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solvespace/src/toolbar.cpp at master · ehtick/solvespace · GitHub
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//
-----------------------------------------------------------------------------
//
The toolbar that appears at the top left of the graphics window, where the
//
user can select icons with the mouse, to perform operations equivalent to
//
selecting a menu item or using a keyboard shortcut.
//
//
Copyright 2008-2013 Jonathan Westhues.
//
-----------------------------------------------------------------------------
#
include
"
solvespace.h
"
namespace
SolveSpace
{
struct
ToolIcon
{
std::string name;
Command command;
const
char
*tooltip;
std::shared_ptr<Pixmap> pixmap;
};
static
ToolIcon Toolbar[] = {
{
"
line
"
, Command::
LINE_SEGMENT
,
N_
(
"
Sketch line segment
"
), {} },
{
"
rectangle
"
, Command::
RECTANGLE
,
N_
(
"
Sketch rectangle
"
), {} },
{
"
circle
"
, Command::
CIRCLE
,
N_
(
"
Sketch circle
"
), {} },
{
"
arc
"
, Command::
ARC
,
N_
(
"
Sketch arc of a circle
"
), {} },
{
"
text
"
, Command::
TTF_TEXT
,
N_
(
"
Sketch curves from text in a TrueType font
"
), {} },
{
"
image
"
, Command::
IMAGE
,
N_
(
"
Sketch image from a file
"
), {} },
{
"
tangent-arc
"
, Command::
TANGENT_ARC
,
N_
(
"
Create tangent arc at selected point
"
), {} },
{
"
bezier
"
, Command::
CUBIC
,
N_
(
"
Sketch cubic Bezier spline
"
), {} },
{
"
point
"
, Command::
DATUM_POINT
,
N_
(
"
Sketch datum point
"
), {} },
{
"
construction
"
, Command::
CONSTRUCTION
,
N_
(
"
Toggle construction
"
), {} },
{
"
trim
"
, Command::
SPLIT_CURVES
,
N_
(
"
Split lines / curves where they intersect
"
), {} },
{
"
"
, Command::
NONE
,
"
"
, {} },
{
"
length
"
, Command::
DISTANCE_DIA
,
N_
(
"
Constrain distance / diameter / length
"
), {} },
{
"
angle
"
, Command::
ANGLE
,
N_
(
"
Constrain angle
"
), {} },
{
"
horiz
"
, Command::
HORIZONTAL
,
N_
(
"
Constrain to be horizontal
"
), {} },
{
"
vert
"
, Command::
VERTICAL
,
N_
(
"
Constrain to be vertical
"
), {} },
{
"
parallel
"
, Command::
PARALLEL
,
N_
(
"
Constrain to be parallel or tangent
"
), {} },
{
"
perpendicular
"
, Command::
PERPENDICULAR
,
N_
(
"
Constrain to be perpendicular
"
), {} },
{
"
pointonx
"
, Command::
ON_ENTITY
,
N_
(
"
Constrain point on line / curve / plane / point
"
), {} },
{
"
symmetric
"
, Command::
SYMMETRIC
,
N_
(
"
Constrain symmetric
"
), {} },
{
"
equal
"
, Command::
EQUAL
,
N_
(
"
Constrain equal length / radius / angle
"
), {} },
{
"
same-orientation
"
,Command::
ORIENTED_SAME
,
N_
(
"
Constrain normals in same orientation
"
), {} },
{
"
other-supp
"
, Command::
OTHER_ANGLE
,
N_
(
"
Other supplementary angle
"
), {} },
{
"
ref
"
, Command::
REFERENCE
,
N_
(
"
Toggle reference dimension
"
), {} },
{
"
"
, Command::
NONE
,
"
"
, {} },
{
"
extrude
"
, Command::
GROUP_EXTRUDE
,
N_
(
"
New group extruding active sketch
"
), {} },
{
"
lathe
"
, Command::
GROUP_LATHE
,
N_
(
"
New group rotating active sketch
"
), {} },
{
"
helix
"
, Command::
GROUP_HELIX
,
N_
(
"
New group helix from active sketch
"
), {} },
{
"
revolve
"
, Command::
GROUP_REVOLVE
,
N_
(
"
New group revolve active sketch
"
), {} },
{
"
step-rotate
"
, Command::
GROUP_ROT
,
N_
(
"
New group step and repeat rotating
"
), {} },
{
"
step-translate
"
, Command::
GROUP_TRANS
,
N_
(
"
New group step and repeat translating
"
), {} },
{
"
sketch-in-plane
"
, Command::
GROUP_WRKPL
,
N_
(
"
New group in new workplane (thru given entities)
"
), {} },
{
"
sketch-in-3d
"
, Command::
GROUP_3D
,
N_
(
"
New group in 3d
"
), {} },
{
"
assemble
"
, Command::
GROUP_LINK
,
N_
(
"
New group linking / assembling file
"
), {} },
{
"
"
, Command::
NONE
,
"
"
, {} },
{
"
in3d
"
, Command::
NEAREST_ISO
,
N_
(
"
Nearest isometric view
"
), {} },
{
"
ontoworkplane
"
, Command::
ONTO_WORKPLANE
,
N_
(
"
Align view to active workplane
"
), {} },
};
void
GraphicsWindow::ToolbarDraw
(UiCanvas *canvas) {
ToolbarDrawOrHitTest
(
0
,
0
, canvas,
NULL
,
NULL
,
NULL
);
}
bool
GraphicsWindow::ToolbarMouseMoved
(
int
x,
int
y) {
double
width, height;
window->
GetContentSize
(&width, &height);
x += ((
int
)width/
2
);
y += ((
int
)height/
2
);
Command hitCommand;
int
hitX, hitY;
bool
withinToolbar =
ToolbarDrawOrHitTest
(x, y,
NULL
, &hitCommand, &hitX, &hitY);
if
(hitCommand != toolbarHovered) {
toolbarHovered = hitCommand;
Invalidate
();
}
if
(toolbarHovered != Command::
NONE
) {
std::string tooltip;
for
(ToolIcon &icon : Toolbar) {
if
(toolbarHovered == icon.
command
) {
tooltip =
Translate
(icon.
tooltip
);
}
}
Platform::KeyboardEvent accel =
SS
.
GW
.
AcceleratorForCommand
(toolbarHovered);
std::string accelDesc =
Platform::AcceleratorDescription
(accel);
if
(!accelDesc.
empty
()) {
tooltip +=
ssprintf
(
"
(%s)
"
, accelDesc.
c_str
());
}
window->
SetTooltip
(tooltip, hitX, hitY,
32
,
32
);
}
else
{
window->
SetTooltip
(
"
"
,
0
,
0
,
0
,
0
);
}
return
withinToolbar;
}
bool
GraphicsWindow::ToolbarMouseDown
(
int
x,
int
y) {
double
width, height;
window->
GetContentSize
(&width, &height);
x += ((
int
)width/
2
);
y += ((
int
)height/
2
);
Command hitCommand;
bool
withinToolbar =
ToolbarDrawOrHitTest
(x, y,
NULL
, &hitCommand,
NULL
,
NULL
);
if
(hitCommand != Command::
NONE
) {
SS
.
GW
.
ActivateCommand
(hitCommand);
}
return
withinToolbar;
}
bool
GraphicsWindow::ToolbarDrawOrHitTest
(
int
mx,
int
my, UiCanvas *canvas,
Command *hitCommand,
int
*hitX,
int
*hitY)
{
double
width, height;
window->
GetContentSize
(&width, &height);
int
x =
17
, y = (
int
)(height -
21
);
//
20 is the menu bar height
//
When changing these values, also change the asReference drawing code in drawentity.cpp
//
as well as the "window->SetMinContentSize(720, 636);" in graphicswin.cpp
int
fudge =
8
;
int
h =
32
*
18
+
3
*
16
+ fudge;
//
Toolbar height = 18 icons * 32 pixels + 3 dividers * 16 pixels + fudge
if
(h < y) {
//
If there is enough vertical space leave up to 32 pixels between the menu bar and the toolbar.
y -= ((y - h) <
32
) ? y - h :
32
;
}
int
aleft =
0
, aright =
66
, atop = y+
16
+fudge/
2
, abot = y+
16
-h;
bool
withinToolbar =
(mx >= aleft && mx <= aright && my <= atop && my >= abot);
//
Initialize/clear hitCommand.
if
(hitCommand) *hitCommand = Command::
NONE
;
if
(!canvas && !withinToolbar) {
//
This gets called every MouseMove event, so return quickly.
return
false
;
}
if
(canvas) {
canvas->
DrawRect
(aleft, aright, atop, abot,
/*
fillColor=
*/
{
30
,
30
,
30
,
255
},
/*
outlineColor=
*/
{});
}
bool
leftpos =
true
;
for
(ToolIcon &icon : Toolbar) {
if
(icon.
name
.
empty
()) {
//
spacer
if
(!leftpos) {
leftpos =
true
;
y -=
32
;
x -=
32
;
}
y -=
16
;
if
(canvas) {
//
Draw a separator bar in a slightly different color.
int
divw =
30
, divh =
2
;
canvas->
DrawRect
(x+
16
+divw, x+
16
-divw, y+
24
+divh, y+
24
-divh,
/*
fillColor=
*/
{
45
,
45
,
45
,
255
},
/*
outlineColor=
*/
{});
}
continue
;
}
if
(icon.
pixmap
==
nullptr
) {
icon.
pixmap
=
LoadPng
(
"
icons/graphics-window/
"
+ icon.
name
+
"
.png
"
);
}
if
(canvas) {
canvas->
DrawPixmap
(icon.
pixmap
,
x - (
int
)icon.
pixmap
->
width
/
2
,
y - (
int
)icon.
pixmap
->
height
/
2
);
if
(toolbarHovered == icon.
command
||
(pending.
operation
== Pending::
COMMAND
&&
pending.
command
== icon.
command
)) {
//
Highlight the hovered or pending item.
const
int
boxhw =
15
;
canvas->
DrawRect
(x+boxhw, x-boxhw, y+boxhw, y-boxhw,
/*
fillColor=
*/
{
255
,
255
,
0
,
75
},
/*
outlineColor=
*/
{});
}
}
else
{
const
int
boxhw =
16
;
if
(mx < (x+boxhw) && mx > (x - boxhw) &&
my < (y+boxhw) && my > (y - boxhw))
{
if
(hitCommand) *hitCommand = icon.
command
;
if
(hitX) *hitX = x - boxhw;
if
(hitY) *hitY = (
int
)height - (y + boxhw);
}
}
if
(leftpos) {
x +=
32
;
leftpos =
false
;
}
else
{
x -=
32
;
y -=
32
;
leftpos =
true
;
}
}
return
withinToolbar;
}
}
//
namespace SolveSpace
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