96 lines
2.8 KiB
OpenSCAD
96 lines
2.8 KiB
OpenSCAD
$fn = $preview ? 32 : 256;
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a_pillar_y = -400; // y location of face of 'A' pillar
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bb_height = 274; // internal height of battery box
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bb_width = 260; // internal width of battery box
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/*****************************************************
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* the 'cowl' is the near-horizontal panel which the
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* bottom of the windscreen is mounted to. In practice
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* this probably slopes down forward, but for the
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* moment I'm making the simlifying assumption that it
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* is horizontal.
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****************************************************/
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cowl_height = 550;
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floor_length = 1100;
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floor_width = 1500;
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/*****************************************************
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* TODO: I need to calculate the lengths of everything
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* which bonds to the front or rear bulkhead from the
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* layback angles, but I'm being lazy for now
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****************************************************/
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layback_angle_f = 60;
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layback_angle_r = 60;
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sheet_thickness = 8;
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sill_max_height = bb_height;
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sill_min_height = 125;
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sill_width = 150;
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module battery_box_side( floor_length = 1100) {
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fhl = (floor_length/2);
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top_hl = 800; // calculate this later
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rotate([90, 0 , 0])
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linear_extrude( height=sheet_thickness) {
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polygon([[ 0 - fhl, 0],
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[ fhl, 0],
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[ top_hl, bb_height],
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[ 0 - top_hl, bb_height]]);
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}
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}
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module battery_box( floor_length = 1100) {
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top_hl = 800; // calculate this later
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hbbw = bb_width/2;
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translate([0, hbbw, 0])
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battery_box_side( floor_length);
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translate([0, 0 - (hbbw + sheet_thickness), 0])
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battery_box_side( floor_length);
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translate([0, 0 - hbbw, 0])
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cube([sheet_thickness, bb_width, bb_height]);
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translate([0, 0 - sheet_thickness, bb_height])
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cube([1600, bb_width + (sheet_thickness * 2),
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sheet_thickness],
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center = true);
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}
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module sill( floor_length = 1100) {
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cr = 5000;
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fhl = (floor_length/2);
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top_hl = 800; // calculate this later
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difference() {
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rotate([90, 0 , 0])
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linear_extrude( height=sill_width) {
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polygon([[ 0 - fhl, 0],
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[ fhl, 0],
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[ top_hl, sill_max_height],
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[ 0, sill_min_height],
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[ a_pillar_y, sill_min_height],
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[ a_pillar_y, cowl_height],
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[ 0 - top_hl, cowl_height]]);
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}
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rotate([-3, 0, 0])
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translate([0, cr - (sill_width/2), 0])
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cylinder( h = cowl_height,
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r = cr);
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}
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}
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module front_bulkhead() {
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}
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cube([floor_length, floor_width, sheet_thickness],
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center=true);
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battery_box();
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translate([0, ( floor_width/2) + (sill_width/2), 0])
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sill();
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mirror([0, 1, 0])
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translate([0,
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( floor_width/2) + (sill_width/2), 0])
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sill();
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