plank-indicator

File:

dock.theme

-----

#This file auto-generated by Plank.

#2016-03-12T14:53:46+0000

[PlankTheme]

#The roundness of the top corners.

TopRoundness=4

#The roundness of the bottom corners.

BottomRoundness=0

#The thickness (in pixels) of lines drawn.

LineWidth=1

#The color (RGBA) of the outer stroke.

OuterStrokeColor=41;;41;;41;;255

#The starting color (RGBA) of the fill gradient.

FillStartColor=41;;41;;41;;255

#The ending color (RGBA) of the fill gradient.

FillEndColor=80;;80;;80;;255

#The color (RGBA) of the inner stroke.

InnerStrokeColor=255;;255;;255;;255

[PlankDockTheme]

#The padding on the left/right dock edges, in tenths of a percent of IconSize.

HorizPadding=0

#The padding on the top dock edge, in tenths of a percent of IconSize.

TopPadding=-11

#The padding on the bottom dock edge, in tenths of a percent of IconSize.

BottomPadding=2.5

#The padding between items on the dock, in tenths of a percent of IconSize.

ItemPadding=2.5

#The size of item indicators, in tenths of a percent of IconSize.

IndicatorSize=5

#The size of the icon-shadow behind every item, in tenths of a percent of IconSize.

IconShadowSize=1

#The height (in percent of IconSize) to bounce an icon when the application sets urgent.

UrgentBounceHeight=1.6666666666666667

#The height (in percent of IconSize) to bounce an icon when launching an application.

LaunchBounceHeight=0.625

#The opacity value (0 to 1) to fade the dock to when hiding it.

FadeOpacity=1

#The amount of time (in ms) for click animations.

ClickTime=300

#The amount of time (in ms) to bounce an urgent icon.

UrgentBounceTime=600

#The amount of time (in ms) to bounce an icon when launching an application.

LaunchBounceTime=600

#The amount of time (in ms) for active window indicator animations.

ActiveTime=300

#The amount of time (in ms) to slide icons into/out of the dock.

SlideTime=300

#The time (in ms) to fade the dock in/out on a hide (if FadeOpacity is < 1).

FadeTime=250

#The time (in ms) to slide the dock in/out on a hide (if FadeOpacity is 1).

HideTime=250

#The size of the urgent glow (shown when dock is hidden), in tenths of a percent of IconSize.

GlowSize=30

#The total time (in ms) to show the hidden-dock urgent glow.

GlowTime=10000

#The time (in ms) of each pulse of the hidden-dock urgent glow.

GlowPulseTime=2000

#The hue-shift (-180 to 180) of the urgent indicator color.

UrgentHueShift=150

#The time (in ms) to move an item to its new position or its addition/removal to/from the dock.

ItemMoveTime=450

#Whether background and icons will unhide/hide with different speeds. The top-border of both will leave/hit the screen-edge at the same time.

CascadeHide=true

#The color (RGBA) of the badge displaying urgent count

BadgeColor=0;;0;;0;;0

#The color (RGBA) of the Indicator displaying open application

IndicatorColor=90;;166;;255;;255

----

File:

DockTheme.vala

---

//

//  Copyright (C) 2011-2012 Robert Dyer, Rico Tzschichholz

//

//  This file is part of Plank.

//

//  Plank is free software: you can redistribute it and/or modify

//  it under the terms of the GNU General Public License as published by

//  the Free Software Foundation, either version 3 of the License, or

//  (at your option) any later version.

//

//  Plank is distributed in the hope that it will be useful,

//  but WITHOUT ANY WARRANTY; without even the implied warranty of

//  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

//  GNU General Public License for more details.

//

//  You should have received a copy of the GNU General Public License

//  along with this program.  If not, see <http://www.gnu.org/licenses/>.

//

namespace Plank

{

/**

* A themed renderer for dock windows.

*/

public class DockTheme : Theme

{

const double MIN_INDICATOR_SIZE = 0.0;

const double MAX_INDICATOR_SIZE = 10.0;

const double MAX_ICON_SHADOW_SIZE = 5.0;

[Description(nick = "horizontal-padding", blurb = "The padding on the left/right dock edges, in tenths of a percent of IconSize.")]

public double HorizPadding { get; set; }

[Description(nick = "top-padding", blurb = "The padding on the top dock edge, in tenths of a percent of IconSize.")]

public double TopPadding { get; set; }

[Description(nick = "bottom-padding", blurb = "The padding on the bottom dock edge, in tenths of a percent of IconSize.")]

public double BottomPadding { get; set; }

[Description(nick = "item-padding", blurb = "The padding between items on the dock, in tenths of a percent of IconSize.")]

public double ItemPadding { get; set; }

[Description(nick = "indicator-size", blurb = "The size of item indicators, in tenths of a percent of IconSize.")]

public double IndicatorSize { get; set; }

[Description(nick = "icon-shadow-size", blurb = "The size of the icon-shadow behind every item, in tenths of a percent of IconSize.")]

public double IconShadowSize { get; set; }

[Description(nick = "urgent-bounce", blurb = "The height (in percent of IconSize) to bounce an icon when the application sets urgent.")]

public double UrgentBounceHeight { get; set; }

[Description(nick = "launch-bounce", blurb = "The height (in percent of IconSize) to bounce an icon when launching an application.")]

public double LaunchBounceHeight { get; set; }

[Description(nick = "fade-opacity", blurb = "The opacity value (0 to 1) to fade the dock to when hiding it.")]

public double FadeOpacity { get; set; }

[Description(nick = "click-time", blurb = "The amount of time (in ms) for click animations.")]

public int ClickTime { get; set; }

[Description(nick = "urgent-bounce-time", blurb = "The amount of time (in ms) to bounce an urgent icon.")]

public int UrgentBounceTime { get; set; }

[Description(nick = "launch-bounce-time", blurb = "The amount of time (in ms) to bounce an icon when launching an application.")]

public int LaunchBounceTime { get; set; }

[Description(nick = "active-time", blurb = "The amount of time (in ms) for active window indicator animations.")]

public int ActiveTime { get; set; }

[Description(nick = "slide-time", blurb = "The amount of time (in ms) to slide icons into/out of the dock.")]

public int SlideTime { get; set; }

[Description(nick = "fade-time", blurb = "The time (in ms) to fade the dock in/out on a hide (if FadeOpacity is < 1).")]

public int FadeTime { get; set; }

[Description(nick = "hide-time", blurb = "The time (in ms) to slide the dock in/out on a hide (if FadeOpacity is 1).")]

public int HideTime { get; set; }

[Description(nick = "glow-size", blurb = "The size of the urgent glow (shown when dock is hidden), in tenths of a percent of IconSize.")]

public int GlowSize { get; set; }

[Description(nick = "glow-time", blurb = "The total time (in ms) to show the hidden-dock urgent glow.")]

public int GlowTime { get; set; }

[Description(nick = "glow-pulse-time", blurb = "The time (in ms) of each pulse of the hidden-dock urgent glow.")]

public int GlowPulseTime { get; set; }

[Description(nick = "urgent-hue-shift", blurb = "The hue-shift (-180 to 180) of the urgent indicator color.")]

public int UrgentHueShift { get; set; }

[Description(nick = "item-move-time", blurb = "The time (in ms) to move an item to its new position or its addition/removal to/from the dock.")]

public int ItemMoveTime { get; set; }

[Description(nick = "cascade-hide", blurb = "Whether background and icons will unhide/hide with different speeds. The top-border of both will leave/hit the screen-edge at the same time.")]

public bool CascadeHide { get; set; }

[Description(nick = "badge-color", blurb = "The color (RGBA) of the badge displaying urgent count")]

public Color BadgeColor { get; set; }

[Description(nick = "indicator-color", blurb = "The color (RGBA) of the Indicator displaying open application")]

public Color IndicatorColor { get; set; }

public DockTheme (string name)

{

base.with_name (name);

}

/**

* {@inheritDoc}

*/

protected override void reset_properties ()

{

base.reset_properties ();

TopRoundness = 4;

BottomRoundness = 0;

HorizPadding = 0.0;

TopPadding = -11.0;

BottomPadding = 2.5;

ItemPadding = 2.5;

IndicatorSize = 5.0;

IconShadowSize = 1.0;

UrgentBounceHeight = 5.0 / 3.0;

LaunchBounceHeight = 0.625;

FadeOpacity = 1.0;

ClickTime = 300;

UrgentBounceTime = 600;

LaunchBounceTime = 600;

ActiveTime = 300;

SlideTime = 300;

FadeTime = 250;

HideTime = 250;

GlowSize = 30;

GlowTime = 10000;

GlowPulseTime = 2000;

UrgentHueShift = 150;

ItemMoveTime = 450;

CascadeHide = true;

BadgeColor = { 0.0, 0.0, 0.0, 0.0 };

IndicatorColor = { 0.0, 0.0, 0.0, 0.0 };

}

/**

* Creates a surface for the dock background.

*

* @param width the width of the background

* @param height the height of the background

* @param position the position of the dock

* @param model existing surface to use as basis of new surface

* @return a new surface with the background drawn on it

*/

public Surface create_background (int width, int height, Gtk.PositionType position, Surface model)

{

Logger.verbose ("DockTheme.create_background (width = %i, height = %i)", width, height);

var surface = new Surface.with_surface (width, height, model);

surface.clear ();

if (width <= 0 || height <= 0)

return surface;

if (position == Gtk.PositionType.BOTTOM) {

draw_background (surface);

return surface;

}

Surface temp;

if (position == Gtk.PositionType.TOP)

temp = new Surface.with_surface (width, height, surface);

else

temp = new Surface.with_surface (height, width, surface);

draw_background (temp);

unowned Cairo.Context cr = surface.Context;

var rotate = 0.0;

var x_offset = 0.0, y_offset = 0.0;

switch (position) {

default:

case Gtk.PositionType.BOTTOM:

break;

case Gtk.PositionType.TOP:

rotate = Math.PI;

x_offset = -width;

y_offset = -height;

break;

case Gtk.PositionType.LEFT:

rotate = Math.PI_2;

y_offset = -width;

break;

case Gtk.PositionType.RIGHT:

rotate = -Math.PI_2;

x_offset = -height;

break;

}

cr.save ();

cr.rotate (rotate);

cr.set_source_surface (temp.Internal, x_offset, y_offset);

cr.paint ();

cr.restore ();

return surface;

}

/**

* Creates a surface for an indicator.

*

* @param size the size of the indicator

* @param color the color of the indicator

* @param model existing surface to use as basis of new surface

* @return a new surface with the indicator drawn on it

*/

public Surface create_indicator (int size, Color color, Surface model)

{

Logger.verbose ("DockTheme.create_indicator (size = %i)", size);

var surface = new Surface.with_surface (size, size, model);

surface.clear ();

if (size <= 0)

return surface;

unowned Cairo.Context cr = surface.Context;

var x = size / 2;

var y = x;

cr.move_to (x, y);

cr.arc (x, y, size / 2, 0, Math.PI * 2);

cr.close_path ();

var rg = new Cairo.Pattern.radial (x, y, 0, x, y, size / 2);

rg.add_color_stop_rgba (0, 1, 1, 1, 1);

rg.add_color_stop_rgba (0.1, IndicatorColor.red, IndicatorColor.green, IndicatorColor.blue, 1);

rg.add_color_stop_rgba (0.2, IndicatorColor.red, IndicatorColor.green, IndicatorColor.blue, 0.6);

rg.add_color_stop_rgba (0.25, IndicatorColor.red, IndicatorColor.green, IndicatorColor.blue, 0.25);

rg.add_color_stop_rgba (0.5, IndicatorColor.red, IndicatorColor.green, IndicatorColor.blue, 0.15);

rg.add_color_stop_rgba (1.0, IndicatorColor.red, IndicatorColor.green, IndicatorColor.blue, 0.0);

cr.set_source (rg);

cr.fill ();

return surface;

}

/**

* Creates a surface for an urgent glow.

*

* @param size the size of the urgent glow

* @param color the color of the urgent glow

* @param model existing surface to use as basis of new surface

* @return a new surface with the urgent glow drawn on it

*/

public Surface create_urgent_glow (int size, Color color, Surface model)

{

Logger.verbose ("DockTheme.create_urgent_glow (size = %i)", size);

var surface = new Surface.with_surface (size, size, model);

surface.clear ();

if (size <= 0)

return surface;

unowned Cairo.Context cr = surface.Context;

var x = size / 2.0;

cr.move_to (x, x);

cr.arc (x, x, size / 2, 0, Math.PI * 2);

cr.close_path ();

var rg = new Cairo.Pattern.radial (x, x, 0, x, x, size / 2);

rg.add_color_stop_rgba (0, 1, 1, 1, 1);

rg.add_color_stop_rgba (0.33, IndicatorColor.red, IndicatorColor.green, IndicatorColor.blue, 0.66);

rg.add_color_stop_rgba (0.66, IndicatorColor.red, IndicatorColor.green, IndicatorColor.blue, 0.33);

rg.add_color_stop_rgba (1.0, IndicatorColor.red, IndicatorColor.green, IndicatorColor.blue, 0.0);

cr.set_source (rg);

cr.fill ();

return surface;

}

/**

* Draws an active glow for an item.

*

* @param surface the surface to draw onto

* @param clip_rect the rect to clip the glow to

* @param rect the rect for the glow

* @param color the color of the glow

* @param opacity the opacity of the glow

* @param pos the dock's position

*/

public void draw_active_glow (Surface surface, Gdk.Rectangle clip_rect, Gdk.Rectangle rect, Color color, double opacity, Gtk.PositionType pos)

{

if (opacity <= 0.0 || rect.width <= 0 || rect.height <= 0)

return;

unowned Cairo.Context cr = surface.Context;

var rotate = 0.0;

var xoffset = 0.0, yoffset = 0.0;

Cairo.Pattern gradient = null;

switch (pos) {

default:

case Gtk.PositionType.BOTTOM:

xoffset = clip_rect.x;

yoffset = clip_rect.y;

gradient = new Cairo.Pattern.linear (0, rect.y, 0, rect.y + rect.height);

break;

case Gtk.PositionType.TOP:

rotate = Math.PI;

xoffset = -clip_rect.x - clip_rect.width;

yoffset = -clip_rect.height;

gradient = new Cairo.Pattern.linear (0, rect.y + rect.height, 0, rect.y);

break;

case Gtk.PositionType.LEFT:

rotate = Math.PI_2;

xoffset = clip_rect.y;

yoffset = -clip_rect.width;

gradient = new Cairo.Pattern.linear (rect.x + rect.width, 0, rect.x, 0);

break;

case Gtk.PositionType.RIGHT:

rotate = -Math.PI_2;

xoffset = -clip_rect.y - clip_rect.height;

yoffset = clip_rect.x;

gradient = new Cairo.Pattern.linear (rect.x, 0, rect.x + rect.width, 0);

break;

}

cr.save ();

cr.rotate (rotate);

cr.translate (xoffset, yoffset);

if (pos == Gtk.PositionType.BOTTOM || pos == Gtk.PositionType.TOP)

draw_inner_rect (cr, clip_rect.width, clip_rect.height);

else

draw_inner_rect (cr, clip_rect.height, clip_rect.width);

cr.restore ();

cr.set_line_width (LineWidth);

cr.clip ();

gradient.add_color_stop_rgba (0, color.red, color.green, color.blue, 0);

gradient.add_color_stop_rgba (1, color.red, color.green, color.blue, 0.6 * opacity);

cr.rectangle (rect.x, rect.y, rect.width, rect.height);

cr.set_source (gradient);

cr.fill ();

cr.reset_clip ();

}

/**

* Draws a badge for an item.

*

* @param surface the surface to draw the badge onto

* @param icon_size the icon-size of the dock

* @param color the color of the badge

* @param count the number for the badge to show

*/

public void draw_item_count (Surface surface, int icon_size, Color color, int64 count)

{

unowned Cairo.Context cr = surface.Context;

// Expect the icon to be in the center of the given surface

// and adjust the offset accordingly

var x = Math.floor ((surface.Width - icon_size) / 2);

var y = Math.floor ((surface.Height - icon_size) / 2);

var badge_color_start = color;

badge_color_start.brighten_val (1.0);

var badge_color_middle = color;

badge_color_middle.set_sat (0.87);

var badge_color_end = color;

badge_color_end.set_sat (0.87);

badge_color_end.darken_val (0.7);

var stroke_color_start = color;

stroke_color_start.set_sat (0.9);

var stroke_color_end = color;

stroke_color_end.set_sat (0.9);

stroke_color_end.darken_val (0.9);

// FIXME enhance scalability and adjustments depending on icon-size

var is_small = icon_size < 32;

var is_large = icon_size > 54;

var padding = (is_small ? 1.0 : (is_large ? 4.5 : 2.0));

var line_width = (is_small ? 0.0 : (is_large ? 2.0 : 1.0));

var height = Math.floor ((is_small ? 0.80 : 0.50) * icon_size - 2.0 * line_width);

var width = Math.floor ((0.75 + 0.25 * count.to_string ().length) * height);

var max_width = icon_size - 2.0 * line_width;

if (width > max_width)

width = max_width;

// Mirror horizontal badge-position for RTL environments

if (Gtk.Widget.get_default_direction () == Gtk.TextDirection.RTL)

x += line_width + line_width / 2.0;

else

x += icon_size - width - 1.5 * line_width;

y += line_width + line_width / 2.0;

cr.set_line_width (line_width);

Cairo.Pattern stroke, fill;

if (!is_small) {

// draw outline shadow

stroke = new Cairo.Pattern.rgba (0.2, 0.2, 0.2, 0.3);

draw_rounded_line (cr, x, y, width + line_width, height, true, true, stroke, null);

// draw filled gradient with outline

stroke = new Cairo.Pattern.linear (0, y, 0, y + height);

stroke.add_color_stop_rgba (0.2, stroke_color_start.red, stroke_color_start.green, stroke_color_start.blue, 0.8);

stroke.add_color_stop_rgba (0.8, stroke_color_end.red, stroke_color_end.green, stroke_color_end.blue, 0.8);

fill = new Cairo.Pattern.linear (0, y, 0, y + height);

fill.add_color_stop_rgba (0.1, badge_color_start.red, badge_color_start.green, badge_color_start.blue, 1.0);

fill.add_color_stop_rgba (0.5, badge_color_middle.red, badge_color_middle.green, badge_color_middle.blue, 1.0);

fill.add_color_stop_rgba (0.9, badge_color_end.red, badge_color_end.green, badge_color_end.blue, 1.0);

draw_rounded_line (cr, x, y, width, height, true, true, stroke, fill);

// draw inline highlight

stroke = new Cairo.Pattern.rgba (0.9, 0.9, 0.9, 0.1);

draw_rounded_line (cr, x + line_width, y + line_width, width - 2 * line_width, height - 2 * line_width, true, true, stroke, null);

}

var layout = new Pango.Layout (Gdk.pango_context_get ());

layout.set_width ((int) (width * Pango.SCALE));

layout.set_ellipsize (Pango.EllipsizeMode.NONE);

unowned Gtk.StyleContext style_context = get_style_context ();

unowned Pango.FontDescription font_description = style_context.get_font (style_context.get_state ());

font_description.set_absolute_size ((int) (height * Pango.SCALE));

font_description.set_weight (Pango.Weight.BOLD);

layout.set_font_description (font_description);

layout.set_text (count.to_string (), -1);

Pango.Rectangle logical_rect;

layout.get_pixel_extents (null, out logical_rect);

var scale = double.min (1.0, double.min ((width - 2.0 * padding - 2.0 * line_width) / (double) logical_rect.width, (height - 2.0 * padding) / (double) logical_rect.height));

if (!is_small)

cr.set_source_rgba (0.0, 0.0, 0.0, 0.2);

else

cr.set_source_rgba (0.0, 0.0, 0.0, 0.6);

cr.move_to (x + Math.floor (width / 2.0 - scale * logical_rect.width / 2.0), y + Math.floor (height / 2.0 - scale * logical_rect.height / 2.0));

// draw text

cr.save ();

if (scale < 1)

cr.scale (scale, scale);

cr.set_line_width (line_width);

Pango.cairo_layout_path (cr, layout);

cr.stroke_preserve ();

cr.set_source_rgba (1.0, 1.0, 1.0, 0.95);

cr.fill ();

cr.restore ();

}

/**

* Draws a progress bar for an item.

*

* @param surface the surface to draw the progress onto

* @param icon_size the icon-size of the dock

* @param color the color of the progress

* @param progress the value between 0.0 and 1.0

*/

public void draw_item_progress (Surface surface, int icon_size, Color color, double progress)

{

if (progress < 0)

return;

if (progress > 1.0)

progress = 1.0;

unowned Cairo.Context cr = surface.Context;

// Expect the icon to be in the center of the given surface

// and adjust the offset accordingly

var x = Math.floor ((surface.Width - icon_size) / 2);

var y = Math.floor ((surface.Height - icon_size) / 2);

// FIXME enhance scalability and adjustments depending on icon-size

var line_width = 1.0;

var padding = 4.0;

var width = icon_size - 2.0 * padding;

var height = Math.floor (double.min (18.0, (int) (0.15 * icon_size)));

x += padding;

y += icon_size - height - padding;

cr.set_line_width (line_width);

Cairo.Pattern stroke, fill;

// draw the outer stroke

stroke = new Cairo.Pattern.linear (0, y, 0, y + height);

stroke.add_color_stop_rgba (0.5, 0.5, 0.5, 0.5, 0.1);

stroke.add_color_stop_rgba (0.9, 0.8, 0.8, 0.8, 0.4);

draw_rounded_line (cr, x + line_width / 2.0, y + line_width / 2.0, width, height, true, true, stroke, null);

// draw the background

x += line_width;

y += line_width;

width -= 2.0 * line_width;

height -= 2.0 * line_width;

stroke = new Cairo.Pattern.rgba (0.20, 0.20, 0.20, 0.9);

fill = new Cairo.Pattern.linear (0, y, 0, y + height);

fill.add_color_stop_rgba (0.4, 0.25, 0.25, 0.25, 1.0);

fill.add_color_stop_rgba (0.9, 0.35, 0.35, 0.35, 1.0);

draw_rounded_line (cr, x + line_width / 2.0, y + line_width / 2.0, width, height, true, true, stroke, fill);

// draw the finished bar

x += line_width;

y += line_width;

width -= 2.0 * line_width;

height -= 2.0 * line_width;

var finished_width = Math.ceil (progress * width);

stroke = new Cairo.Pattern.rgba (0.8, 0.8, 0.8, 1.0);

fill = new Cairo.Pattern.rgba (0.9, 0.9, 0.9, 1.0);

// Mirror progress-bar for RTL environments

if (Gtk.Widget.get_default_direction () == Gtk.TextDirection.RTL)

draw_rounded_line (cr, x + line_width / 2.0 + width - finished_width, y + line_width / 2.0, finished_width, height, true, true, stroke, fill);

else

draw_rounded_line (cr, x + line_width / 2.0, y + line_width / 2.0, finished_width, height, true, true, stroke, fill);

}

/**

* {@inheritDoc}

*/

protected override void verify (string prop)

{

base.verify (prop);

switch (prop) {

case "HorizPadding":

break;

case "TopPadding":

break;

case "BottomPadding":

if (BottomPadding < 0)

BottomPadding = 0;

break;

case "ItemPadding":

if (ItemPadding < 0)

ItemPadding = 0;

break;

case "IndicatorSize":

if (IndicatorSize < MIN_INDICATOR_SIZE)

IndicatorSize = MIN_INDICATOR_SIZE;

else if (IndicatorSize > MAX_INDICATOR_SIZE)

IndicatorSize = MAX_INDICATOR_SIZE;

break;

case "IconShadowSize":

if (IconShadowSize < 0)

IconShadowSize = 0;

else if (IconShadowSize > MAX_ICON_SHADOW_SIZE)

IconShadowSize = MAX_ICON_SHADOW_SIZE;

break;

case "UrgentBounceHeight":

if (UrgentBounceHeight < 0)

UrgentBounceHeight = 0;

break;

case "LaunchBounceHeight":

if (LaunchBounceHeight < 0)

LaunchBounceHeight = 0;

break;

case "FadeOpacity":

if (FadeOpacity < 0)

FadeOpacity = 0;

else if (FadeOpacity > 1)

FadeOpacity = 1;

break;

case "ClickTime":

if (ClickTime < 0)

ClickTime = 0;

break;

case "UrgentBounceTime":

if (UrgentBounceTime < 0)

UrgentBounceTime = 0;

break;

case "LaunchBounceTime":

if (LaunchBounceTime < 0)

LaunchBounceTime = 0;

break;

case "ActiveTime":

if (ActiveTime < 0)

ActiveTime = 0;

break;

case "SlideTime":

if (SlideTime < 0)

SlideTime = 0;

break;

case "FadeTime":

if (FadeTime < 0)

FadeTime = 0;

break;

case "HideTime":

if (HideTime < 0)

HideTime = 0;

break;

case "GlowSize":

if (GlowSize < 0)

GlowSize = 0;

break;

case "GlowTime":

if (GlowTime < 0)

GlowTime = 0;

break;

case "GlowPulseTime":

if (GlowPulseTime < 0)

GlowPulseTime = 0;

break;

case "UrgentHueShift":

if (UrgentHueShift < -180)

UrgentHueShift = -180;

else if (UrgentHueShift > 180)

UrgentHueShift = 180;

break;

case "BadgeColor":

break;

case "IndicatorColor":

break;

}

}

}

}