mirror of
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b1ce9b64d4
It doesn't cache these any more, but reconstructs them when asked for. Contributes to issue CURA-6600.
159 lines
10 KiB
Python
159 lines
10 KiB
Python
# Copyright (c) 2019 Ultimaker B.V.
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# Cura is released under the terms of the LGPLv3 or higher.
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from typing import Dict, List
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from UM.Logger import Logger
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from UM.Signal import Signal
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from UM.Util import parseBool
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from UM.Settings.ContainerRegistry import ContainerRegistry # To find all the variants for this machine.
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from cura.Machines.ContainerNode import ContainerNode
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from cura.Machines.QualityChangesGroup import QualityChangesGroup # To construct groups of quality changes profiles that belong together.
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from cura.Machines.QualityGroup import QualityGroup # To construct groups of quality profiles that belong together.
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from cura.Machines.QualityNode import QualityNode
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from cura.Machines.VariantNode import VariantNode
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## This class represents a machine in the container tree.
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#
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# The subnodes of these nodes are variants.
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class MachineNode(ContainerNode):
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def __init__(self, container_id: str) -> None:
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super().__init__(container_id)
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self.variants = {} # type: Dict[str, VariantNode] # Mapping variant names to their nodes.
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self.global_qualities = {} # type: Dict[str, QualityNode] # Mapping quality types to the global quality for those types.
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self.materialsChanged = Signal() # Emitted when one of the materials underneath this machine has been changed.
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container_registry = ContainerRegistry.getInstance()
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try:
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my_metadata = container_registry.findContainersMetadata(id = container_id)[0]
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except IndexError:
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Logger.log("Unable to find metadata for container %s", container_id)
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my_metadata = {}
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# Some of the metadata is cached upon construction here.
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# ONLY DO THAT FOR METADATA THAT DOESN'T CHANGE DURING RUNTIME!
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# Otherwise you need to keep it up-to-date during runtime.
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self.has_materials = parseBool(my_metadata.get("has_materials", "true"))
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self.has_variants = parseBool(my_metadata.get("has_variants", "false"))
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self.has_machine_materials = parseBool(my_metadata.get("has_machine_materials", "false"))
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self.has_machine_quality = parseBool(my_metadata.get("has_machine_quality", "false"))
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self.quality_definition = my_metadata.get("quality_definition", container_id)
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self.exclude_materials = my_metadata.get("exclude_materials", [])
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self.preferred_variant_name = my_metadata.get("preferred_variant_name", "")
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self.preferred_material = my_metadata.get("preferred_material", "")
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self.preferred_quality_type = my_metadata.get("preferred_quality_type", "")
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self._loadAll()
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## Get the available quality groups for this machine.
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#
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# This returns all quality groups, regardless of whether they are
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# available to the combination of extruders or not. On the resulting
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# quality groups, the is_available property is set to indicate whether the
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# quality group can be selected according to the combination of extruders
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# in the parameters.
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# \param variant_names The names of the variants loaded in each extruder.
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# \param material_bases The base file names of the materials loaded in
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# each extruder.
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# \param extruder_enabled Whether or not the extruders are enabled. This
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# allows the function to set the is_available properly.
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# \return For each available quality type, a QualityGroup instance.
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def getQualityGroups(self, variant_names: List[str], material_bases: List[str], extruder_enabled: List[bool]) -> Dict[str, QualityGroup]:
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if len(variant_names) != len(material_bases) or len(variant_names) != len(extruder_enabled):
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Logger.log("e", "The number of extruders in the list of variants (" + str(len(variant_names)) + ") is not equal to the number of extruders in the list of materials (" + str(len(material_bases)) + ") or the list of enabled extruders (" + str(len(extruder_enabled)) + ").")
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return {}
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# For each extruder, find which quality profiles are available. Later we'll intersect the quality types.
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qualities_per_type_per_extruder = [{} for _ in range(len(variant_names))] # type: List[Dict[str, QualityNode]]
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for extruder_nr, variant_name in enumerate(variant_names):
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if not extruder_enabled[extruder_nr]:
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continue # No qualities are available in this extruder. It'll get skipped when calculating the available quality types.
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material_base = material_bases[extruder_nr]
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if variant_name not in self.variants or material_base not in self.variants[variant_name].materials:
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# The printer has no variant/material-specific quality profiles. Use the global quality profiles.
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qualities_per_type_per_extruder[extruder_nr] = self.global_qualities
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else:
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# Use the actually specialised quality profiles.
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qualities_per_type_per_extruder[extruder_nr] = self.variants[variant_name].materials[material_base].qualities
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# Create the quality group for each available type.
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quality_groups = {}
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for quality_type, global_quality_node in self.global_qualities.items():
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quality_groups[quality_type] = QualityGroup(name = global_quality_node.container.getMetaDataEntry("name", "Unnamed profile"), quality_type = quality_type)
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quality_groups[quality_type].node_for_global = global_quality_node
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for extruder, qualities_per_type in qualities_per_type_per_extruder:
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quality_groups[quality_type].nodes_for_extruders[extruder] = qualities_per_type[quality_type]
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available_quality_types = set(quality_groups.keys())
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for extruder_nr, qualities_per_type in enumerate(qualities_per_type_per_extruder):
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if not extruder_enabled[extruder_nr]:
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continue
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available_quality_types.intersection_update(qualities_per_type.keys())
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for quality_type in available_quality_types:
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quality_groups[quality_type].is_available = True
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return quality_groups
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## Returns all of the quality changes groups available to this printer.
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#
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# The quality changes groups store which quality type and intent category
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# they were made for, but not which material and nozzle. Instead for the
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# quality type and intent category, the quality changes will always be
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# available but change the quality type and intent category when
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# activated.
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#
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# The quality changes group does depend on the printer: Which quality
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# definition is used.
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#
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# The quality changes groups that are available do depend on the quality
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# types that are available, so it must still be known which extruders are
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# enabled and which materials and variants are loaded in them. This allows
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# setting the correct is_available flag.
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# \param variant_names The names of the variants loaded in each extruder.
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# \param material_bases The base file names of the materials loaded in
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# each extruder.
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# \param extruder_enabled For each extruder whether or not they are
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# enabled.
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# \return List of all quality changes groups for the printer.
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def getQualityChangesGroups(self, variant_names: List[str], material_bases: List[str], extruder_enabled: List[bool]) -> List[QualityChangesGroup]:
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machine_quality_changes = ContainerRegistry.getInstance().findContainersMetadata(type = "quality_changes", definition = self.quality_definition) # All quality changes for each extruder.
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groups_by_name = {} # Group quality changes profiles by their display name. The display name must be unique for quality changes. This finds profiles that belong together in a group.
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for quality_changes in machine_quality_changes:
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name = quality_changes["name"]
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if name not in groups_by_name:
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groups_by_name[name] = QualityChangesGroup(name, quality_type = quality_changes["quality_type"], intent_category = quality_changes.get("intent_category", "default"))
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if "position" in quality_changes: # An extruder profile.
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groups_by_name[name].metadata_per_extruder[int(quality_changes["position"])] = quality_changes
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else: # Global profile.
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groups_by_name[name].metadata_for_global = quality_changes
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quality_groups = self.getQualityGroups(variant_names, material_bases, extruder_enabled)
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for quality_changes_group in groups_by_name.values():
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if quality_changes_group.quality_type not in quality_groups:
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quality_changes_group.is_available = False
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else:
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# Quality changes group is available iff the quality group it depends on is available. Irrespective of whether the intent category is available.
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quality_changes_group.is_available = quality_groups[quality_changes_group.quality_type].is_available
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return list(groups_by_name.values())
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## (Re)loads all variants under this printer.
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def _loadAll(self):
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container_registry = ContainerRegistry.getInstance()
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if not self.has_variants:
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self.variants["empty"] = VariantNode("empty_variant", machine = self)
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else:
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# Find all the variants for this definition ID.
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variants = container_registry.findInstanceContainersMetadata(type = "variant", definition = self.container_id, hardware_type = "nozzle")
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for variant in variants:
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variant_name = variant["name"]
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if variant_name not in self.variants:
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self.variants[variant_name] = VariantNode(variant["id"], machine = self)
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self.variants[variant_name].materialsChanged.connect(self.materialsChanged)
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if not self.variants:
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self.variants["empty"] = VariantNode("empty_variant", machine = self)
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# Find the global qualities for this printer.
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global_qualities = container_registry.findInstanceContainersMetadata(type = "quality", definition = self.container_id, global_quality = True) # First try specific to this printer.
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if len(global_qualities) == 0: # This printer doesn't override the global qualities.
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global_qualities = container_registry.findInstanceContainersMetadata(type = "quality", definition = "fdmprinter", global_quality = True) # Otherwise pick the global global qualities.
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for global_quality in global_qualities:
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self.global_qualities[global_quality["quality_type"]] = QualityNode(global_quality["id"], parent = self) |