Itosections

An itosection is a grouping name for the different kinds sections of itopaths. An itosection is shorter than a itopath but longer than a itomoment, Where an itopath refers to a person or other conscious being's life, an itomoment refers to the shortest period of functioning that will produce any amount of consciousness. So a itosection could refer to a hour, day, month, year, etc., in the life of a person.

Itosection is a grouping name for orisection, idosection, corisection, citosection, vitosection, fitosection, isosection, biosection, enhasection, insisection, mussection, tritosection, combosection, nrgsection, and simisection.

Some types of fazsections are awaresections, physisections, physasections, mentasections, ixpesections, and episections.

Itosections and fazsections can be combined into the concept of the itofazsection which is a part of a itofazpath, itofazvenue, or other larger itofazspace.

Itosection is the grouping name for:

Orisection is the word for the concept that an oripath can be divided into length wise segments. These segments can be equal to or less than the length of the oripath it is derived from. These segments begin and end at differing oripoints on the oripath.

1. Oriawaresection is the word for the concept that an oriawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the oriawarepath it is derived from. These segments begin and end at differing oriawarepoints on the oriawarepath.
2. Orimentasection is the word for the concept that an orimentapath can be divided into length wise segments. These segments can be equal to or less than the length of the orimentapath it is derived from. These segments begin and end at differing orimentapoints on the orimentapath.
3. Oriphysisection is the word for the concept that an oriphysipath can be divided into length wise segments. These segments can be equal to or less than the length of the oriphysipath it is derived from. These segments begin and end at differing oriphysipoints on the oriphysipath.
4. Oriphysasection is the word for the concept that an oriphysapath can be divided into length wise segments. These segments can be equal to or less than the length of the oriphysapath it is derived from. These segments begin and end at differing oriphysapoints on the oriphysapath.
5. Orixpesection is the word for the concept that an orixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the orixpepath it is derived from. These segments begin and end at differing orixpepoints on the orixpepath.
6. Oriepisection is the word for the concept that an oriepipath can be divided into length wise segments. These segments can be equal to or less than the length of the oriepipath it is derived from. These segments begin and end at differing oriepipoints on the oriepipath.

Idosection is the word for the concept that an idopath can be divided into length wise segments. These segments can be equal to or less than the length of the idopath it is derived from. These segments begin and end at differing idopoints on the idopath.

1. Idoawaresection is the word for the concept that an idoawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the idoawarepath it is derived from. These segments begin and end at differing idoawarepoints on the idoawarepath.
2. Idomentasection is the word for the concept that an idomentapath can be divided into length wise segments. These segments can be equal to or less than the length of the idomentapath it is derived from. These segments begin and end at differing idomentapoints on the idomentapath.
3. Idophysisection is the word for the concept that an idophysipath can be divided into length wise segments. These segments can be equal to or less than the length of the idophysipath it is derived from. These segments begin and end at differing idophysipoints on the idophysipath.
4. Idophysasection is the word for the concept that an idophysapath can be divided into length wise segments. These segments can be equal to or less than the length of the idophysapath it is derived from. These segments begin and end at differing idophysapoints on the idophysapath.
5. Idoixpesection is the word for the concept that an idoixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the idoixpepath it is derived from. These segments begin and end at differing idoixpepoints on the idoixpepath.
6. Idoepisection is the word for the concept that an idoepipath can be divided into length wise segments. These segments can be equal to or less than the length of the idoepipath it is derived from. These segments begin and end at differing idoepipoints on the idoepipath.

Corisection is the word for the concept that an coripath can be divided into length wise segments. These segments can be equal to or less than the length of the coripath it is derived from. These segments begin and end at differing coripoints on the coripath.

1. Coriawaresection is the word for the concept that an coriawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the coriawarepath it is derived from. These segments begin and end at differing coriawarepoints on the coriawarepath.
2. Corimentasection is the word for the concept that an corimentapath can be divided into length wise segments. These segments can be equal to or less than the length of the corimentapath it is derived from. These segments begin and end at differing corimentapoints on the corimentapath.
3. Coriphysisection is the word for the concept that an coriphysipath can be divided into length wise segments. These segments can be equal to or less than the length of the coriphysipath it is derived from. These segments begin and end at differing coriphysipoints on the coriphysipath.
4. Coriphysasection is the word for the concept that an coriphysapath can be divided into length wise segments. These segments can be equal to or less than the length of the coriphysapath it is derived from. These segments begin and end at differing coriphysapoints on the coriphysapath.
5. Corixpesection is the word for the concept that an corixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the corixpepath it is derived from. These segments begin and end at differing corixpepoints on the corixpepath.
6. Coriepisection is the word for the concept that an coriepipath can be divided into length wise segments. These segments can be equal to or less than the length of the coriepipath it is derived from. These segments begin and end at differing coriepipoints on the coriepipath.

Citosection is the word for the concept that an citoawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the citoawarepath it is derived from. These segments begin and end at differing citoawarepoints on the citoawarepath.

1. Citoawaresection is the word for the concept that an citoawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the citoawarepath it is derived from. These segments begin and end at differing citoawarepoints on the citoawarepath.
2. Citomentasection is the word for the concept that an citomentapath can be divided into length wise segments. These segments can be equal to or less than the length of the citomentapath it is derived from. These segments begin and end at differing citomentapoints on the citomentapath.
3. Citophysisection is the word for the concept that an citophysipath can be divided into length wise segments. These segments can be equal to or less than the length of the citophysipath it is derived from. These segments begin and end at differing citophysipoints on the citophysipath.
4. Citophysasection is the word for the concept that an citophysapath can be divided into length wise segments. These segments can be equal to or less than the length of the citophysapath it is derived from. These segments begin and end at differing citophysapoints on the citophysapath.
5. Citoixpesection is the word for the concept that an citoixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the citoixpepath it is derived from. These segments begin and end at differing citoixpepoints on the citoixpepath.
6. Citoepisection is the word for the concept that an citoepipath can be divided into length wise segments. These segments can be equal to or less than the length of the citoepipath it is derived from. These segments begin and end at differing citoepipoints on the citoepipath.

Vitosection is the word for the concept that an vitopath can be divided into length wise segments. These segments can be equal to or less than the length of the vitopath it is derived from. These segments begin and end at differing vitopoints on the vitopath..

1. Vitoawaresection is the word for the concept that an vitoawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the vitoawarepath it is derived from. These segments begin and end at differing vitoawarepoints on the vitoawarepath..
2. Vitomentasection is the word for the concept that an vitomentapath can be divided into length wise segments. These segments can be equal to or less than the length of the vitomentapath it is derived from. These segments begin and end at differing vitomentapoints on the vitomentapath..
3. Vitophysisection is the word for the concept that an vitophysipath can be divided into length wise segments. These segments can be equal to or less than the length of the vitophysipath it is derived from. These segments begin and end at differing vitophysipoints on the vitophysipath..
4. Vitophysasection is the word for the concept that an vitophysapath can be divided into length wise segments. These segments can be equal to or less than the length of the vitophysapath it is derived from. These segments begin and end at differing vitophysapoints on the vitophysapath..
5. Vitoixpesection is the word for the concept that an vitoixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the vitoixpepath it is derived from. These segments begin and end at differing vitoixpepoints on the vitoixpepath..
6. Vitoepisection is the word for the concept that an vitoepipath can be divided into length wise segments. These segments can be equal to or less than the length of the vitoepipath it is derived from. These segments begin and end at differing vitoepipoints on the vitoepipath..

Fitosection is the word for the concept that an fitopath can be divided into length wise segments. These segments can be equal to or less than the length of the fitopath it is derived from. These segments begin and end at differing fitopoints on the fitopath.

1. Fitoawaresection is the word for the concept that an fitoawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the fitoawarepath it is derived from. These segments begin and end at differing fitoawarepoints on the fitoawarepath.
2. Fitomentasection is the word for the concept that an fitomentapath can be divided into length wise segments. These segments can be equal to or less than the length of the fitomentapath it is derived from. These segments begin and end at differing fitomentapoints on the fitomentapath.
3. Fitophysisection is the word for the concept that an fitophysipath can be divided into length wise segments. These segments can be equal to or less than the length of the fitophysipath it is derived from. These segments begin and end at differing fitophysipoints on the fitophysipath.
4. Fitophysasection is the word for the concept that an fitophysapath can be divided into length wise segments. These segments can be equal to or less than the length of the fitophysapath it is derived from. These segments begin and end at differing fitophysapoints on the fitophysapath.
5. Fitoixpesection is the word for the concept that an fitoixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the fitoixpepath it is derived from. These segments begin and end at differing fitoixpepoints on the fitoixpepath.
6. Fitoepisection is the word for the concept that an fitoepipath can be divided into length wise segments. These segments can be equal to or less than the length of the fitoepipath it is derived from. These segments begin and end at differing fitoepipoints on the fitoepipath.

Isosection is the word for the concept that an isopath can be divided into length wise segments. These segments can be equal to or less than the length of the isopath it is derived from. These segments begin and end at differing isopoints on the isopath.

1. Isoawaresection is the word for the concept that an isoawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the isoawarepath it is derived from. These segments begin and end at differing isoawarepoints on the isoawarepath.
2. Isomentasection is the word for the concept that an isomentapath can be divided into length wise segments. These segments can be equal to or less than the length of the isomentapath it is derived from. These segments begin and end at differing isomentapoints on the isomentapath.
3. Isophysisection is the word for the concept that an isophysipath can be divided into length wise segments. These segments can be equal to or less than the length of the isophysipath it is derived from. These segments begin and end at differing isophysipoints on the isophysipath.
4. Isophysasection is the word for the concept that an isophysapath can be divided into length wise segments. These segments can be equal to or less than the length of the isophysapath it is derived from. These segments begin and end at differing isophysapoints on the isophysapath.
5. Isoixpesection is the word for the concept that an isoixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the isoixpepath it is derived from. These segments begin and end at differing isoixpepoints on the isoixpepath.
6. Isoepisection is the word for the concept that an isoepipath can be divided into length wise segments. These segments can be equal to or less than the length of the isoepipath it is derived from. These segments begin and end at differing isoepipoints on the isoepipath.

Biosection is the word for the concept that an biopath can be divided into length wise segments. These segments can be equal to or less than the length of the biopath it is derived from. These segments begin and end at differing biopoints on the biopath.

1. Bioawaresection is the word for the concept that an bioawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the bioawarepath it is derived from. These segments begin and end at differing bioawarepoints on the bioawarepath.
2. Biomentasection is the word for the concept that an biomentapath can be divided into length wise segments. These segments can be equal to or less than the length of the biomentapath it is derived from. These segments begin and end at differing biomentapoints on the biomentapath.
3. Biophysisection is the word for the concept that an biophysipath can be divided into length wise segments. These segments can be equal to or less than the length of the biophysipath it is derived from. These segments begin and end at differing biophysipoints on the biophysipath.
4. Biophysasection is the word for the concept that an biophysapath can be divided into length wise segments. These segments can be equal to or less than the length of the biophysapath it is derived from. These segments begin and end at differing biophysapoints on the biophysapath.
5. Bioixpesection is the word for the concept that an bioixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the bioixpepath it is derived from. These segments begin and end at differing bioixpepoints on the bioixpepath.
6. Bioepisection is the word for the concept that an bioepipath can be divided into length wise segments. These segments can be equal to or less than the length of the bioepipath it is derived from. These segments begin and end at differing bioepipoints on the bioepipath.

Enhasection is the word for the concept that an enhapath can be divided into length wise segments. These segments can be equal to or less than the length of the enhapath it is derived from. These segments begin and end at differing enhapoints on the enhapath.

1. Enhawaresection is the word for the concept that an enhawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the enhawarepath it is derived from. These segments begin and end at differing enhapoints on the enhawarepath.
2. Enhamentasection is the word for the concept that an enhamentapath can be divided into length wise segments. These segments can be equal to or less than the length of the enhamentapath it is derived from. These segments begin and end at differing enhapoints on the enhamentapath.
3. Enhaphysisection is the word for the concept that an enhaphysipath can be divided into length wise segments. These segments can be equal to or less than the length of the enhaphysipath it is derived from. These segments begin and end at differing enhaphysipoints on the enhaphysipath.
4. Enhaphysasection is the word for the concept that an enhaphysapath can be divided into length wise segments. These segments can be equal to or less than the length of the enhaphysapath it is derived from. These segments begin and end at differing enhapoints on the enhaphysapath.
5. Enhaixpesection is the word for the concept that an enhaixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the enhaixpepath it is derived from. These segments begin and end at differing enhaixpepoints on the enhaixpepath.
6. Enhaepisection is the word for the concept that an enhaepipath can be divided into length wise segments. These segments can be equal to or less than the length of the enhaepipath it is derived from. These segments begin and end at differing enhapoints on the enhaepipath.

Mussection is the word for the concept that an muspath can be divided into length wise segments. These segments can be equal to or less than the length of the muspath it is derived from. These segments begin and end at differing muspoints on the muspath.

1. Musawaresection is the word for the concept that an musawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the musawarepath it is derived from. These segments begin and end at differing musawarepoints on the musawarepath.
2. Musmentasection is the word for the concept that an musmentapath can be divided into length wise segments. These segments can be equal to or less than the length of the musmentapath it is derived from. These segments begin and end at differing musmentapoints on the musmentapath.
3. Musphysisection is the word for the concept that an musphysipath can be divided into length wise segments. These segments can be equal to or less than the length of the musphysipath it is derived from. These segments begin and end at differing musphysipoints on the musphysipath.
4. Musphysasection is the word for the concept that an musphysapath can be divided into length wise segments. These segments can be equal to or less than the length of the musphysapath it is derived from. These segments begin and end at differing musphysapoints on the musphysapath.
5. Musixpesection is the word for the concept that an musixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the musixpepath it is derived from. These segments begin and end at differing musixpepoints on the musixpepath.
6. Musepisection is the word for the concept that an musepipath can be divided into length wise segments. These segments can be equal to or less than the length of the musepipath it is derived from. These segments begin and end at differing musepipoints on the musepipath.

Tritosection is the word for the concept that an tritopath can be divided into length wise segments. These segments can be equal to or less than the length of the tritopath it is derived from. These segments begin and end at differing tritopoints on the tritopath.

1. Tritoawaresection is the word for the concept that an tritoawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the tritoawarepath it is derived from. These segments begin and end at differing tritoawarepoints on the tritoawarepath.
2. Tritomentasection is the word for the concept that an tritomentapath can be divided into length wise segments. These segments can be equal to or less than the length of the tritomentapath it is derived from. These segments begin and end at differing tritomentapoints on the tritomentapath.
3. Tritophysisection is the word for the concept that an tritophysipath can be divided into length wise segments. These segments can be equal to or less than the length of the tritophysipath it is derived from. These segments begin and end at differing tritophysipoints on the tritophysipath.
4. Tritophysasection is the word for the concept that an tritophysapath can be divided into length wise segments. These segments can be equal to or less than the length of the tritophysapath it is derived from. These segments begin and end at differing tritophysapoints on the tritophysapath.
5. Tritoixpesection is the word for the concept that an tritopath can be divided into length wise segments. These segments can be equal to or less than the length of the tritopath it is derived from. These segments begin and end at differing tritopoints on the tritopath.
6. Tritoepisection is the word for the concept that an tritoepipath can be divided into length wise segments. These segments can be equal to or less than the length of the tritoepipath it is derived from. These segments begin and end at differing tritoepipoints on the tritoepipath.

Insisection is the word for the concept that an insipath can be divided into length wise segments. These segments can be equal to or less than the length of the insipath it is derived from. These segments begin and end at differing insipoints on the insipath.

1. Insiawaresection is the word for the concept that an insiawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the insiawarepath it is derived from. These segments begin and end at differing insiawarepoints on the insiawarepath.
2. Insimentasection is the word for the concept that an insimentapath can be divided into length wise segments. These segments can be equal to or less than the length of the insimentapath it is derived from. These segments begin and end at differing insimentapoints on the insimentapath.
3. Insiphysisection is the word for the concept that an insiphysipath can be divided into length wise segments. These segments can be equal to or less than the length of the insiphysipath it is derived from. These segments begin and end at differing insiphysipoints on the insiphysipath.
4. Insiphysasection is the word for the concept that an insiphysapath can be divided into length wise segments. These segments can be equal to or less than the length of the insiphysapath it is derived from. These segments begin and end at differing insiphysapoints on the insiphysapath.
5. Insixpesection is the word for the concept that an insixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the insixpepath it is derived from. These segments begin and end at differing insixpepoints on the insixpepath.
6. Insiepisection is the word for the concept that an insiepipath can be divided into length wise segments. These segments can be equal to or less than the length of the insiepipath it is derived from. These segments begin and end at differing insiepipoints on the insiepipath.

Nrgsection is the word for the concept that an nrgawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the nrgpath it is derived from. These segments begin and end at differing nrgpoints on the nrgawarepath.

1. Nrgawaresection is the word for the concept that an nrgawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the nrgawarepath it is derived from. These segments begin and end at differing nrgawarepoints on the nrgpath.
2. Nrgmentasection is the word for the concept that an nrgmentapath can be divided into length wise segments. These segments can be equal to or less than the length of the nrgmentapath it is derived from. These segments begin and end at differing nrgmentapoints on the nrgmentapath.
3. Nrgphysisection is the word for the concept that an nrgphysipath can be divided into length wise segments. These segments can be equal to or less than the length of the nrgphysipath it is derived from. These segments begin and end at differing nrgphysipoints on the nrgphysipath.
4. Nrgphysasection is the word for the concept that an nrgphysapath can be divided into length wise segments. These segments can be equal to or less than the length of the nrgphysapath it is derived from. These segments begin and end at differing nrgphysapoints on the nrgphysapath.
5. Nrgixpesection is the word for the concept that an nrgixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the nrgixpepath it is derived from. These segments begin and end at differing nrgixpepoints on the nrgixpepath.
6. Nrgepisection is the word for the concept that an nrgepipath can be divided into length wise segments. These segments can be equal to or less than the length of the nrgepipath it is derived from. These segments begin and end at differing nrgepipoints on the nrgepipath.

Combosection is the word for the concept that an combopath can be divided into length wise segments. These segments can be equal to or less than the length of the combopath it is derived from. These segments begin and end at differing combopoints on the combopath.

1. Comboawaresection is the word for the concept that an comboawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the comboawarepath it is derived from. These segments begin and end at differing comboawarepoints on the comboawarepath.
2. Combomentasection is the word for the concept that an combomentapath can be divided into length wise segments. These segments can be equal to or less than the length of the combomentapath it is derived from. These segments begin and end at differing combomentapoints on the combomentapath.
3. Combophysisection is the word for the concept that an combophysipath can be divided into length wise segments. These segments can be equal to or less than the length of the combophysipath it is derived from. These segments begin and end at differing combophysipoints on the combophysipath.
4. Combophysasection is the word for the concept that an combophysapath can be divided into length wise segments. These segments can be equal to or less than the length of the combophysapath it is derived from. These segments begin and end at differing combophysapoints on the combophysapath.
5. Comboixpesection is the word for the concept that an comboixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the comboixpepath it is derived from. These segments begin and end at differing comboixpepoints on the comboixpepath.
6. Comboepisection is the word for the concept that an comboepipath can be divided into length wise segments. These segments can be equal to or less than the length of the comboepipath it is derived from. These segments begin and end at differing comboepipoints on the comboepipath.

Simisection is the word for the concept that an simipath can be divided into length wise segments. These segments can be equal to or less than the length of the simipath it is derived from. These segments begin and end at differing simipoints on the simipath.

1. Simiawaresection is the word for the concept that an simiawarepath can be divided into length wise segments. These segments can be equal to or less than the length of the simiawarepath it is derived from. These segments begin and end at differing simiawarepoints on the simiawarepath.
2. Simimentasection is the word for the concept that an simimentapath can be divided into length wise segments. These segments can be equal to or less than the length of the simimentapath it is derived from. These segments begin and end at differing simimentapoints on the simimentapath.
3. Simiphysisection is the word for the concept that an simiphysipath can be divided into length wise segments. These segments can be equal to or less than the length of the simiphysipath it is derived from. These segments begin and end at differing simiphysipoints on the simiphysipath.
4. Simiphysasection is the word for the concept that an simiphysapath can be divided into length wise segments. These segments can be equal to or less than the length of the simiphysapath it is derived from. These segments begin and end at differing simiphysapoints on the simiphysapath.
5. Simixpesection is the word for the concept that an simixpepath can be divided into length wise segments. These segments can be equal to or less than the length of the simixpepath it is derived from. These segments begin and end at differing simixpepoints on the simixpepath.
6. Simiepisection is the word for the concept that an simiepipath can be divided into length wise segments. These segments can be equal to or less than the length of the simiepipath it is derived from. These segments begin and end at differing simiepipoints on the simiepipath.

The itolayout is a template for construction of the itoconcept systems. Types of layouts: Itolayout, Itolayout(simi)

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