Report File: /NAS-DEM/SOURCES/USGS_DEM/USA/REPORTS/USGS-AK/USGS-AK-GLACIERS/Field.log Creation Date: 2025-12-16 00:42:30 DEM Dimensions: UTMW:1081200 UTMS:1147200 UTME:1114200 UTMN:1178400 DEM REPORTED ELEVATIONS [LOW]: 35 [HIGH]: 2462 Maximum Perimeter height: 0M PRINTER: K3MAX with Plate Size: 400mm Rows: 1 x 1 Total Plates: 1 Model Size X_Size: 2000 pixels Y_Size: 2000 pixels RESAMPLE SIZE: 5 RESAMPLING: near RESAMPLE RATIO: 3.1 OPTIMUM_RESAMPLE: 15.6 HILLSHADE EXG: 1.75X DEM PRECISION [X/Y]:5 [Z]:2 FILAMENT TYPE: PLA_HS DEM PIXEL DIMENSIONS: 6600 x 6240 DEM PLATE Ratio: 3.30 Best ratio is 1.0-1.1 PLATE PADDING: 2 STL BASE: 6 STL HEIGHT_MIN: 10mm STL HEIGHT_MAX: 65mm STL PIXEL SPACING: 0.20 STL_RESAMPLING: nearest IRONING/SKIRT/WEB_IMAGES ACTIVE: N N Y PLATE WEIGHT LIMIT: 2600 FILL DENSITY: 15% LAYER_HEIGHT: 0.16 ######################################################################### PLATE DETAILS Filament Print Time PTR NAME/UNIT DATE/TIME ACTUAL TIME COMMENT | ERR || MNF | Z-AXIS, mm | LAYERS | ROUGH || SIZES,mb | PRUSA MESSAGE row:1 col:1 1168 g 1d 1h 45m K3MAX - ___ ________________ ______________ ______________ | N || Y | 6.08 | 54.38 | 337 || 1.96 || 723 99 149 | OK Adjusted Total Model Print Time: 1545 min 1d 1h 45m Total Filament used: 1168g Total Extruded Length: 7.4km 4.5mi Total Minimum Height: 54.42mm Total Maximum Height: 54.42mm Whiteboard: NOT REQUIRED Multi Plate Width Size: mm in Multi Plate Height Size: mm in Model Price: 139.64 Processing Run Times FUNCTION: DEM2STL : FUNCTION: STL2MF : _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ PART 5 DEM2STL COMMAND: 2025-12-16 00:42:30 COMMAND: /LIBRARY/PROGRAMS/DEM2STL_2025-12-11.py -s 0.20 -r nearest -a 2 -g 0 -v 1.75 -L 0.16 -b 6 -M 400 -l ERROR /ramdisk/BOX/USGS-AK/USGS-AK-GLACIERS/Field-5M-1.75X-P1.tif /ramdisk/STL/USGS-AK/USGS-AK-GLACIERS/Field-5M-1.75X-400mm-S0.20-L0.16-GdGs0-P1.stl DEM2MF COMMAND: STL2MF COMMAND: 2025-12-16 00:42:37 COMMAND: /LIBRARY/PROGRAMS/STL_2_3MF.py /ramdisk/STL/USGS-AK/USGS-AK-GLACIERS/Field-5M-1.75X-400mm-S0.20-L0.16-GdGs0-P1.stl /ramdisk/MF/USGS-AK/USGS-AK-GLACIERS/Field-5M-1.75X-400mm-S0.20-L0.16-GdGs0-P1.3mf --name Field-5M-1.75X-400mm-S0.20-L0.16-GdGs0-P1 --force STL2GCODE COMMAND: MF2GCODE COMMAND: Report File: /NAS-DEM/SOURCES/USGS_DEM/USA/REPORTS/USGS-AK/USGS-AK-GLACIERS/Field.log Creation Date: 2025-12-16 00:51:17 DEM Gaussian options: DEM Adaptive options: DEM Spike options: DEM to STL options: -s 0.20 -r nearest -a 2 -g 0 -v 1.75 -L 0.16 -b 6 -M 400 STL to MF options: --name Field-5M-1.75X-400mm-S0.20-L0.16-GdGs0-P1 --force PRUSA Configuration file: /LIBRARY/PRUSA/ANYCUBIC/K3MAX/K3MAX-Config-2025-08-26.ini Prusa Layer options: --first-layer-height .32 --layer-height 0.16 Prusa Temperature options: --first-layer-temperature 220 --temperature 220 --first-layer-bed-temperature 65 --bed-temperature 55 Prusa Speed options: --external-perimeter-speed 200 --first-layer-speed 200 --gap-fill-speed 100 Prusa Infill Speed options: --infill-speed 200 --solid-infill-speed 200 --top-solid-infill-speed 100 Prusa Layer Widths options: --first-layer-extrusion-width 175% --extrusion-width 0.42 --external-perimeter-extrusion-width 0.42 Prusa Infill widths options: --infill-extrusion-width 0.42 --solid-infill-extrusion-width 0.42 --top-infill-extrusion-width 0.42 Prusa Strength options: --bottom-solid-min-thickness 2 --top-solid-min-thickness 1 --fill-density 15% --infill-overlap 1% Prusa Patterns options: --top-fill-pattern monotonic --bottom-fill-pattern rectilinear --fill-pattern rectilinear Prusa Ironing options: Prusa Skirt options: --skirts 0 --skirt-distance 3 --skirt-height 1 Prusa Brim options: --brim-type no_brim --brim-width 0 Prusa Seam options: --seam-position random Prusa Fan options: --cooling=1 --disable-fan-first-layers 2 --fan-always-on=1 --min-fan-speed 25 --max-fan-speed 75 --bridge-fan-speed 100 Prusa Filament options: --filament-type PLA;PLA;PLA;PLA --filament-spool-weight 1000 --filament-cost 10.90 Prusa Other options: --max-print-height 200 --center 213,213 --duplicate 1 --gcode-flavor klipper --scale 1 Prusa Printer options: Prusa Supports: --support-material=1 --support-material-spacing 2.0 --support-material-threshold 15 --support-material-angle 60 --support-material-interface-layers 2 --raft-layers 0 Prusa Bed Options: Prusa Special Options: --slice-closing-radius 0.20 --resolution 0.05 --solid-infill-below-area 70 Prusa Bridging Options: Prusa Set Options: # K3MAX PRUSA OVERRIDES\n Prusa Gcode Options: --threads 32 --info --export-gcode -load /LIBRARY/PRUSA/ANYCUBIC/K3MAX/K3MAX-Config-2025-08-26.ini -load /ramdisk/TEMPORARY/USGS-AK/USGS-AK-GLACIERS/K3MAX_PRUSA_OVERRIDES.ini PRUSA ERRORS: N ######################################################################### Model Comment: Website Image: Y _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ Report File: /NAS-DEM/SOURCES/USGS_DEM/USA/REPORTS/USGS-AK/USGS-AK-GLACIERS/Field.log Creation Date: 2025-12-16 00:51:17 PRUSA parameters that cannot be set from the command line PRUSA ini File Prusa Config File: /LIBRARY/PRUSA/ANYCUBIC/K3MAX/K3MAX-Config-2025-08-26.ini Prusa Transform options center =[varies]: | duplicate =[0/1]: | scale =[1]: | Prusa Other options loglevel =[2]: | threads =[4]: | Prusa Misc options arc_fitting =[disabled]: enable_arc_fitting = 0 | bed_exclude_area =[??]: bed_exclude_area = 0x0,3x0,3x420,0x420,0x420,426x420,426x420,0x420,426x420,423x420,423x0,426x0,0x0,0x0,426x0,426x0 | bed_shape =[??]: bed_shape = 0x0,426x0,426x420,0x420 | bed_temperature =[55]: bed_temperature = 60 | before_layer_change_gcode =[?]: before_layer_change_gcode = ; BEFORE_LAYER_CHANGE [layer_num] @ [layer_z]mm | color_change_gcode =[M600]: | bottom_surface_pattern =[rectilinear]: bottom_surface_pattern = rectilinear | disable_fan_first_layers =[2]: | fan_always_on =[1]: fan_always_on = 1 | filament_colour =[default]: default_filament_colour = ;;; filament_colour = #75787B;#75787B;#75787B;#75787B | filament_cost =[10.99]: filament_cost = 11,12,13,14 | filament_diameter =[1.75]: filament_diameter = 1.75,1.75,1.75,1.75 | filament_seam_gap_distance =[15%]: | filament_spool_weight =[0]: filament_spool_weight = 0 | filament_type =[PLA]: filament_type = PLA;PLA;PLA;PLA | first_layer_bed_temperature =[65]: first_layer_bed_temperature = 65 | first_layer_speed =[150]: | first_layer_temperature =[230]: first_layer_temperature = 225 | gcode_flavor =[reprap]: gcode_flavor = klipper | gcode_resolution =[0.0125]: | infill_first =[1]: is_infill_first = 0 | interlocking_depth =[2]: interlocking_depth = 2 | min_fan_speed =[??]: min_fan_speed = 25 | nozzle_diameter =[0.40]: nozzle_diameter = 0.4 | printer_technology =[FFF]: printer_technology = FFF | resolution =[0.012]: resolution = 0.024 | seam_gap =[10-15%]: seam_gap = 10% Increase to 15-20% to create more gap and reduce bulging, Decrease to 5-10% to reduce visible gaps seam_gap_distance =[15%]: | single_extruder_multi_material =[0]: single_extruder_multi_material = 1 | single_extruder_multi_material_priming =[0]: single_extruder_multi_material_priming = 0 | skirt_distance =[3]: skirt_distance = 3 | skirt_height =[1]: skirt_height = 1 | skirts =[5]: | solid_layers =[??]: | temperature =[230]: | wipe =[1]: wipe = 1 | Prusa Advanced options infill_overlap =[1%]: | slice_closing_radius =[0.049]: slice_closing_radius = 0.049 Increase to 0.1,0.2, etc if empty layers are found slicing_mode =[regular]: slicing_mode = regular | xy_size_compensation =[0]: | Prusa Extruders options Prusa Extrusion Width options first_layer_extrusion_width =[0.7]: Set to 175% of the Nozzle Diameter infill_extrusion_width =[0.42]: | perimeter_extrusion_width =[0.42]: | solid_infill_extrusion_width =[0.42]: | top_infill_extrusion_width =[0.42]: | Prusa Fuzzy Skin options Prusa Infill options bottom_fill_pattern =[rectilinear]: fill_density =[15-20%]: sparse_infill_density = 15% Increase if Collapsing objects Slicer message fill_pattern =[rectilinear]: internal_solid_infill_pattern = rectilinear sparse_infill_pattern = rectilinear infill_every_layers =[1]: top_infill_pattern =[monotonic]: Prusa Ironing options ironing_pattern =[monotonic]: ironing_pattern = monotonic | ironing_type =[top]: | Prusa Layers and Perimeters options bottom_solid_layers =[1]: bottom_solid_layers = 5 Create a 5mm solid/infill base, would require 25 layers at 0.2 bottom_solid_min_thickness =[5.0]: bottom_solid_min_thickness = 5.0 Create a 5mm solid/infill layer base, would require 25 layers at 0.2, 31.25 layers at 0.16 external_perimeters_first[1]: external_perimeters_first=1 | ensure_vertical_shell_thickness =[enabled]: ensure_vertical_shell_thickness = ensure_all | first_layer_height =[0.28]: first_layer_height = 0.280 Must be a multiple of 0.4 infill_before_perimeters =[0]: infill_before_perimeters = 0 | layer_height =[0.16,0.20]: layer_height = 0.16 Must be a multiple of 0.04 perimeter_generator =[classic]: perimeter_generator = classic | perimeters =[3]: | seam_position =[random]: seam_position = random | thin_walls =[1]: | wall_loops =[4]: wall_loops = 4 More perimeters help with: Better dimensional accuracy, Reduced warping (more material to resist forces), Stronger corners and edges, Better surface finish| precise_outer_wall =[1]: precise_outer_wall = 1 | precise_z_height =[1]: precise_z_height = 1 | top_solid_layers =[1]: | top_shell_thickness =[1]: top_shell_thickness = 1 Set the top 2mm at the top of the model to solid small_perimeter_speed =[50%]: small_perimeter_speed = 50% | Prusa Machine Limits options Prusa Skirt and Brim options Prusa Speed options infill_speed =[150]: | ironing_speed =[30]: ironing_speed = 30 | perimeter_speed =[60]: | solid_infill_speed =[150]: | top_solid_infill_speed =[60]: | Prusa Support material options raft_layers =[0]: raft_layers = 0 | support_material =[0/1]: support_material = 0 Should be set to 1 reverse_on_even_layers[1]: reverse_on_even_layers = 1 Enable for better surface quality and seam distribution and for parts with visible exterior surfaces support_material_angle =[60]: UnChanged from 60 support_threshold_angle =[15]: support_threshold_angle = 30 Changed from 30 to 15 degrees Prusa Wipe options Machine options machine_start_gcode =[?]: machine_start_gcode = G9111 bedTemp=[first_layer_bed_temperature] extruderTemp=[first_layer_temperature[initial_tool]]\nM117\n; print_bed_min = {print_bed_min[0]},{print_bed_min[1]}\n; print_bed_max = {print_bed_max[0]},{print_bed_max[1]}\n; print_bed_size = {print_bed_size[0]},{print_bed_size[1]}\n; first_layer_print_min = {first_layer_print_min[0]},{first_layer_print_min[1]}\n; first_layer_print_max = {first_layer_print_max[0]},{first_layer_print_max[1]}\n; first_layer_print_size = {first_layer_print_size[0]},{first_layer_print_size[1]} | machine_end_gcode =[?]: machine_end_gcode = M400\nG92 E0 ; zero the extruder\nG1 E-2 F3600\n{if max_layer_z < max_print_height-1}G1 Z{max_layer_z+2} F900 ; Move print head further up{endif}\nG1 X420 Y420 F12000 ; present print\nM140 S0 ; turn off heatbed\nM104 S0 ; turn off temperature\nM107;turn off fan\nM84; disable motors\n; disable stepper motors | Filament options filament_start_gcode =[?]: filament_start_gcode = "; filament start gcode";"; filament start gcode";"; filament start gcode";"; filament start gcode" | filament_end_gcode =[?]: filament_end_gcode = "; filament end gcode";"; filament end gcode";"; filament end gcode";"; filament end gcode" | Start/End options start_gcode =[?]: start_gcode = ;HEADER_BLOCK_START\n; generated by AnycubicSlicerNext 1.3.6.1 on {year}-{zdigits(month, 2, 0)}-{zdigits(day, 2, 0)} at {zdigits(hour, 2, 0)}:{zdigits(minute, 2, 0)}:{zdigits(second, 2, 0)}\n;Filament Colors: {filament_colour[0]}, {filament_colour[1]}, {filament_colour[2]}, {filament_colour[3]}\n;HEADER_BLOCK_END | end_gcode =[?]: end_gcode = ; === CUSTOM_METADATA_START ===\n; Copyright: GARP.WORLD 2025\n; === CUSTOM_METADATA_END === | change_filament_gcode =[?]: change_filament_gcode = ; FLUSH_START\n;;; M400 P0\nT[next_extruder] ; change extruder\n; 1\n;;; G1 E-2 F2400\n;;; G1 Z{max(toolchange_z+0.6, 5.0)} F600\n;;; G1 X445.0 F12000\n;;; G1 E-5 F600\n;;; G1 X472.7 F600\n;;; M400 P3530\n;;; G1 E-1 F600\n;;; G1 Z{max(toolchange_z+2.6, 7.0)} F600\n;;; G1 X445 F18000\n;;; G1 X457 F1200\n;;; G1 X445 F1200\n;;; G1 E2 F300\n;;; M400 P31050\n;;; M400 P17510\n; 2\n;;; G1 X445 F18000\n;;; G1 X457 F1200\n;;; G1 X445 F1200\n;;; G1 E2 F300\n;;; M400 P0\n;;; G1 X420 F6000\n;;; M400 P0\n;;; G1 X445 F18000\n;;; G1 X457 F1200\n;;; G1 X445 F1200\n;;; G1 E2 F300\n;;; M400 P0\n; 3.1\n;;; M106 S255\n;;; G1 X42 Y430.5 Z-0.8 F9600\n;;; G1 X46 Y430.5 Z1 F9600\n;;; G1 X98 Y430.5 Z1 F9600\n;;; G1 X102 Y430.5 Z-0.8 F9600\n;;; G1 X102 Y428 Z-0.8 F9600\n;;; G1 X98 Y428 Z1 F9600\n;;; G1 X48 Y428 Z1 F9600\n;;; G1 X42 Y428 Z-0.8 F9600\n; 3.2\n;;; G1 X42 Y430.5 Z-0.8 F9600\n;;; G1 X46 Y430.5 Z1 F9600\n;;; G1 X98 Y430.5 Z1 F9600\n;;; G1 X102 Y430.5 Z-0.8 F9600\n;;; G1 X102 Y428 Z-0.8 F9600\n;;; G1 X98 Y428 Z1 F9600\n;;; G1 X48 Y428 Z1 F9600\n;;; G1 X42 Y428 Z-0.8 F9600\n; 3.3\n;;; G1 X42 Y430.5 Z-0.8 F9600\n;;; G1 X46 Y430.5 Z1 F9600\n;;; G1 X98 Y430.5 Z1 F9600\n;;; G1 X102 Y430.5 Z-0.8 F9600\n;;; G1 X102 Y428 Z-0.8 F9600\n;;; G1 X98 Y428 Z1 F9600\n;;; G1 X48 Y428 Z1 F9600\n;;; G1 X42 Y428 Z-0.8 F9600\n;;; G1 Z{toolchange_z}\n;;; M400 P0\n; FLUSH_END | _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ Report File: /NAS-DEM/SOURCES/USGS_DEM/USA/REPORTS/USGS-AK/USGS-AK-GLACIERS/Field.log Creation Date: 2025-12-16 00:51:18 PRUSA parameters that cannot be set from the command line PRUSA Slicing results Prusa Config File: /NAS-DEM/SOURCES/USGS_DEM/USA/GCODE/USGS-AK/USGS-AK-GLACIERS/K3MAX/N4/PLA_HS/Field-5M-1.75X-400mm-H0-SCL1-S0.20-L0.16-N0.4-GdGs0-PLA_HS.gcode Prusa Transform options center =[varies]: | duplicate =[0/1]: | scale =[1]: | Prusa Other options loglevel =[2]: | threads =[4]: | Prusa Misc options arc_fitting =[disabled]: ; arc_fitting = disabled | bed_exclude_area =[??]: | bed_shape =[??]: ; bed_shape = 0x0,426x0,426x420,0x420 | bed_temperature =[55]: ; bed_temperature = 55 | before_layer_change_gcode =[?]: | color_change_gcode =[M600]: ; color_change_gcode = M600 | bottom_surface_pattern =[rectilinear]: | disable_fan_first_layers =[2]: ; disable_fan_first_layers = 3 | fan_always_on =[1]: ; fan_always_on = 1 | filament_colour =[default]: ; filament_colour = #75787B;#75787B;#75787B;#75787B | filament_cost =[10.99]: ; filament_cost = 10.9 | filament_diameter =[1.75]: ; filament_diameter = 1.75,1.75,1.75,1.75 | filament_seam_gap_distance =[15%]: ; filament_seam_gap_distance = 15% | filament_spool_weight =[0]: ; filament_spool_weight = 1000 | filament_type =[PLA]: ; filament_type = PLA;PLA;PLA;PLA | first_layer_bed_temperature =[65]: ; first_layer_bed_temperature = 65 | first_layer_speed =[150]: ; first_layer_speed = 200 | first_layer_temperature =[230]: ; first_layer_temperature = 220 | gcode_flavor =[reprap]: ; gcode_flavor = klipper | gcode_resolution =[0.0125]: ; gcode_resolution = 0.0125 | infill_first =[1]: ; infill_first = 0 | interlocking_depth =[2]: ; interlocking_depth = 2 | min_fan_speed =[??]: ; min_fan_speed = 25 | nozzle_diameter =[0.40]: ; nozzle_diameter = 0.4 | printer_technology =[FFF]: ; printer_technology = FFF | resolution =[0.012]: ; resolution = 0.05 | seam_gap =[10-15%]: Increase to 15-20% to create more gap and reduce bulging, Decrease to 5-10% to reduce visible gaps seam_gap_distance =[15%]: ; seam_gap_distance = 15% | single_extruder_multi_material =[0]: ; single_extruder_multi_material = 1 | single_extruder_multi_material_priming =[0]: ; single_extruder_multi_material_priming = 0 | skirt_distance =[3]: ; skirt_distance = 3 | skirt_height =[1]: ; skirt_height = 1 | skirts =[5]: ; skirts = 0 | solid_layers =[??]: | temperature =[230]: ; temperature = 220 | wipe =[1]: ; wipe = 1 | Prusa Advanced options infill_overlap =[1%]: ; infill_overlap = 1% | slice_closing_radius =[0.049]: ; slice_closing_radius = 0.2 Increase to 0.1,0.2, etc if empty layers are found slicing_mode =[regular]: ; slicing_mode = regular | xy_size_compensation =[0]: ; xy_size_compensation = 0 | Prusa Extruders options Prusa Extrusion Width options first_layer_extrusion_width =[0.7]: ; first_layer_extrusion_width = 175% Set to 175% of the Nozzle Diameter infill_extrusion_width =[0.42]: ; infill_extrusion_width = 0.42 | perimeter_extrusion_width =[0.42]: ; perimeter_extrusion_width = 0.42 | solid_infill_extrusion_width =[0.42]: ; solid_infill_extrusion_width = 0.42 | top_infill_extrusion_width =[0.42]: ; top_infill_extrusion_width = 0.42 | Prusa Fuzzy Skin options Prusa Infill options bottom_fill_pattern =[rectilinear]: ; bottom_fill_pattern = rectilinear fill_density =[15-20%]: ; fill_density = 15% Increase if Collapsing objects Slicer message fill_pattern =[rectilinear]: ; fill_pattern = rectilinear infill_every_layers =[1]: ; infill_every_layers = 1 top_infill_pattern =[monotonic]: Prusa Ironing options ironing_pattern =[monotonic]: | ironing_type =[top]: ; ironing_type = top | Prusa Layers and Perimeters options bottom_solid_layers =[1]: ; bottom_solid_layers = 5 Create a 5mm solid/infill base, would require 25 layers at 0.2 bottom_solid_min_thickness =[5.0]: ; bottom_solid_min_thickness = 2 Create a 5mm solid/infill layer base, would require 25 layers at 0.2, 31.25 layers at 0.16 external_perimeters_first[1]: ; external_perimeters_first = 1 | ensure_vertical_shell_thickness =[enabled]: ; ensure_vertical_shell_thickness = partial | first_layer_height =[0.28]: ; first_layer_height = 0.32 Must be a multiple of 0.4 infill_before_perimeters =[0]: | layer_height =[0.16,0.20]: ; layer_height = 0.16 Must be a multiple of 0.04 perimeter_generator =[classic]: ; perimeter_generator = arachne | perimeters =[3]: ; perimeters = 4 | seam_position =[random]: ; seam_position = random | thin_walls =[1]: ; thin_walls = 1 | wall_loops =[4]: More perimeters help with: Better dimensional accuracy, Reduced warping (more material to resist forces), Stronger corners and edges, Better surface finish| precise_outer_wall =[1]: | precise_z_height =[1]: | top_solid_layers =[1]: ; top_solid_layers = 3 | top_shell_thickness =[1]: Set the top 2mm at the top of the model to solid small_perimeter_speed =[50%]: ; small_perimeter_speed = 50% | Prusa Machine Limits options Prusa Skirt and Brim options Prusa Speed options infill_speed =[150]: ; infill_speed = 200 | ironing_speed =[30]: ; ironing_speed = 30 | perimeter_speed =[60]: ; perimeter_speed = 60 | solid_infill_speed =[150]: ; solid_infill_speed = 200 | top_solid_infill_speed =[60]: ; top_solid_infill_speed = 100 | Prusa Support material options raft_layers =[0]: ; raft_layers = 0 | support_material =[0/1]: ; support_material = 1 Should be set to 1 reverse_on_even_layers[1]: Enable for better surface quality and seam distribution and for parts with visible exterior surfaces support_material_angle =[60]: ; support_material_angle = 60 UnChanged from 60 support_threshold_angle =[15]: Changed from 30 to 15 degrees Prusa Wipe options Machine options machine_start_gcode =[?]: | machine_end_gcode =[?]: | Filament options filament_start_gcode =[?]: | filament_end_gcode =[?]: | Start/End options start_gcode =[?]: ; start_gcode = ;HEADER_BLOCK_START\n; generated by AnycubicSlicerNext 1.3.6.1 on {year}-{zdigits(month, 2, 0)}-{zdigits(day, 2, 0)} at {zdigits(hour, 2, 0)}:{zdigits(minute, 2, 0)}:{zdigits(second, 2, 0)}\n;Filament Colors: {filament_colour[0]}, {filament_colour[1]}, {filament_colour[2]}, {filament_colour[3]}\n;HEADER_BLOCK_END | end_gcode =[?]: ; end_gcode = ; === CUSTOM_METADATA_START ===\n; Copyright: GARP.WORLD 2025\n; === CUSTOM_METADATA_END === | change_filament_gcode =[?]: | _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ _____________________________________________________________________________________________________________________________________________________ Report File: /NAS-DEM/SOURCES/USGS_DEM/USA/REPORTS/USGS-AK/USGS-AK-GLACIERS/Field.log Creation Date: 2025-12-16 00:51:23 Error Summary Loose extrusions --- Fill_Density: 15 - Reason Unknown, but could be fill density Low bed adhesion --- Reason Unknown Empty layer between --- There is no elevation defined within this layer --- BEST: Decreasing the Model Exaggeration from 1.75 --- Check the raster vertical resolution [ 2 ] --- Increasing the raster resolution (Horizontal) from 5 may fix the problem --- BEST: Layer height (0.16) could be increased to include a wider range of the dataset --- Lowering the STL_Sigma (0) MAY help, but would have minimal effect --- Lowering the DEM_Sigma () MAY help, but would have minimal effect --- If you increase the Layer Height, you could also lower the Exaggeration to lower the model height --- THIS WORKS! A drastic change would be to decrease the STL spacing from 0.20 to maybe 0.10 or 0.15 --- Reduce the size of the plate from 400 Floating object part --- BEST: Can be caused by the Infill_density too low - Increase from 15 to 20% or more --- Increasing the Exaggeration has helped --- Increase slice_closing_radius: 0.20 to a larger numbetr(0.25, 0.5, 0.75, 1.0, 2.0) Floating bridge anchors --- set detect_bridging_perimeters to 0 Collapsing overhang --- This is very common with terrain models, especially exaggerated terrain with steep cliffs - increase Sigma smoothing --- Current slice_closing_radius = 0.20 raise to 0.5, 1.0 or 2.0 --- BEST: Check that supports are enabled The Prusa Slicer program crashed and did not complete to writing the gcode --- Check: slice-closing-radius 0.20, raise to fix The slice_closing_radius is a critical parameter that automatically closes small gaps in your model geometry during slicing It's especially important for terrain models! slice_closing_radius = 0.5 Possible: run DEM_Smoothing multiple times at a low Sigma value(5), many times(10) Floating bridge anchors --- BEST: Can be caused by the Infill_density too low - Increase from 15 to 20% or more MedialAxis - Invalid Voronoi diagram --- Change slicer PERIMETER generator to arache NOTES: To increase the resolution of the print layer (0.20 to 0.16), the exaggeration may (probably) need to be lowered to prevent empty layers. The exterior-perimeter-extrusion-width should be about 0.35 - 0.40 for the best quality, as per AI. slice_closing_radius should be 2-10× larger than resolution