Contents

Construction of Topological Surfaces from the Morphogenesis of Oranda Kinguio Example of application of a pattern      PANELINGTOOLS      _ptGridSurfaceDomainNumber create a grid of points applied to a surface, using U and V values; ㄴ (1) select the surface to be divided into points; ㄴ (2) enter the number of points in both directions; _ptPanel3DCustom apply a module composed of lines to a surface, using application points and a contact/boundary surface; ㄴ (1) select the grid

Modeling an Oranda fish, from a flat surface EX07  Morfogénese: ORANDA - Parte 1 EX07  Morfogénese: ORANDA - Parte 2

Construction of complex surfaces based on Oranda fish morphogenesis EX06  Morphogenesis: ORANDA - Part 1 EX06  Morphogenesis: ORANDA - Part 2

Construction of complex surfaces based on anemones morphogenesis EX05 Morphogenesis: ANEMONES To deform the initial surfaces ( not shown in the video): Draw a rectangle measuring 30 by 30 units; Transform this rectangle into a plane; Redefine the density of points U and V to 2 by 2 using the “_ Rebuild ” command; Manually change the control points of the surface to deform it; ㄴ (1) show the points with the command "_ PointsOn "; ㄴ (2) activate the option ' Gumball (CPlane)

Construção de Superfícies complexas a partir da Morfogénese de Corais EX04  Morphogenesis: Corals NOTES : For this exercise, you need to install the PanelingTools plugin ; install it using the ‘Package Manager’ command (in Rhino); alternatively , you can download it from the Downloads section; After installation , you need to close and reopen Rhino . Draw two circles with the same center, where one circle has a radius of 2 units and the other has a radius of 4 units; Copy b

Construction of complex surfaces based on bivalve morphogenesis Given that the geometric shape of each of these bivalves is defined by two guidelines (a vertical semicircle and a conical curve) and by generatrices defined in the horizontal plane EX03.1  Morphogenesis: Mussel EX03.2  Morphogenesis: Scallop EX03.3  Morphogenesis: Oyster

Construction of complex surfaces based on gastropod morphogenesis Considering that the geometric shape of each of these shells is defined by two guidelines (a flat spiral and a twisted spiral based on a surface of revolution or a vertical axis) and by generatrices defined by circles existing in planes perpendicular to the horizontal plane EX02.1 Morphogenesis: Snail EX02.2 Morphogenesis: Wentletrap EX02.3 Morphogenesis: Whelk

Open Menu Render > Render Properties      UNITS      Select the left Menu option Document properties  > Units When you change the units, the program will ask if you want to only change the units , or scale the model accordingly      GRID      Select the left Menu option Document Properties > Grid      ANNOTATION STYLE       Select the left Menu option Annotation Styles  >  Create a new one - or - edit existing one If you create a new one, you can select the Default definitio

Construction of complex surfaces based on cephalopod morphogenesis EX01.1 Morphogenesis: Serpentina EX01.2 Morphogenesis: Planorbis EX01.3 Morphogenesis: Nautilus