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https://git.mirrors.martin98.com/https://github.com/SoftFever/OrcaSlicer.git
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d37f1b6a81
* "non zero" -> "non-zero" * "Z hop" -> "Z-hop" * "works" -> "is working" * "version at least x" -> "version x or higher" * "printing job" -> "print job" "to print on" -> "printing on" * "is not find" -> "was not found" * "boundary of plate" -> "plate boundaries" * "toolchange" -> "tool change" * "colour" -> "color" * "cancelled" -> "canceled" * "can not" -> "cannot" * "gcode" -> "G-code"
256 lines
11 KiB
C++
256 lines
11 KiB
C++
#include "Flow.hpp"
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#include "I18N.hpp"
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#include "Print.hpp"
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#include <cmath>
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#include <assert.h>
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#include <boost/algorithm/string/predicate.hpp>
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// Mark string for localization and translate.
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#define L(s) Slic3r::I18N::translate(s)
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namespace Slic3r {
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FlowErrorNegativeSpacing::FlowErrorNegativeSpacing() :
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FlowError("Flow::spacing() produced negative spacing. Did you set some extrusion width too small?") {}
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FlowErrorNegativeFlow::FlowErrorNegativeFlow() :
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FlowError("Flow::mm3_per_mm() produced negative flow. Did you set some extrusion width too small?") {}
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// This static method returns a sane extrusion width default.
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float Flow::auto_extrusion_width(FlowRole role, float nozzle_diameter)
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{
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switch (role) {
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case frSupportMaterial:
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case frSupportMaterialInterface:
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case frSupportTransition:
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case frTopSolidInfill:
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return nozzle_diameter;
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default:
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case frExternalPerimeter:
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case frPerimeter:
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case frSolidInfill:
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case frInfill:
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return 1.125f * nozzle_diameter;
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}
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}
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// Used by the Flow::extrusion_width() funtion to provide hints to the user on default extrusion width values,
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// and to provide reasonable values to the PlaceholderParser.
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static inline FlowRole opt_key_to_flow_role(const std::string &opt_key)
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{
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if (opt_key == "inner_wall_line_width" ||
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// or all the defaults:
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opt_key == "line_width" || opt_key == "initial_layer_line_width")
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return frPerimeter;
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else if (opt_key == "outer_wall_line_width")
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return frExternalPerimeter;
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else if (opt_key == "sparse_infill_line_width")
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return frInfill;
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else if (opt_key == "internal_solid_infill_line_width")
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return frSolidInfill;
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else if (opt_key == "top_surface_line_width")
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return frTopSolidInfill;
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else if (opt_key == "support_line_width")
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return frSupportMaterial;
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else
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throw Slic3r::RuntimeError("opt_key_to_flow_role: invalid argument");
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};
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static inline void throw_on_missing_variable(const std::string &opt_key, const char *dependent_opt_key)
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{
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throw FlowErrorMissingVariable((boost::format(L("Failed to calculate line width of %1%. Cannot get value of \"%2%\" ")) % opt_key % dependent_opt_key).str());
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}
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// Used to provide hints to the user on default extrusion width values, and to provide reasonable values to the PlaceholderParser.
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double Flow::extrusion_width(const std::string& opt_key, const ConfigOptionFloatOrPercent* opt, const ConfigOptionResolver& config, const unsigned int first_printing_extruder)
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{
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assert(opt != nullptr);
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#if 0
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// This is the logic used for skit / brim, but not for the rest of the 1st layer.
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if (opt->value == 0. && first_layer) {
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// The "initial_layer_line_width" was set to zero, try a substitute.
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opt = config.option<ConfigOptionFloatOrPercent>("inner_wall_line_width");
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if (opt == nullptr)
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throw_on_missing_variable(opt_key, "inner_wall_line_width");
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}
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#endif
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if (opt->value == 0.) {
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// The role specific extrusion width value was set to zero, try the role non-specific extrusion width.
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opt = config.option<ConfigOptionFloatOrPercent>("line_width");
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if (opt == nullptr)
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throw_on_missing_variable(opt_key, "line_width");
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}
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auto opt_nozzle_diameters = config.option<ConfigOptionFloats>("nozzle_diameter");
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if (opt_nozzle_diameters == nullptr)
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throw_on_missing_variable(opt_key, "nozzle_diameter");
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if (opt->percent) {
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return opt->get_abs_value(float(opt_nozzle_diameters->get_at(first_printing_extruder)));
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}
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if (opt->value == 0.) {
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// If user left option to 0, calculate a sane default width.
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return auto_extrusion_width(opt_key_to_flow_role(opt_key), float(opt_nozzle_diameters->get_at(first_printing_extruder)));
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}
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return opt->value;
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}
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// Used to provide hints to the user on default extrusion width values, and to provide reasonable values to the PlaceholderParser.
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double Flow::extrusion_width(const std::string& opt_key, const ConfigOptionResolver &config, const unsigned int first_printing_extruder)
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{
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return extrusion_width(opt_key, config.option<ConfigOptionFloatOrPercent>(opt_key), config, first_printing_extruder);
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}
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// This constructor builds a Flow object from an extrusion width config setting
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// and other context properties.
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Flow Flow::new_from_config_width(FlowRole role, const ConfigOptionFloatOrPercent &width, float nozzle_diameter, float height)
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{
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if (height <= 0)
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throw Slic3r::InvalidArgument("Invalid flow height supplied to new_from_config_width()");
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float w;
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if (!width.percent && width.value <= 0.) {
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// If user left option to 0, calculate a sane default width.
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w = auto_extrusion_width(role, nozzle_diameter);
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} else {
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// If user set a manual value, use it.
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w = float(width.get_abs_value(nozzle_diameter));
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}
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return Flow(w, height, rounded_rectangle_extrusion_spacing(w, height), nozzle_diameter, false);
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}
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// Adjust extrusion flow for new extrusion line spacing, maintaining the old spacing between extrusions.
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Flow Flow::with_spacing(float new_spacing) const
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{
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Flow out = *this;
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if (m_bridge) {
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// Diameter of the rounded extrusion.
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assert(m_width == m_height);
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float gap = m_spacing - m_width;
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auto new_diameter = new_spacing - gap;
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out.m_width = out.m_height = new_diameter;
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} else {
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assert(m_width >= m_height);
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out.m_width += new_spacing - m_spacing;
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if (out.m_width < out.m_height)
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throw Slic3r::InvalidArgument(L("Invalid spacing supplied to Flow::with_spacing(), check your layer height and extrusion width"));
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}
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out.m_spacing = new_spacing;
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return out;
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}
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// Adjust the width / height of a rounded extrusion model to reach the prescribed cross section area while maintaining extrusion spacing.
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Flow Flow::with_cross_section(float area_new) const
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{
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assert(! m_bridge);
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assert(m_width >= m_height);
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// Adjust for bridge_flow, maintain the extrusion spacing.
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float area = this->mm3_per_mm();
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if (area_new > area + EPSILON) {
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// Increasing the flow rate.
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float new_full_spacing = area_new / m_height;
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if (new_full_spacing > m_spacing) {
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// Filling up the spacing without an air gap. Grow the extrusion in height.
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float height = area_new / m_spacing;
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return Flow(rounded_rectangle_extrusion_width_from_spacing(m_spacing, height), height, m_spacing, m_nozzle_diameter, false);
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} else {
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return this->with_width(rounded_rectangle_extrusion_width_from_spacing(area / m_height, m_height));
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}
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} else if (area_new < area - EPSILON) {
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// Decreasing the flow rate.
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float width_new = m_width - (area - area_new) / m_height;
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assert(width_new > 0);
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if (width_new > m_height) {
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// Shrink the extrusion width.
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return this->with_width(width_new);
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} else {
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// Create a rounded extrusion.
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auto dmr = float(sqrt(area_new / M_PI));
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return Flow(dmr, dmr, m_spacing, m_nozzle_diameter, false);
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}
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} else
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return *this;
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}
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float Flow::rounded_rectangle_extrusion_spacing(float width, float height)
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{
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auto out = width - height * float(1. - 0.25 * PI);
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if (out <= 0.f)
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throw FlowErrorNegativeSpacing();
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return out;
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}
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float Flow::rounded_rectangle_extrusion_width_from_spacing(float spacing, float height)
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{
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return float(spacing + height * (1. - 0.25 * PI));
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}
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float Flow::bridge_extrusion_spacing(float dmr)
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{
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return dmr + BRIDGE_EXTRA_SPACING;
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}
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// This method returns extrusion volume per head move unit.
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double Flow::mm3_per_mm() const
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{
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float res = m_bridge ?
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// Area of a circle with dmr of this->width.
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float((m_width * m_width) * 0.25 * PI) :
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// Rectangle with semicircles at the ends. ~ h (w - 0.215 h)
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float(m_height * (m_width - m_height * (1. - 0.25 * PI)));
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//assert(res > 0.);
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if (res <= 0.)
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throw FlowErrorNegativeFlow();
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return res;
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}
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Flow support_material_flow(const PrintObject *object, float layer_height)
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{
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return Flow::new_from_config_width(
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frSupportMaterial,
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// The width parameter accepted by new_from_config_width is of type ConfigOptionFloatOrPercent, the Flow class takes care of the percent to value substitution.
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(object->config().support_line_width.value > 0) ? object->config().support_line_width : object->config().line_width,
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// if object->config().support_filament == 0 (which means to not trigger tool change, but use the current extruder instead), get_at will return the 0th component.
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float(object->print()->config().nozzle_diameter.get_at(object->config().support_filament-1)),
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(layer_height > 0.f) ? layer_height : float(object->config().layer_height.value));
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}
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//BBS
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Flow support_transition_flow(const PrintObject* object)
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{
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//BBS: support transition of tree support is bridge flow
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float dmr = float(object->print()->config().nozzle_diameter.get_at(object->config().support_filament - 1));
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return Flow::bridging_flow(dmr, dmr);
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}
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Flow support_material_1st_layer_flow(const PrintObject *object, float layer_height)
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{
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const PrintConfig &print_config = object->print()->config();
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const auto &width = (print_config.initial_layer_line_width.value > 0) ? print_config.initial_layer_line_width : object->config().support_line_width;
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return Flow::new_from_config_width(
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frSupportMaterial,
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// The width parameter accepted by new_from_config_width is of type ConfigOptionFloatOrPercent, the Flow class takes care of the percent to value substitution.
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(width.value > 0) ? width : object->config().line_width,
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float(print_config.nozzle_diameter.get_at(object->config().support_filament-1)),
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(layer_height > 0.f) ? layer_height : float(print_config.initial_layer_print_height.value));
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}
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Flow support_material_interface_flow(const PrintObject *object, float layer_height)
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{
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return Flow::new_from_config_width(
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frSupportMaterialInterface,
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// The width parameter accepted by new_from_config_width is of type ConfigOptionFloatOrPercent, the Flow class takes care of the percent to value substitution.
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(object->config().support_line_width > 0) ? object->config().support_line_width : object->config().line_width,
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// if object->config().support_interface_filament == 0 (which means to not trigger tool change, but use the current extruder instead), get_at will return the 0th component.
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float(object->print()->config().nozzle_diameter.get_at(object->config().support_interface_filament-1)),
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(layer_height > 0.f) ? layer_height : float(object->config().layer_height.value));
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}
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}
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