breakage: SICM pipette tip geometry estimation

Estimates geometry of SICM pipette tips by fitting a physical model to recorded breakage-current data.

Author
Matthew Caldwell <m.caldwell@ucl.ac.uk>
Date of publication
2014-12-08 21:39:22
Maintainer
Matthew Caldwell <m.caldwell@ucl.ac.uk>
License
Artistic-2.0
Version
1.1-1

View on CRAN

Man pages

apply.breaks
Apply a function to regions of a signal
breakage-package
Estimating SICM pipette tip geometry from breakage data
breakage.plot
Plot a pipette breakage current or resistance relationship
break.clust
Manually select point clusters from breakage data
break.data
Sample recording of SICM pipette breakage
err.breakage
Error function for estimated tip geometry
find.bottom
Identify the bottom points in a hopping-mode position trace
fit.breakage
Fit a tip geometry model to breakage resistance data
fit.sensitivity.plot
Visualise fit sensitivity for a breakage-resistance model
resist.access
Calculate access resistance for a pipette tip
resist.breakage
Calculate resistance of a pipette tip after breakage
resist.cone
Calculate resistance of a truncated conical conductor
resist.total
Calculate overall pipette tip resistance

Files in this package

breakage
breakage/NAMESPACE
breakage/data
breakage/data/break.data.rda
breakage/R
breakage/R/breakage.R
breakage/MD5
breakage/DESCRIPTION
breakage/man
breakage/man/find.bottom.Rd
breakage/man/resist.breakage.Rd
breakage/man/apply.breaks.Rd
breakage/man/break.data.Rd
breakage/man/fit.sensitivity.plot.Rd
breakage/man/resist.access.Rd
breakage/man/breakage-package.Rd
breakage/man/resist.total.Rd
breakage/man/fit.breakage.Rd
breakage/man/break.clust.Rd
breakage/man/err.breakage.Rd
breakage/man/breakage.plot.Rd
breakage/man/resist.cone.Rd