{% import "macros.jinja2" as snipped %}
{{ snipped.subSection("EEPROM values") }}
{{ snipped.field("E steps", "Number of steps/mm currently set in EEPROM", "number", "$root.steps.E", "false", "steps/mm") }}
{{ snipped.subSection("Compute", true) }}
{{ snipped.field("Actual extrusion", "How much filament has been extruded", "number", "$root.results.actualExtrusion", "false", "mm") }}
{{ snipped.field("New steps/mm", "The new number of steps/mm which should be set on EEPROM", "number", "$root.results.newSteps", "false", "steps/mm") }}
{{ snipped.field("Extrusion marking length", "The length marked on filament before extrusion", "number", "$root.results.markLength", "true", "mm") }}
{{ snipped.field("Measured value", "The length between filament mark and extruder entry after extrusion", "number", "$root.results.remainedLength", "true", "mm") }}
{{ snipped.subSection("Process description", true) }}
{{ snipped.quote("
First Read this
This calibration is best done with the extruder detached from the hot end, so no restriction is present on the movement. If it is convenient, you can partially disassemble the printer so the output of the extruder is
open and the filament exits in free air. If this is inconvenient, the process below aims to minimize restrictions by extruding very slowly and with a slightly higher temperature. The results from this should still be
reliable.
", "text-warning" ) }}