@unknownuser said:
May I as how you modelled the ridge? Or is that a material with displacement?
the roof and the ridge were complicated. i first made outlines for the complete leaf shape with splines. then i used curves (z-height) to connect the separate leafs to the center. with that shape finished i was able to build the bearing wood beams (extrude tools) and wood beams that run to the center of the building overhead. inbetween each leaf there are shared beams runinng to the middle as well. this were done with the same method as the overhead beams. still from the spline shape i isolated the tensile structure boarders for the half of each leaf (12 segments alltogether)and did a redraw to fit the overlapping. now i used edges by rails (drawing only profiles)to get the even subdivision for the small rafters running along the roofs inner side and extruded them along path with the beam shape - rafters done!
again with extrude edges by rails i skined the 12 separate shapes. first the inner part the runs exactly along the bearing wood shape but overlaps to the sides and then the outer skin which uses a slightly modified version of the inner skin to give it the smooth bubbely shape (note: each leaf on on side of the house uses a completly different base shape). finally i connected inner and outer skin.
in the end i did the intermediate beams the run inbetween the bearing beams and the shade panels that you can see on the front and back of the house.
the precision needed to get it all working in the end was exhausting in parts. although now it sounds quite easy i needed a lot of thinking to figure out this workflow. a tricky part for example was to calculate the angel needed to get the rafters overlap with the bearing beams and still run along the skin and not through it.
the overhead roof shingles (the ones running to the center) were done with component stringer.
hope that answers your question?
iĀ“ll post some monochromatic detail views shortly.