Course Details
Mapping I
Academic Year 2023/24
GE10 course is part of 1 study plan
B-P-C-GK / GI Winter Semester 2nd year
Choice of auxilliary survey point
Survey methods
Accuracy classes, quality codes
Basic and thematic large scale maps
Create and update maps
Digital technical maps, technical map of the village, a digital map of public administration
Survey methods
Accuracy classes, quality codes
Basic and thematic large scale maps
Create and update maps
Digital technical maps, technical map of the village, a digital map of public administration
Credits
4 credits
Language of instruction
Czech
Semester
winter
Course Guarantor
Institute
Forms and criteria of assessment
course-unit credit and examination
Entry Knowledge
Handling with total station and other geodetic instruments, coordinate computations in geodetic software, work with MicroStation environment including geodetic extensions.
Aims
Gaining knowledge about the creating and update large-scale maps and their uses.
Get an overview of the related regulations.
The ability to distinguish qualitative parameters of large-scale maps.
Student will manage basic theoretical knowledge and practical skills of the creation and update large-scale maps.
Get an overview of the related regulations.
The ability to distinguish qualitative parameters of large-scale maps.
Student will manage basic theoretical knowledge and practical skills of the creation and update large-scale maps.
Basic Literature
Kolektiv: ČSN 01 3410. Mapy velkých měřítek: Základní a účelové mapy. Praha: Vydavatelství norem, 1990. (cs)
Kolektiv: ČSN 01 3411. Mapy velkých měřítek: Kreslení a značky. Praha: Vydavatelství norem, 1990. (cs)
Kolektiv: Vyhláška Č. 31/1995 Sb.. ČÚZK Praha, 1995. (cs)
Fišer Z., Vondrák J.: Mapování II. CERM Brno, s. r. o., 2004. ISBN 80-214-2669-1. (cs)
FIŠER, Zdeněk et al.: Mapování. CERM Brno s. r. o. 2. vydání, 2006. ISBN 80-7204-472-9. (cs)
HUML, Milan a Jaroslav MICHAL: Mapování 10. Nakladatelství ČVUT, 2006. ISBN 978-80-01-03166-7. (cs)
Kolektiv: VYHLÁŠKA č. 26/2007 Sb.. ČÚZK Praha, 2007. (cs)
Kolektiv: NÁVOD PRO OBNOVU KATASTRÁLNÍHO OPERÁTU A PŘEVOD: ve znění dodatku č.1 a 2. ČÚZK Praha, 2007. [http://www.cuzk.cz/Dokument.aspx?PRARESKOD=998&MENUID=10376&AKCE=DOC:10-NAVODY_CUZK] (cs)
Vyhláška č. 233/2010 Sb. o základním obsahu technické mapy obce.. Tiskárna Ministerstva vnitra, 2010. (cs)
Kolektiv: ČSN 01 3411. Mapy velkých měřítek: Kreslení a značky. Praha: Vydavatelství norem, 1990. (cs)
Kolektiv: Vyhláška Č. 31/1995 Sb.. ČÚZK Praha, 1995. (cs)
Fišer Z., Vondrák J.: Mapování II. CERM Brno, s. r. o., 2004. ISBN 80-214-2669-1. (cs)
FIŠER, Zdeněk et al.: Mapování. CERM Brno s. r. o. 2. vydání, 2006. ISBN 80-7204-472-9. (cs)
HUML, Milan a Jaroslav MICHAL: Mapování 10. Nakladatelství ČVUT, 2006. ISBN 978-80-01-03166-7. (cs)
Kolektiv: VYHLÁŠKA č. 26/2007 Sb.. ČÚZK Praha, 2007. (cs)
Kolektiv: NÁVOD PRO OBNOVU KATASTRÁLNÍHO OPERÁTU A PŘEVOD: ve znění dodatku č.1 a 2. ČÚZK Praha, 2007. [http://www.cuzk.cz/Dokument.aspx?PRARESKOD=998&MENUID=10376&AKCE=DOC:10-NAVODY_CUZK] (cs)
Vyhláška č. 233/2010 Sb. o základním obsahu technické mapy obce.. Tiskárna Ministerstva vnitra, 2010. (cs)
Recommended Reading
Boguszak-Šlitr: Topografie. Praha, 1962. (cs)
Maršíková M., Maršík Z.: Dějiny zeměměřictví a pozemkových úprav v Čechách a na Moravě v kontextu světového vývoje. Libri s. r. o. Praha, 2007. ISBN 978–80–7277–318–3. (cs)
Evropský parlament: Směrnice Evropského Parlamentu a Rady 2007/2/ES. 2007. (cs)
Foral J., Kalvoda P., Kratochvíl R., Šváb T., Vondrák J.: Geodetická příručka, část II, výpočty, mapy, katastr nemovitostí, fotogrammetrie, GPS. Ing. Šváb Tomáš - GEFIS, Karafiátova 1313, Valašské Meziříčí, 2008. (cs)
Maršíková M., Maršík Z.: Dějiny zeměměřictví a pozemkových úprav v Čechách a na Moravě v kontextu světového vývoje. Libri s. r. o. Praha, 2007. ISBN 978–80–7277–318–3. (cs)
Evropský parlament: Směrnice Evropského Parlamentu a Rady 2007/2/ES. 2007. (cs)
Foral J., Kalvoda P., Kratochvíl R., Šváb T., Vondrák J.: Geodetická příručka, část II, výpočty, mapy, katastr nemovitostí, fotogrammetrie, GPS. Ing. Šváb Tomáš - GEFIS, Karafiátova 1313, Valašské Meziříčí, 2008. (cs)
Syllabus
Introduction, definition of basic concepts, terminology, maps (graphical, numerical, GIS), national map series, geodetic controls, reference systems, numbering of geodetic points.
Basic forms of terrain relief, ways representation of hypsography in large-scale maps, interpolation and construction of contour lines.
Surveying sketch creation, content, terms, used symbolism, sketch completing.
Methods for large-scale mapping. Type tasks.
Operation and setting total station for large-scale mapping, registration of measured data, downloading data, Application of mathematical and physical correction of measured lengths.
Computer processing of the measured data, methods of solution, potential pitfalls.
Basic and thematic large-scale maps - layout and labeling of map sheets, norms for creation, classification, content, methods of representation of contents. INSPIRE Directive of the European Parliament, the digital map of public administration, digital technical maps, technical map of the village.
Basic and thematic large-scale maps - map symbols, accuracy class, testing of the accuracy, graphic design.
Other options for data capture (GNSS - RTK, FTG, mobile mapping, laser scanning).
DTM, DSM, DEM (Atlas DMT), visualizations, outputs.
Recapitulation, consultation, information on the content of the written and verbal parts of exam.
Basic forms of terrain relief, ways representation of hypsography in large-scale maps, interpolation and construction of contour lines.
Surveying sketch creation, content, terms, used symbolism, sketch completing.
Methods for large-scale mapping. Type tasks.
Operation and setting total station for large-scale mapping, registration of measured data, downloading data, Application of mathematical and physical correction of measured lengths.
Computer processing of the measured data, methods of solution, potential pitfalls.
Basic and thematic large-scale maps - layout and labeling of map sheets, norms for creation, classification, content, methods of representation of contents. INSPIRE Directive of the European Parliament, the digital map of public administration, digital technical maps, technical map of the village.
Basic and thematic large-scale maps - map symbols, accuracy class, testing of the accuracy, graphic design.
Other options for data capture (GNSS - RTK, FTG, mobile mapping, laser scanning).
DTM, DSM, DEM (Atlas DMT), visualizations, outputs.
Recapitulation, consultation, information on the content of the written and verbal parts of exam.
Prerequisites
Handling with total station and other geodetic instruments, coordinate computations in geodetic software, work with MicroStation environment including geodetic extensions.
Specification of controlled instruction, the form of instruction, and the form of compensation of the absences
Extent and forms are specified by guarantor’s regulation updated for every academic year.
Offered to foreign students
Not to offer
Course on BUT site
Lecture
13 weeks, 2 hours/week, elective
Syllabus
Introduction, definition of basic concepts, terminology, maps (graphical, numerical, GIS), national map series, geodetic controls, reference systems, numbering of geodetic points.
Basic forms of terrain relief, ways representation of hypsography in large-scale maps, interpolation and construction of contour lines.
Surveying sketch creation, content, terms, used symbolism, sketch completing.
Methods for large-scale mapping. Type tasks.
Operation and setting total station for large-scale mapping, registration of measured data, downloading data, Application of mathematical and physical correction of measured lengths.
Computer processing of the measured data, methods of solution, potential pitfalls.
Basic and thematic large-scale maps - layout and labeling of map sheets, norms for creation, classification, content, methods of representation of contents. INSPIRE Directive of the European Parliament, the digital map of public administration, digital technical maps, technical map of the village.
Basic and thematic large-scale maps - map symbols, accuracy class, testing of the accuracy, graphic design.
Other options for data capture (GNSS - RTK, FTG, mobile mapping, laser scanning).
DTM, DSM, DEM (Atlas DMT), visualizations, outputs.
Recapitulation, consultation, information on the content of the written and verbal parts of exam.
Basic forms of terrain relief, ways representation of hypsography in large-scale maps, interpolation and construction of contour lines.
Surveying sketch creation, content, terms, used symbolism, sketch completing.
Methods for large-scale mapping. Type tasks.
Operation and setting total station for large-scale mapping, registration of measured data, downloading data, Application of mathematical and physical correction of measured lengths.
Computer processing of the measured data, methods of solution, potential pitfalls.
Basic and thematic large-scale maps - layout and labeling of map sheets, norms for creation, classification, content, methods of representation of contents. INSPIRE Directive of the European Parliament, the digital map of public administration, digital technical maps, technical map of the village.
Basic and thematic large-scale maps - map symbols, accuracy class, testing of the accuracy, graphic design.
Other options for data capture (GNSS - RTK, FTG, mobile mapping, laser scanning).
DTM, DSM, DEM (Atlas DMT), visualizations, outputs.
Recapitulation, consultation, information on the content of the written and verbal parts of exam.
Exercise
13 weeks, 2 hours/week, compulsory
Syllabus
Introduction, methods of detailed survey
Introduction to related regulations, the use of WMS for mapping, portal CUZK, Internet Viewer of geographic military data
Interpolation and construction of contour lines
Creation of surveying sketch
Creation of thematic large-scale map - 5 weeks
Testing the accuracy of altimetry created thematic map by control profile
Road profiling and creation of longitudinal profile and cross sections
Consultation, completion of programs
Credit
Introduction to related regulations, the use of WMS for mapping, portal CUZK, Internet Viewer of geographic military data
Interpolation and construction of contour lines
Creation of surveying sketch
Creation of thematic large-scale map - 5 weeks
Testing the accuracy of altimetry created thematic map by control profile
Road profiling and creation of longitudinal profile and cross sections
Consultation, completion of programs
Credit