rimmed pushed a commit to branch master.
http://git.enlightenment.org/tools/eflete.git/commit/?id=254dd797a7be935007f513b33cc00352c39b8230
commit 254dd797a7be935007f513b33cc00352c39b8230
Author: Mykyta Biliavskyi <m.biliavs...@samsung.com>
Date: Wed Jun 22 16:00:57 2016 +0300
Property group:second part of tooltip strings update.
---
src/bin/ui/property/property_group.c | 705 +++++++++++++++++------------------
1 file changed, 348 insertions(+), 357 deletions(-)
diff --git a/src/bin/ui/property/property_group.c
b/src/bin/ui/property/property_group.c
index b8b6455..d397440 100644
--- a/src/bin/ui/property/property_group.c
+++ b/src/bin/ui/property/property_group.c
@@ -4350,26 +4350,26 @@ _init_items()
case PROPERTY_GROUP_ITEM_GROUP_NAME:
IT.name = "Name";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_ENTRY,
ATTRIBUTE_GROUP_NAME,
- _("The name to be used by the application<br>"
- "to load the resulting Edje object and to
identify<br>"
+ _("The name to be used by the application "
+ "to load the resulting Edje object and to identify "
"the group to swallow in a GROUP part."));
break;
case PROPERTY_GROUP_ITEM_GROUP_MIN:
IT.name = "Min";
_action1(&IT, "w", "px", PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_GROUP_MIN_W,
- _("The minimum width for the container defined by<br>"
+ _("The minimum width for the container defined by "
"the composition of the parts. This value is not
enforced."));
_action2(&IT, "h", "px", PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_GROUP_MIN_H,
- _("The minimum height for the container defined by<br>"
+ _("The minimum height for the container defined by "
"the composition of the parts. This value is not
enforced."));
break;
case PROPERTY_GROUP_ITEM_GROUP_MAX:
IT.name = "Max";
_action1(&IT, "w", "px", PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_GROUP_MAX_W,
- _("The maximum width for the container defined by<br>"
+ _("The maximum width for the container defined by "
"the composition of the parts. This value is not
enforced."));
_action2(&IT, "h", "px", PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_GROUP_MAX_H,
- _("The maximum height for the container defined by<br>"
+ _("The maximum height for the container defined by "
"the composition of the parts. This value is not
enforced."));
break;
@@ -4384,7 +4384,7 @@ _init_items()
IT.name = "Name";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_ENTRY,
ATTRIBUTE_PART_NAME,
_("The part name is used as a reference in the
relative<bt>"
- "positioning system of the theme, by programs and in
some<br>"
+ "positioning system of the theme, by programs and in
some "
"cases by the application. It must be unique within
the group."));
break;
case PROPERTY_GROUP_ITEM_PART_TYPE:
@@ -4394,63 +4394,63 @@ _init_items()
case PROPERTY_GROUP_ITEM_PART_SCALE:
IT.name = "Scale";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_PART_SCALE,
- _("Specifies whether the part scales its size with
an<br>"
- "Edje scaling factor. By default, the scale is off
and the<br>"
- "default scale factor is 1.0 - that means no
scaling.<br>"
- "This is used to scale properties, such as font
size,<br>"
- "and minimum and maximum size of the part. It can
also<br>"
- "be used to scale based on the DPI of the target
device.<br>"
- "The reason to be selective is that some things work
well<br>"
- "being scaled, and others do not, so the designer
gets<br>"
+ _("Specifies whether the part scales its size with an "
+ "Edje scaling factor. By default, the scale is off
and the "
+ "default scale factor is 1.0 - that means no scaling.
"
+ "This is used to scale properties, such as font size,
"
+ "and minimum and maximum size of the part. It can
also "
+ "be used to scale based on the DPI of the target
device. "
+ "The reason to be selective is that some things work
well "
+ "being scaled, and others do not, so the designer
gets "
"to choose what works best."));
break;
case PROPERTY_GROUP_ITEM_PART_MOUSE_EVENTS:
IT.name = "Mouse events";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_PART_MOUSE_EVENTS,
- _("Specifies whether the part emits signals.<br>"
- "Disabling it prevents the part from emitting<br>"
+ _("Specifies whether the part emits signals. "
+ "Disabling it prevents the part from emitting "
"any type of signal at all."));
break;
case PROPERTY_GROUP_ITEM_PART_REPEAT_EVENTS:
IT.name = "Repeat events";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_PART_REPEAT_EVENTS,
- _("Specifies whether a part echoes a mouse event<br>"
+ _("Specifies whether a part echoes a mouse event "
"to other parts below the pointer."));
break;
case PROPERTY_GROUP_ITEM_PART_CLIP_TO:
IT.name = "Clip to";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_CLIP_TO,
- _("Only renders the area of the part that coincides
with<br>"
- "another part's container. The overflowing content
is<br>"
+ _("Only renders the area of the part that coincides
with "
+ "another part's container. The overflowing content is
"
"not displayed. Note that the part being clipped to
can"
"be a rectangle or image part."));
break;
case PROPERTY_GROUP_ITEM_PART_IGNORE_FLAGS:
IT.name = "Ignore flags";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_IGNORE_FLAGS,
- _("Specifies whether events with the given flags<br>"
- "must be ignored. These events do not have their<br>"
+ _("Specifies whether events with the given flags "
+ "must be ignored. These events do not have their "
"signals emitted to the parts."));
break;
case PROPERTY_GROUP_ITEM_PART_POINTER_MODE:
IT.name = "Pointer mode";
IT.filter_data.part_types &= ~PART_SPACER;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_POINTER_MODE,
- _("Sets the mouse pointer behavior for the part.<br>"
- "The default value is AUTOGRAB. The following modes
are available:<br>"
- " * AUTOGRAB, when the part is clicked and the
button<br>"
- " remains pressed, the part is the source of all
future<br>"
- " mouse signals emitted, even outside the object,
until<br>"
- " the button is released.<br>"
+ _("Sets the mouse pointer behavior for the part. "
+ "The default value is AUTOGRAB. The following modes
are available: "
+ " * AUTOGRAB, when the part is clicked and the button
"
+ " remains pressed, the part is the source of all
future "
+ " mouse signals emitted, even outside the object,
until "
+ " the button is released. "
" * NOGRAB, the effect is limited to the part's
container."));
break;
case PROPERTY_GROUP_ITEM_PART_GROUP_SOURCE:
IT.name = "Source";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_GROUP_SOURCE,
- _("The meaning of this parameter varies depending on
the type of the part.<br>"
- " * For GROUP parts, it's the name of another group
in the Edje<br>"
- " file which is autoloaded and swallowed on this
part.<br>"
- " * For TEXTBLOCK parts, it's the name of a group is
used for<br>"
+ _("The meaning of this parameter varies depending on
the type of the part. "
+ " * For GROUP parts, it's the name of another group
in the Edje "
+ " file which is autoloaded and swallowed on this
part. "
+ " * For TEXTBLOCK parts, it's the name of a group is
used for "
" selection display under the text."));
IT.filter_data.part_types = PART_GROUP;
break;
@@ -4465,23 +4465,23 @@ _init_items()
case PROPERTY_GROUP_ITEM_PART_DRAGABLE_ENABLE:
IT.name = "Enable";
_action1(&IT, "x", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PART_DRAG_X,
- _("Enables or disables dragging along the X axis.<br>"
+ _("Enables or disables dragging along the X axis. "
"When enabled, 1 sets the starting point at 0.0 and
-1 at 1.0."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PART_DRAG_Y,
- _("Enables or disables dragging along the Y axis.<br>"
+ _("Enables or disables dragging along the Y axis. "
"When enabled, 1 sets the starting point at 0.0 and
-1 at 1.0."));
break;
case PROPERTY_GROUP_ITEM_PART_DRAGABLE_STEP:
IT.name = "Step";
_action1(&IT, "x", "px", PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PART_DRAG_STEP_X,
- _("This parameter takes any integer and limits
movement<br>"
- "to values divisible by it, causing the part to jump
from<br>"
- "position to position. If the step is set to 0, it
is<br>"
+ _("This parameter takes any integer and limits movement
"
+ "to values divisible by it, causing the part to jump
from "
+ "position to position. If the step is set to 0, it is
"
"calculated as the width of the confined part divided
by count."));
_action2(&IT, "y", "px", PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PART_DRAG_STEP_Y,
- _("This parameter takes any integer and limits
movement<br>"
- "to values divisible by it, causing the part to jump
from<br>"
- "position to position. If the step is set to 0, it
is<br>"
+ _("This parameter takes any integer and limits movement
"
+ "to values divisible by it, causing the part to jump
from "
+ "position to position. If the step is set to 0, it is
"
"calculated as the width of the confined part divided
by count."));
break;
case PROPERTY_GROUP_ITEM_PART_DRAGABLE_COUNT:
@@ -4492,22 +4492,22 @@ _init_items()
case PROPERTY_GROUP_ITEM_PART_DRAGABLE_CONFINE:
IT.name = "Confine";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_DRAG_CONFINE,
- _("When set, limits the movement of the movable
part<br>"
- "to another part's container. When you use the
confine option,<br>"
- "do not forget to set a minimum size for the
part,<br>"
+ _("When set, limits the movement of the movable part "
+ "to another part's container. When you use the
confine option, "
+ "do not forget to set a minimum size for the part, "
"or the movable part does not show up."));
break;
case PROPERTY_GROUP_ITEM_PART_DRAGABLE_THRESHOLD:
IT.name = "Threshold";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_DRAG_THRESHOLD,
- _("When set, the movement of the dragged part<br>"
- "can only start when it gets moved enough to be
outside<br>"
+ _("When set, the movement of the dragged part "
+ "can only start when it gets moved enough to be
outside "
"of the threshold part."));
break;
case PROPERTY_GROUP_ITEM_PART_DRAGABLE_EVENTS:
IT.name = "Events";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_DRAG_EVENT,
- _("Causes the part to forward the drag events<br>"
+ _("Causes the part to forward the drag events "
"to another part, thus ignoring them for itself."));
break;
@@ -4521,23 +4521,23 @@ _init_items()
case PROPERTY_GROUP_ITEM_STATE_NAME:
IT.name = "Name";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_ENTRY,
ATTRIBUTE_STATE_NAME,
- _("A name used to identify a description inside a given
part.<br>"
- "Multiple descriptions are used to declare different
states<br>"
- "of the same part, such as \"clicked\" or
\"invisible\".<br>"
- "All state declarations are also coupled with an
index number<br>"
+ _("A name used to identify a description inside a given
part. "
+ "Multiple descriptions are used to declare different
states "
+ "of the same part, such as \"clicked\" or
\"invisible\". "
+ "All state declarations are also coupled with an
index number "
"between 0.0 and 1.0."));
break;
case PROPERTY_GROUP_ITEM_STATE_VISIBLE:
IT.name = "Visible";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_VISIBLE,
- _("Takes a boolean state specifying whether the part
is<br>"
+ _("Takes a boolean state specifying whether the part is
"
"visible or not. Invisible parts do not emit
signals."));
break;
case PROPERTY_GROUP_ITEM_STATE_PROXY_SOURCE:
IT.name = "Proxy source";
IT.filter_data.part_types = PART_PROXY;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_PROXY_SOURCE,
- _("Causes the part to use another part content as<br>"
+ _("Causes the part to use another part content as "
"the content of this part."));
break;
@@ -4565,23 +4565,23 @@ _init_items()
case PROPERTY_GROUP_ITEM_STATE_SIZE_MINMUL:
IT.name = "Minmul";
_action1(&IT, "w", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_MINMUL_W,
- _("A width multiplier forcibly applied to whatever
the<br>"
+ _("A width multiplier forcibly applied to whatever the "
"minimum size is only during minimum size
calculation."));
_action2(&IT, "h", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_MINMUL_H,
- _("A height multiplier forcibly applied to whatever
the<br>"
+ _("A height multiplier forcibly applied to whatever the
"
"minimum size is only during minimum size
calculation."));
break;
case PROPERTY_GROUP_ITEM_STATE_SIZE_FIXED:
IT.name = "Fixed";
_action1(&IT, "w", NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_FIXED_W,
- _("Tells the minimum size calculation routine that
this<br>"
- "part does not change size in width. ON for
enabled<br>"
- "OFF for disabled. When enabled, the routine does not
try<br>"
+ _("Tells the minimum size calculation routine that this
"
+ "part does not change size in width. ON for enabled "
+ "OFF for disabled. When enabled, the routine does not
try "
"and expand or contract the part."));
_action2(&IT, "h", NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_FIXED_H,
- _("Tells the minimum size calculation routine that
this<br>"
- "part does not change size in height. ON for
enabled<br>"
- "OFF for disabled. When enabled, the routine does
not try<br>"
+ _("Tells the minimum size calculation routine that
this "
+ "part does not change size in height. ON for enabled
"
+ "OFF for disabled. When enabled, the routine does
not try "
"and expand or contract the part."));
break;
case PROPERTY_GROUP_ITEM_STATE_SIZE_ASPECT_PREF:
@@ -4592,12 +4592,12 @@ _init_items()
case PROPERTY_GROUP_ITEM_STATE_SIZE_ASPECT:
IT.name = "Aspect";
_action1(&IT, "min", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_ASPECT_MIN,
- _("Normally the width and height can be resized to any
values<br>"
- "independently. The aspect property forces the width
to height<br>"
+ _("Normally the width and height can be resized to any
values "
+ "independently. The aspect property forces the width
to height "
"ratio to be kept from the minimum."));
_action2(&IT, "max", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_ASPECT_MAX,
- _("Normally the width and height can be resized to any
values<br>"
- "independently. The aspect property forces the width
to height<br>"
+ _("Normally the width and height can be resized to any
values "
+ "independently. The aspect property forces the width
to height "
"ratio to be kept to the maximum."));
break;
@@ -4620,85 +4620,86 @@ _init_items()
case PROPERTY_GROUP_ITEM_STATE_MAP_SMOOTH:
IT.name = "Smooth:";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_MAP_SMOOTH,
- _("Enables or disables smooth map rendering.<br>"
- "This can be linear interpolation, anisotropic
filtering,<br>"
+ _("Enables or disables smooth map rendering. "
+ "This can be linear interpolation, anisotropic
filtering, "
"or anything the engine decides is \"smooth\"."));
break;
case PROPERTY_GROUP_ITEM_STATE_MAP_ALPHA:
IT.name = "Alpha:";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_MAP_ALPHA,
- _("Enable or disable alpha channel when map
rendering"));
+ _("Enables or disables the alpha channel when rendering
the map."));
break;
case PROPERTY_GROUP_ITEM_STATE_MAP_BACKFACE_CULL:
IT.name = "Backface Cull:";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_MAP_BACKFACE_CULL,
- _("Enables or disabled backface culling (when the rotated
part<br>"
- "that normally faces the camera is facing away after
being<br>"
- "rotated etc.). This means that the object will be
hidden when<br>"
- "\"backface culled\""));
- break;
+ _("Enables or disables backface culling (such as when the
"
+ "rotated part that normally faces the camera is facing "
+ "away after being rotated). This means that the object "
+ "is hidden when \"backface culled\""));
+ break;
case PROPERTY_GROUP_ITEM_STATE_MAP_PERSPECTIVE:
IT.name = "Perspective:";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_MAP_PERSPECTIVE,
- _("This sets the part that is used as the \"perspective
point\"<br>"
- "for giving a part a \"3d look\". The perspective
point should<br>"
- "have a perspective section that provides zplane and
focal properties."));
- break;
+ _("Sets the part that is used as the \"perspective
point\" "
+ "for giving a part a \"3d look\". The perspective
point "
+ "must have a perspective section that provides the "
+ "zplane and focal properties."));
+ break;
case PROPERTY_GROUP_ITEM_STATE_MAP_LIGHT:
IT.name = "Light";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_MAP_LIGHT,
- _("This sets the part that is used as the \"light\" for
calculating<br>"
- "the brightness (based on how directly the part's
surface is facing<br>"
- "the light source point)"));
- break;
+ _("Sets the part that is used as the \"light\" for "
+ "calculating the brightness (based on how directly "
+ "the part's surface is facing the light source
point)"));
+ break;
case PROPERTY_GROUP_ITEM_STATE_MAP_PERSPECTIVE_FOCAL:
IT.name = "perspective focal";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_MAP_PERSPECTIVE_FOCAL,
- _("Sets the distance from the focal z plane (zplane)
and the camera"));
+ _("Sets the distance from the focal z plane (zplane)
and the camera."));
break;
case PROPERTY_GROUP_ITEM_STATE_MAP_PERSPECTIVE_ZPLANE:
IT.name = "perspective zplane";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_MAP_PERSPECTIVE_ZPLANE,
- _("This sets the z value that will not be scaled"));
+ _("Sets the z value that is not scaled."));
break;
case PROPERTY_GROUP_ITEM_STATE_MAP_ROTATION_CENTER:
IT.name = "rotation center";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_MAP_ROTATION_CENTER,
- _("sets the part that is used as the center of
rotation<br>"
- "when rotating the part with this description."));
- break;
+ _("Sets the part that is used as the center of "
+ "rotation when rotating the part with this
description."));
+ break;
case PROPERTY_GROUP_ITEM_STATE_MAP_ROTATION_X:
IT.name = "rotation X";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_MAP_ROTATION_X,
- _("rotation (in degrees) around the X axis of the part
considering the center set"));
+ _("Rotation (in degrees) around the X axis of the part
considering the center set."));
break;
case PROPERTY_GROUP_ITEM_STATE_MAP_ROTATION_Y:
IT.name = "rotation Y";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_MAP_ROTATION_Y,
- _("rotation (in degrees) around the Y axis of the part
considering the center set"));
+ _("Rotation (in degrees) around the Y axis of the part
considering the center set."));
break;
case PROPERTY_GROUP_ITEM_STATE_MAP_ROTATION_Z:
IT.name = "rotation Z";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_MAP_ROTATION_Z,
- _("rotation (in degrees) around the Z axis of the part
considering the center set"));
+ _("Rotation (in degrees) around the Z axis of the part
considering the center set."));
break;
case PROPERTY_GROUP_ITEM_STATE_MAP_POINT_COLOR_12:
IT.name = "Color Points";
_action1(&IT, "1:", NULL, PROPERTY_CONTROL_COLOR,
ATTRIBUTE_STATE_MAP_POINT_COLOR_1,
- _("Set the color of a vertex in the map.<br>"
- "This control changes Left-Top point of a part"));
+ _("Sets the color of a vertex in the map."
+ "This control changes the left-top point of a
part."));
_action2(&IT, "2:", NULL, PROPERTY_CONTROL_COLOR,
ATTRIBUTE_STATE_MAP_POINT_COLOR_2,
- _("Set the color of a vertex in the map.<br>"
- "This control changes Right-Top point of a part"));
+ _("Sets the color of a vertex in the map. "
+ "This control changes the right-top point of a
part."));
break;
case PROPERTY_GROUP_ITEM_STATE_MAP_POINT_COLOR_34:
IT.name = "";
_action1(&IT, "3:", NULL, PROPERTY_CONTROL_COLOR,
ATTRIBUTE_STATE_MAP_POINT_COLOR_3,
- _("Set the color of a vertex in the map.<br>"
- "This control changes Left-Bottom point of a part"));
+ _("Sets the color of a vertex in the map."
+ "This control changes the left-bottom point of a
part."));
_action2(&IT, "4:", NULL, PROPERTY_CONTROL_COLOR,
ATTRIBUTE_STATE_MAP_POINT_COLOR_4,
- _("Set the color of a vertex in the map.<br>"
- "This control changes Right-Bottom point of a part"));
+ _("Sets the color of a vertex in the map. "
+ "This control changes the right-bottom point of a
part."));
break;
/* part text */
case PROPERTY_GROUP_ITEM_PART_TEXT_EFFECT:
@@ -4719,38 +4720,38 @@ _init_items()
IT.name = "Select mode";
IT.filter_data.part_types = PART_TEXTBLOCK;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_SELECT_MODE,
- _("Sets the selection mode for a textblock part to one
of:<br>"
- " * DEFAULT selection mode is what you would expect
on any<br>"
- " desktop. Press mouse, drag and release to
end.<br>"
- " * EXPLICIT mode requires the application
controlling the<br>"
- " edje object has to explicitly begin and end
selection modes,<br>"
- " and the selection itself is dragable at both
ends."));
- break;
+ _("Sets the selection mode for a textblock part to one
of the following: "
+ "The DEFAULT selection mode is what you expect on any
desktop. "
+ "Press mouse, drag, and release to end. The EXPLICIT
mode requires "
+ "the application controlling the Edje object has to
explicitly "
+ "begin and end selection modes, and the selection
itself is "
+ "draggable at both ends."));
+ break;
case PROPERTY_GROUP_ITEM_PART_ENTRY_MODE:
IT.name = "Entry mode";
IT.filter_data.part_types = PART_TEXTBLOCK;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_ENTRY_MODE,
- _("Sets the edit mode for a textblock part to one
of:<br>"
- " * NONE<br>"
- " * PLAIN<br>"
- " * EDITABLE<br>"
- " * PASSWORD It causes the part be editable if
the<br>"
- " edje object has the keyboard focus AND the part
has<br>"
- " the edje focus (or selectable always regardless
of focus)<br>"
- " and in the event of password mode, not selectable
and<br>"
- " all text chars replaced with *'s but editable and
pastable."));
- break;
+ _("Sets the edit mode for a textblock part to one of
the following:<br>"
+ "* NONE<br>"
+ "* PLAIN<br>"
+ "* EDITABLE<br>"
+ "* PASSWORD<br>"
+ "It causes the part be editable if the Edje object
has the "
+ "keyboard focus and the part has the Edje focus (or "
+ "selectable always regardless of focus). In the
password "
+ "mode, the text is not selectable, but it can be
edited "
+ "and pasted, and all text characters are replaced
with *s."));
+ break;
case PROPERTY_GROUP_ITEM_PART_CURSOR_MODE:
IT.name = "Cursor mode";
IT.filter_data.part_types = PART_TEXTBLOCK;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_CURSOR_MODE,
- _("Sets the cursor mode for a textblock part to one
of:<br>"
- " * UNDER cursor mode means the cursor will draw
below<br>"
- " the character pointed at. That's the default.<br>"
- " * BEFORE cursor mode means the cursor is drawn
as<br>"
- " a vertical line before the current character,
just<br>"
- " like many other GUI toolkits handle it."));
- break;
+ _("Sets the cursor mode for a textblock part to one of
the following: "
+ "UNDER cursor mode means the cursor draws below the
character "
+ "pointed at. This is the default mode. BEFORE cursor
mode means "
+ "the cursor is drawn as a vertical line before the
current "
+ "character, just like many other GUI toolkits handle
it."));
+ break;
case PROPERTY_GROUP_ITEM_PART_MULTILINE:
IT.name = "Multiline";
IT.filter_data.part_types = PART_TEXTBLOCK;
@@ -4761,44 +4762,44 @@ _init_items()
IT.name = "Selection under";
IT.filter_data.part_types = PART_TEXTBLOCK;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_TEXTBLOCK_SELECTION_UNDER,
- _("It is used for the group to be loaded and used<br>"
- "for selection display UNDER the selected text."));
- break;
+ _("Used for the group to be loaded and the selection "
+ "display under the selected text."));
+ break;
case PROPERTY_GROUP_ITEM_PART_TEXTBLOCK_SELECTION_OVER:
IT.name = "Selection over";
IT.filter_data.part_types = PART_TEXTBLOCK;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_TEXTBLOCK_SELECTION_OVER,
- _("It is used for the group to be loaded and used<br>"
- "for selection display OVER the selected text."));
- break;
+ _("Used for the group to be loaded and the selection "
+ "display over the selected text."));
+ break;
case PROPERTY_GROUP_ITEM_PART_TEXTBLOCK_CURSOR_UNDER:
IT.name = "Cursor under";
IT.filter_data.part_types = PART_TEXTBLOCK;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_TEXTBLOCK_CURSOR_UNDER,
- _("It is used for the group to be loaded and used<br>"
- "for cursor display UNDER the cursor position."));
- break;
+ _("Used for the group to be loaded and the cursor "
+ "display under the cursor position."));
+ break;
case PROPERTY_GROUP_ITEM_PART_TEXTBLOCK_CURSOR_OVER:
IT.name = "Cursor over";
IT.filter_data.part_types = PART_TEXTBLOCK;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_TEXTBLOCK_CURSOR_OVER,
- _("It is used for the group to be loaded and used<br>"
- "for cursor display OVER the cursor position."));
- break;
+ _("Used for the group to be loaded and the cursor "
+ "display over the cursor position."));
+ break;
case PROPERTY_GROUP_ITEM_PART_TEXTBLOCK_ANCHORS_UNDER:
IT.name = "Anchors under";
IT.filter_data.part_types = PART_TEXTBLOCK;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_TEXTBLOCK_ANCHORS_UNDER,
- _("It is used for the group to be loaded and used<br>"
- "for anchors display UNDER the anchor position."));
- break;
+ _("Used for the group to be loaded and the anchors "
+ "display under the anchor position."));
+ break;
case PROPERTY_GROUP_ITEM_PART_TEXTBLOCK_ANCHORS_OVER:
IT.name = "Anchors over";
IT.filter_data.part_types = PART_TEXTBLOCK;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_TEXTBLOCK_ANCHORS_OVER,
- _(" It is used for the group to be loaded and used<br>"
- "for anchor display OVER the anchor position."));
- break;
+ _("Used for the group to be loaded and the anchor "
+ "display over the anchor position."));
+ break;
/* state position block */
case PROPERTY_GROUP_ITEM_STATE_POSITION_TITLE:
@@ -4810,20 +4811,20 @@ _init_items()
case PROPERTY_GROUP_ITEM_STATE_POSITION_ALIGN:
IT.name = "Align";
_action1(&IT, "x", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_ALIGN_X,
- _("When the displayed object's size is smaller<br>"
- "(or bigger) than its container, this property
moves<br>"
- "it relatively along X axis inside its container.<br>"
- "0.0 means left/top edges of the object touching<br>"
- "container's respective ones, while 1.0 stands
for<br>"
- "right/bottom edges of the object on horizonal
axis.<br>"
+ _("When the displayed object's size is smaller "
+ "(or bigger) than its container, this property moves "
+ "it relatively along the X axis inside its container.
"
+ "0.0 means left and top edges of the object touching "
+ "container's respective ones, while 1.0 stands for "
+ "right and bottom edges of the object on horizonal
axis. "
"The default value is 0.5."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_ALIGN_Y,
- _("When the displayed object's size is smaller<br>"
- "(or bigger) than its container, this property
moves<br>"
- "it relatively along Y axis inside its container.<br>"
- "0.0 means left/top edges of the object touching<br>"
- "container's respective ones, while 1.0 stands
for<br>"
- "right/bottom edges of the object on vertical
axis.<br>"
+ _("When the displayed object's size is smaller "
+ "(or bigger) than its container, this property moves "
+ "it relatively along the Y axis inside its container.
"
+ "0.0 means left and top edges of the object touching "
+ "container's respective ones, while 1.0 stands for "
+ "right and bottom edges of the object on vertical
axis. "
"The default value is 0.5."));
break;
case PROPERTY_GROUP_ITEM_STATE_POSITION_REL1_TITLE:
@@ -4834,40 +4835,38 @@ _init_items()
case PROPERTY_GROUP_ITEM_STATE_POSITION_REL1_TO_X:
IT.name = "Relative to";
_action1(&IT, "x", NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_REL1_TO_X,
- _("Causes a left-up corner to be positioned relatively
to the X<br>"
- "axis of another part's container. Simply put
affects<br>"
- "the first parameter of \"relative\". Setting to
NONE<br>"
- "will un-set this value for inherited parts."));
- break;
+ _("Causes the left-up corner to be positioned
relatively to the X "
+ "axis of another part's container. Affects the first
parameter "
+ "of \"relative\". Setting to NONE unsets this value
for inherited parts."));
+ break;
case PROPERTY_GROUP_ITEM_STATE_POSITION_REL1_TO_Y:
IT.name = "";
_action1(&IT, "y", NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_REL1_TO_Y,
- _("Causes a left-up corner to be positioned relatively
to the Y<br>"
- "axis of another part's container. Simply put
affects<br>"
- "the first parameter of \"relative\". Setting to
NONE<br>"
- "will un-set this value for inherited parts."));
- break;
+ _("Causes the left-up corner to be positioned
relatively to the Y "
+ "axis of another part's container. Affects the first
parameter "
+ "of \"relative\". Setting to NONE unsets this value
for inherited parts."));
+ break;
case PROPERTY_GROUP_ITEM_STATE_POSITION_REL1_RELATIVE:
IT.name = "Relative";
IT.icon_name = eina_stringshare_add(_("elm/image/icon/align"));
_action1(&IT, "x", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_REL1_RELATIVE_X,
- _("Moves a left-up corner to a relative position
inside the<br>"
- "container of the relative \"to\" part. Values from
0.0<br>"
- "(0%, beginning) to 1.0 (100%, end) of X axis."));
- _action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_REL1_RELATIVE_Y,
- _("Moves a left-up corner to a relative position inside
the<br>"
- "container of the relative \"to\" part. Values from
0.0<br>"
- "(0%, beginning) to 1.0 (100%, end) of Y axis."));
- break;
+ _("Moves the left-up corner to a relative position
inside the "
+ "container of the relative \"to\" part. Values from
0.0 "
+ "(0%, beginning) to 1.0 (100%, end) of the X
axis."));
+ _action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_REL1_RELATIVE_Y,
+ _("Moves the left-up corner to a relative position
inside the "
+ "container of the relative \"to\" part. Values from
0.0 "
+ "(0%, beginning) to 1.0 (100%, end) of the Y axis."));
+ break;
case PROPERTY_GROUP_ITEM_STATE_POSITION_REL1_OFFSET:
IT.name = "Offset";
IT.icon_name = eina_stringshare_add(_("elm/image/icon/offset"));
_action1(&IT, "x", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_REL1_OFFSET_X,
- _("Affects the left-up corner position a fixed<br>"
- "number of pixels along X axis."));
+ _("Affects the left-up corner position for a fixed "
+ "number of pixels along the X axis."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_REL1_OFFSET_Y,
- _("Affects the left-up corner position a fixed<br>"
- "number of pixels along Y axis."));
+ _("Affects the left-up corner position for a fixed "
+ "number of pixels along the Y axis."));
break;
case PROPERTY_GROUP_ITEM_STATE_POSITION_REL2_TITLE:
IT.name = "Rel2 (end point)";
@@ -4877,40 +4876,40 @@ _init_items()
case PROPERTY_GROUP_ITEM_STATE_POSITION_REL2_TO_X:
IT.name = "Relative to";
_action1(&IT, "x", NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_REL2_TO_X,
- _("Causes a right-down corner to be positioned
relatively to the X<br>"
- "axis of another part's container. Simply put
affects<br>"
- "the first parameter of \"relative\". Setting to
NONE<br>"
- "will un-set this value for inherited parts."));
- break;
+ _("Causes the right-down corner to be positioned
relatively "
+ "to the X axis of another part's container. Affects
the "
+ "first parameter of \"relative\". Setting to NONE
unsets "
+ "this value for inherited parts."));
+ break;
case PROPERTY_GROUP_ITEM_STATE_POSITION_REL2_TO_Y:
IT.name = "";
_action1(&IT, "y", NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_REL2_TO_Y,
- _("Causes a right-down corner to be positioned
relatively to the Y<br>"
- "axis of another part's container. Simply put
affects<br>"
- "the first parameter of \"relative\". Setting to
NONE<br>"
- "will un-set this value for inherited parts."));
+ _("Causes the right-down corner to be positioned
relatively "
+ "to the Y axis of another part's container. Affects
the "
+ "first parameter of \"relative\". Setting to NONE
unsets "
+ "this value for inherited parts."));
break;
case PROPERTY_GROUP_ITEM_STATE_POSITION_REL2_RELATIVE:
IT.name = "Relative";
IT.icon_name = eina_stringshare_add(_("elm/image/icon/align"));
_action1(&IT, "x", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_REL2_RELATIVE_X,
- _("Moves a right-down corner to a relative position
inside the<br>"
- "container of the relative \"to\" part. Values from
0.0<br>"
- "(0%, beginning) to 1.0 (100%, end) of X axis."));
- _action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_REL2_RELATIVE_Y,
- _("Moves a right-down corner to a relative position
inside the<br>"
- "container of the relative \"to\" part. Values from
0.0<br>"
- "(0%, beginning) to 1.0 (100%, end) of Y axis."));
- break;
+ _("Moves the right-down corner to a relative position
inside "
+ "the container of the relative \"to\" part. Values
from 0.0 "
+ "(0%, beginning) to 1.0 (100%, end) of the X
axis."));
+ _action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_REL2_RELATIVE_Y,
+ _("Moves the right-down corner to a relative position
inside "
+ "the container of the relative \"to\" part. Values
from 0.0 "
+ "(0%, beginning) to 1.0 (100%, end) of the Y axis."));
+ break;
case PROPERTY_GROUP_ITEM_STATE_POSITION_REL2_OFFSET:
IT.name = "Offset";
IT.icon_name = eina_stringshare_add(_("elm/image/icon/offset"));
_action1(&IT, "x", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_REL2_OFFSET_X,
- _("Affects the right-down corner position a fixed<br>"
- "number of pixels along X axis."));
+ _("Affects the right-down corner position for a fixed "
+ "number of pixels along the X axis."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_REL2_OFFSET_Y,
- _("Affects the right-down corner position a fixed<br>"
- "number of pixels along Y axis."));
+ _("Affects the right-down corner position for a fixed "
+ "number of pixels along the Y axis."));
break;
/* part image */
@@ -4924,50 +4923,46 @@ _init_items()
case PROPERTY_GROUP_ITEM_STATE_IMAGE_NORMAL:
IT.name = "Image";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_IMAGE_NORMAL,
ATTRIBUTE_STATE_IMAGE,
- _("Name of image to be used. In an animation, this<br>"
+ _("Name of image to be used. In an animation, this "
"is the first and last image displayed."));
break;
case PROPERTY_GROUP_ITEM_STATE_IMAGE_TWEEN:
IT.name = "Tween";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_IMAGE_TWEEN,
ATTRIBUTE_STATE_IMAGE_TWEEN,
- _("Name of an images to be used in an animation
loop<br>"
- "Can have none, one or multiple tween
declarations.<br>"
- "Images are displayed in the order they are
listed,<br>"
- "during the transition to the state they are declared
in.<br>"
- "the \"normal\" image is the final state."));
- break;
+ _("Names of the images to be used in an animation loop.
"
+ "You can have none, 1, or multiple tween
declarations. "
+ "Images are displayed in the order they are listed, "
+ "during the transition to the state they are declared
in. "
+ "The \"normal\" image is the final state."));
+ break;
case PROPERTY_GROUP_ITEM_STATE_IMAGE_BORDER_H:
IT.name = "Border";
_action1(&IT, "left", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_IMAGE_BORDER_LEFT,
- _("If set, the area (in pixels) of each side of the
image<br>"
- "will be displayed as a fixed size border, <br>"
- "from the side -> inwards, preventing the corners<br>"
- "from being changed on a resize."));
+ _("If set, the area (in pixels) of each side of the
image "
+ "is displayed as a fixed size border, from the side "
+ "inwards, preventing the corners from being changed
on a resize."));
_action2(&IT, "right", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_IMAGE_BORDER_RIGHT,
- _("If set, the area (in pixels) of each side of the
image<br>"
- "will be displayed as a fixed size border, <br>"
- "from the side -> inwards, preventing the corners<br>"
- "from being changed on a resize."));
+ _("If set, the area (in pixels) of each side of the
image "
+ "is displayed as a fixed size border, from the side "
+ "inwards, preventing the corners from being changed
on a resize."));
break;
case PROPERTY_GROUP_ITEM_STATE_IMAGE_BORDER_V:
IT.name = "";
_action1(&IT, "top", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_IMAGE_BORDER_TOP,
- _("If set, the area (in pixels) of each side of the
image<br>"
- "will be displayed as a fixed size border, <br>"
- "from the side -> inwards, preventing the corners<br>"
- "from being changed on a resize."));
- _action2(&IT, "bottom", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_IMAGE_BORDER_BOTTOM,
- _("If set, the area (in pixels) of each side of the
image<br>"
- "will be displayed as a fixed size border, <br>"
- "from the side -> inwards, preventing the corners<br>"
- "from being changed on a resize."));
+ _("If set, the area (in pixels) of each side of the
image "
+ "is displayed as a fixed size border, from the side "
+ "inwards, preventing the corners from being changed
on a resize."));
+ _action2(&IT, "bottom", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_IMAGE_BORDER_BOTTOM,
+ _("If set, the area (in pixels) of each side of the
image "
+ "is displayed as a fixed size border, from the side "
+ "inwards, preventing the corners from being changed on
a resize."));
break;
case PROPERTY_GROUP_ITEM_STATE_IMAGE_MIDDLE:
IT.name = "Border fill";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_IMAGE_BORDER_FILL,
- _("If border is set, this value tells Edje if the<br>"
- "rest of the image (not covered by the defined
border)<br>"
- "will be displayed or not or be assumed to be solid
(without alpha)."));
+ _("If the border is set, this value tells Edje if the
rest "
+ "of the image (not covered by the defined border) is "
+ "displayed or not or assumed to be solid (without
alpha)."));
break;
/* state fill block */
@@ -4982,19 +4977,19 @@ _init_items()
IT.name = "Type";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_FILL_TYPE,
_("Sets the image fill type.<br>"
- " * SCALE - image will be scaled accordingly
params<br>"
- " value \"relative\" and \"offset\" from
\"origin\"<br>"
- " and \"size\" blocks.<br>"
- " * TILE - image will be tiled accordingly params<br>"
- " value \"relative\" and \"offset\" from
\"origin\"<br>"
- " and \"size\" blocks.<br>"
- "SCALE is default type."));
+ "* SCALE - the image is scaled according to "
+ "the params value \"relative\" and \"offset\" from "
+ "\"origin\" and \"size\" blocks. This is the "
+ "default type.<br>"
+ " * TILE - the image is tiled accordingly params "
+ "value \"relative\" and \"offset\" from \"origin\" "
+ "and \"size\" blocks."));
break;
case PROPERTY_GROUP_ITEM_STATE_FILL_SMOOTH:
IT.name = "Smooth";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_FILL_SMOOTH,
- _("The smooth property takes a boolean value to
decide<br>"
- "if the image will be smoothed on scaling or not."));
+ _("The smooth property takes a boolean value to decide "
+ "if the image is smoothed on scaling or not."));
break;
case PROPERTY_GROUP_ITEM_STATE_FILL_ORIGIN_TITLE:
IT.name = "Origin";
@@ -5005,21 +5000,19 @@ _init_items()
IT.name = "Relative";
IT.icon_name = eina_stringshare_add(_("elm/image/icon/align"));
_action1(&IT, "x", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_FILL_ORIGIN_RELATIVE_X,
- _("Sets the left-up corner X coordinate<br>"
- "relatively to displayed element's content."));
+ _("Sets the left-up corner X coordinate "
+ "relative to the displayed element's content."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_FILL_ORIGIN_RELATIVE_Y,
- _("Sets the left-up corner Y coordinate<br>"
- "relatively to displayed element's content."));
+ _("Sets the left-up corner Y coordinate "
+ "relative to the displayed element's content."));
break;
case PROPERTY_GROUP_ITEM_STATE_FILL_ORIGIN_OFFSET:
IT.name = "Offset";
IT.icon_name = eina_stringshare_add(_("elm/image/icon/offset"));
_action1(&IT, "x", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_FILL_ORIGIN_OFFSET_X,
- _("Affects the left-up corner a fixed<br>"
- "number of pixels along X axis."));
+ _("Affects the left-up corner for a fixed number of
pixels along the X axis."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_FILL_ORIGIN_OFFSET_Y,
- _("Affects the left-up corner a fixed<br>"
- "number of pixels along Y axis."));
+ _("Affects the left-up corner for a fixed number of
pixels along the Y axis."));
break;
case PROPERTY_GROUP_ITEM_STATE_FILL_SIZE_TITLE:
IT.name = "Size";
@@ -5030,21 +5023,21 @@ _init_items()
IT.name = "Relative";
IT.icon_name = eina_stringshare_add(_("elm/image/icon/align"));
_action1(&IT, "x", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_FILL_SIZE_RELATIVE_X,
- _("Sets the right-bottom corner X coordinate<br>"
- "relatively to displayed element's content."));
+ _("Sets the right-bottom corner X coordinate "
+ "relative to the displayed element's content."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_FILL_SIZE_RELATIVE_Y,
- _("Sets the right-bottom corner Y coordinate<br>"
- "relatively to displayed element's content."));
+ _("Sets the right-bottom corner Y coordinate "
+ "relative to the displayed element's content."));
break;
case PROPERTY_GROUP_ITEM_STATE_FILL_SIZE_OFFSET:
IT.name = "Offset";
IT.icon_name = eina_stringshare_add(_("elm/image/icon/offset"));
_action1(&IT, "x", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_FILL_SIZE_OFFSET_X,
- _("Affects the right-bottom corner a fixed<br>"
- "number of pixels along X axis."));
+ _("Affects the right-bottom corner for a "
+ "fixed number of pixels along the X axis."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_FILL_SIZE_OFFSET_Y,
- _("Affects the right-bottom corner a fixed<br>"
- "number of pixels along Y axis."));
+ _("Affects the right-bottom corner for a "
+ "fixed number of pixels along the Y axis."));
break;
/* state colors block */
@@ -5058,10 +5051,9 @@ _init_items()
case PROPERTY_GROUP_ITEM_STATE_COLORS_COLOR_CLASS:
IT.name = "Color class";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_COLOR_CLASS,
- _("The part will use the color values of the<br>"
- "choosen color class, these values can be<br>"
- "overrided by the \"color\", \"color2\" and<br>"
- "\"color3\" properties set below."));
+ _("The part uses the color values of the chosen color
class. "
+ "These values can be overridden by the \"color\",
\"color2\" "
+ "and \"color3\" properties set below."));
break;
case PROPERTY_GROUP_ITEM_STATE_COLORS_COLOR:
IT.name = "Color";
@@ -5092,39 +5084,39 @@ _init_items()
case PROPERTY_GROUP_ITEM_STATE_TEXT_COMMON_TEXT:
IT.name = "Text";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_ENTRY,
ATTRIBUTE_STATE_TEXT,
- _("Sets the default content of a text part,<br>"
- "normally the application is the one changing its
value."));
+ _("Sets the default content of a text part. "
+ "Normally the application is the one changing its
value."));
break;
case PROPERTY_GROUP_ITEM_STATE_TEXT_COMMON_ALIGN:
IT.name = "Align";
_action1(&IT, "x", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_TEXT_ALIGN_X,
- _("Change the position on the X axis<br>"
- "of the point of balance inside the container."));
+ _("Changes the position on the X axis of "
+ "the point of balance inside the container."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_TEXT_ALIGN_Y,
- _("Change the position on the Y axis<br>"
- "of the point of balance inside the container."));
+ _("Changes the position on the Y axis of "
+ "the point of balance inside the container."));
break;
case PROPERTY_GROUP_ITEM_STATE_TEXT_COMMON_MIN:
IT.name = "Min";
_action1(&IT, "x", NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_TEXT_MIN_X,
- _("When this parameter is enabled it<br>"
- "forces the minimum width of the container<br>"
- "to be equal to the minimum size of the text."));
+ _("When this parameter is enabled, it forces the
minimum "
+ "width of the container to be equal to the minimum
size "
+ "of the text."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_TEXT_MIN_Y,
- _("When this parameter is enabled it<br>"
- "forces the minimum height of the container<br>"
- "to be equal to the minimum size of the text."));
+ _("When this parameter is enabled, it forces the
minimum "
+ "height of the container to be equal to the minimum
size "
+ "of the text."));
break;
case PROPERTY_GROUP_ITEM_STATE_TEXT_COMMON_MAX:
IT.name = "Max";
_action1(&IT, "x", NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_TEXT_MAX_X,
- _("When this parameter is enabled it<br>"
- "forces the maximum width of the container<br>"
- "to be equal to the maximum size of the text."));
+ _("When this parameter is enabled, it forces the
maximum "
+ "width of the container to be equal to the maximum
size "
+ "of the text."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_TEXT_MAX_Y,
- _("When this parameter is enabled it<br>"
- "forces the maximum height of the container<br>"
- "to be equal to the maximum size of the text."));
+ _("When this parameter is enabled, it forces the
maximum "
+ "height of the container to be equal to the maximum
size "
+ "of the text."));
break;
/* state text block */
@@ -5132,53 +5124,52 @@ _init_items()
IT.name = "Font";
IT.filter_data.part_types = PART_TEXT;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_ENTRY,
ATTRIBUTE_STATE_FONT,
- _("This sets the font family to one of the aliases.<br>"
+ _("This sets the font family to one of the aliases. "
"Can be overrided by the application."));
break;
case PROPERTY_GROUP_ITEM_STATE_TEXT_SIZE:
IT.name = "Size";
IT.filter_data.part_types = PART_TEXT;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_TEXT_SIZE,
- _("Sets the default font size in points<br>"
- "for the text part.<br>"
+ _("Sets the default font size in points for the text
part. "
"Can be overrided by the application."));
break;
case PROPERTY_GROUP_ITEM_STATE_TEXT_FIT:
IT.name = "Fit";
IT.filter_data.part_types = PART_TEXT;
_action1(&IT, "x", NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_TEXT_FIT_X,
- _("When this parameter is enabled, edje will<br>"
- "resize the text width for it to fit in it's
container."));
+ _("When this parameter is enabled, Edje resizes "
+ "the text width to fit in it's container."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_TEXT_FIT_Y,
- _("When this parameter is enabled, edje will<br>"
- "resize the text height for it to fit in it's
container."));
+ _("When this parameter is enabled, Edje resizes "
+ "the text height to fit in it's container."));
break;
case PROPERTY_GROUP_ITEM_STATE_TEXT_SOURCE:
IT.name = "Source";
IT.filter_data.part_types = PART_TEXT;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_TEXT_SOURCE,
- _("Causes the part to use the text properties<br>"
- "(like font and size) of another part and update<br>"
+ _("Causes the part to use the text properties "
+ "(such as font and size) of another part and update "
"them as they change."));
break;
case PROPERTY_GROUP_ITEM_STATE_TEXT_TEXT_SOURCE:
IT.name = "Text source";
IT.filter_data.part_types = PART_TEXT;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_TEXT_TEXT_SOURCE,
- _("Causes the part to display the text content<br>"
+ _("Causes the part to display the text content "
"of another part and update them as they change."));
break;
case PROPERTY_GROUP_ITEM_STATE_TEXT_ELIPSIS:
IT.name = "Elipsis";
IT.filter_data.part_types = PART_TEXT;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_TEXT_ELIPSIS_ENABLE,
- _("This parametr enable or disable ability to apply<br>"
- "ellipsis to the text."));
+ _("This parameter enables or disables the ability "
+ "to apply ellipsis to the text."));
_action2(&IT, NULL, NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_TEXT_ELIPSIS,
- _("Used to balance the text in a relative point<br>"
- "from 0.0 to 1.0, this point is the last section<br>"
- "of the string to be cut out in case of a resize<br>"
- "that is smaller than the text itself.<br>"
+ _("Used to balance the text in a relative point "
+ "from 0.0 to 1.0, this point is the last section "
+ "of the string to be cut out in case of a resize "
+ "that is smaller than the text itself. "
"The default value is 0.0. "));
break;
@@ -5187,7 +5178,7 @@ _init_items()
IT.name = "Style";
IT.filter_data.part_types = PART_TEXTBLOCK;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_STATE_TEXT_STYLE,
- _("Causes the part to use the default style and
tags<br>"
+ _("Causes the part to use the default style and tags "
"with the specified name. "));
break;
@@ -5202,28 +5193,28 @@ _init_items()
case PROPERTY_GROUP_ITEM_STATE_CONTAINER_ALIGN:
IT.name = "Align";
_action1(&IT, "x", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_CONTAINER_ALIGN_X,
- _("Change the position of the point of balance<br>"
- "by X axis inside the container."));
+ _("Changes the position of the point of balance "
+ "by the X axis inside the container."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_CONTAINER_ALIGN_Y,
- _("Change the position of the point of balance<br>"
- "by Y axis inside the container."));
+ _("Changes the position of the point of balance "
+ "by the Y axis inside the container."));
break;
case PROPERTY_GROUP_ITEM_STATE_CONTAINER_PADDING:
IT.name = "Padding";
_action1(&IT, "x", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_CONTAINER_PADING_X,
- _("Sets the space between cells by X axis in pixels."));
+ _("Sets the space between cells by the X axis in
pixels."));
_action2(&IT, "y", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_STATE_CONTAINER_PADING_Y,
- _("Sets the space between cells by Y axis in pixels."));
+ _("Sets the space between cells by the Y axis in
pixels."));
break;
case PROPERTY_GROUP_ITEM_STATE_CONTAINER_MIN:
IT.name = "Min";
_action1(&IT, "h", NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_CONTAINER_MIN_H,
- _("When this parameters is enabled it forces the<br>"
- "minimum horizonal size of the box/table to be equal
to<br>"
+ _("When this parameter is enabled, it forces the "
+ "minimum horizonal size of the box/table to be equal
to "
"the minimum horizonal size of the items."));
_action2(&IT, "v", NULL, PROPERTY_CONTROL_CHECK,
ATTRIBUTE_STATE_CONTAINER_MIN_V,
- _("When this parameters is enabled it forces the<br>"
- "minimum vertical size of the box/table to be equal
to<br>"
+ _("When this parameters is enabled, it forces the "
+ "minimum vertical size of the box/table to be equal
to "
"the minimum vertical size of the items."));
break;
case PROPERTY_GROUP_ITEM_STATE_CONTAINER_HOMOGENEOUS:
@@ -5244,12 +5235,12 @@ _init_items()
case PROPERTY_GROUP_ITEM_PART_ITEM_NAME:
IT.name = "Name";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_ENTRY,
ATTRIBUTE_PART_ITEM_NAME,
- _("Sets the name of the object via
<b>evas_object_name_set()</b>."));
+ _("Sets the name of the object using the
evas_object_name_set() function."));
break;
case PROPERTY_GROUP_ITEM_PART_ITEM_SOURCE:
IT.name = "Item source";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PART_ITEM_SOURCE,
- _("Sets the group this object will be made from."));
+ _("Sets the group this object is made from."));
break;
case PROPERTY_GROUP_ITEM_PART_ITEM_MIN:
IT.name = "Min";
@@ -5301,13 +5292,13 @@ _init_items()
case PROPERTY_GROUP_ITEM_PART_ITEM_SPREAD:
IT.name = "Spread";
_action1(&IT, "row", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PART_ITEM_SPREAD_W,
- _("Will replicate the item in a rectangle with<br>"
- "given amount of rows starting from the defined<br>"
- "position of this item."));
+ _("Replicates the item in a rectangle with "
+ "a given amount of rows starting from the "
+ "defined position of this item."));
_action2(&IT, "column", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PART_ITEM_SPREAD_H,
- _("Will replicate the item in a rectangle with<br>"
- "given amount of columns starting from the
defined<br>"
- "position of this item."));
+ _("Replicates the item in a rectangle with "
+ "a given amount of columns starting from "
+ "the defined position of this item."));
break;
case PROPERTY_GROUP_ITEM_PART_ITEM_PADDING_H:
IT.name = "Paddings";
@@ -5326,17 +5317,17 @@ _init_items()
IT.name = "Span";
IT.filter_data.part_types = PART_TABLE;
_action1(&IT, "row", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PART_ITEM_SPAN_COL,
- _("Sets how many rows this item will use."));
+ _("Sets how many rows this item uses."));
_action2(&IT, "column", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PART_ITEM_SPAN_ROW,
- _("Sets how many columns this item will use."));
+ _("Sets how many columns this item uses"));
break;
case PROPERTY_GROUP_ITEM_PART_ITEM_POSITION:
IT.name = "Position";
IT.filter_data.part_types = PART_TABLE;
_action1(&IT, "row", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PART_ITEM_POSITION_COL,
- _("Sets the row position this item will have in the
table."));
+ _("Sets the row position this item has in the table."));
_action2(&IT, "column", NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PART_ITEM_POSITION_ROW,
- _("Sets the column position this item will have in the
table."));
+ _("Sets the column position this item has in the
table."));
break;
/* program block */
@@ -5364,54 +5355,53 @@ _init_items()
case PROPERTY_GROUP_ITEM_PROGRAM_SIGNAL:
IT.name = "Signal";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_ENTRY,
ATTRIBUTE_PROGRAM_SIGNAL,
- _("Specifies signal that should cause the program to
run.<br>"
- "The signal received must match the specified source
to run.<br>"
- "Signals may be globbed, but only one signal
keyword<br>"
- "per program may be used. ex:
\"mouse,clicked,*\";<br>"
- "(clicking any mouse button that matches source
starts program).<br>"
- "A list of global signal, that edje provide:<br>"
- " hold,on; hold,off;<br>"
- " mouse,in; mouse,out; mouse,pressed,in;
mouse,pressed,out;<br>"
- " mouse,down,N: where N - mouse button number;<br>"
- " mouse,down,N,double: where N - mouse button
number;<br>"
- " mouse,down,N,triple: where N - mouse button
number;<br>"
- " mouse,up,N: where N - mouse button number;<br>"
- " mouse,clicked,N: where N - mouse button
number;<br>"
- " mouse,move;<br>"
- " mouse,wheel,N,M: where N - the direction (by
default is 0),<br>"
- " M - 1 if wheel scrolled up and -1
if down;<br>"
- " drag,start; drag; drag,stop;<br>"
- " focus,part,in; focus,part,out.<br>"));
+ _("Specifies the signal that causes the program to run."
+ "The received signal must match the specified source "
+ "to run. Signals can be globbed, but only 1 signal
keyword "
+ "per program may be used, for example:
\"mouse,clicked,\"; "
+ "(clicking any mouse button that matches source
starts program)."
+ "Edje provides the following global signals:<br>"
+ "hold,on; hold,off;<br>"
+ "mouse,in; mouse,out; mouse,pressed,in;
mouse,pressed,out;<br>"
+ "mouse,down,N: where N - mouse button number;<br>"
+ "mouse,down,N,double: where N - mouse button
number;<br>"
+ "mouse,down,N,triple: where N - mouse button
number;<br>"
+ "mouse,up,N: where N - mouse button number;<br>"
+ "mouse,clicked,N: where N - mouse button number;<br>"
+ "mouse,move;<br>"
+ "mouse,wheel,N,M: where N - the direction (by default
is 0), "
+ "M - 1 if wheel scrolled up and -1 if down;<br>"
+ "drag,start; drag; drag,stop;<br>"
+ "focus,part,in; focus,part,out.<bd>"));
break;
case PROPERTY_GROUP_ITEM_PROGRAM_SOURCE:
IT.name = "Source";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_ENTRY,
ATTRIBUTE_PROGRAM_SOURCE,
- _("Source of accepted signal. Sources may be
globbed,<br>"
- "but only one source keyword per program may be
used.<br>"
- "ex: \"button-*\"; (Signals from any part or
program<br>"
- "named \"button-*\" are accepted)."));
+ _("Source of the accepted signal. Sources can be
globbed, "
+ "but only 1 source keyword per program can be used. "
+ "For example: \"button-*\"; (Signals from any part "
+ "or program named \"button-*\" are accepted)."));
break;
case PROPERTY_GROUP_ITEM_PROGRAM_IN:
IT.name = "In";
_action1(&IT, "from", "sec", PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PROGRAM_IN_FROM,
_("Wait 'from' seconds before executing the program."));
_action2(&IT, "range", "sec", PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PROGRAM_IN_RANGE,
- _("And add a random number of seconds (from 0 to
'range')<br>"
- "to the total waiting time."));
+ _("Add a number of seconds (from 0 to 'range') to the
total waiting time."));
break;
case PROPERTY_GROUP_ITEM_PROGRAM_FILTER_PART:
IT.name = "Filter";
_action1(&IT, "part", NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PROGRAM_FILTER_PART,
- _("Filter signals to be only accepted if the part
[part] is in<br>"
- "state named [state]. Only one filter per program can
be used.<br>"
- "If [state] is not given, the source of the event
will be used instead."));
+ _("Filter signals to be only accepted if the part
[part] is in "
+ "state named [state]. Only 1 filter per program can
be used. "
+ "If [state] is not given, the source of the event is
used instead."));
break;
case PROPERTY_GROUP_ITEM_PROGRAM_FILTER_STATE:
IT.name = "";
_action1(&IT, "state", NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PROGRAM_FILTER_STATE,
- _("Filter signals to be only accepted if the part
[part] is in<br>"
- "state named [state]. Only one filter per program can
be used.<br>"
- "If [state] is not given, the source of the event
will be used instead."));
+ _("Filter signals to be only accepted if the part
[part] is in "
+ "state named [state]. Only 1 filter per program can
be used. "
+ "If [state] is not given, the source of the event is
used instead."));
break;
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_TITLE:
IT.name = "Action params";
@@ -5423,27 +5413,27 @@ _init_items()
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_STATE:
IT.name = "State";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_ENTRY,
ATTRIBUTE_PROGRAM_STATE,
- _("Switch part state from current to the given"));
+ _("Switch the part state from the current to the
given."));
IT.filter_data.action_types = ACTION_STATE_SET;
break;
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_VALUE:
IT.name = "Value";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PROGRAM_VALUE,
- _("State index."));
+ _("State index"));
IT.filter_data.action_types = ACTION_STATE_SET;
break;
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_EMIT_SIGNAL:
IT.name = "Signal";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_ENTRY,
ATTRIBUTE_PROGRAM_EMIT_SIGNAL,
- _("Name of signal, which will be emmited to<br>"
- "the application on execution this programm"));
+ _("Name of the signal to be emitted to the "
+ "application on execution of this program."));
IT.filter_data.action_types = ACTION_SIGNAL_EMIT;
break;
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_EMIT_SOURCE:
IT.name = "Source";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_ENTRY,
ATTRIBUTE_PROGRAM_EMIT_SOURCE,
- _("Name of signal source, which will be emmited to<br>"
- "the application on execution this programm"));
+ _("Name of the signal source to be emitted "
+ "to the application on the execution of this
program."));
IT.filter_data.action_types = ACTION_SIGNAL_EMIT;
break;
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_DRAG_VALUE:
@@ -5462,7 +5452,7 @@ _init_items()
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_TRANSITION_TYPE:
IT.name = "Type";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_COMBOBOX,
ATTRIBUTE_PROGRAM_TRANSITION_TYPE,
- _("Defines how transitions occur using STATE_SET
action."));
+ _("Defines how transitions occur using the STATE_SET
action."));
break;
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_TRANSITION_FROM_CURRENT:
IT.name = "Current";
@@ -5472,39 +5462,40 @@ _init_items()
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_TRANSITION_TIME:
IT.name = "Time";
_action1(&IT, NULL, "sec", PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PROGRAM_TRANSITION_TIME,
- _("A double specifying the number of seconds<br>"
+ _("A double specifying the number of seconds "
"in which to preform the transition."));
break;
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_TRANSITION_FACTOR:
IT.name = "Factor";
IT.filter_cb = _transition_filter_cb;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PROGRAM_TRANSITION_FACTOR,
- _("ACCEL_FAC, DECEL_FAC and SIN_FAC need the extra<br>"
- "optional value to determine the \"factor\" of
curviness.<br>"
- "1.0 is the same as their non-factor
counterparts,<br>"
- "where 0.0 is equal to linear. Numbers higher than
one make<br>"
- "the curve angles steeper with a more pronounced
curve point."));
+ _("ACCEL_FAC, DECEL_FAC and SIN_FAC need the extra "
+ "optional value to determine the \"factor\" of "
+ "curviness. 1.0 is the same as their non-factor "
+ "counterparts, where 0.0 is equal to linear. "
+ "Numbers higher than 1 make the curve angles steeper "
+ "with a more pronounced curve point."));
break;
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_TRANSITION_GRADIENT:
IT.name = "Gradient";
IT.filter_cb = _transition_filter_cb;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PROGRAM_TRANSITION_GRADIENT,
- _("Initial gradient start (0.0 is horizontal, 1.0
is<br>"
- "diagonal (linear), 2.0 is twice the gradient of
linear etc.)."));
+ _("Initial gradient start (0.0 is horizontal, "
+ "1.0 is diagonal (linear), 2.0 is twice the gradient
of linear)."));
break;
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_TRANSITION_DECAY:
IT.name = "Decay";
IT.filter_cb = _transition_filter_cb;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PROGRAM_TRANSITION_DECAY,
- _("Determining how much the bounce decays,<br>"
- "with 0.0 giving linear decay per bounce,<br>"
+ _("Determining how much the bounce decays, "
+ "with 0.0 giving linear decay per bounce, "
"and higher values giving much more decay."));
break;
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_TRANSITION_BOUNCES:
IT.name = "Bounces";
IT.filter_cb = _transition_filter_cb;
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_SPINNER,
ATTRIBUTE_PROGRAM_TRANSITION_BOUNCES,
- _("Number of bounces (so its rounded down to the
nearest integer value)"));
+ _("Number of bounces (rounded down to the nearest
integer value)"));
break;
case PROPERTY_GROUP_ITEM_PROGRAM_ACTION_TRANSITION_SWINGS:
IT.name = "Swings";
@@ -5550,14 +5541,14 @@ _init_items()
case PROPERTY_GROUP_ITEM_GROUP_DATA_NAME:
IT.name = "Name";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_ENTRY,
ATTRIBUTE_GROUP_DATA_NAME,
- _("Defines a new parameter, the value will be<br>"
+ _("Defines a new parameter. The value is "
"the string specified next to it."));
break;
case PROPERTY_GROUP_ITEM_GROUP_DATA_VALUE:
IT.name = "Value";
_action1(&IT, NULL, NULL, PROPERTY_CONTROL_ENTRY,
ATTRIBUTE_GROUP_DATA_VALUE,
- _("Defines a new parameter, the value will be<br>"
- "the string specified next to it."));
+ _("Defines a new parameter. The value is "
+ "the string specified next to it."));
break;
case PROPERTY_GROUP_ITEM_LAST:
--
