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kalt_r
2016-07-01 14:43:49 +02:00
parent c60293499a
commit 0898cbc27d
1 changed files with 24 additions and 22 deletions
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46
script/jitter_scan.py
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@@ -141,18 +141,20 @@ class all_statistics_data (object):
m5 = statistics_data()
m10 = statistics_data()
def return_string(self, fmt_type):
# give results back as formatted string
# fmt_type 1 = phase / 0 = amplt
def return_string_amplt(self):
# give results back as formatted string for amplt
ret_str = "Statistics:\tmin\tmean\tmax\tstdev"
if fmt_type = 1:
ret_str = ret_str + "\nSaturation :\t" + "%.3e" % (self.sat.min) + "\t" + "%.3e" % (self.sat.mean) + "\t" + "%.3e" % (self.sat.max) + "\t" + "%.3e" % (self.sat.stdev)
ret_str = ret_str + "\n5% out of sat :\t" + "%.3e" % (self.m5.min) + "\t" + "%.3e" % (self.m5.mean) + "\t" + "%.3e" % (self.m5.max) + "\t" + "%.3e" % (self.m5.stdev)
ret_str = ret_str + "\n10% out of sat:\t" + "%.3e" % (self.m10.min) + "\t" + "%.3e" % (self.m10.mean) + "\t" + "%.3e" % (self.m10.max) + "\t" + "%.3e" % (self.m10.stdev)
else
ret_str = ret_str + "\nSaturation :\t" + "%.3f" % (self.sat.min) + "\t" + "%.3f" % (self.sat.mean) + "\t" + "%.3f" % (self.sat.max) + "\t" + "%.3f" % (self.sat.stdev)
ret_str = ret_str + "\n5% out of sat :\t" + "%.3f" % (self.m5.min) + "\t" + "%.3f" % (self.m5.mean) + "\t" + "%.3f" % (self.m5.max) + "\t" + "%.3f" % (self.m5.stdev)
ret_str = ret_str + "\n10% out of sat:\t" + "%.3f" % (self.m10.min) + "\t" + "%.3f" % (self.m10.mean) + "\t" + "%.3f" % (self.m10.max) + "\t" + "%.3f" % (self.m10.stdev)
ret_str = ret_str + "\nSaturation :\t" + "%.3e" % (self.sat.min) + "\t" + "%.3e" % (self.sat.mean) + "\t" + "%.3e" % (self.sat.max) + "\t" + "%.3e" % (self.sat.stdev)
ret_str = ret_str + "\n5% out of sat :\t" + "%.3e" % (self.m5.min) + "\t" + "%.3e" % (self.m5.mean) + "\t" + "%.3e" % (self.m5.max) + "\t" + "%.3e" % (self.m5.stdev)
ret_str = ret_str + "\n10% out of sat:\t" + "%.3e" % (self.m10.min) + "\t" + "%.3e" % (self.m10.mean) + "\t" + "%.3e" % (self.m10.max) + "\t" + "%.3e" % (self.m10.stdev)
return ret_str
def return_string_phase(self):
# give results back as formatted string for phase
ret_str = "Statistics:\tmin\tmean\tmax\tstdev"
ret_str = ret_str + "\nSaturation :\t" + "%.3f" % (self.sat.min) + "\t" + "%.3f" % (self.sat.mean) + "\t" + "%.3f" % (self.sat.max) + "\t" + "%.3f" % (self.sat.stdev)
ret_str = ret_str + "\n5% out of sat :\t" + "%.3f" % (self.m5.min) + "\t" + "%.3f" % (self.m5.mean) + "\t" + "%.3f" % (self.m5.max) + "\t" + "%.3f" % (self.m5.stdev)
ret_str = ret_str + "\n10% out of sat:\t" + "%.3f" % (self.m10.min) + "\t" + "%.3f" % (self.m10.mean) + "\t" + "%.3f" % (self.m10.max) + "\t" + "%.3f" % (self.m10.stdev)
return ret_str
@@ -194,7 +196,7 @@ vsum_jit_amplt = all_statistics_data()
vsum_jit_phase = all_statistics_data()
# calculate statistics
ref_jit_amplt = all_statistics_calc(scan_result.getReadable(self,0))
ref_jit_amplt = all_statistics_calc(scan_result.getReadable(0))
ref_jit_phase = all_statistics_calc(scan_result.getReadable(1))
iqm_jit_amplt = all_statistics_calc(scan_result.getReadable(2))
@@ -252,20 +254,20 @@ set_attribute(path, "HVPS", hvps)
msg = "HVPS command = " + str(hvps)[:6] + "V)"
msg = msg + "\n---------------------------------------------------------"
msg = msg + "\nREF amplt\n" + ref_jit_amplt.return_string(1)
msg = msg + "\n\nREF phase\n" + ref_jit_phase.return_string(0)
msg = msg + "\nREF amplt\n" + ref_jit_amplt.return_string_amplt()
msg = msg + "\n\nREF phase\n" + ref_jit_phase.return_string_phase()
msg = msg + "\n---------------------------------------------------------"
msg = msg + "\nIQM amplt\n" + iqm_jit_amplt.return_string(1)
msg = msg + "\n\nIQM phase\n" + iqm_jit_phase.return_string(0)
msg = msg + "\nIQM amplt\n" + iqm_jit_amplt.return_string_amplt()
msg = msg + "\n\nIQM phase\n" + iqm_jit_phase.return_string_phase()
msg = msg + "\n---------------------------------------------------------"
msg = msg + "\nPRE amplt\n" + pre_jit_amplt.return_string(1)
msg = msg + "\n\nPRE phase\n" + pre_jit_phase.return_string(0)
msg = msg + "\nPRE amplt\n" + pre_jit_amplt.return_string_amplt()
msg = msg + "\n\nPRE phase\n" + pre_jit_phase.return_string_phase()
msg = msg + "\n---------------------------------------------------------"
msg = msg + "\nKLY amplt\n" + kly_jit_amplt.return_string(1)
msg = msg + "\n\nKLY phase\n" + kly_jit_phase.return_string(0)
msg = msg + "\nKLY amplt\n" + kly_jit_amplt.return_string_amplt()
msg = msg + "\n\nKLY phase\n" + kly_jit_phase.return_string_phase()
msg = msg + "\n---------------------------------------------------------"
msg = msg + "\nVSUM amplt\n" + vsum_jit_amplt.return_string(1)
msg = msg + "\n\nVSUM phase\n" + vsum_jit_phase.return_string(0)
msg = msg + "\nVSUM amplt\n" + vsum_jit_amplt.return_string_amplt()
msg = msg + "\n\nVSUM phase\n" + vsum_jit_phase.return_string_phase()
msg = msg + "\n---------------------------------------------------------"
msg = msg + "\n\nPlots axis: X-axis = Three amplitude setpoints from left to right: 10% below sat / 5% below sat / sat"
msg = msg + "\nY-axis = Readback phase (with feedback closed = setpoint phase)"