PYME.Analysis.BleachProfile.intensProf module¶

PYME.Analysis.BleachProfile.intensProf.bf_int(func, lb, ub, *args, **kwargs)¶

PYME.Analysis.BleachProfile.intensProf.calcProf(fn_list)¶

PYME.Analysis.BleachProfile.intensProf.calcTs(prof, thresh)¶

PYME.Analysis.BleachProfile.intensProf.dNdfcn(t, t0, No0, Nd0, ado)¶: Function to calculate number of fluorophores in dark state when laser is off.

PYME.Analysis.BleachProfile.intensProf.dNofcn(t, t0, No0, Nd0, ado)¶: Function to calculate number of fluorophores in on state when laser is off.

PYME.Analysis.BleachProfile.intensProf.decmod_onestate(p, t)¶

PYME.Analysis.BleachProfile.intensProf.doTraceDisp(prof, lOn, dt)¶

PYME.Analysis.BleachProfile.intensProf.doTraceDispdl(prof, lOn, dt, Ton, Toff, Ibefore, Iafter, r)¶

PYME.Analysis.BleachProfile.intensProf.doTraceDispdl2(prof, lOn, dt, Ton, Toff, Ibefore, Iafter, r, ipm, dt_ipm, dat, slx, sly, slt_init, slt_ss)¶

PYME.Analysis.BleachProfile.intensProf.eMod(p, t)¶

PYME.Analysis.BleachProfile.intensProf.eMod2(p, t)¶

PYME.Analysis.BleachProfile.intensProf.eMod3(p, t)¶

PYME.Analysis.BleachProfile.intensProf.eMod4(p, t)¶

PYME.Analysis.BleachProfile.intensProf.eMod5(p, t)¶

PYME.Analysis.BleachProfile.intensProf.eth_mod2(p, t)¶

PYME.Analysis.BleachProfile.intensProf.eth_mod3(p, t)¶

PYME.Analysis.BleachProfile.intensProf.ethet3(theta, t, aod, ado, aob)¶

PYME.Analysis.BleachProfile.intensProf.genTraces(Ton, Toff, No0, Nd0, aod, aob, ado, dt, len_trace)¶

PYME.Analysis.BleachProfile.intensProf.genTracesDE(Ton, Toff, No0, Nd0, aod, aob, ado, pow, dt, len_trace)¶

PYME.Analysis.BleachProfile.intensProf.gt(theta, ot, offt, No, Nd, aod, aob, ado, dt, l)¶

PYME.Analysis.BleachProfile.intensProf.gt_mod(p, t, ot, offt, dt)¶

PYME.Analysis.BleachProfile.intensProf.lNdfcn(t, t0, No0, Nd0, aod, aob, ado)¶: Function to calculate number of fluorophores in dark state when laser is on.

PYME.Analysis.BleachProfile.intensProf.lNdfcnDE(t, t0, No0, Nd0, aod, aob, ado, pow)¶: Function to calculate number of fluorophores in dark state when laser is on.

PYME.Analysis.BleachProfile.intensProf.lNofcn(t, t0, No0, Nd0, aod, aob, ado)¶: Function to calculate number of fluorophores in on state when laser is on.

PYME.Analysis.BleachProfile.intensProf.lNofcnDE(t, t0, No0, Nd0, aod, aob, ado, pow)¶: Function to calculate number of fluorophores in on state when laser is on.

PYME.Analysis.BleachProfile.intensProf.mod1pk(p, t, pow=2, sc=1, bg=0, No0=1, Nd0=0)¶

PYME.Analysis.BleachProfile.intensProf.pkmod_onestate(p, t)¶

PYME.Analysis.BleachProfile.intensProf.recolor(obj, col)¶

PYME.Analysis.BleachProfile.intensProf.traceModel(p, Ton, Toff, dt, len_trace)¶: Trace model for fitting

PYME.Analysis.BleachProfile.intensProf.traceModelDE(p, Ton, Toff, t, lOn)¶

PYME.Analysis.BleachProfile.intensProf.traceModelDE1(p, Ton, Toff, dt, len_trace, sc)¶: Trace model for fitting