CONTENTS

 

PART I: THEORY (TEORIA)

 

1. R. Górska: Graphicacy Elements within Technical Subjects.

2. E. Koźniewski: Rectangular Polygons and Its Shape Parameters.

 

PART II: GRAPHICS EDUCATION (DYDAKTYKA)

 

1. Š. Gergelitsová, T. Holan: What Can Teachers Learn from Their Student's Homework.

2. E. Koźniewski: On Orthogonal Projection of Right Angle.

3. H. Lille: A Study of Engineering Drawing as Design Language Teaching.

4. F. Nassery: 3D Models of Regular Polyhedrons in: Rhinoceros 3D, Autocad, 3ds Max – Possible Applications in the Teaching of Engineering Graphics.

5. C. Pütz, G. Intveen: Monge Facilitating Individual Learning Processes with Advanced Instructions.

 

PART III: APPLICATIONS (ZASTOSOWANIA)

 

1. P. Furmanek: Examples of Fractal Objects Generated as the Union of Terms of a Sequence of Sets Using the IFS Method.

2. M. Piekarski: Reciprocal Systems – the Geometric Tool for Shaping Twisted Forms of Buildings.

3. A. Rużyczka: Sensory Impression Signal Detection and Optic Illusion.

 

PART IV: HISTORY OF DESCRIPTIVE GEOMETRY (HISTORIA GEOMETRII WYKREŚLNEJ)

1. J. Dźwierzyńska: The Phenomenon of Architectural Panorama over the Centuries.

2. B. Vogt: Gaspard Monge – the Renaissance Man.

3. A. Żaba: Comments on Andrea Pozzo’s Illusionistic Domes.

 

PART V: INFORMATION AND NEWS (WYDARZENIA I INFORMACJE)

 

1. A. Repelewicz: Professor Ludmła Czech (1940-2015).

2. 22^nd Conference Geometry Graphics Computer Cracow Poland.

3. Slovak-Czech Conference on Geometry and Graphics Terchová, Slovakia.

4. Seminary70 years of presence of Descriptive Geometry at the Silesian University of Technology.

5. Reviewers 2015.

6. Conferences & Seminars in 2016.

7. Book 70 years Descriptive Geometry at the Silesian University of Technology.