The discipline considers the implementation of a routine regarding computer-assisted graphics, considering the licensed software provided by the University. In order to cover all the topics, it was decided to apply works with complementary themes in order to deepen the topics covered during the cour
Specific objectives - knowledge of specific information systems;- awareness of the importance of hardware and software equipment selection for graphic products.
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1. General notions of graphical processing of topo-cadastral data 2. Raster images and vector images 3. The Surfer Program 4. The Vextractor program 5. AutoCAD program - generalities 6. AutoCAD program - creating and editing objects 7. AutoCAD program - sizing objects 8. AutoCAD program - georeferencing of topographic plans 9. AutoCAD program - Topograph application 10. AutoCAD program - TopoLT application 11. AutoCAD program - Sirot application 12. AutoCAD program - drawing up and plotting plans and maps

Instruction is a combination of lectures, conversation and theoretical and practical examples

C2. Making topographical required to develop specific plans and topographic and thematic maps. C3. Closure technical networks - the utility angular measurements, distances, differences in level in the geodetic purposes and to reduce them to the reference surface. C6. Making cadastre information systems and specialized fields, and their use for real estate advertising works and the property valuation.

Colloquy at least 2 test subjects - written examination (60% of the final grade)Test of the lab - practical (40% of the final grade)

• Ienciu, I.; Oprea, L., Prelucrarea automată a datelor analitice şi grafice din topografie şi cadastru, Editura Aeternitas, , Alba-Iulia , 2009 , -
• Ienciu, I.; Oprea, L, Infografică pentru topografie şi cadastru, Seria Didactica, Universitatea „1 Decembrie 1918” , Alba-Iulia , 2009 , -
• Ienciu, I., Exploatarea programelor topografice, Seria Didactica, Universitatea „1 Decembrie 1918” , Alba-Iulia , 2006 , -