Inlet 3D Models

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Draw a 3D perspective drawing (line drawing) showing a 12 meter wide rectangular canal with the following specifications:
1: The observer is centered, 2 meters from the start of the canal, at an altitude of 1070 meters
2: The inlet threshold of the canal is at an altitude of 1063.75. The side walls are vertical with a top at an altitude of 1065.6.
3: Over the first 2 meters, the bottom level of the canal drops to an elevation of 1059.5, and the top of the side walls to an elevation of 1063.5.
4: Over the next 14 meters, the canal is horizontal at an elevation of 1059.5 and the side walls with a top at an elevation of 1063.5.
5: Over the next 12 meters, the canal gradually narrows to an outlet with sloping side walls where the bottom width is 4 meters and the top width is 8 meters. The bottom level at the end of the canal is at elevation 1060.2, and the top height of the side walls at elevation 1063.
6: The canal has an open inlet and outlet.

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Anonymous1773159074

$$fn=120; length = 190; // Смещение под реальную ноздрю offset_x = 12; // Вход (чуть шире под форму решетки) inlet_w = 125; inlet_h = 78; // Выход стандарт outlet_w = 85; outlet_h = 60; flare = 28; // Основной канал (со смещением) module duct() { hull() { translate([offset_x,0,0]) scale([(inlet_w/2)+flare, (inlet_h/2)+flare, 1]) sphere(1); translate([0,0,length]) scale([outlet_w/2, outlet_h/2, 1]) sphere(1); } } // Лопатки (чуть повернуты по потоку) module vanes() { rotate([0,0,5]) for (i=[-1,0,1]) { translate([i*16,0,length/2]) cube([3, outlet_h, length], center=true); } } // Соты (короче, чтобы не душить поток) module honeycomb() { for (x=[-25:12:25]) for (y=[-18:12:18]) translate([x,y,45]) cylinder(h=12, d=7); } // Фланец (под подгонку) module flange() { translate([0,0,length]) cube([110,90,6], center=true); } // Дренаж module drain()$

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create a manifold with 1 inlet and 4 outlet inside the cuboid of the size 10cm x 6cm x 5cm

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