07-08-2017, 07:33 AM
If we put together "tectonic plates" on the upper rosettes, then we get a standard scheme for building the central market square of a medieval city.
h - is the thickness of the "tectonic plate" (elevation height relative to the level of the market area).
The cutout of the tower (which I have put in place), and the full ellipse image created in a "rectangular Dimetriy". You are not allowed to view links. Register or Login to view. . This is also true for the ellipse of the scaffold.
A sectoral (angular) shift can be made for two "wings" with towers on the top between the central and right rosette to get the combined mountain.
h - is the thickness of the "tectonic plate" (elevation height relative to the level of the market area).
The cutout of the tower (which I have put in place), and the full ellipse image created in a "rectangular Dimetriy". You are not allowed to view links. Register or Login to view. . This is also true for the ellipse of the scaffold.
A sectoral (angular) shift can be made for two "wings" with towers on the top between the central and right rosette to get the combined mountain.