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+ out_row_1; out_row_3 = out_working_increment*2 + out_row_1; out_row_7 = working_increment*6 + out_row_1; out_row_6 = out_working_increment*5 + out_row_1; out_row_6 = working_increment*5 + out_row_1; out_row_6 = working_increment*5 + out_row_1; out_row_7 = working_increment*6 + out_row_1; out_row_6 = working_increment*5 + out_row_1; out_row_7 = working_increment*6 + out_row_1; out_row_4 = out_working_increment*3 + out_row_1; out_row_4 = out_working_increment*3 + out_row_1; //special-case the knob main shape. [mm] knob_radius_bottom = 10; //knob_radius top_row = height - hole_dist_top); cube([flange, flange, h], center=true); if (RingMarkings>0 for (i=[0 : Knurls-1] rotate([0, 0, i * (360/Knurls)] rotate([0, TaperAngle, 0]) rotate([0, 0, 180] // Left side: meta-step controls // run/stop (switch // cv switch // steps: slider, led, switch //hole for anchor // visual indicator 9db3fb2a68 Add cascading input and output jacks output_column = width_mm - right_rib_thickness; // projection: make a hole with radius: ", hole_r , " at ", width_mm - h_margin; input_column = h_margin; col_right = width_mm - 9.5/2 - right_rib_thickness - tolerance; // rib + half a jack col_right = width_mm - hole_dist_side, height - v_margin .

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