Module: MSPhysics::Dialog
- Defined in:
- RubyExtension/MSPhysics/dialog.rb
Overview
Constant Summary collapse
- USE_HTML_DIALOG =
::Sketchup.version.to_i > 16 ? true : false
- DEFAULT_EDITOR_THEME =
'tomorrow_night'
- DEFAULT_EDITOR_FONT =
12
- DEFAULT_EDITOR_WRAP =
'free'
- DEFAULT_EDITOR_PRINT_MARGIN =
true
- DEFAULT_EDITOR_SIZE =
[800,600]
- DEFAULT_DIALOG_HELP_BOX =
true
- DEFAULT_DIALOG_SCALE =
1.0
- PRECISION =
3
- TITLE =
'MSPhysics UI'
Class Method Summary collapse
-
.add_sound(path) ⇒ String
Add sound to UI.
-
.close ⇒ Object
Close the UI.
-
.execute_js(code) ⇒ Object
Execute JavaScript in the UI dialog.
-
.fix_numeric_value(value) ⇒ String
private
Remove uncertain decimal places.
-
.format_value(value, precision = 2) ⇒ String
private
Format value into string.
-
.get_joint_default_value(joint, attr_name) ⇒ Object?
private
Get default value of a particular attribute in joint.
-
.load_editor_settings ⇒ Object
Load editor settings from registry.
-
.locate_error(error) ⇒ Boolean
Open MSPhysics UI and set pointer to the location of an error.
-
.open ⇒ Object
Open UI.
-
.open? ⇒ Boolean
Determine whether UI is open.
-
.remove_all_sounds ⇒ Object
Remove all sounds from UI.
-
.remove_sound(name) ⇒ Object
Remove sound from UI.
-
.save_editor_settings ⇒ Object
Save editor settings into registry.
-
.update_body_state ⇒ void
private
Update UI properties tab.
-
.update_dialog_style ⇒ Boolean
private
Update dialog style.
-
.update_joint_state ⇒ void
private
Update UI joint tab.
- .update_simulation_sliders ⇒ void
-
.update_simulation_state ⇒ void
private
Update UI simulation tab.
-
.update_sound_state ⇒ void
private
Update UI sound tab.
-
.update_state ⇒ Object
private
Update state of all UI.
Class Method Details
.add_sound(path) ⇒ String
Add sound to UI.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 1894 def add_sound(path) unless File.exist?(path) raise(TypeError, "Invalid path!", caller) end name = File.basename(path, File.extname(path)).gsub(/\'/, ' ') size = File.size(path) * 1.0e-6 if size > 100 raise(TypeError, "Selected file, \"#{File.basename(path)}\", is #{sprintf("%0.2f", size)} megabytes in size. File size must be no more than 100 megabytes!", caller) end ext = File.extname(path).downcase[1..-1] if MSPhysics::EMBEDDED_MUSIC_FORMATS.include?(ext) || MSPhysics::EMBEDDED_SOUND_FORMATS.include?(ext) file = File.new(path, 'rb') Sketchup.active_model.set_attribute('MSPhysics Sounds', name, file.read.unpack('l*')) Sketchup.active_model.set_attribute('MSPhysics Sound Types', name, ext) file.close music = MSPhysics::Music.get_by_name(name) MSPhysics::Music.destroy(music) if music name else raise(TypeError, "File format is not supported!", caller) end end |
.close ⇒ Object
Close the UI.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 1852 def close @dialog.close if @dialog end |
.execute_js(code) ⇒ Object
Execute JavaScript in the UI dialog.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 44 def execute_js(code) if @dialog && @init_called @dialog.execute_script(code) end end |
.fix_numeric_value(value) ⇒ String
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Remove uncertain decimal places.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 1033 def fix_numeric_value(value) if AMS::IS_RUBY_VERSION_18 sprintf("%.8f", value.to_f).to_f else value.round(8) end end |
.format_value(value, precision = 2) ⇒ String
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Format value into string.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 1017 def format_value(value, precision = 2) precision = AMS.clamp(precision.to_i, 0, 10) if precision == 0 fv = value.to_i.to_s elsif value.to_f.zero? fv = '0.' + '0' * precision else fv = sprintf("%.#{precision}f", value.to_f) end return fv.to_f == value.to_f ? fv : '~ ' + fv end |
.get_joint_default_value(joint, attr_name) ⇒ Object?
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Get default value of a particular attribute in joint.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 861 def get_joint_default_value(joint, attr_name) jdict = 'MSPhysics Joint' attr = joint.get_attribute(jdict, 'Angle Units', MSPhysics::DEFAULT_ANGLE_UNITS) ang_ratio = MSPhysics::ANGLE_CONVERSION[attr] ang_ratio = 1.0 unless ang_ratio iang_ratio = 1.0 / ang_ratio attr = joint.get_attribute(jdict, 'Position Units', MSPhysics::DEFAULT_POSITION_UNITS) pos_ratio = MSPhysics::POSITION_CONVERSION[attr] pos_ratio = 1.0 unless pos_ratio ipos_ratio = 1.0 / pos_ratio joint_type = joint.get_attribute(jdict, 'Type') res = case joint_type when 'Hinge' case attr_name when 'Min'; MSPhysics::Hinge::DEFAULT_MIN * iang_ratio when 'Max'; MSPhysics::Hinge::DEFAULT_MAX * iang_ratio when 'Enable Limits'; MSPhysics::Hinge::DEFAULT_LIMITS_ENABLED when 'Mode'; MSPhysics::Hinge::DEFAULT_MODE when 'Friction'; MSPhysics::Hinge::DEFAULT_FRICTION when 'Accel'; MSPhysics::Hinge::DEFAULT_ACCEL when 'Damp'; MSPhysics::Hinge::DEFAULT_DAMP when 'Strength'; MSPhysics::Hinge::DEFAULT_STRENGTH when 'Spring Constant'; MSPhysics::Hinge::DEFAULT_SPRING_CONSTANT when 'Spring Drag'; MSPhysics::Hinge::DEFAULT_SPRING_DRAG when 'Start Angle'; MSPhysics::Hinge::DEFAULT_START_ANGLE * iang_ratio when 'Controller'; MSPhysics::Hinge::DEFAULT_CONTROLLER end when 'Motor' case attr_name when 'Accel'; MSPhysics::Motor::DEFAULT_ACCEL when 'Damp'; MSPhysics::Motor::DEFAULT_DAMP when 'Enable Free Rotate'; MSPhysics::Motor::DEFAULT_FREE_ROTATE_ENABLED when 'Controller'; MSPhysics::Motor::DEFAULT_CONTROLLER end when 'Servo' case attr_name when 'Min'; MSPhysics::Servo::DEFAULT_MIN * iang_ratio when 'Max'; MSPhysics::Servo::DEFAULT_MAX * iang_ratio when 'Enable Limits'; MSPhysics::Servo::DEFAULT_LIMITS_ENABLED when 'Rate'; MSPhysics::Servo::DEFAULT_RATE * iang_ratio when 'Power'; MSPhysics::Servo::DEFAULT_POWER when 'Reduction Ratio'; MSPhysics::Servo::DEFAULT_REDUCTION_RATIO when 'Controller'; MSPhysics::Servo::DEFAULT_CONTROLLER end when 'Slider' case attr_name when 'Min'; MSPhysics::Slider::DEFAULT_MIN * ipos_ratio when 'Max'; MSPhysics::Slider::DEFAULT_MAX * ipos_ratio when 'Enable Limits'; MSPhysics::Slider::DEFAULT_LIMITS_ENABLED when 'Friction'; MSPhysics::Slider::DEFAULT_FRICTION when 'Controller'; MSPhysics::Slider::DEFAULT_CONTROLLER end when 'Piston' case attr_name when 'Min'; MSPhysics::Piston::DEFAULT_MIN * ipos_ratio when 'Max'; MSPhysics::Piston::DEFAULT_MAX * ipos_ratio when 'Enable Limits'; MSPhysics::Piston::DEFAULT_LIMITS_ENABLED when 'Rate'; MSPhysics::Piston::DEFAULT_RATE * ipos_ratio when 'Power'; MSPhysics::Piston::DEFAULT_POWER when 'Reduction Ratio'; MSPhysics::Piston::DEFAULT_REDUCTION_RATIO when 'Controller'; MSPhysics::Piston::DEFAULT_CONTROLLER when 'Controller Mode'; MSPhysics::Piston::DEFAULT_CONTROLLER_MODE end when 'Spring' case attr_name when 'Min'; MSPhysics::Spring::DEFAULT_MIN * ipos_ratio when 'Max'; MSPhysics::Spring::DEFAULT_MAX * ipos_ratio when 'Enable Limits'; MSPhysics::Spring::DEFAULT_LIMITS_ENABLED when 'Enable Rotation'; MSPhysics::Spring::DEFAULT_ROTATION_ENABLED when 'Mode'; MSPhysics::Spring::DEFAULT_MODE when 'Accel'; MSPhysics::Spring::DEFAULT_ACCEL when 'Damp'; MSPhysics::Spring::DEFAULT_DAMP when 'Strength'; MSPhysics::Spring::DEFAULT_STRENGTH when 'Spring Constant'; MSPhysics::Spring::DEFAULT_SPRING_CONSTANT when 'Spring Drag'; MSPhysics::Spring::DEFAULT_SPRING_DRAG when 'Start Position'; MSPhysics::Spring::DEFAULT_START_POSITION * ipos_ratio when 'Controller'; MSPhysics::Spring::DEFAULT_CONTROLLER end when 'UpVector' case attr_name when 'Accel'; MSPhysics::UpVector::DEFAULT_ACCEL when 'Damp'; MSPhysics::UpVector::DEFAULT_DAMP when 'Strength'; MSPhysics::UpVector::DEFAULT_STRENGTH when 'Controller'; MSPhysics::UpVector::DEFAULT_PIN_DIR end when 'Corkscrew' case attr_name when 'Min Position'; MSPhysics::Corkscrew::DEFAULT_MIN_POSITION * ipos_ratio when 'Max Position'; MSPhysics::Corkscrew::DEFAULT_MAX_POSITION * ipos_ratio when 'Enable Linear Limits'; MSPhysics::Corkscrew::DEFAULT_LINEAR_LIMITS_ENABLED when 'Linear Friction'; MSPhysics::Corkscrew::DEFAULT_LINEAR_FRICTION when 'Min Angle'; MSPhysics::Corkscrew::DEFAULT_MIN_ANGLE * iang_ratio when 'Max Angle'; MSPhysics::Corkscrew::DEFAULT_MAX_ANGLE * iang_ratio when 'Enable Angular Limits'; MSPhysics::Corkscrew::DEFAULT_ANGULAR_LIMITS_ENABLED when 'Angular Friction'; MSPhysics::Corkscrew::DEFAULT_ANGULAR_FRICTION end when 'BallAndSocket' case attr_name when 'Max Cone Angle'; MSPhysics::BallAndSocket::DEFAULT_MAX_CONE_ANGLE * iang_ratio when 'Enable Cone Limits'; MSPhysics::BallAndSocket::DEFAULT_CONE_LIMITS_ENABLED when 'Min Twist Angle'; MSPhysics::BallAndSocket::DEFAULT_MIN_TWIST_ANGLE * iang_ratio when 'Max Twist Angle'; MSPhysics::BallAndSocket::DEFAULT_MAX_TWIST_ANGLE * iang_ratio when 'Enable Twist Limits'; MSPhysics::BallAndSocket::DEFAULT_TWIST_LIMITS_ENABLED when 'Friction'; MSPhysics::BallAndSocket::DEFAULT_FRICTION when 'Controller'; MSPhysics::BallAndSocket::DEFAULT_CONTROLLER end when 'Universal' case attr_name when 'Min1'; MSPhysics::Universal::DEFAULT_MIN * iang_ratio when 'Max1'; MSPhysics::Universal::DEFAULT_MAX * iang_ratio when 'Enable Limits1'; MSPhysics::Universal::DEFAULT_LIMITS_ENABLED when 'Min2'; MSPhysics::Universal::DEFAULT_MIN * iang_ratio when 'Max2'; MSPhysics::Universal::DEFAULT_MAX * iang_ratio when 'Enable Limits2'; MSPhysics::Universal::DEFAULT_LIMITS_ENABLED when 'Friction'; MSPhysics::Universal::DEFAULT_FRICTION when 'Controller'; MSPhysics::Universal::DEFAULT_CONTROLLER end when 'CurvySlider' case attr_name when 'Enable Alignment'; MSPhysics::CurvySlider::DEFAULT_ALIGNMENT_ENABLED when 'Enable Rotation'; MSPhysics::CurvySlider::DEFAULT_ROTATION_ENABLED when 'Enable Loop'; MSPhysics::CurvySlider::DEFAULT_LOOP_ENABLED when 'Linear Friction'; MSPhysics::CurvySlider::DEFAULT_LINEAR_FRICTION when 'Angular Friction'; MSPhysics::CurvySlider::DEFAULT_ANGULAR_FRICTION when 'Alignment Power'; MSPhysics::CurvySlider::DEFAULT_ALIGNMENT_POWER when 'Controller'; MSPhysics::CurvySlider::DEFAULT_CONTROLLER end when 'CurvyPiston' case attr_name when 'Enable Alignment'; MSPhysics::CurvyPiston::DEFAULT_ALIGNMENT_ENABLED when 'Enable Rotation'; MSPhysics::CurvyPiston::DEFAULT_ROTATION_ENABLED when 'Enable Loop'; MSPhysics::CurvyPiston::DEFAULT_LOOP_ENABLED when 'Angular Friction'; MSPhysics::CurvyPiston::DEFAULT_ANGULAR_FRICTION when 'Rate'; MSPhysics::CurvyPiston::DEFAULT_RATE * ipos_ratio when 'Power'; MSPhysics::CurvyPiston::DEFAULT_POWER when 'Alignment Power'; MSPhysics::CurvyPiston::DEFAULT_ALIGNMENT_POWER when 'Reduction Ratio'; MSPhysics::CurvyPiston::DEFAULT_REDUCTION_RATIO when 'Controller'; MSPhysics::CurvyPiston::DEFAULT_CONTROLLER when 'Controller Mode'; MSPhysics::CurvyPiston::DEFAULT_CONTROLLER_MODE end when 'Plane' case attr_name when 'Linear Friction'; MSPhysics::Plane::DEFAULT_LINEAR_FRICTION when 'Angular Friction'; MSPhysics::Plane::DEFAULT_ANGULAR_FRICTION when 'Enable Rotation'; MSPhysics::CurvySlider::DEFAULT_ROTATION_ENABLED end end res = fix_numeric_value(res) if res.is_a?(Numeric) res end |
.load_editor_settings ⇒ Object
Load editor settings from registry.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 1942 def load_editor_settings begin @editor_theme = Sketchup.read_default('MSPhysics', 'Editor Theme', DEFAULT_EDITOR_THEME).to_s @editor_font = Sketchup.read_default('MSPhysics', 'Editor Font', DEFAULT_EDITOR_FONT).to_i @editor_wrap = Sketchup.read_default('MSPhysics', 'Editor Wrap', DEFAULT_EDITOR_WRAP).to_s @editor_print_margin = Sketchup.read_default('MSPhysics', 'Editor Print Margin', DEFAULT_EDITOR_PRINT_MARGIN) ? true : false @editor_size = Kernel.eval(Sketchup.read_default('MSPhysics', 'Editor Size', DEFAULT_EDITOR_SIZE.inspect)) if !@editor_size.is_a?(Array) || !@editor_size.x.is_a?(Integer) || !@editor_size.y.is_a?(Integer) @editor_size = DEFAULT_EDITOR_SIZE.dup end @dialog_help_box = Sketchup.read_default('MSPhysics', 'Dialog Help Box', DEFAULT_DIALOG_HELP_BOX) ? true : false @dialog_scale = Sketchup.read_default('MSPhysics', 'Dialog Scale', DEFAULT_DIALOG_SCALE).to_f rescue Exception => err @editor_theme = DEFAULT_EDITOR_THEME @editor_font = DEFAULT_EDITOR_FONT @editor_wrap = DEFAULT_EDITOR_WRAP @editor_print_margin = DEFAULT_EDITOR_PRINT_MARGIN @editor_size = DEFAULT_EDITOR_SIZE.dup @dialog_help_box = DEFAULT_DIALOG_HELP_BOX @dialog_scale = DEFAULT_DIALOG_SCALE end end |
.locate_error(error) ⇒ Boolean
Open MSPhysics UI and set pointer to the location of an error.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 1865 def locate_error(error) AMS.validate_type(error, MSPhysics::ScriptException) return false unless error.entity.valid? model = Sketchup.active_model @app_observer.selection_observer_active = false model.selection.clear model.selection.add(error.entity) @app_observer.selection_observer_active = true @last_active_body_tab = 3 msg = "setTimeout(function() { update_placement(3, true); }, 100);" msg << "setTimeout(function() { editor_set_cursor(#{error.line}, 0); editor_select_current_line(); }, 200);" if error.line if @dialog update_state execute_js(msg) else self.open t = ::UI.start_timer(0.25, false) { ::UI.stop_timer(t) execute_js(msg) } end true end |
.open ⇒ Object
Open UI.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 1042 def open return if @dialog dbs = MSPhysics::DEFAULT_BODY_SETTINGS @material = MSPhysics::Material.new('Temp', dbs[:density], dbs[:static_friction], dbs[:kinetic_friction], dbs[:elasticity], dbs[:softness]) iws = [520, 520] if USE_HTML_DIALOG @dialog = ::UI::HtmlDialog.new({ :dialog_title => TITLE, :preferences_key => TITLE, :scrollable => false, :resizable => true, :width => iws.x, :height => iws.y, :left => 800, :top => 600, :min_width => 50, :min_height => 50, :max_width => -1, :max_height => -1, :style => ::UI::HtmlDialog::STYLE_DIALOG }) else @dialog = ::UI::WebDialog.new(TITLE, false, TITLE, iws.x, iws.y, 800, 600, true) end # Callbacks @dialog.add_action_callback('init') { |acs, params| unless @init_called @init_called = true ds = eval(params) if AMS::IS_PLATFORM_WINDOWS && @handle ws = AMS::Window.get_size(@handle) cr = AMS::Window.get_client_rect(@handle) cs = [cr[2] - cr[0], cr[3] - cr[1]] @border_size.x = ws.x - cs.x @border_size.y = ws.y - cs.y else @border_size.x = 2 @border_size.y = 24 end @app_observer.selection_observer_active = true end execute_js("set_viewport_scale(#{@dialog_scale}); g_use_webdialog = #{!USE_HTML_DIALOG};") update_state } @dialog.add_action_callback('editor_changed') { |acs, params| if @selected_body && @selected_body.valid? code = USE_HTML_DIALOG ? params : @dialog.get_element_value('temp_script_area') @selected_body.set_attribute('MSPhysics Script', 'Value', code) end } @dialog.add_action_callback('cursor_changed') { |acs, params| if @selected_body && @selected_body.valid? @selected_body.set_attribute('MSPhysics Script', 'Cursor', params) end } @dialog.add_action_callback('open_link') { |acs, params| dir = File.dirname(__FILE__) intro = 'file:///' if params == 'http://mspdoc/index' fpath = File.join(dir, 'doc/index.html') if File.exist?(fpath) fpath = intro + File.(fpath) else fpath = "http://www.rubydoc.info/github/AntonSynytsia/MSPhysics/master/index" end elsif params == 'http://amsdoc/index' fpath = File.join(dir, '../ams_Lib/doc/index.html') if File.exist?(fpath) fpath = intro + File.(fpath) else fpath = "http://www.rubydoc.info/github/AntonSynytsia/AMS-Library/master/index" end elsif params == 'http://rubydoc/index' fpath = "http://ruby-doc.org/core-#{RUBY_VERSION}/" elsif params == 'http://mspdoc/controller' fpath = File.join(dir, 'doc/file.ControllersOverview.html') if File.exist?(fpath) fpath = intro + File.(fpath) else fpath = "http://www.rubydoc.info/github/AntonSynytsia/MSPhysics/master/file/RubyExtension/MSPhysics/ControllersOverview.md" end else fpath = params end ::UI.openURL(fpath) } @dialog.add_action_callback('check_input_changed') { |acs, params| settings = MSPhysics::Settings id, value = data = eval(params) dict, attr = id.split(/\-/, 2) words = attr.split(/\_/) for i in 0...words.size words[i].capitalize! end option = words.join(' ') case dict when 'simulation' settings = MSPhysics::Settings case attr when 'animate_scenes_reversed' settings.animate_scenes_reversed = value when 'continuous_collision' settings.continuous_collision_check_enabled = value when 'full_screen_mode' settings.full_screen_mode_enabled = value when 'game_mode' settings.game_mode_enabled = value when 'hide_joint_layer' settings.hide_joint_layer_enabled = value when 'undo_on_end' settings.undo_on_end_enabled = value when 'ignore_hidden_instances' settings.ignore_hidden_instances = value when 'collision_wireframe' settings.collision_wireframe_visible = value when 'axes' settings.axes_visible = value when 'aabb' settings.aabb_visible = value when 'contact_points' settings.contact_points_visible = value when 'contact_forces' settings.contact_forces_visible = value when 'bodies' settings.bodies_visible = value end when 'body', 'internal_body' if @selected_body && @selected_body.valid? @selected_body.set_attribute('MSPhysics Body', option, value) end when 'editor' if attr == 'print_margin' @editor_print_margin = value elsif attr == 'read_only' @editor_read_only = value end when 'dialog' if attr == 'help_box' @dialog_help_box = value end when 'joint', *MSPhysics::JOINT_FILE_NAMES if @selected_joint && @selected_joint.valid? if dict == 'fixed' && attr =~ /adjust_to/i mode = attr.split(/\-/, 2)[1] ctype = (mode == 'none' ? 0 : (mode == 'child' ? 1 : 2)) @selected_joint.set_attribute('MSPhysics Joint', 'Adjust To', ctype) else @selected_joint.set_attribute('MSPhysics Joint', option, value) end end end } @dialog.add_action_callback('button_clicked') { |acs, params| case params when 'sound-add' path = ::UI.openpanel('Add Sound File', @default_sound_path) if path path.force_encoding('UTF-8') unless AMS::IS_RUBY_VERSION_18 @default_sound_path = path begin add_sound(path) update_sound_state rescue TypeError => err = err. .force_encoding('UTF-8') unless AMS::IS_RUBY_VERSION_18 ::UI.() end end when 'sound-remove' if @selected_sound remove_sound(@selected_sound) @selected_sound = nil update_sound_state end when 'sound-remove_all' dict = Sketchup.active_model.attribute_dictionary('MSPhysics Sounds', false) num_sounds = dict ? dict.length : 0 if num_sounds < 2 || ::UI.('Are you sure you want to remove all sounds?', MB_YESNO) == IDYES remove_all_sounds @selected_sound = nil update_sound_state end when 'sound-play' if @selected_sound music = MSPhysics::Music.get_by_name(@selected_sound) unless music begin buf = Sketchup.active_model.get_attribute('MSPhysics Sounds', @selected_sound).pack('l*') music = MSPhysics::Music.create_from_buffer(buf, buf.size) buf = nil MSPhysics::Music.set_name(music, @selected_sound) rescue Exception => err ::UI.("Can't play selected sound, \"#{@selected_sound}\", as it seems to be invalid!") end end MSPhysics::Music.play(music, 0) if music end when 'sound-toggle_pause' if MSPhysics::Music.is_paused? MSPhysics::Music.resume else MSPhysics::Music.pause end when 'sound-stop' MSPhysics::Music.stop when 'motor-generate_slider' if @selected_joint && @selected_joint.valid? jdict = 'MSPhysics Joint' name = @selected_joint.name.to_s name = 'Motor-' + @selected_joint.get_attribute(jdict, 'ID').to_s if name.empty? controller = "slider(#{name.inspect}, 0.0, -1.0, 1.0)" @selected_joint.set_attribute(jdict, 'Controller', controller) execute_js("$('#motor-controller').val(#{controller.inspect});") end when 'servo-generate_slider' if @selected_joint && @selected_joint.valid? jdict = 'MSPhysics Joint' attr = @selected_joint.get_attribute(jdict, 'Angle Units', MSPhysics::DEFAULT_ANGLE_UNITS) ang_ratio = MSPhysics::ANGLE_CONVERSION[attr] ang_ratio = 1.0 unless ang_ratio iang_ratio = 1.0 / ang_ratio name = @selected_joint.name.to_s name = 'Servo-' + @selected_joint.get_attribute(jdict, 'ID').to_s if name.empty? min = @selected_joint.get_attribute(jdict, 'Min', fix_numeric_value(MSPhysics::Servo::DEFAULT_MIN * iang_ratio)).to_f max = @selected_joint.get_attribute(jdict, 'Max', fix_numeric_value(MSPhysics::Servo::DEFAULT_MAX * iang_ratio)).to_f controller = "slider(#{name.inspect}, 0.0, #{min}, #{max})" @selected_joint.set_attribute(jdict, 'Controller', controller) execute_js("$('#servo-controller').val(#{controller.inspect});") end when 'piston-generate_slider' if @selected_joint && @selected_joint.valid? jdict = 'MSPhysics Joint' attr = @selected_joint.get_attribute(jdict, 'Position Units', MSPhysics::DEFAULT_POSITION_UNITS) pos_ratio = MSPhysics::POSITION_CONVERSION[attr] pos_ratio = 1.0 unless pos_ratio ipos_ratio = 1.0 / pos_ratio name = @selected_joint.name.to_s name = 'Piston-' + @selected_joint.get_attribute(jdict, 'ID').to_s if name.empty? if @selected_joint.get_attribute(jdict, 'Controller Mode', MSPhysics::Piston::DEFAULT_CONTROLLER_MODE).to_i == 0 min = @selected_joint.get_attribute(jdict, 'Min', fix_numeric_value(MSPhysics::Piston::DEFAULT_MIN * ipos_ratio)).to_f max = @selected_joint.get_attribute(jdict, 'Max', fix_numeric_value(MSPhysics::Piston::DEFAULT_MAX * ipos_ratio)).to_f controller = "slider(#{name.inspect}, 0.0, #{min}, #{max})" @selected_joint.set_attribute(jdict, 'Controller', controller) execute_js("$('#piston-controller').val(#{controller.inspect});") else controller = "slider(#{name.inspect}, 0.0, -1.0, 1.0)" @selected_joint.set_attribute(jdict, 'Controller', controller) execute_js("$('#piston-controller').val(#{controller.inspect});") end end when 'curvy_piston-generate_slider' if @selected_joint && @selected_joint.valid? jdict = 'MSPhysics Joint' attr = @selected_joint.get_attribute(jdict, 'Position Units', MSPhysics::DEFAULT_POSITION_UNITS) pos_ratio = MSPhysics::POSITION_CONVERSION[attr] pos_ratio = 1.0 unless pos_ratio ipos_ratio = 1.0 / pos_ratio name = @selected_joint.name.to_s name = 'CurvyPiston-' + @selected_joint.get_attribute(jdict, 'ID').to_s if name.empty? if @selected_joint.get_attribute(jdict, 'Controller Mode', MSPhysics::CurvyPiston::DEFAULT_CONTROLLER_MODE).to_i == 0 loop = @selected_joint.get_attribute(jdict, 'Enable Loop', MSPhysics::CurvyPiston::DEFAULT_LOOP_ENABLED) min = 0.0 max = MSPhysics::JointConnectionTool.get_curve_length(@selected_joint, nil, loop).to_m * ipos_ratio controller = "slider(#{name.inspect}, 0.0, #{min}, #{ sprintf("%0.3f", max) })" @selected_joint.set_attribute(jdict, 'Controller', controller) execute_js("$('#curvy_piston-controller').val(#{controller.inspect});") else controller = "slider(#{name.inspect}, 0.0, -1.0, 1.0)" @selected_joint.set_attribute(jdict, 'Controller', controller) execute_js("$('#curvy_piston-controller').val(#{controller.inspect});") end end when 'body-assign_props_to_all' if @selected_body && @selected_body.valid? && (@selected_body.name.size > 0 || ::UI.("This body is unnamed. Would you like to assign identical properties to all the unnamed bodies?", MB_YESNO) == IDYES) execute_js("if (document.activeElement instanceof HTMLInputElement) document.activeElement.blur();") dict = @selected_body.attribute_dictionary('MSPhysics Body') if dict props = MSPhysics::BODY_STATES - ['Body Script'] + ['Shape', 'Shape Dir', 'Type', 'Material', 'Mass Control', 'Magnet Mode', 'Density', 'Mass', 'Static Friction', 'Kinetic Friction', 'Elasticity', 'Softness', 'Magnet Force', 'Magnet Range', 'Magnet Strength', 'Linear Damping', 'Angular Damping', 'Emitter Rate', 'Emitter Delay', 'Emitter Lifetime', 'Thruster Controller', 'Emitter Controller'] model = Sketchup.active_model op = 'MSPhysics Body - Assign Properties to All' Sketchup.version.to_i > 6 ? model.start_operation(op, true, false, false) : model.start_operation(op) model.definitions.each { |cd| cd.instances.each { |inst| next if inst == @selected_body || inst.get_attribute('MSPhysics', 'Type', 'Body') != 'Body' || inst.name != @selected_body.name props.each { |prop| value = dict[prop] if value.nil? inst.delete_attribute('MSPhysics Body', prop) else inst.set_attribute('MSPhysics Body', prop, value) end } } } model.commit_operation end end when 'body-assign_script_to_all' if @selected_body && @selected_body.valid? && (@selected_body.name.size > 0 || ::UI.("This body is unnamed. Would you like to assign identical script to all the unnamed bodies?", MB_YESNO) == IDYES) execute_js("if (document.activeElement instanceof HTMLInputElement) document.activeElement.blur();") dict = @selected_body.attribute_dictionary('MSPhysics Script') script_enabled = @selected_body.get_attribute('MSPhysics Body', 'Enable Script') if dict props = ['Value', 'Cursor'] model = Sketchup.active_model op = 'MSPhysics Body - Assign Script to All' Sketchup.version.to_i > 6 ? model.start_operation(op, true, false, false) : model.start_operation(op) model.definitions.each { |cd| cd.instances.each { |inst| next if inst == @selected_body || inst.get_attribute('MSPhysics', 'Type', 'Body') != 'Body' || inst.name != @selected_body.name props.each { |prop| if dict[prop].nil? inst.delete_attribute('MSPhysics Script', prop) else inst.set_attribute('MSPhysics Script', prop, dict[prop]) end } if script_enabled.nil? inst.delete_attribute('MSPhysics Body', 'Enable Script') else inst.set_attribute('MSPhysics Body', 'Enable Script', script_enabled) end } } model.commit_operation end end when 'joint-assign_to_all' if @selected_joint && @selected_joint.valid? execute_js("if (document.activeElement instanceof HTMLInputElement) document.activeElement.blur();") dict = @selected_joint.attribute_dictionary('MSPhysics Joint') name = @selected_joint.name name = dict['ID'].to_s if name.empty? type = dict['Type'] if dict && name.size > 0 && type model = Sketchup.active_model op = 'MSPhysics Joint - Assign to All' Sketchup.version.to_i > 6 ? model.start_operation(op, true, false, false) : model.start_operation(op) msgbox_displayed = false change_controllers = false model.definitions.each { |cd| cd.instances.each { |inst| next if inst == @selected_joint || inst.get_attribute('MSPhysics', 'Type', 'Body') != 'Joint' || inst.get_attribute('MSPhysics Joint', 'Type') != type inst_name = inst.name.empty? ? inst.get_attribute('MSPhysics Joint', 'ID').to_s : inst.name next if inst_name != name dict.each { |key, value| next if key == 'ID' || key == 'Type' if key == 'Controller' if !msgbox_displayed change_controllers = ::UI.("Should the controllers be changed as well?", MB_YESNO) == IDYES msgbox_displayed = true end inst.set_attribute('MSPhysics Joint', key, value) if change_controllers elsif value.nil? inst.delete_attribute('MSPhysics Joint', key) else inst.set_attribute('MSPhysics Joint', key, value) end } } } model.commit_operation end end end } @dialog.add_action_callback('numeric_input_changed') { |acs, params| id, value = eval(params) dict, attr = id.split(/\-/, 2) words = attr.split(/\_/) for i in 0...words.size words[i].capitalize! end option = words.join(' ') case dict when 'simulation' case attr when 'gravity' MSPhysics::Settings.gravity = value value = MSPhysics::Settings.gravity when 'material_thickness' value = AMS.clamp(value, 0.0, 1.0) MSPhysics::Settings.material_thickness = value / 32.0 when 'animate_scenes_delay' MSPhysics::Settings.animate_scenes_delay = value value = MSPhysics::Settings.animate_scenes_delay end when 'body' if @selected_body && @selected_body.valid? method = "#{attr}=" if @material.respond_to?(method) value = @material.method(method).call(value) if value != @activated_value execute_js("$('#body-material').val('Custom'); $('#body-material').trigger('chosen:updated');") @selected_body.set_attribute('MSPhysics Body', 'Material', 'Custom') end elsif %w(magnet_range emitter_rate emitter_delay emitter_lifetime).include?(attr) value = AMS.clamp(value, 0.0, nil) elsif attr == 'linear_damping' || attr == 'angular_damping' value = AMS.clamp(value, 0.0, 1.0) end @selected_body.set_attribute('MSPhysics Body', option, value.to_i.is_a?(Bignum) ? value.to_s : value) end when 'joint', *MSPhysics::JOINT_FILE_NAMES if @selected_joint && @selected_joint.valid? if %w(stiffness reduction_ratio strength).include?(attr) || %(hinge-damp spring-damp).include?(id) value = AMS.clamp(value, 0.0, 1.0) elsif %w(accel damp breaking_force rate power alignment_power friction linear_friction angular_friction).include?(attr) value = AMS.clamp(value, 0.0, nil) end @selected_joint.set_attribute('MSPhysics Joint', option, value.to_i.is_a?(Bignum) ? value.to_s : value) end when 'gear' if @selected_joint && @selected_joint.valid? joint = @geared_joints[attr] if joint && joint.valid? gear_type = attr.split(/\_/).first.to_i MSPhysics::JointConnectionTool.set_gear_ratio(@selected_joint, joint, gear_type, value) end end end execute_js("$('##{id}').val('#{ format_value(value, PRECISION) }');") @activated_value = nil } @dialog.add_action_callback('Integer_input_changed') { |acs, params| id, value = eval(params) dict, attr = id.split(/\-/, 2) words = attr.split(/\_/) for i in 0...words.size words[i].capitalize! end option = words.join(' ') case dict when 'simulation' if attr == 'update_rate' MSPhysics::Settings.update_rate = value value = MSPhysics::Settings.update_rate end when 'body' if @selected_body && @selected_body.valid? @selected_body.set_attribute('MSPhysics Body', option, value.to_i.is_a?(Bignum) ? value.to_s : value) end when 'joint', *MSPhysics::JOINT_FILE_NAMES end execute_js("$('##{id}').val('#{ value.to_i }')") } @dialog.add_action_callback('numeric_input_focused') { |acs, params| dict, attr = params.split(/\-/, 2) words = attr.split(/\_/) for i in 0...words.size words[i].capitalize! end option = words.join(' ') value = case dict when 'simulation' case attr when 'gravity' MSPhysics::Settings.gravity when 'material_thickness' MSPhysics::Settings.material_thickness * 32.0 end when 'body' if @selected_body && @selected_body.valid? default = MSPhysics::DEFAULT_BODY_SETTINGS @selected_body.get_attribute('MSPhysics Body', option, default[attr.to_sym]) end when 'joint', *MSPhysics::JOINT_FILE_NAMES if @selected_joint && @selected_joint.valid? begin #default = eval("MSPhysics::#{dict.split(/\_/).map { |w| w.capitalize }.join}::DEFAULT_#{attr.upcase}") default = get_joint_default_value(@selected_joint, option) rescue Exception => err default = 0 end @selected_joint.get_attribute('MSPhysics Joint', option, default) end when 'gear' if @selected_joint && @selected_joint.valid? joint = @geared_joints[attr] if joint && joint.valid? gear_type = attr.split(/\_/).first.to_i MSPhysics::JointConnectionTool.get_gear_ratio(@selected_joint, joint, gear_type) end end end if value.is_a?(Numeric) execute_js("$('##{params}').val(#{value});") @activated_value = value end } @dialog.add_action_callback('slider_input_changed') { |acs, params| id, value = eval(params) dict, attr = id.split(/\-/, 2) case dict when 'simulation' case attr when 'key_nav_velocity' MSPhysics::Settings.key_nav_velocity = value when 'key_nav_omega' MSPhysics::Settings.key_nav_omega = value when 'key_nav_atime' MSPhysics::Settings.key_nav_atime = value end end execute_js("$('##{id}').val('#{value}');") } @dialog.add_action_callback('controller_input_changed') { |acs, params| id = USE_HTML_DIALOG ? params[0] : params dict, attr = id.split(/\-/, 2) words = attr.split(/\_/) for i in 0...words.size words[i].capitalize! end option = words.join(' ') case dict when 'simulation' when 'body' if @selected_body && @selected_body.valid? code = USE_HTML_DIALOG ? params[1] : @dialog.get_element_value(id) @selected_body.set_attribute('MSPhysics Body', option, code) end when 'joint', *MSPhysics::JOINT_FILE_NAMES if @selected_joint && @selected_joint.valid? code = USE_HTML_DIALOG ? params[1] : @dialog.get_element_value(id) @selected_joint.set_attribute('MSPhysics Joint', option, code) end end } @dialog.add_action_callback('text_input_changed') { |acs, params| id = USE_HTML_DIALOG ? params[0] : params dict, attr = id.split(/\-/, 2) words = attr.split(/\_/) for i in 0...words.size words[i].capitalize! end option = words.join(' ') case dict when 'body' if @selected_body && @selected_body.valid? code = USE_HTML_DIALOG ? params[1] : @dialog.get_element_value(id) if attr == 'name' @selected_body.name = code end end when 'joint' if @selected_joint && @selected_joint.valid? code = USE_HTML_DIALOG ? params[1] : @dialog.get_element_value(id) if attr == 'name' @selected_joint.name = code else @selected_joint.set_attribute('MSPhysics Joint', option, code) end end end } @dialog.add_action_callback('select_input_changed') { |acs, params| id, value = eval(params) dict, attr = id.split(/\-/, 2) words = attr.split(/\_/) for i in 0...words.size words[i].capitalize! end option = words.join(' ') case dict when 'dialog' case attr when 'scale' @dialog_scale = value.to_f end when 'simulation' case attr when 'update_timestep' MSPhysics::Settings.update_timestep = 1.0 / value.to_i when 'solver_model' MSPhysics::Settings.solver_model = value.to_i when 'joint_algorithm' MSPhysics::Settings.joint_algorithm = value.to_i when 'animate_scenes_state' MSPhysics::Settings.animate_scenes_state = value.to_i when 'key_nav_state' MSPhysics::Settings.key_nav_state = value.to_i end when 'body' if @selected_body && @selected_body.valid? model = Sketchup.active_model if attr == 'material' op = 'MSPhysics Body - Change Material' Sketchup.version.to_i > 6 ? model.start_operation(op, true, false, false) : model.start_operation(op) @selected_body.set_attribute('MSPhysics Body', option, value) if value == MSPhysics::DEFAULT_BODY_SETTINGS[:material_name] ['Material', 'Density', 'Static Friction', 'Kinetic Friction', 'Enable Friction', 'Elasticity', 'Softness'].each { |opt| @selected_body.delete_attribute('MSPhysics Body', opt) } else material = MSPhysics::Materials.material_by_name(value) if material @selected_body.set_attribute('MSPhysics Body', 'Density', material.density) @selected_body.set_attribute('MSPhysics Body', 'Static Friction', material.static_friction) @selected_body.set_attribute('MSPhysics Body', 'Kinetic Friction', material.kinetic_friction) @selected_body.set_attribute('MSPhysics Body', 'Enable Friction', true) @selected_body.set_attribute('MSPhysics Body', 'Elasticity', material.elasticity) @selected_body.set_attribute('MSPhysics Body', 'Softness', material.softness) end end update_state model.commit_operation elsif %w(type magnet_mode mass_control shape shape_dir).include?(attr) @selected_body.set_attribute('MSPhysics Body', option, value.to_i) else @selected_body.set_attribute('MSPhysics Body', option, value) end end when 'editor' if attr == 'theme' @editor_theme = value.to_s elsif attr == 'font' @editor_font = value.to_i elsif attr == 'wrap' @editor_wrap = value.to_s end when 'joint', *MSPhysics::JOINT_FILE_NAMES if @selected_joint && @selected_joint.valid? if attr == 'mode' value = value.to_i end @selected_joint.set_attribute('MSPhysics Joint', option, value) end end } @dialog.add_action_callback('slider_changed') { |acs, params| id, value = eval(params) dict, attr = id.split(/\-/, 2) case dict when 'simulation' case attr when 'key_nav_velocity' MSPhysics::Settings.key_nav_velocity = value when 'key_nav_omega' MSPhysics::Settings.key_nav_omega = value when 'key_nav_atime' MSPhysics::Settings.key_nav_atime = value end end } @dialog.add_action_callback('placement_changed') { |acs, params| tab, dw, dh, bresize = eval(params) last_tab = @active_tab @active_tab = tab @last_active_body_tab = tab if tab == 2 || tab == 3 next unless bresize update_dialog_style wsx = nil wsy = nil ui_scale = Sketchup.version.to_i > 16 ? ::UI.scale_factor : 1.0 if tab == 3 && @selected_body && @selected_body.valid? && @selected_body.parent.is_a?(Sketchup::Model) wsx = @border_size.x + @editor_size.x * @dialog_scale * ui_scale wsy = @border_size.y + @editor_size.y * @dialog_scale * ui_scale else wsx = @border_size.x + dw * @dialog_scale * ui_scale wsy = @border_size.y + dh * @dialog_scale * ui_scale end if wsx && wsy if AMS::IS_PLATFORM_WINDOWS && @handle AMS::Window.set_size(@handle, wsx.round, wsy.round, false) else @dialog.set_size(wsx.round, wsy.round) end end if tab == 1 } @dialog.add_action_callback('editor_size_changed') { |acs, params| if @selected_body && @selected_body.valid? && @selected_body.parent.is_a?(Sketchup::Model) if !AMS::IS_PLATFORM_WINDOWS || !@handle || AMS::Window.is_restored?(@handle) cw, ch = eval(params) @editor_size.x = cw @editor_size.y = ch end end } @dialog.add_action_callback('mouse_enter') { |acs, params| update_simulation_state } @dialog.add_action_callback('sound_select_changed') { |acs, params| @selected_sound = params cmd = '' ext = Sketchup.active_model.get_attribute('MSPhysics Sound Types', @selected_sound) if MSPhysics::EMBEDDED_MUSIC_FORMATS.include?(ext) cmd << "$('#sound-command_music').val('simulation.play_music(#{@selected_sound.inspect})');" else cmd << "$('#sound-command_music').val('Not Supported');" end if MSPhysics::EMBEDDED_SOUND_FORMATS.include?(ext) cmd << "$('#sound-command_sound').val('simulation.play_sound(#{@selected_sound.inspect})');" else cmd << "$('#sound-command_sound').val('Not Supported');" end execute_js(cmd) } @dialog.add_action_callback('joint_label_selected') { |acs, params| if (params =~ /Internal::/) == 0 fid = params.split('Internal::', 2)[1] jdata = @body_internal_joints[fid] if jdata && jdata[0] && jdata[0].valid? @selected_joint = jdata[0] @app_observer.selection_observer_active = false sel = Sketchup.active_model.selection sel.clear sel.add(@selected_body) if @selected_body && @selected_body.valid? sel.add(@selected_joint) @app_observer.selection_observer_active = true update_joint_state execute_js("setTimeout(function() { update_placement(4, true); }, 200);") end elsif (params =~ /Connected::/) == 0 fid = params.split('Connected::', 2)[1] jdata = @body_connected_joints[fid] if jdata && jdata[0] && jdata[0].valid? @selected_joint = jdata[0] @app_observer.selection_observer_active = false sel = Sketchup.active_model.selection sel.clear sel.add(@selected_body) if @selected_body && @selected_body.valid? sel.add(@selected_joint) @app_observer.selection_observer_active = true update_joint_state execute_js("setTimeout(function() { update_placement(4, true); }, 200);") end elsif (params =~ /Geared::/) == 0 fid = params.split('Geared::', 2)[1] joint = @geared_joints[fid] if joint && joint.valid? @selected_joint = joint @app_observer.selection_observer_active = false sel = Sketchup.active_model.selection sel.clear sel.add(@selected_body) if @selected_body && @selected_body.valid? sel.add(@selected_joint) @app_observer.selection_observer_active = true update_joint_state execute_js("setTimeout(function() { update_placement(4, true); }, 200);") end end } # Set content dir = File.dirname(__FILE__) dir.force_encoding('UTF-8') unless AMS::IS_RUBY_VERSION_18 url = File.join(dir, 'html/dialog.html') @dialog.set_file(url) # Show dialog if AMS::IS_PLATFORM_WINDOWS || USE_HTML_DIALOG @dialog.show else @dialog.show_modal end # Assign the on_close callback. Important: This must be called after # showing dialog in order to work on Mac OS X. do_on_close = Proc.new { execute_js("update_editor_size(); blur_input();") @dialog = nil @handle = nil @init_called = false @selected_body = nil @selected_joint = nil @active_tab = 1 @activated_value = nil @selected_sound = nil @app_observer.selection_observer_active = false true } if USE_HTML_DIALOG @dialog.set_can_close() { do_on_close.call } else @dialog.set_on_close() { do_on_close.call } end # Find dialog window handle @handle = AMS::IS_PLATFORM_WINDOWS ? AMS::Sketchup.(TITLE) : nil AMS::Sketchup.ignore_dialog(@handle) if @handle # Set dialog style update_dialog_style end |
.open? ⇒ Boolean
Determine whether UI is open.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 1858 def open? @dialog ? true : false end |
.remove_all_sounds ⇒ Object
Remove all sounds from UI.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 1929 def remove_all_sounds dict = Sketchup.active_model.attribute_dictionary('MSPhysics Sounds', false) if dict dict.each_key { |name| music = MSPhysics::Music.get_by_name(name) MSPhysics::Music.destroy(music) if music } end Sketchup.active_model.attribute_dictionaries.delete('MSPhysics Sounds') Sketchup.active_model.attribute_dictionaries.delete('MSPhysics Sound Types') end |
.remove_sound(name) ⇒ Object
Remove sound from UI.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 1919 def remove_sound(name) music = MSPhysics::Music.get_by_name(name) MSPhysics::Music.destroy(music) if music dict1 = Sketchup.active_model.attribute_dictionary('MSPhysics Sounds', false) dict1.delete_key(name.to_s) if dict1 dict2 = Sketchup.active_model.attribute_dictionary('MSPhysics Sound Types', false) dict2.delete_key(name.to_s) if dict2 end |
.save_editor_settings ⇒ Object
Save editor settings into registry.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 1966 def save_editor_settings Sketchup.write_default('MSPhysics', 'Editor Theme', @editor_theme.to_s) Sketchup.write_default('MSPhysics', 'Editor Font', @editor_font.to_i) Sketchup.write_default('MSPhysics', 'Editor Wrap', @editor_wrap.to_s) Sketchup.write_default('MSPhysics', 'Editor Print Margin', @editor_print_margin) Sketchup.write_default('MSPhysics', 'Editor Size', @editor_size.inspect) Sketchup.write_default('MSPhysics', 'Dialog Help Box', @dialog_help_box) Sketchup.write_default('MSPhysics', 'Dialog Scale', @dialog_scale) end |
.update_body_state ⇒ void
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
This method returns an undefined value.
Update UI properties tab.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 139 def update_body_state return if @dialog.nil? || !@init_called model = Sketchup.active_model return unless model bodies = [] model.selection.each { |ent| next unless ent.is_a?(Sketchup::Group) || ent.is_a?(Sketchup::ComponentInstance) bodies << ent if ent.get_attribute('MSPhysics', 'Type', 'Body') == 'Body' } cmd = "" @body_internal_joints.clear @body_connected_joints.clear cmd << "$('#body-internal_joints_table').empty();" cmd << "$('#body-connected_joints_table').empty();" if bodies.size == 1 @selected_body = bodies[0] # Top level entities have access to the full body properties. # Only top level entities may contain scripts. # Child entities have access to Ignore state only. default = MSPhysics::DEFAULT_BODY_SETTINGS if model.active_entities == model.entities # Display tabs cmd << "$('#tab2-none').css('display', 'none');" cmd << "$('#tab2-content1').css('display', 'block');" cmd << "$('#tab2-content2').css('display', 'none');" cmd << "$('#tab3-none').css('display', 'none');" cmd << "$('#tab3-content').css('display', 'block');" # Display script script = @selected_body.get_attribute('MSPhysics Script', 'Value', '').inspect cmd << "editor_set_script(#{script});" cursor = nil begin cursor = eval(@selected_body.get_attribute('MSPhysics Script', 'Cursor', '[1,0]')) rescue Exception => err cursor = [1,0] end cmd << "editor_set_cursor(#{cursor.x}, #{cursor.y});" cmd << "window.aceEditor.setTheme('ace/theme/#{@editor_theme}');" cmd << "document.getElementById('editor').style.fontSize='#{@editor_font}px';" cmd << "window.aceEditor.setOption('wrap', '#{@editor_wrap}');" cmd << "window.aceEditor.setShowPrintMargin(#{@editor_print_margin});" cmd << "window.aceEditor.setReadOnly(#{@editor_read_only});" cmd << "$('#editor-theme').val('#{@editor_theme}');" cmd << "$('#editor-theme').trigger('chosen:updated');" cmd << "$('#editor-font').val('#{@editor_font}');" cmd << "$('#editor-font').trigger('chosen:updated');" cmd << "$('#editor-wrap').val('#{@editor_wrap}');" cmd << "$('#editor-wrap').trigger('chosen:updated');" cmd << "$('#editor-print_margin').prop('checked', #{ @editor_print_margin });" cmd << "$('#editor-read_only').prop('checked', #{ @editor_read_only });" # Display entity id and index cmd << "$('#body-entity_id').val('#{ @selected_body.entityID }');" cmd << "$('#body-entity_index').val('#{ model.entities.to_a.index(@selected_body) }');" # Display Controllers ['Thruster Controller', 'Emitter Controller'].each { |option| property = option.downcase.gsub(/\s/, '_') script = @selected_body.get_attribute('MSPhysics Body', option) script = '0.0' if script.nil? cmd << "$('#body-#{ property }').val(#{script.inspect});" } # Display type type = @selected_body.get_attribute('MSPhysics Body', 'Type', default[:type]).to_i cmd << "$('#body-type').val('#{type}');" cmd << "$('#body-type').trigger('chosen:updated');" # Display shape shape_id = @selected_body.get_attribute('MSPhysics Body', 'Shape', default[:shape_id]) if shape_id.is_a?(String) MSPhysics::SHAPES.each { |k, v| if shape_id == v shape_id = k break end } shape_id = default[:shape_id] if shape_id.is_a?(String) end cmd << "$('#body-shape').val('#{shape_id}');" cmd << "$('#body-shape').trigger('chosen:updated');" # Display shape up direction shape_dir = @selected_body.get_attribute('MSPhysics Body', 'Shape Dir', default[:shape_dir]).to_i cmd << "$('#body-shape_dir').val('#{shape_dir}');" cmd << "$('#body-shape_dir').trigger('chosen:updated');" # Display material cmd << "$('#body-material').empty();" cmd << "$('#body-material').append('<option value=\"#{default[:material_name]}\">#{default[:material_name]}</option>');" cmd << "$('#body-material').append('<option value=\"Custom\">Custom</option>');" materials = MSPhysics::Materials.sort { |a, b| a.name <=> b.name } materials.each { |material| cmd << "$('#body-material').append('<option value=\"#{material.name}\">#{material.name}</option>');" } material = @selected_body.get_attribute('MSPhysics Body', 'Material', default[:material_name]).to_s cmd << "$('#body-material').val('#{material}');" cmd << "$('#body-material').trigger('chosen:updated');" # Display state and other check-box properties MSPhysics::BODY_STATES.each { |option| property = option.downcase.gsub(/\s/, '_') default_state = default[property.to_sym] state = @selected_body.get_attribute('MSPhysics Body', option, default_state) ? true : false cmd << "$('#body-#{ property }').prop('checked', #{ state });" } # Display name cmd << "$('#body-name').val(#{@selected_body.name.inspect});" # Display numeric properties ['Density', 'Mass', 'Static Friction', 'Kinetic Friction', 'Elasticity', 'Softness', 'Magnet Force', 'Magnet Range', 'Magnet Strength', 'Linear Damping', 'Angular Damping', 'Emitter Rate', 'Emitter Delay', 'Emitter Lifetime'].each { |option| property = option.downcase.gsub(/\s/, '_') attr = @selected_body.get_attribute('MSPhysics Body', option) if attr.is_a?(String) attr = attr.to_f elsif !attr.is_a?(Numeric) attr = default[property.to_sym] end cmd << "$('#body-#{ property }').val('#{ format_value(attr, PRECISION) }');" } # Display mass control mass_control = @selected_body.get_attribute('MSPhysics Body', 'Mass Control', default[:mass_control]).to_i cmd << "$('#body-mass_control').val('#{mass_control}');" cmd << "$('#body-mass_control').trigger('chosen:updated');" if mass_control == 2 cmd << "$('#body-control_by_density').css('display', 'none');" cmd << "$('#body-control_by_mass').css('display', 'table-row');" else cmd << "$('#body-control_by_density').css('display', 'table-row');" cmd << "$('#body-control_by_mass').css('display', 'none');" end # Display magnet mode magnet_mode = @selected_body.get_attribute('MSPhysics Body', 'Magnet Mode', default[:magnet_mode]).to_i cmd << "$('#body-magnet_mode').val('#{magnet_mode}');" cmd << "$('#body-magnet_mode').trigger('chosen:updated');" if magnet_mode == 2 cmd << "$('#body-magnet_mode1a').css('display', 'none');" cmd << "$('#body-magnet_mode1b').css('display', 'none');" cmd << "$('#body-magnet_mode2').css('display', 'table-row');" else cmd << "$('#body-magnet_mode1a').css('display', 'table-row');" cmd << "$('#body-magnet_mode1b').css('display', 'table-row');" cmd << "$('#body-magnet_mode2').css('display', 'none');" end # Display internal joints identical_joints = {} AMS::Group.get_entities(@selected_body).each { |e| if (e.is_a?(Sketchup::ComponentInstance) || e.is_a?(Sketchup::Group)) && e.get_attribute('MSPhysics', 'Type', 'Body') == 'Joint' jtype = e.get_attribute('MSPhysics Joint', 'Type') jid = e.get_attribute('MSPhysics Joint', 'ID') jname = e.name.to_s jname = jid.to_s if jname.empty? fname = jtype + '-' + jname fid = jtype + '-' + jid.to_s if @body_internal_joints[fid] if identical_joints[fid] identical_joints[fid] += 1 else identical_joints[fid] = 1 end fid2 = fid + '-' + identical_joints[fid].to_s fname2 = fname + ' (' + identical_joints[fid].to_s + ')' @body_internal_joints[fid2] = [e, fname2] else @body_internal_joints[fid] = [e, fname] end end } if @body_internal_joints.empty? cmd << "$('#body-internal_joints_div').css('display', 'none');" else cmd << "$('#body-internal_joints_div').css('display', 'block');" cmd << "$('#body-internal_joints_table').append(\"" count = 0 cmd << "<tr>" @body_internal_joints.keys.sort.each { |fid| ent, fname = @body_internal_joints[fid] if count == 3 cmd << "</tr><tr>" count = 0 end cmd << "<td><label class=\\\"joint-label#{ent == @selected_joint ? "-selected" : ""}\\\" id=\\\"Internal::#{fid}\\\">#{fname.inspect[1...-1]}</label></td>" count += 1 } cmd << "</tr>" cmd << "\");" end identical_joints.clear # Display connected joints MSPhysics::JointConnectionTool.get_connected_joints(@selected_body).each { |joint, jtra, jparent| jtype = joint.get_attribute('MSPhysics Joint', 'Type') jid = joint.get_attribute('MSPhysics Joint', 'ID') jname = joint.name.to_s jname = jid.to_s if jname.empty? fname = jtype + '-' + jname fid = jtype + '-' + jid.to_s if @body_connected_joints[fid] if identical_joints[fid] identical_joints[fid] += 1 else identical_joints[fid] = 1 end fid2 = fid + '-' + identical_joints[fid].to_s fname2 = fname + ' (' + identical_joints[fid].to_s + ')' @body_connected_joints[fid2] = [joint, fname2] else @body_connected_joints[fid] = [joint, fname] end } if @body_connected_joints.empty? cmd << "$('#body-connected_joints_div').css('display', 'none');" else cmd << "$('#body-connected_joints_div').css('display', 'block');" cmd << "$('#body-connected_joints_table').append(\"" count = 0 cmd << "<tr>" @body_connected_joints.keys.sort.each { |fid| ent, fname = @body_connected_joints[fid] if count == 3 cmd << "</tr><tr>" count = 0 end cmd << "<td><label class=\\\"joint-label#{ent == @selected_joint ? "-selected" : ""}\\\" id=\\\"Connected::#{fid}\\\">#{fname.inspect[1...-1]}</label></td>" count += 1 } cmd << "</tr>" cmd << "\");" end identical_joints.clear # Assign click events to these joints. cmd << "assign_joint_click_event();" else # Display tabs cmd << "$('#tab3-none').css('display', 'block');" cmd << "$('#tab3-content').css('display', 'none');" cmd << "$('#tab2-none').css('display', 'none');" cmd << "$('#tab2-content1').css('display', 'none');" cmd << "$('#tab2-content2').css('display', 'block');" # Display Ignore state state = @selected_body.get_attribute('MSPhysics Body', 'Ignore', nil) ? true : false cmd << "$('#internal_body-ignore').prop('checked', #{state});" end cmd << "update_placement(#{@last_active_body_tab}, false);" else @selected_body = nil cmd << "$('#tab2-none').css('display', 'block');" cmd << "$('#tab2-content1').css('display', 'none');" cmd << "$('#tab2-content2').css('display', 'none');" cmd << "$('#tab3-none').css('display', 'block');" cmd << "$('#tab3-content').css('display', 'none');" end execute_js(cmd) end |
.update_dialog_style ⇒ Boolean
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Update dialog style.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 70 def update_dialog_style return false if !AMS::IS_PLATFORM_WINDOWS || @handle.nil? style = AMS::Window.get_long(@handle, -16) new_style = @active_tab == 3 && @selected_body && @selected_body.valid? && @selected_body.parent.is_a?(Sketchup::Model) ? style | 0x00050000 : style & ~0x01050000 AMS::Window.lock_update(@handle) AMS::Window.set_long(@handle, -16, new_style) AMS::Window.lock_update(nil) AMS::Window.set_pos(@handle, 0, 0, 0, 0, 0, 0x0237) true end |
.update_joint_state ⇒ void
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
This method returns an undefined value.
Update UI joint tab.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 388 def update_joint_state return if @dialog.nil? || !@init_called model = Sketchup.active_model return unless model joints = [] model.selection.each { |ent| next unless ent.is_a?(Sketchup::Group) || ent.is_a?(Sketchup::ComponentInstance) joints << ent if ent.get_attribute('MSPhysics', 'Type', 'Body') == 'Joint' } cmd = '' cmd << "$('#tab4-none').css('display', 'block');" cmd << "$('#tab4-general').css('display', 'none');" cmd << "$('#tab4-fixed').css('display', 'none');" cmd << "$('#tab4-hinge').css('display', 'none');" cmd << "$('#tab4-motor').css('display', 'none');" cmd << "$('#tab4-servo').css('display', 'none');" cmd << "$('#tab4-slider').css('display', 'none');" cmd << "$('#tab4-piston').css('display', 'none');" cmd << "$('#tab4-spring').css('display', 'none');" cmd << "$('#tab4-up_vector').css('display', 'none');" cmd << "$('#tab4-corkscrew').css('display', 'none');" cmd << "$('#tab4-ball_and_socket').css('display', 'none');" cmd << "$('#tab4-universal').css('display', 'none');" cmd << "$('#tab4-curvy_slider').css('display', 'none');" cmd << "$('#tab4-curvy_piston').css('display', 'none');" cmd << "$('#tab4-plane').css('display', 'none');" @geared_joints.clear MSPhysics::JOINT_FILE_NAMES.each { |jname| cmd << "$('##{jname}-geared_joints_field').empty();" cmd << "$('##{jname}-geared_joints_field').css('display', 'none');" } if joints.size == 1 @selected_joint = joints[0] jdict = 'MSPhysics Joint' attr = @selected_joint.get_attribute(jdict, 'Angle Units', MSPhysics::DEFAULT_ANGLE_UNITS) ang_ratio = MSPhysics::ANGLE_CONVERSION[attr] ang_ratio = 1.0 unless ang_ratio iang_ratio = 1.0 / ang_ratio attr = @selected_joint.get_attribute(jdict, 'Position Units', MSPhysics::DEFAULT_POSITION_UNITS) pos_ratio = MSPhysics::POSITION_CONVERSION[attr] pos_ratio = 1.0 unless pos_ratio ipos_ratio = 1.0 / pos_ratio cmd << "$('#tab4-none').css('display', 'none');" cmd << "$('#tab4-general').css('display', 'block');" attr = @selected_joint.name.to_s attr = @selected_joint.get_attribute(jdict, 'ID') if attr.empty? unless attr attr = JointTool.generate_uniq_id @selected_joint.set_attribute('MSPhysics Joint', 'ID', attr) end cmd << "$('#joint-name').val(#{attr.inspect});" attr = @selected_joint.get_attribute(jdict, 'Stiffness', MSPhysics::Joint::DEFAULT_STIFFNESS) cmd << "$('#joint-stiffness').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, 1.0), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Bodies Collidable', MSPhysics::Joint::DEFAULT_BODIES_COLLIDABLE) cmd << "$('#joint-bodies_collidable').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Breaking Force', MSPhysics::Joint::DEFAULT_BREAKING_FORCE) cmd << "$('#joint-breaking_force').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" joint_type = @selected_joint.get_attribute(jdict, 'Type') joint_type2 = nil case joint_type when 'Fixed' joint_type2 = 'fixed' cmd << "$('#tab4-fixed').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Adjust To', 0) mode = attr == 2 ? 'parent' : (attr == 1 ? 'child' : 'none') cmd << "$('#fixed-adjust_to-#{mode}').prop('checked', true);" when 'Hinge' joint_type2 = 'hinge' cmd << "$('#tab4-hinge').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Angle Units', MSPhysics::DEFAULT_ANGLE_UNITS).to_s cmd << "$('#hinge-angle_units').val('#{attr}');" cmd << "$('#hinge-angle_units').trigger('chosen:updated');" attr = @selected_joint.get_attribute(jdict, 'Min', fix_numeric_value(MSPhysics::Hinge::DEFAULT_MIN * iang_ratio)) cmd << "$('#hinge-min').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Max', fix_numeric_value(MSPhysics::Hinge::DEFAULT_MAX * iang_ratio)) cmd << "$('#hinge-max').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Enable Limits', MSPhysics::Hinge::DEFAULT_LIMITS_ENABLED) cmd << "$('#hinge-enable_limits').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Mode', MSPhysics::Hinge::DEFAULT_MODE).to_i cmd << "$('#hinge-mode').val('#{attr}');" cmd << "$('#hinge-mode').trigger('chosen:updated');" if attr == 2 cmd << "$('.hinge-mode_s0').css('display', 'none');" cmd << "$('.hinge-mode_s1').css('display', 'none');" cmd << "$('.hinge-mode_s2').css('display', 'table-row');" cmd << "$('.hinge-mode_s12').css('display', 'table-row');" cmd << "$('#hinge-start_angle').css('display', 'table-row');" elsif attr == 1 cmd << "$('.hinge-mode_s0').css('display', 'none');" cmd << "$('.hinge-mode_s1').css('display', 'table-row');" cmd << "$('.hinge-mode_s2').css('display', 'none');" cmd << "$('.hinge-mode_s12').css('display', 'table-row');" cmd << "$('#hinge-start_angle').css('display', 'table-row');" else cmd << "$('.hinge-mode_s0').css('display', 'table-row');" cmd << "$('.hinge-mode_s1').css('display', 'none');" cmd << "$('.hinge-mode_s2').css('display', 'none');" cmd << "$('.hinge-mode_s12').css('display', 'none');" cmd << "$('#hinge-start_angle').css('display', 'none');" end attr = @selected_joint.get_attribute(jdict, 'Friction', fix_numeric_value(MSPhysics::Hinge::DEFAULT_FRICTION)) cmd << "$('#hinge-friction').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Accel', fix_numeric_value(MSPhysics::Hinge::DEFAULT_ACCEL)) cmd << "$('#hinge-accel').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Damp', fix_numeric_value(MSPhysics::Hinge::DEFAULT_DAMP)) cmd << "$('#hinge-damp').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, 1.0), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Strength', fix_numeric_value(MSPhysics::Hinge::DEFAULT_STRENGTH)) cmd << "$('#hinge-strength').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, 1.0), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Spring Constant', fix_numeric_value(MSPhysics::Hinge::DEFAULT_SPRING_CONSTANT)) cmd << "$('#hinge-spring_constant').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Spring Drag', fix_numeric_value(MSPhysics::Hinge::DEFAULT_SPRING_DRAG)) cmd << "$('#hinge-spring_drag').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Start Angle', fix_numeric_value(MSPhysics::Hinge::DEFAULT_START_ANGLE * iang_ratio)) cmd << "$('#hinge-start_angle').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Controller', MSPhysics::Hinge::DEFAULT_CONTROLLER.to_s) cmd << "$('#hinge-controller').val(#{attr.inspect});" when 'Motor' joint_type2 = 'motor' cmd << "$('#tab4-motor').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Accel', fix_numeric_value(MSPhysics::Motor::DEFAULT_ACCEL)) cmd << "$('#motor-accel').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Damp', fix_numeric_value(MSPhysics::Motor::DEFAULT_DAMP)) cmd << "$('#motor-damp').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Enable Free Rotate', MSPhysics::Motor::DEFAULT_FREE_ROTATE_ENABLED) cmd << "$('#motor-enable_free_rotate').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Controller', MSPhysics::Motor::DEFAULT_CONTROLLER.to_s) cmd << "$('#motor-controller').val(#{attr.inspect});" when 'Servo' joint_type2 = 'servo' cmd << "$('#tab4-servo').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Angle Units', MSPhysics::DEFAULT_ANGLE_UNITS).to_s cmd << "$('#servo-angle_units').val('#{attr}');" cmd << "$('#servo-angle_units').trigger('chosen:updated');" attr = @selected_joint.get_attribute(jdict, 'Min', fix_numeric_value(MSPhysics::Servo::DEFAULT_MIN * iang_ratio)) cmd << "$('#servo-min').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Max', fix_numeric_value(MSPhysics::Servo::DEFAULT_MAX * iang_ratio)) cmd << "$('#servo-max').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Enable Limits', MSPhysics::Servo::DEFAULT_LIMITS_ENABLED) cmd << "$('#servo-enable_limits').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Rate', fix_numeric_value(MSPhysics::Servo::DEFAULT_RATE * iang_ratio)) cmd << "$('#servo-rate').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Power', fix_numeric_value(MSPhysics::Servo::DEFAULT_POWER)) cmd << "$('#servo-power').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Reduction Ratio', fix_numeric_value(MSPhysics::Servo::DEFAULT_REDUCTION_RATIO)) cmd << "$('#servo-reduction_ratio').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, 1.0), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Controller', MSPhysics::Servo::DEFAULT_CONTROLLER.to_s) cmd << "$('#servo-controller').val(#{attr.inspect});" when 'Slider' joint_type2 = 'slider' cmd << "$('#tab4-slider').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Position Units', MSPhysics::DEFAULT_POSITION_UNITS).to_s cmd << "$('#slider-position_units').val('#{attr}');" cmd << "$('#slider-position_units').trigger('chosen:updated');" attr = @selected_joint.get_attribute(jdict, 'Min', fix_numeric_value(MSPhysics::Slider::DEFAULT_MIN * ipos_ratio)) cmd << "$('#slider-min').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Max', fix_numeric_value(MSPhysics::Slider::DEFAULT_MAX * ipos_ratio)) cmd << "$('#slider-max').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Enable Limits', MSPhysics::Slider::DEFAULT_LIMITS_ENABLED) cmd << "$('#slider-enable_limits').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Friction', fix_numeric_value(MSPhysics::Slider::DEFAULT_FRICTION)) cmd << "$('#slider-friction').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Controller', MSPhysics::Slider::DEFAULT_CONTROLLER.to_s) cmd << "$('#slider-controller').val(#{attr.inspect});" when 'Piston' joint_type2 = 'piston' cmd << "$('#tab4-piston').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Position Units', MSPhysics::DEFAULT_POSITION_UNITS).to_s cmd << "$('#piston-position_units').val('#{attr}');" cmd << "$('#piston-position_units').trigger('chosen:updated');" attr = @selected_joint.get_attribute(jdict, 'Min', fix_numeric_value(MSPhysics::Piston::DEFAULT_MIN * ipos_ratio)) cmd << "$('#piston-min').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Max', fix_numeric_value(MSPhysics::Piston::DEFAULT_MAX * ipos_ratio)) cmd << "$('#piston-max').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Enable Limits', MSPhysics::Piston::DEFAULT_LIMITS_ENABLED) cmd << "$('#piston-enable_limits').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Rate', fix_numeric_value(MSPhysics::Piston::DEFAULT_RATE * ipos_ratio)) cmd << "$('#piston-rate').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Power', fix_numeric_value(MSPhysics::Piston::DEFAULT_POWER)) cmd << "$('#piston-power').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Reduction Ratio', fix_numeric_value(MSPhysics::Piston::DEFAULT_REDUCTION_RATIO)) cmd << "$('#piston-reduction_ratio').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, 1.0), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Controller', MSPhysics::Piston::DEFAULT_CONTROLLER.to_s) cmd << "$('#piston-controller').val(#{attr.inspect});" attr = @selected_joint.get_attribute(jdict, 'Controller Mode', MSPhysics::Piston::DEFAULT_CONTROLLER_MODE) cmd << "$('#piston-controller_mode').val('#{AMS.clamp(attr.to_i, 0, 2)}');" cmd << "$('#piston-controller_mode').trigger('chosen:updated');" when 'Spring' joint_type2 = 'spring' cmd << "$('#tab4-spring').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Position Units', MSPhysics::DEFAULT_POSITION_UNITS).to_s cmd << "$('#spring-position_units').val('#{attr}');" cmd << "$('#spring-position_units').trigger('chosen:updated');" attr = @selected_joint.get_attribute(jdict, 'Min', fix_numeric_value(MSPhysics::Spring::DEFAULT_MIN * ipos_ratio)) cmd << "$('#spring-min').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Max', fix_numeric_value(MSPhysics::Spring::DEFAULT_MAX * ipos_ratio)) cmd << "$('#spring-max').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Enable Limits', MSPhysics::Spring::DEFAULT_LIMITS_ENABLED) cmd << "$('#spring-enable_limits').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Enable Rotation', MSPhysics::Spring::DEFAULT_ROTATION_ENABLED) cmd << "$('#spring-enable_rotation').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Mode', MSPhysics::Spring::DEFAULT_MODE).to_i cmd << "$('#spring-mode').val('#{attr}');" cmd << "$('#spring-mode').trigger('chosen:updated');" if attr == 1 cmd << "$('.spring-mode_s0').css('display', 'none');" cmd << "$('.spring-mode_s1').css('display', 'table-row');" else cmd << "$('.spring-mode_s0').css('display', 'table-row');" cmd << "$('.spring-mode_s1').css('display', 'none');" end attr = @selected_joint.get_attribute(jdict, 'Accel', fix_numeric_value(MSPhysics::Spring::DEFAULT_ACCEL)) cmd << "$('#spring-accel').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Damp', fix_numeric_value(MSPhysics::Spring::DEFAULT_DAMP)) cmd << "$('#spring-damp').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, 1.0), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Strength', fix_numeric_value(MSPhysics::Spring::DEFAULT_STRENGTH)) cmd << "$('#spring-strength').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, 1.0), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Spring Constant', fix_numeric_value(MSPhysics::Spring::DEFAULT_SPRING_CONSTANT)) cmd << "$('#spring-spring_constant').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Spring Drag', fix_numeric_value(MSPhysics::Spring::DEFAULT_SPRING_DRAG)) cmd << "$('#spring-spring_drag').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Start Position', fix_numeric_value(MSPhysics::Spring::DEFAULT_START_POSITION * ipos_ratio)) cmd << "$('#spring-start_position').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Controller', MSPhysics::Spring::DEFAULT_CONTROLLER.to_s) cmd << "$('#spring-controller').val(#{attr.inspect});" when 'UpVector' joint_type2 = 'up_vector' cmd << "$('#tab4-up_vector').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Accel', fix_numeric_value(MSPhysics::UpVector::DEFAULT_ACCEL)) cmd << "$('#up_vector-accel').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Damp', fix_numeric_value(MSPhysics::UpVector::DEFAULT_DAMP)) cmd << "$('#up_vector-damp').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Strength', MSPhysics::UpVector::DEFAULT_STRENGTH) cmd << "$('#up_vector-strength').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, 1.0), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Controller', MSPhysics::UpVector::DEFAULT_PIN_DIR.to_a.to_s) cmd << "$('#up_vector-controller').val(#{attr.inspect});" when 'Corkscrew' joint_type2 = 'corkscrew' cmd << "$('#tab4-corkscrew').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Position Units', MSPhysics::DEFAULT_POSITION_UNITS).to_s cmd << "$('#corkscrew-position_units').val('#{attr}');" cmd << "$('#corkscrew-position_units').trigger('chosen:updated');" attr = @selected_joint.get_attribute(jdict, 'Min Position', fix_numeric_value(MSPhysics::Corkscrew::DEFAULT_MIN_POSITION * ipos_ratio)) cmd << "$('#corkscrew-min_position').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Max Position', fix_numeric_value(MSPhysics::Corkscrew::DEFAULT_MAX_POSITION * ipos_ratio)) cmd << "$('#corkscrew-max_position').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Enable Linear Limits', MSPhysics::Corkscrew::DEFAULT_LINEAR_LIMITS_ENABLED) cmd << "$('#corkscrew-enable_linear_limits').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Linear Friction', fix_numeric_value(MSPhysics::Corkscrew::DEFAULT_LINEAR_FRICTION)) cmd << "$('#corkscrew-linear_friction').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Angle Units', MSPhysics::DEFAULT_ANGLE_UNITS).to_s cmd << "$('#corkscrew-angle_units').val('#{attr}');" cmd << "$('#corkscrew-angle_units').trigger('chosen:updated');" attr = @selected_joint.get_attribute(jdict, 'Min Angle', fix_numeric_value(MSPhysics::Corkscrew::DEFAULT_MIN_ANGLE * iang_ratio)) cmd << "$('#corkscrew-min_angle').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Max Angle', fix_numeric_value(MSPhysics::Corkscrew::DEFAULT_MAX_ANGLE * iang_ratio)) cmd << "$('#corkscrew-max_angle').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Enable Angular Limits', MSPhysics::Corkscrew::DEFAULT_ANGULAR_LIMITS_ENABLED) cmd << "$('#corkscrew-enable_angular_limits').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Angular Friction', fix_numeric_value(MSPhysics::Corkscrew::DEFAULT_ANGULAR_FRICTION)) cmd << "$('#corkscrew-angular_friction').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" when 'BallAndSocket' joint_type2 = 'ball_and_socket' cmd << "$('#tab4-ball_and_socket').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Angle Units', MSPhysics::DEFAULT_ANGLE_UNITS).to_s cmd << "$('#ball_and_socket-angle_units').val('#{attr}');" cmd << "$('#ball_and_socket-angle_units').trigger('chosen:updated');" attr = @selected_joint.get_attribute(jdict, 'Max Cone Angle', fix_numeric_value(MSPhysics::BallAndSocket::DEFAULT_MAX_CONE_ANGLE * iang_ratio)) cmd << "$('#ball_and_socket-max_cone_angle').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Enable Cone Limits', MSPhysics::BallAndSocket::DEFAULT_CONE_LIMITS_ENABLED) cmd << "$('#ball_and_socket-enable_cone_limits').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Min Twist Angle', fix_numeric_value(MSPhysics::BallAndSocket::DEFAULT_MIN_TWIST_ANGLE * iang_ratio)) cmd << "$('#ball_and_socket-min_twist_angle').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Max Twist Angle', fix_numeric_value(MSPhysics::BallAndSocket::DEFAULT_MAX_TWIST_ANGLE * iang_ratio)) cmd << "$('#ball_and_socket-max_twist_angle').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Enable Twist Limits', MSPhysics::BallAndSocket::DEFAULT_TWIST_LIMITS_ENABLED) cmd << "$('#ball_and_socket-enable_twist_limits').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Friction', fix_numeric_value(MSPhysics::BallAndSocket::DEFAULT_FRICTION)) cmd << "$('#ball_and_socket-friction').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Controller', MSPhysics::BallAndSocket::DEFAULT_CONTROLLER.to_s) cmd << "$('#ball_and_socket-controller').val(#{attr.inspect});" when 'Universal' joint_type2 = 'universal' cmd << "$('#tab4-universal').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Angle Units', MSPhysics::DEFAULT_ANGLE_UNITS).to_s cmd << "$('#universal-angle_units').val('#{attr}');" cmd << "$('#universal-angle_units').trigger('chosen:updated');" attr = @selected_joint.get_attribute(jdict, 'Min1', fix_numeric_value(MSPhysics::Universal::DEFAULT_MIN * iang_ratio)) cmd << "$('#universal-min1').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Max1', fix_numeric_value(MSPhysics::Universal::DEFAULT_MAX * iang_ratio)) cmd << "$('#universal-max1').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Enable Limits1', MSPhysics::Universal::DEFAULT_LIMITS_ENABLED) cmd << "$('#universal-enable_limits1').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Min2', fix_numeric_value(MSPhysics::Universal::DEFAULT_MIN * iang_ratio)) cmd << "$('#universal-min2').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Max2', fix_numeric_value(MSPhysics::Universal::DEFAULT_MAX * iang_ratio)) cmd << "$('#universal-max2').val('#{ format_value(attr.to_f, PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Enable Limits2', MSPhysics::Universal::DEFAULT_LIMITS_ENABLED) cmd << "$('#universal-enable_limits2').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Friction', fix_numeric_value(MSPhysics::Universal::DEFAULT_FRICTION)) cmd << "$('#universal-friction').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Controller', MSPhysics::Universal::DEFAULT_CONTROLLER.to_s) cmd << "$('#universal-controller').val(#{attr.inspect});" when 'CurvySlider' joint_type2 = 'curvy_slider' cmd << "$('#tab4-curvy_slider').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Enable Alignment', MSPhysics::CurvySlider::DEFAULT_ALIGNMENT_ENABLED) cmd << "$('#curvy_slider-enable_alignment').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Enable Rotation', MSPhysics::CurvySlider::DEFAULT_ROTATION_ENABLED) cmd << "$('#curvy_slider-enable_rotation').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Enable Loop', MSPhysics::CurvySlider::DEFAULT_LOOP_ENABLED) cmd << "$('#curvy_slider-enable_loop').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Linear Friction', fix_numeric_value(MSPhysics::CurvySlider::DEFAULT_LINEAR_FRICTION)) cmd << "$('#curvy_slider-linear_friction').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Angular Friction', fix_numeric_value(MSPhysics::CurvySlider::DEFAULT_ANGULAR_FRICTION)) cmd << "$('#curvy_slider-angular_friction').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Alignment Power', fix_numeric_value(MSPhysics::CurvySlider::DEFAULT_ALIGNMENT_POWER)) cmd << "$('#curvy_slider-alignment_power').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Controller', MSPhysics::CurvySlider::DEFAULT_CONTROLLER.to_s) cmd << "$('#curvy_slider-controller').val(#{attr.inspect});" when 'CurvyPiston' joint_type2 = 'curvy_piston' cmd << "$('#tab4-curvy_piston').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Position Units', MSPhysics::DEFAULT_POSITION_UNITS).to_s cmd << "$('#curvy_piston-position_units').val('#{attr}');" cmd << "$('#curvy_piston-position_units').trigger('chosen:updated');" attr = @selected_joint.get_attribute(jdict, 'Enable Alignment', MSPhysics::CurvyPiston::DEFAULT_ALIGNMENT_ENABLED) cmd << "$('#curvy_piston-enable_alignment').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Enable Rotation', MSPhysics::CurvyPiston::DEFAULT_ROTATION_ENABLED) cmd << "$('#curvy_piston-enable_rotation').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Enable Loop', MSPhysics::CurvyPiston::DEFAULT_LOOP_ENABLED) cmd << "$('#curvy_piston-enable_loop').prop('checked', #{attr ? true : false});" attr = @selected_joint.get_attribute(jdict, 'Angular Friction', fix_numeric_value(MSPhysics::CurvyPiston::DEFAULT_ANGULAR_FRICTION)) cmd << "$('#curvy_piston-angular_friction').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Rate', fix_numeric_value(MSPhysics::CurvyPiston::DEFAULT_RATE * ipos_ratio)) cmd << "$('#curvy_piston-rate').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Power', fix_numeric_value(MSPhysics::CurvyPiston::DEFAULT_POWER)) cmd << "$('#curvy_piston-power').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Alignment Power', fix_numeric_value(MSPhysics::CurvyPiston::DEFAULT_ALIGNMENT_POWER)) cmd << "$('#curvy_piston-alignment_power').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Reduction Ratio', fix_numeric_value(MSPhysics::CurvyPiston::DEFAULT_REDUCTION_RATIO)) cmd << "$('#curvy_piston-reduction_ratio').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, 1.0), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Controller', MSPhysics::CurvyPiston::DEFAULT_CONTROLLER.to_s) cmd << "$('#curvy_piston-controller').val(#{attr.inspect});" attr = @selected_joint.get_attribute(jdict, 'Controller Mode', MSPhysics::CurvyPiston::DEFAULT_CONTROLLER_MODE) cmd << "$('#curvy_piston-controller_mode').val('#{AMS.clamp(attr.to_i, 0, 2)}');" cmd << "$('#curvy_piston-controller_mode').trigger('chosen:updated');" when 'Plane' joint_type2 = 'plane' cmd << "$('#tab4-plane').css('display', 'block');" attr = @selected_joint.get_attribute(jdict, 'Linear Friction', fix_numeric_value(MSPhysics::Plane::DEFAULT_LINEAR_FRICTION)) cmd << "$('#plane-linear_friction').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Angular Friction', fix_numeric_value(MSPhysics::Plane::DEFAULT_ANGULAR_FRICTION)) cmd << "$('#plane-angular_friction').val('#{ format_value(AMS.clamp(attr.to_f, 0.0, nil), PRECISION) }');" attr = @selected_joint.get_attribute(jdict, 'Enable Rotation', MSPhysics::Plane::DEFAULT_ROTATION_ENABLED) cmd << "$('#plane-enable_rotation').prop('checked', #{attr ? true : false});" end # Display geared joints if joint_type2 && false identical_joints = {} geared_data = {} if Sketchup.version.to_i > 6 sjparent = model.active_path ? model.active_path.last : nil else sjparent = model.active_entities.is_a?(Sketchup::Model) ? nil : model.active_entities.parent.instances.first end MSPhysics::JointConnectionTool.get_geared_joints(@selected_joint, sjparent, true, false).each { |joint, jparent, jtra, gear_id, gear_type, gear_ratio| jtype = joint.get_attribute('MSPhysics Joint', 'Type') jname = joint.name.to_s jname = gear_id.to_s if jname.empty? fname = jtype + '-' + jname fid = gear_type.to_s + '-' + gear_id.to_s geared_data[gear_type] = {} unless geared_data[gear_type] if @geared_joints[fid] if identical_joints[fid] identical_joints[fid] += 1 else identical_joints[fid] = 1 end fid2 = fid + '-' + identical_joints[fid].to_s fname2 = fname + ' (' + identical_joints[fid].to_s + ')' @geared_joints[fid2] = joint geared_data[gear_type][fid2] = [joint, fname2, gear_ratio] else @geared_joints[fid] = joint geared_data[gear_type][fid] = [joint, fname, gear_ratio] end } identical_joints.clear unless geared_data.empty? cmd << "$('##{joint_type2}-geared_joints_field').css('display', 'block');" cmd << "$('##{joint_type2}-geared_joints_field').append(\"" cmd2 = "" geared_data.each { |gear_type, data| words = DOUBLE_JOINT_TYPES[gear_type].split(/\_/) for i in 0...words.size words[i].capitalize! end gear_name = words.join(' ') cmd << "<label class=\\\"heading\\\">#{gear_name}</label>" cmd << "<div class=\\\"spacing_tab\\\">" cmd << "<table class=\\\"struct_table\\\">" data.keys.sort.each { |fid| joint, fname, gear_ratio = data[fid] cmd << "<tr>" cmd << "<td colspan=\\\"1\\\"><label>With</label></td>" cmd << "<td colspan=\\\"4\\\"><label class=\\\"joint-label#{joint == @selected_joint ? "-selected" : ""}\\\" id=\\\"Geared::#{fid}\\\">#{fname.inspect[1...-1]}</label></td>" cmd << "<td colspan=\\\"1\\\"><label>Ratio</label></td>" cmd << "<td colspan=\\\"4\\\"><input class=\\\"custom-text numeric-input\\\" id=\\\"gear-#{fid}\\\"></input></td>" cmd << "</tr>" cmd2 << "$('#gear-#{fid}').val('#{ format_value(gear_ratio.nil? ? 1.0 : gear_ratio, PRECISION) }');" } cmd << "</table>" cmd << "</div>" } cmd << "\");" cmd << "assign_joint_click_event(); update_input_events();" cmd << cmd2 geared_data.clear end end # Activate Joint tab cmd << "update_placement(4, false);"# unless @selected_body else @selected_joint = nil end execute_js(cmd) end |
.update_simulation_sliders ⇒ void
This method returns an undefined value.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 125 def return if @dialog.nil? || !@init_called model = Sketchup.active_model return unless model cmd = '' cmd << "if (g_kns_velocity != null) { g_kns_velocity.setValue(#{MSPhysics::Settings.key_nav_velocity}); };" cmd << "if (g_kns_omega != null) { g_kns_omega.setValue(#{MSPhysics::Settings.key_nav_omega}); };" cmd << "if (g_kns_atime != null) { g_kns_atime.setValue(#{MSPhysics::Settings.key_nav_atime}); };" execute_js(cmd) end |
.update_simulation_state ⇒ void
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
This method returns an undefined value.
Update UI simulation tab.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 84 def update_simulation_state return if @dialog.nil? || !@init_called model = Sketchup.active_model return unless model cmd = '' cmd << "$('#simulation-animate_scenes_state').val('#{MSPhysics::Settings.animate_scenes_state}');" cmd << "$('#simulation-animate_scenes_state').trigger('chosen:updated');" cmd << "$('#simulation-animate_scenes_reversed').prop('checked', #{MSPhysics::Settings.animate_scenes_reversed?});" cmd << "$('#simulation-animate_scenes_delay').val('#{ format_value(MSPhysics::Settings.animate_scenes_delay, PRECISION) }');" cmd << "$('#simulation-key_nav_state').val('#{MSPhysics::Settings.key_nav_state}');" cmd << "$('#simulation-key_nav_state').trigger('chosen:updated');" cmd << "$('#simulation-solver_model').val('#{MSPhysics::Settings.solver_model}');" cmd << "$('#simulation-solver_model').trigger('chosen:updated');" cmd << "$('#simulation-joint_algorithm').val('#{MSPhysics::Settings.joint_algorithm}');" cmd << "$('#simulation-joint_algorithm').trigger('chosen:updated');" cmd << "$('#simulation-update_timestep').val('#{(1.0 / MSPhysics::Settings.update_timestep).round}');" cmd << "$('#simulation-update_timestep').trigger('chosen:updated');" cmd << "$('#simulation-continuous_collision').prop('checked', #{MSPhysics::Settings.continuous_collision_check_enabled?});" cmd << "$('#simulation-full_screen_mode').prop('checked', #{MSPhysics::Settings.full_screen_mode_enabled?});" cmd << "$('#simulation-game_mode').prop('checked', #{MSPhysics::Settings.game_mode_enabled?});" cmd << "$('#simulation-hide_joint_layer').prop('checked', #{MSPhysics::Settings.hide_joint_layer_enabled?});" cmd << "$('#simulation-undo_on_end').prop('checked', #{MSPhysics::Settings.undo_on_end_enabled?});" cmd << "$('#simulation-ignore_hidden_instances').prop('checked', #{MSPhysics::Settings.ignore_hidden_instances?});" cmd << "$('#simulation-collision_wireframe').prop('checked', #{MSPhysics::Settings.collision_wireframe_visible?});" cmd << "$('#simulation-axes').prop('checked', #{MSPhysics::Settings.axes_visible?});" cmd << "$('#simulation-aabb').prop('checked', #{MSPhysics::Settings.aabb_visible?});" cmd << "$('#simulation-contact_points').prop('checked', #{MSPhysics::Settings.contact_points_visible?});" cmd << "$('#simulation-contact_forces').prop('checked', #{MSPhysics::Settings.contact_forces_visible?});" cmd << "$('#simulation-bodies').prop('checked', #{MSPhysics::Settings.bodies_visible?});" cmd << "$('#simulation-gravity').val('#{ format_value(MSPhysics::Settings.gravity, PRECISION) }');" cmd << "$('#simulation-material_thickness').val('#{ format_value(MSPhysics::Settings.material_thickness * 32.0, PRECISION) }');" cmd << "$('#simulation-update_rate').val('#{MSPhysics::Settings.update_rate}');" cmd << "$('#dialog-help_box').prop('checked', #{ @dialog_help_box });" cmd << "display_help_box(#{@dialog_help_box});" cmd << "$('#dialog-scale').val('#{@dialog_scale}');" cmd << "$('#dialog-scale').trigger('chosen:updated');" execute_js(cmd) end |
.update_sound_state ⇒ void
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
This method returns an undefined value.
Update UI sound tab.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 824 def update_sound_state return if @dialog.nil? || !@init_called model = Sketchup.active_model return unless model cmd = "" cmd << "$('#sound-list').empty();" dict = model.attribute_dictionary('MSPhysics Sounds', false) if dict dict.each_key { |name| ext = model.get_attribute('MSPhysics Sound Types', name) cmd << "$('#sound-list').append('<option value=#{name.inspect}>#{name}#{ext.is_a?(String) ? '.' + ext : ''}</option>');" } end if @selected_sound ext = model.get_attribute('MSPhysics Sound Types', @selected_sound) if MSPhysics::EMBEDDED_MUSIC_FORMATS.include?(ext) cmd << "$('#sound-command_music').val('simulation.play_music(#{@selected_sound.inspect})');" else cmd << "$('#sound-command_music').val('Not Supported');" end if MSPhysics::EMBEDDED_SOUND_FORMATS.include?(ext) cmd << "$('#sound-command_sound').val('simulation.play_sound(#{@selected_sound.inspect})');" else cmd << "$('#sound-command_sound').val('Not Supported');" end else cmd << "$('#sound-command_music').val('simulation.play_music(\"sound_name\")');" cmd << "$('#sound-command_sound').val('simulation.play_sound(\"sound_name\")');" end execute_js(cmd) end |
.update_state ⇒ Object
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Update state of all UI.
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# File 'RubyExtension/MSPhysics/dialog.rb', line 52 def update_state return if @dialog.nil? || !@init_called # Simulation dialog update_simulation_state # Joint dialog update_joint_state # Body dialog update_body_state # Sound dialog update_sound_state # Update size #execute_js("window.setTimeout(function() { update_placement(0, true); }, 10);") execute_js("update_placement(0, true);") end |