"cancel_gcode": "G91; Set to Relative position\\nG1 Z3 E-3; move z axis up\\nG28; home axis\\nG1 F250 E-16; Retract filament from barrel\\nG90; Set to Absolute position\\nM104 S0; turn off temperature\\nM140 S0; turn off heated bed\\nM106 S0; Turn off fan\\nM18;\\nM117 Print cancelled",
"end_gcode": "G91; Set to Relative position\\nG1 Z3 E-3; move z axis up\\nG28 ; home axis\\nG1 F250 E-16; Retract filament from barrel\\nG92 E0; zero the extruded length\\nG90; Set to Absolute position\\nM104 S0 ; turn off temperature\\nM140 S0 ; turn off heated bed\\nM106 S0 ; Turn off fan\\nM18;\\nM117 All Done!!!",
"start_gcode": "M501\\nM104 S[first_layer_temperature] ; Start heater and continue g-code\\nG90;\\nG92 E0; zero the extruded length\\nG28\\nG29\\nG1 X0 Y0 F4000\\nM109 S[first_layer_temperature];\\nG1 F100 E10; extrude feed stock to prime hotend barrel and purge\\nG92 E0; zero the extruded length\\nG1 Z[z_offset] F1000;\\n\\n; Create purge line\\nG91; Relative motion \\nG1 Z0.3;\\nG1 X3 Y40 F1000; Change this value to move the position of the line on the bed\\nG1 Y120 E20;\\nG1 X-1;\\nG1 Y-100 E16.5;\\nG1 Y-20 E2;\\nG1 X5 F4000;\\n\\nG90;\\nG92 E0; zero the extruded length again\\nM117 Printing",
"cancel_gcode": "G91; Set to Relative position\\nG1 Z3 E-3; move z axis up\\nG28; home axis\\nG92 E0; zero the extruded length\\nG1 F250 E-16; Retract filament from barrel\\nG92 E0; zero the extruded length again\\nG90; Set to Absolute position\\nM104 S0; turn off temperature\\nM140 S0; turn off heated bed\\nM106 S0; Turn off fan\\nM18;\\nM117 Print cancelled; Put message on LCD screen\\nM302 S170; Reset cold extrusion temperature",
"end_gcode": "G91; Set to Relative position\\nG1 Z3 E-3; move z axis up\\nG28 ; home axis\\nG92 E0; zero the extruded length\\nG1 F250 E-16; Retract filament from barrel\\nG92 E0; zero the extruded length again\\nG90; Set to Absolute position\\nM104 S0 ; turn off temperature\\nM140 S0 ; turn off heated bed\\nM106 S0 ; Turn off fan\\nM18;\\nM117 All Done!!! ; Put message on LCD screen\\nM302 S170; Reset cold extrusion temperature",
"first_layer_bed_temperature": "0",
"first_layer_temperature": "85",
"start_gcode": ";Me3D - MC1.3 startup sequence - Me2 (G5,G6,G7) Build 06/24/15\\n;Remove the \";\" to activate any line\\n;MAKE SURE YOU KNOW WHAT EACH LINE DOES BEFORE YOU CHANGE IT!!! The Me2 is 100% hackable and so has limited physical protection from errors in the g-code\\nM104 S[temperature] ; // Start heater and continue g-code\\nG21 ; // set units to millimeters\\nM201 X3000 Y3000; // max accel print\\nM202 X3000 Y3000; // max accel travel\\nM205 X10; // max xyjerk mm/s\\nG91; // Relative position\\nG1 Z10; // clear bed \\nG90 ; // ABS position\\nG28; // home axes\\nG29; // perform auto levelling at three corners\\nM82 ; // use absolute distances for extrusion\\nG1 Z15 F4000; // Raise Z axis clear\\nG1 X-5 F4000; // Move to X axis zero\\nG1 Y5 F4000;\\nG92 E0; // zero the extruded length\\nM109 S[temperature]; // Set print temperature and wait\\nM302 S75; // Set cold extrusion level\\nG1 F100 E19; // extrude feed stock to prime hotend barrel and purge\\n; //Create purge line\\nG1 Z[z_offset] F1000; // z_offset variable only available in 1.2.3 and above\\nG91; // Relative motion \\nG1 Z0.3;\\nG1 X10 Y1 F1000; // Change this value to move the position of the line on the bed\\nG1 X120 E20;\\nG1 Y1;\\nG1 X-100 E16.5;\\nG1 X-20 E2;\\nG1 X10 Y-3 F500;\\nG1 Y5 F4000;\\nG92 E0;\\nG90;\\nG92 E0; // zero the extruded length again\\nM117 OK...let's print; // Put message on LCD screen",
