>")
PrintHtmlCode(htmlFile_e,"</tr>")
PrintHtmlCode(htmlFile_e,"</table>")
PrintHtmlCode(htmlFile_e,"<p>")
caption = "<font size=+1>Alignment fit uncertainties averaged over homogeneous chambers</font> <br><font size=-1>"+alignmentName+"</font>"
cscGroupTable.PrintHtml(htmlFile_e,["exMean","eyMean","ezMean","ephixMean","ephiyMean","ephizMean"],caption,0)
PrintHtmlCode(htmlFile_e,"<p>")
caption = "<font size=+1>Alignment fit uncertainties averaged over homogeneous chambers</font> <br><font size=-1>"+alignmentName+"</font>"
cscGroupTable.PrintHtml(htmlFile_e,["exMean","exGaussMean","eyMean","eyGaussMean","ezMean","ezGaussMean","ephixMean","ephixGaussMean","ephiyMean","ephiyGaussMean","ephizMean","ephizGaussMean"],caption,0)
#************************ Fit uncert: print separate DOF *********************
for dof in "x","y","z","phix","phiy","phiz":
PrintHtmlCode(htmlFile_e,"<p>")
if dof == "x": htmlDof, texDof, unitDof = "σ<sub>fit</sub>x", "\\sigma_{fit} x", "mm"
if dof == "y": htmlDof, texDof, unitDof = "σ<sub>fit</sub>y", "\\sigma_{fit} y", "mm"
if dof == "z": htmlDof, texDof, unitDof = "σ<sub>fit</sub>z", "\\sigma_{fit} z", "mm"
if dof == "phix": htmlDof, texDof, unitDof = "σ<sub>fit</sub>φ<sub>x</sub>", "\\sigma_{fit} \\phi_{x}", "mrad"
if dof == "phiy": htmlDof, texDof, unitDof = "σ<sub>fit</sub>φ<sub>y</sub>", "\\sigma_{fit} \\phi_{y}", "mrad"
if dof == "phiz": htmlDof, texDof, unitDof = "σ<sub>fit</sub>φ<sub>z</sub>", "\\sigma_{fit} \\phi_{z}", "mrad"
htmlCaption = ("<font size=+1><Alignment fit uncertainties <i>%s</i> (%s)</font> <br><font size=-1><pre>%s</pre></font>" % (htmlDof, unitDof, alignmentName))
texCaption = "Alignment fit uncertainties $%s$~(%s) \\\\ {\\tiny \\verb;%s;}" % (texDof, unitDof, alignmentName)
if dof == "x":
cscTab_ex.PrintHtml(htmlFile_e, htmlCaption, 0)
cscTab_ex.PrintTex(texFile_e, texCaption, "cscTab_ex", 0)
if dof == "y":
cscTab_ey.PrintHtml(htmlFile_e, htmlCaption, 0)
cscTab_ey.PrintTex(texFile_e, texCaption, "cscTab_ey", 0)
if dof == "z":
cscTab_ez.PrintHtml(htmlFile_e, htmlCaption, 0)
cscTab_ez.PrintTex(texFile_e, texCaption, "cscTab_ez", 0)
if dof == "phix":
cscTab_ephix.PrintHtml(htmlFile_e, htmlCaption, 0)
cscTab_ephix.PrintTex(texFile_e, texCaption, "cscTab_ephix", 0)
if dof == "phiy":
cscTab_ephiy.PrintHtml(htmlFile_e, htmlCaption, 0)
cscTab_ephiy.PrintTex(texFile_e, texCaption, "cscTab_ephiy", 0)
if dof == "phiz":
cscTab_ephiz.PrintHtml(htmlFile_e, htmlCaption, 0)
cscTab_ephiz.PrintTex(texFile_e, texCaption, "cscTab_ephiz", 0)
htmlCaption = ("<font size=+1><Alignment fit uncertainties <i>%s</i> (%s) in homogeneous chambers</font> <br><font size=-1><pre>%s</pre></font>" % (htmlDof, unitDof, alignmentName))
PrintHtmlCode(htmlFile_e,"<p>")
PrintHtmlCode(htmlFile_e,"<table border=\"1\" cellpadding=\"5\">")
PrintHtmlCode(htmlFile_e,"<caption>%s</caption>" % htmlCaption)
PrintHtmlCode(htmlFile_e,"<tr align=center><th></th><th></th><th><i>Disk 1</i></th><th><i>Disk 2</i></th><th><i>Disk 3</i></th><th><i>Disk 4</i></th>")
for endcap in 1,2:
if endcap == 1: sEndcapPorM = "p"
else: sEndcapPorM = "m"
for ring in 1,2,3:
PrintHtmlCode( htmlFile_e, "<tr align=center>" )
if ring == 1:
if endcap == 1: PrintHtmlCode( htmlFile_e, "<th rowspan=\"3\"><i>ME+</i></th>" )
else: PrintHtmlCode( htmlFile_e, "<th rowspan=\"3\"><i>ME-</i></th>" )
PrintHtmlCode( htmlFile_e, ("<th><i>Ring %s</i></th>" % ring) )
for disk in 1,2,3,4:
pngName = "CSC_e%s_%s_%s_%s.png" % (dof, sEndcapPorM, disk, ring)
if disk != 1 and ring == 3: PrintHtmlCode( htmlFile_e, "<td>None</td>" )
else: PrintHtmlCode( htmlFile_e, ("<td><a href=\"./PNG/%s\"><img src=\"./PNG/%s\" alt=\"text\" width=\"250\"></a></td>" % (pngName, pngName)) )
PrintHtmlCode(htmlFile_e,"</tr>")
PrintHtmlCode(htmlFile_e,"</table>")
#***************************** Pulls: print all DOF ****************************
htmlFile_p = htmlPath + htmlName_p
texFile_p = texPath + texName_p
PrintHtmlHeader(htmlFile_p)
PrintTexHeader(texFile_p)
PrintHtmlCode(htmlFile_p,"<font size=\"+2\">Pulls for %s</font>" % alignmentName )
PrintHtmlCode(htmlFile_p,"<p>")
PrintHtmlCode(htmlFile_p,"<table border=\"1\" cellpadding=\"5\">")
caption = "<font size=+1>Pulls</font> <br><font size=-1>"+alignmentName+" - "+referenceName+"</font>"
PrintHtmlCode(htmlFile_p,"<caption>%s</caption>" % caption)
PrintHtmlCode(htmlFile_p,"<tr align=center>")
for dof in "x","y","z","phix","phiy","phiz":
pngName = "CSC_p"+dof+".png"
PrintHtmlCode(htmlFile_p,"<td><a href=\"./PNG/%s\"><img src=\"./PNG/%s\" alt=\"text\" width=\"250\"></a></td>" % (pngName, pngName))
if dof == "z": PrintHtmlCode(htmlFile_p,"</tr><tr align=center>")
PrintHtmlCode(htmlFile_p,"</tr>")
PrintHtmlCode(htmlFile_p,"</table>")
PrintHtmlCode(htmlFile_p,"<p>")
caption = "<font size=+1>Pulls averaged over homogeneous chambers</font> <br><font size=-1>"+alignmentName+" - "+referenceName+"</font>"
cscGroupTable.PrintHtml(htmlFile_p,["pxRMS","pyRMS","pzRMS","pphixRMS","pphiyRMS","pphizRMS"],caption,0)
PrintHtmlCode(htmlFile_p,"<p>")
caption = "<font size=+1>Pulls averaged over homogeneous chambers</font> <br><font size=-1>"+alignmentName+" - "+referenceName+"</font>"
cscGroupTable.PrintHtml(htmlFile_p,["pxRMS","pxGaussSig","pyRMS","pyGaussSig","pzRMS","pzGaussSig","pphixRMS","pphixGaussSig","pphiyRMS","pphiyGaussSig","pphizRMS","pphizGaussSig"],caption,0)
#************************ Pulls: print separate DOF *********************
for dof in "x","y","z","phix","phiy","phiz":
PrintHtmlCode(htmlFile_p,"<p>")
if dof == "x": htmlDof, texDof = "x", "x"
if dof == "y": htmlDof, texDof = "y", "y"
if dof == "z": htmlDof, texDof = "z", "z"
if dof == "phix": htmlDof, texDof = "φ<sub>x</sub>", "\\phi_{x}"
if dof == "phiy": htmlDof, texDof = "φ<sub>y</sub>", "\\phi_{y}"
if dof == "phiz": htmlDof, texDof = "φ<sub>z</sub>", "\\phi_{z}"
htmlCaption = ("<font size=+1>Pulls for <i>%s</i></font> <br><font size=-1><pre>%s</pre></font>" % (htmlDof, littleLabel) )
texCaption = ("Pulls for $%s$ \\\\ {\\tiny \\verb;%s;}" % (htmlDof, littleLabel) )
if dof == "x":
cscTab_px.PrintHtml(htmlFile_p, htmlCaption, 0)
cscTab_px.PrintTex(texFile_p, texCaption, "cscTab_px", 0)
if dof == "y":
cscTab_py.PrintHtml(htmlFile_p, htmlCaption, 0)
cscTab_py.PrintTex(texFile_p, texCaption, "cscTab_py", 0)
if dof == "z":
cscTab_pz.PrintHtml(htmlFile_p, htmlCaption, 0)
cscTab_py.PrintTex(texFile_p, texCaption, "cscTab_py", 0)
if dof == "phix":
cscTab_pphix.PrintHtml(htmlFile_p, htmlCaption, 0)
cscTab_pphix.PrintTex(texFile_p, texCaption, "cscTab_pphix", 0)
if dof == "phiy":
cscTab_pphiy.PrintHtml(htmlFile_p, htmlCaption, 0)
cscTab_pphiy.PrintTex(texFile_p, texCaption, "cscTab_pphiy", 0)
if dof == "phiz":
cscTab_pphiz.PrintHtml(htmlFile_p, htmlCaption, 0)
cscTab_pphiz.PrintTex(texFile_p, texCaption, "cscTab_pphiz", 0)
caption = ("Pulls for <i>%s</i> in homogeneous chambers</font> <br><font size=-1><pre>%s</pre></font>" % (htmlDof, littleLabel))
PrintHtmlCode(htmlFile_p,"<p>")
PrintHtmlCode(htmlFile_p,"<table border=\"1\" cellpadding=\"5\">")
PrintHtmlCode(htmlFile_p,"<caption>%s</caption>" % caption)
PrintHtmlCode(htmlFile_p,"<tr align=center><th></th><th></th><th><i>Disk 1</i></th><th><i>Disk 2</i></th><th><i>Disk 3</i></th><th><i>Disk 4</i></th>")
for endcap in 1,2:
if endcap == 1: sEndcapPorM = "p"
else: sEndcapPorM = "m"
for ring in 1,2,3:
PrintHtmlCode( htmlFile_p, "<tr align=center>" )
if ring == 1:
if endcap == 1: PrintHtmlCode( htmlFile_p, "<th rowspan=\"3\"><i>ME+</i></th>" )
else: PrintHtmlCode( htmlFile_p, "<th rowspan=\"3\"><i>ME-</i></th>" )
PrintHtmlCode( htmlFile_p, ("<th><i>Ring %s</i></th>" % ring) )
for disk in 1,2,3,4:
pngName = "CSC_p%s_%s_%s_%s.png" % (dof, sEndcapPorM, disk, ring)
if disk != 1 and ring == 3: PrintHtmlCode( htmlFile_p, "<td>None</td>" )
else: PrintHtmlCode( htmlFile_p, ("<td><a href=\"./PNG/%s\"><img src=\"./PNG/%s\" alt=\"text\" width=\"250\"></a></td>" % (pngName, pngName)) )
PrintHtmlCode(htmlFile_p,"</tr>")
PrintHtmlCode(htmlFile_p,"</table>")
PrintHtmlTrailer(htmlFile_e)
PrintHtmlTrailer(htmlFile_p)