Loading openscad/libs/main_body_structure.scad +4 −4 Original line number Diff line number Diff line Loading @@ -405,15 +405,15 @@ module xy_legs_and_actuators(params){ c270_lens_spacer_body_width = c270_dims().x + 1.5; c270_oversize = c270_lens_spacer_body_width + (nominal_travel + clearance)*2; cut_depth = (c270_oversize - leg_sep)/2; // The strengthening part cannot move further than the leg thickness cut_xy = min(cut_depth, leg_dims(params).x - tiny()) * sin(45); // The strengthening part should move by the leg thickness, in the x-direction cut_xy = leg_dims(params).x * sin(45); c270_z_space = 22; c270_mid_z = (upper_xy_flex_z(params) - 1) - (c270_z_space + 4)/2; cut_round = 2; // c270 cover rounding radius manual = !(key_lookup("include_motor_lugs", params)); // back legs // back legs - furthest from actuators difference(){ reflect_x(){ leg_frame(params, 135){ Loading Loading @@ -466,7 +466,7 @@ module xy_legs_and_actuators(params){ } } } //front legs and actuator columns //actuator columns and front legs - next to actuators xy_actuators(params); for(i = [0,1]){ Loading Loading
openscad/libs/main_body_structure.scad +4 −4 Original line number Diff line number Diff line Loading @@ -405,15 +405,15 @@ module xy_legs_and_actuators(params){ c270_lens_spacer_body_width = c270_dims().x + 1.5; c270_oversize = c270_lens_spacer_body_width + (nominal_travel + clearance)*2; cut_depth = (c270_oversize - leg_sep)/2; // The strengthening part cannot move further than the leg thickness cut_xy = min(cut_depth, leg_dims(params).x - tiny()) * sin(45); // The strengthening part should move by the leg thickness, in the x-direction cut_xy = leg_dims(params).x * sin(45); c270_z_space = 22; c270_mid_z = (upper_xy_flex_z(params) - 1) - (c270_z_space + 4)/2; cut_round = 2; // c270 cover rounding radius manual = !(key_lookup("include_motor_lugs", params)); // back legs // back legs - furthest from actuators difference(){ reflect_x(){ leg_frame(params, 135){ Loading Loading @@ -466,7 +466,7 @@ module xy_legs_and_actuators(params){ } } } //front legs and actuator columns //actuator columns and front legs - next to actuators xy_actuators(params); for(i = [0,1]){ Loading