Closed hgoerzig closed 2 months ago
Yes I need to look at this.
It looks like the problem is caused by 'imaging' being a subclass of 'defined by functional dependence' and equivalent to 'obtain spatial map'. Probably it should not be a subclass of 'defined by functional dependence' but only equivalent to 'obtain spatial map'. The error is in confusing the functional dependence of the measurement with the purpose (my error -sorry!). An image/spatial map could be obtained by a direct measurement of spatial dependence, but it could also be determined by transforming from reciprocal space, which has a different functional dependence (versus Q). We might also need to look at measurements involving the conjugate variables time and energy (e.g. definition of spectroscopy).
I think the immediate fix is to remove subclass of 'defined by functional dependence' from the definition of 'imaging'.
Any other thoughts?
Problem: 'obtain spatial map' is a subclass of 'defined by functional dependence'. This is wrong because 'obtain spatial map' (equivalent to 'imaging') may be obtained via a different functional dependence, e.g. a measurement in reciprocal space. The problem is in the definition of 'imaging'.
Solution: remove 'defined by functional dependence' from the definition of imaging.
Current definition: subclass of: 'defined by functional dependence' equivalent to: obtain spatial map
Proposed new definition: equivalent to: obtain spatial map
Test results (current version):
Properties of PaNET.PaNET01106 (Label: imaging) in http://purl.org/pan-science/PaNET/PaNET.owl:
Superclasses (direct and given by equivalent classes):
PaNET.PaNET00004 defined by functional dependence PaNET.PaNET00005 defined by purpose
No. of direct_superclasses of PaNET.PaNET01106: 2
All superclasses:
PaNET.PaNET00001 photon and neutron technique PaNET.PaNET00004 defined by functional dependence PaNET.PaNET00005 defined by purpose PaNET.PaNET01106 imaging
No. of superclasses of PaNET.PaNET01106 (including self): 4
Subclasses (children):
PaNET.PaNET01068 obtain high resolution spatial map
PaNET.PaNET01069 microscopy
PaNET.PaNET01070 obtain ultrahigh resolution spatial map
PaNET.PaNET01071 obtain 3D spatial map
PaNET.PaNET01088 absorption contrast imaging
PaNET.PaNET01096 fluorescence tomography
PaNET.PaNET01105 holography
PaNET.PaNET01106 imaging
PaNET.PaNET01110 infrared microspectroscopy
PaNET.PaNET01112 fluorescence imaging
PaNET.PaNET01113 fluorescence microscopy (Alt. Labels: Micro XRF, microfluorescence)
PaNET.PaNET01116 phase contrast imaging
PaNET.PaNET01123 scanning transmission microscopy (Alt. Labels: STM)
PaNET.PaNET01129 tomography
PaNET.PaNET01136 diffraction imaging (Alt. Labels: topography)
PaNET.PaNET01145 electron microscopy (Alt. Labels: EM)
PaNET.PaNET01146 photoemission electron microscopy (Alt. Labels: PEEM, photoelectron emission microscopy)
PaNET.PaNET01147 scanning probe imaging
PaNET.PaNET01148 scanning probe microscopy (Alt. Labels: scanning microscopy)
PaNET.PaNET01151 absorption tomography
PaNET.PaNET01152 propagation phase contrast tomography
PaNET.PaNET01153 ultrafast tomography
PaNET.PaNET01154 nanotomography
PaNET.PaNET01155 absorption and phase contrast nanotomography
PaNET.PaNET01174 coherent diffraction imaging (Alt. Labels: CDI, coherent diffractive imaging)
PaNET.PaNET01175 infrared nanospectroscopy imaging (Alt. Labels: nano infrared spectroscopy)
PaNET.PaNET01176 UV circular dichroism imaging
PaNET.PaNET01178 infrared microscopy (Alt. Labels: IR microscopy)
PaNET.PaNET01179 optical microscopy
PaNET.PaNET01180 x-ray microscopy
PaNET.PaNET01206 microtomography
PaNET.PaNET01207 x-ray tomography (Alt. Labels: CT scan)
PaNET.PaNET01208 x-ray microtomography
PaNET.PaNET01209 absorption microtomography (Alt. Labels: Absorption-based tomographic microscopy)
PaNET.PaNET01210 propagation phase contrast microtomography
PaNET.PaNET01211 ultrafast microtomography (Alt. Labels: Ultra-fast tomographic microscopy)
PaNET.PaNET01212 ptychography
PaNET.PaNET01213 ptychographic nanotomography
PaNET.PaNET01219 scanning transmission x-ray microscopy (Alt. Labels: STXM)
PaNET.PaNET01230 single-shot imaging
PaNET.PaNET01248 neutron transmission radiography
PaNET.PaNET01249 cold neutron imaging
PaNET.PaNET01250 high-resolution neutron imaging
PaNET.PaNET01251 THz near field microscopy
PaNET.PaNET01261 x-ray refraction imaging (Alt. Labels: x-ray refraction radiography)
PaNET.PaNET01262 x-ray refraction tomography
PaNET.PaNET01266 x-ray holography
PaNET.PaNET01285 x-ray imaging
PaNET.PaNET01286 micro small angle x-ray scattering tomography (Alt. Labels: micro SAXS tomography)
PaNET.PaNET01287 micro grazing incidence small angle x-ray scattering tomography (Alt. Labels: micro GISAXS tomography)
PaNET.PaNET01288 scanning x-ray fluorescence
PaNET.PaNET01289 soft x-ray imaging
PaNET.PaNET01290 x-ray diffraction imaging
PaNET.PaNET01291 scanning angle resolved photoemission spectromicroscopy
PaNET.PaNET01292 nano angle resolved photoemission spectroscopy (Alt. Labels: nano ARPES)
PaNET.PaNET01293 scanning photoelectron microscopy
PaNET.PaNET01294 x-ray photoemission electron microscopy
PaNET.PaNET01295 x-ray scanning microscopy (Alt. Labels: scanning x-ray microscopy)
PaNET.PaNET01313 magnetic x-ray tomography
PaNET.PaNET01314 correlative light x-ray microscopy (Alt. Labels: CLXM)
PaNET.PaNET01315 cryo x-ray microscopy
PaNET.PaNET01318 atomic force microscopy (Alt. Labels: AFM)
PaNET.PaNET01319 atomic force microscope infrared spectroscopy (Alt. Labels: AFM-IR)
PaNET.PaNET01327 x-ray birefringence imaging (Alt. Labels: XBI)
No. of subclasses of PaNET.PaNET01106 (including self): 64
Test results (new version):
Properties of PaNET.PaNET01106 (Label: imaging) in /dls/science/users/spc93/tmp/PaNET.owl:
Superclasses (direct and given by equivalent classes):
PaNET.PaNET00005 defined by purpose
No. of direct_superclasses of PaNET.PaNET01106: 1
All superclasses:
PaNET.PaNET00001 photon and neutron technique PaNET.PaNET00005 defined by purpose PaNET.PaNET01106 imaging
No. of superclasses of PaNET.PaNET01106 (including self): 3
Subclasses (children):
PaNET.PaNET01068 obtain high resolution spatial map
PaNET.PaNET01069 microscopy
PaNET.PaNET01070 obtain ultrahigh resolution spatial map
PaNET.PaNET01071 obtain 3D spatial map
PaNET.PaNET01088 absorption contrast imaging
PaNET.PaNET01096 fluorescence tomography
PaNET.PaNET01105 holography
PaNET.PaNET01106 imaging
PaNET.PaNET01110 infrared microspectroscopy
PaNET.PaNET01112 fluorescence imaging
PaNET.PaNET01113 fluorescence microscopy (Alt. Labels: Micro XRF, microfluorescence)
PaNET.PaNET01116 phase contrast imaging
PaNET.PaNET01123 scanning transmission microscopy (Alt. Labels: STM)
PaNET.PaNET01129 tomography
PaNET.PaNET01136 diffraction imaging (Alt. Labels: topography)
PaNET.PaNET01145 electron microscopy (Alt. Labels: EM)
PaNET.PaNET01146 photoemission electron microscopy (Alt. Labels: PEEM, photoelectron emission microscopy)
PaNET.PaNET01147 scanning probe imaging
PaNET.PaNET01148 scanning probe microscopy (Alt. Labels: scanning microscopy)
PaNET.PaNET01151 absorption tomography
PaNET.PaNET01152 propagation phase contrast tomography
PaNET.PaNET01153 ultrafast tomography
PaNET.PaNET01154 nanotomography
PaNET.PaNET01155 absorption and phase contrast nanotomography
PaNET.PaNET01174 coherent diffraction imaging (Alt. Labels: CDI, coherent diffractive imaging)
PaNET.PaNET01175 infrared nanospectroscopy imaging (Alt. Labels: nano infrared spectroscopy)
PaNET.PaNET01176 UV circular dichroism imaging
PaNET.PaNET01178 infrared microscopy (Alt. Labels: IR microscopy)
PaNET.PaNET01179 optical microscopy
PaNET.PaNET01180 x-ray microscopy
PaNET.PaNET01206 microtomography
PaNET.PaNET01207 x-ray tomography (Alt. Labels: CT scan)
PaNET.PaNET01208 x-ray microtomography
PaNET.PaNET01209 absorption microtomography (Alt. Labels: Absorption-based tomographic microscopy)
PaNET.PaNET01210 propagation phase contrast microtomography
PaNET.PaNET01211 ultrafast microtomography (Alt. Labels: Ultra-fast tomographic microscopy)
PaNET.PaNET01212 ptychography
PaNET.PaNET01213 ptychographic nanotomography
PaNET.PaNET01219 scanning transmission x-ray microscopy (Alt. Labels: STXM)
PaNET.PaNET01230 single-shot imaging
PaNET.PaNET01248 neutron transmission radiography
PaNET.PaNET01249 cold neutron imaging
PaNET.PaNET01250 high-resolution neutron imaging
PaNET.PaNET01251 THz near field microscopy
PaNET.PaNET01261 x-ray refraction imaging (Alt. Labels: x-ray refraction radiography)
PaNET.PaNET01262 x-ray refraction tomography
PaNET.PaNET01266 x-ray holography
PaNET.PaNET01285 x-ray imaging
PaNET.PaNET01286 micro small angle x-ray scattering tomography (Alt. Labels: micro SAXS tomography)
PaNET.PaNET01287 micro grazing incidence small angle x-ray scattering tomography (Alt. Labels: micro GISAXS tomography)
PaNET.PaNET01288 scanning x-ray fluorescence
PaNET.PaNET01289 soft x-ray imaging
PaNET.PaNET01290 x-ray diffraction imaging
PaNET.PaNET01291 scanning angle resolved photoemission spectromicroscopy
PaNET.PaNET01292 nano angle resolved photoemission spectroscopy (Alt. Labels: nano ARPES)
PaNET.PaNET01293 scanning photoelectron microscopy
PaNET.PaNET01294 x-ray photoemission electron microscopy
PaNET.PaNET01295 x-ray scanning microscopy (Alt. Labels: scanning x-ray microscopy)
PaNET.PaNET01313 magnetic x-ray tomography
PaNET.PaNET01314 correlative light x-ray microscopy (Alt. Labels: CLXM)
PaNET.PaNET01315 cryo x-ray microscopy
PaNET.PaNET01318 atomic force microscopy (Alt. Labels: AFM)
PaNET.PaNET01319 atomic force microscope infrared spectroscopy (Alt. Labels: AFM-IR)
PaNET.PaNET01327 x-ray birefringence imaging (Alt. Labels: XBI)
No. of subclasses of PaNET.PaNET01106 (including self): 64
obtain spatial map has two high level super classes: 'defined by purpose' 'defined by functional dependence'
This seems wrong. I have the idea it should only 'defined by purpose' . Also all subclasses of obtain spatial map have 'imaging' as superclass which is subclass of'defined by functional dependence'