Merge branch 'develop' into myk_quickcmd

develop
Myk 2023-01-24 11:15:14 -08:00 committed by GitHub
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11 changed files with 200 additions and 152 deletions

@ -99,37 +99,33 @@ How do DFHack in-game windows work?
Many DFHack tools have graphical interfaces that appear in-game. You can tell
which windows belong to DFHack tools because they will have the word "DFHack"
printed across their bottom frame edge. DFHack provides a custom windowing system
that gives the player a lot of control over where the windows appear and whether
they capture keyboard and mouse input.
The DFHack windowing system allows you to use DFHack tools without interrupting
the game. That is, if the game is unpaused, it will continue to run while a
DFHack window is open. You can also interact with the map, scrolling it with the
keyboard or mouse and selecting units, buildings, and items. Some tools will
capture all keyboard input, such as tools with editable text fields, and some will
force-pause the game if it makes sense to, like `gui/quickfort`, since you cannot
interact with the map normally while trying to apply a blueprint.
printed across their bottom frame edge. DFHack provides an advanced windowing
system that gives the player a lot of control over where the windows appear and
whether they capture keyboard and mouse input.
The DFHack windowing system allows multiple overlapping windows to be active at
once. The one with the highlighted title bar has focus and will receive anything
you type at the keyboard. Hit Esc or right click to close the window or cancel
the current operation. You can click anywhere on the screen that is not a
DFHack window to unfocus the window and let it just sit in the background. It won't
respond to key presses or mouse clicks until you click on it again to give it
focus. You can right click directly on an unfocused window to close it without
left clicking to activate it first.
DFHack windows are draggable from the title bar or from anywhere on the window
that doesn't have a mouse-clickable widget on it. Many are resizable as well
(if the tool window has components that can reasonably be resized).
DFHack windows close with a right mouse click or keyboard Esc, but if you
want to keep a DFHack tool open while you interact with the game, you can click the
pin in the upper right corner of the DFHack window or hit Alt-L so
that the pin turns green. The DFHack window will then ignore right clicks and
Esc key presses that would otherwise close the window. This is especially
useful for the configuration tool windows for the automation tools. For example,
you can pin the `gui/autochop` window, set it to minimal mode, and let it sit
there monitoring your logging industry as you play, using it as a live status
window. Note that you can still right click *on* the DFHack tool window to close
it, even when it is pinned.
You can have multiple DFHack tool windows on the screen at the same time. The
one that is receiving keyboard input has a highlighted title bar and will appear
over other windows if dragged across them. Clicking on a DFHack window that is not
currently active will bring it to the foreground and make it the active window.
You can generally use DFHack tools without interrupting the game. That is, if the
game is unpaused, it can continue to run while a DFHack window is open. Many tools
will initially pause the game to let you focus on the task at hand, but you can
unpause like normal if you want. You can also interact with the map, scrolling it
with the keyboard or mouse and selecting units, buildings, and items. Some tools
will capture all keyboard input, such as tools with editable text fields, and some
will force-pause the game if it makes sense to, like `gui/quickfort`, since you
cannot interact with the map normally while trying to apply a blueprint. Windows
for tools that force-pause the game will have a pause icon in their upper right
corner to indicate which tool is responsible for the pausing.
Where do I go next?
-------------------
@ -161,10 +157,11 @@ You can enable it from the GUI, so you don't need to run `enable autochop <enabl
directly. You can set a target number of logs, and autochop will manage
your logging industry for you. You can control where your woodsdwarves go to
cut down trees by setting up burrows and configuring autochop to only cut in
those burrows. If you have the extra screen space, go ahead and click the pin so
it turns green and set the `gui/autochop` window to minimal mode (click on the
hint near the upper right corner of the window or hit Alt-M). As you play the game,
you can glance at it to check on your stocks of wood.
those burrows. If you have the extra screen space, go ahead and set the
`gui/autochop` window to minimal mode (click on the hint near the upper right
corner of the window or hit Alt-M) and click on the map so the window loses
keyboard focus. As you play the game, you can glance at the status panel to
check on your stocks of wood.
Finally, let's do some fort design copy-pasting. Go to some bedrooms that you have
set up in your fort. Run `gui/blueprint`, set a name for your blueprint by

@ -43,6 +43,7 @@ changelog.txt uses a syntax similar to RST, with a few special sequences:
- `gui/launcher`: sped up initialization time for faster load of the UI
- `orders`: orders plugin functionality is now offered via an overlay widget when the manager orders screen is open
- `gui/quickcmd`: now has it's own global keybinding for your convenience: Ctrl-Shift-A
- Many DFHack windows can now be unfocused by clicking somewhere not over the tool window. This has the same effect as pinning previously did, but without the extra clicking.
## Documentation

@ -4117,32 +4117,28 @@ It adds the following methods:
ZScreen class
-------------
A screen subclass that allows the underlying viewscreens to be interacted with.
For example, a DFHack GUI tool implemented as a ZScreen can allow the player to
interact with the underlying map. That is, even when the DFHack tool window is
visible, players will be able to use vanilla designation tools, select units, or
scan/drag the map around.
If multiple ZScreens are on the stack and the player clicks on a visible element
of a non-top ZScreen, that ZScreen will be raised to the top of the viewscreen
stack. This allows multiple DFHack gui tools to be usable at the same time.
Clicks that are not over any visible ZScreen element, of course, are passed
through to the underlying viewscreen.
If :kbd:`Esc` or the right mouse button is pressed, and the ZScreen widgets
don't otherwise handle them, then the top ZScreen is dismissed. If the ZScreen
is "pinned", then the screen is not dismissed and the input is passed on to the
underlying DF viewscreen. :kbd:`Alt`:kbd:`L` toggles the pinned status if the
ZScreen widgets don't otherwise handle that key sequence. If you have a
``Panel`` with the ``pinnable`` attribute set and a frame that has pens defined
for the pin icon (like ``Window`` widgets have by default), then a pin icon
will appear in the upper right corner of the frame. Clicking on this icon will
toggle the ZScreen ``pinned`` status just as if :kbd:`Alt`:kbd:`L` had been
pressed.
Keyboard input goes to the top ZScreen, as usual. If the subviews of the top
ZScreen don't handle the input (i.e. they all return something falsey), the
input is passed directly to the first underlying non-ZScreen.
A screen subclass that allows multi-layer interactivity. For example, a DFHack
GUI tool implemented as a ZScreen can allow the player to interact with the
underlying map, or even other DFHack ZScreen windows! That is, even when the
DFHack tool window is visible, players will be able to use vanilla designation
tools, select units, and scan/drag the map around.
At most one ZScreen can have keyboard focus at a time. That ZScreen's widgets
will have a chance to handle the input before anything else. If unhandled, the
input skips all unfocused ZScreens under that ZScreen and is passed directly to
the first non-ZScreen viewscreen. There are class attributes that can be set to
control what kind of unhandled input is passed to the lower layers.
If multiple ZScreens are visible and the player left or right clicks on a
visible element of a non-focused ZScreen, that ZScreen will be given focus. This
allows multiple DFHack GUI tools to be usable at the same time. If the mouse is
clicked away from the ZScreen widgets, that ZScreen loses focus. If no ZScreen
has focus, all input is passed directly through to the first underlying
non-ZScreen viewscreen.
For a ZScreen with keyboard focus, if :kbd:`Esc` or the right mouse button is
pressed, and the ZScreen widgets don't otherwise handle them, then the ZScreen
is dismissed.
All this behavior is implemented in ``ZScreen:onInput()``, which subclasses
**must not override**. Instead, ZScreen subclasses should delegate all input
@ -4152,24 +4148,23 @@ level input processor.
When rendering, the parent viewscreen is automatically rendered first, so
subclasses do not have to call ``self:renderParent()``. Calls to ``logic()``
(a world "tick" when playing the game) are also passed through, so the game
progresses normally and can be paused/unpaused as normal by the player.
ZScreens that handle the :kbd:`Space` key may want to provide an alternate way
to pause. Note that passing ``logic()`` calls through to the underlying map is
required for allowing the player to drag the map with the mouse.
progresses normally and can be paused/unpaused as normal by the player. Note
that passing ``logic()`` calls through to the underlying map is required for
allowing the player to drag the map with the mouse. ZScreen subclasses can set
attributes that control whether the game is paused when the ZScreen is shown and
whether the game is forced to continue being paused while the ZScreen is shown.
If pausing is forced, child ``Window`` widgets will show a force-pause icon to
indicate which tool is forcing the pausing.
ZScreen provides the following functions:
* ``zscreen:raise()``
Raises the ZScreen to the top of the viewscreen stack and returns a reference
to ``self``. A common pattern is to check if a tool dialog is already active
when the tool command is run and raise the existing dialog if it exists or
show a new dialog if it doesn't. See the sample code below for an example.
* ``zscreen:togglePinned()``
Toggles whether the window closes on :kbd:`ESC` or r-click (unpinned) or not
(pinned).
Raises the ZScreen to the top of the viewscreen stack, gives it keyboard
focus, and returns a reference to ``self``. A common pattern is to check if a
tool dialog is already active when the tool command is run and raise the
existing dialog if it exists or show a new dialog if it doesn't. See the
sample code below for an example.
* ``zscreen:isMouseOver()``
@ -4177,6 +4172,37 @@ ZScreen provides the following functions:
subclass and sees if ``getMouseFramePos()`` returns a position for any of
them. Subclasses can override this function if that logic is not appropriate.
* ``zscreen:hasFocus()``
Whether the ZScreen has keyboard focus. Subclasses will generally not need to
check this because they can assume if they are getting input, then they have
focus.
ZScreen subclasses can set the following attributes:
* ``initial_pause`` (default: ``true``)
Whether to pause the game when the ZScreen is shown.
* ``force_pause`` (default: ``false``)
Whether to ensure the game *stays* paused while the ZScreen is shown.
* ``pass_pause`` (default: ``true``)
Whether to pass the pause key to the lower viewscreens if it is not handled
by this ZScreen.
* ``pass_movement_keys`` (default: ``false``)
Whether to pass the map movement keys to the lower viewscreens if they ar not
handled by this ZScreen.
* ``pass_mouse_clicks`` (default: ``true``)
Whether to pass mouse clicks to the lower viewscreens if they are not handled
by this ZScreen.
Here is an example skeleton for a ZScreen tool dialog::
local gui = require('gui')
@ -4187,11 +4213,12 @@ Here is an example skeleton for a ZScreen tool dialog::
frame_title='My Window',
frame={w=50, h=45},
resizable=true, -- if resizing makes sense for your dialog
resize_min={w=50, h=20}, -- try to allow users to shrink your windows
}
function MyWindow:init()
self:addviews{
-- add subviews here
-- add subview widgets here
}
end
@ -4202,6 +4229,7 @@ Here is an example skeleton for a ZScreen tool dialog::
MyScreen = defclass(MyScreen, gui.ZScreen)
MyScreen.ATTRS {
focus_path='myscreen',
-- set pause and passthrough attributes as appropriate
}
function MyScreen:init()
@ -4364,11 +4392,6 @@ Has attributes:
hitting :kbd:`Esc` (while resizing with the mouse or keyboard), or by calling
``Panel:setKeyboardResizeEnabled(false)`` (while resizing with the keyboard).
* ``pinnable = bool`` (default: ``false``)
Determines whether the panel will draw a pin icon in its frame. See
`ZScreen class`_ for details.
* ``autoarrange_subviews = bool`` (default: ``false``)
* ``autoarrange_gap = int`` (default: ``0``)
@ -4430,7 +4453,7 @@ Window class
------------
Subclass of Panel; sets Panel attributes to useful defaults for a top-level
framed, pinnable, draggable window.
framed, draggable window.
ResizingPanel class
-------------------

@ -8,7 +8,7 @@ orders
Usage
-----
``orders orders list``
``orders list``
Shows the list of previously exported orders, including the orders library.
``orders export <name>``
Saves all the current manager orders in a file.

@ -804,7 +804,7 @@ command_result Core::runCommand(color_ostream &con, const std::string &first_, v
if (!plug->can_be_enabled()) continue;
con.print(
"%20s\t%-3s%s\n",
"%21s %-3s%s\n",
(plug->getName()+":").c_str(),
plug->is_enabled() ? "on" : "off",
plug->can_set_enabled() ? "" : " (controlled internally)"

@ -13,16 +13,18 @@ CLEAR_PEN = to_pen{tile=909, ch=32, fg=0, bg=0, write_to_lower=true}
TRANSPARENT_PEN = to_pen{tile=0, ch=0}
KEEP_LOWER_PEN = to_pen{ch=32, fg=0, bg=0, keep_lower=true}
local FAKE_INPUT_KEYS = {
local MOUSE_KEYS = {
_MOUSE_L = true,
_MOUSE_R = true,
_MOUSE_M = true,
_MOUSE_L_DOWN = true,
_MOUSE_R_DOWN = true,
_MOUSE_M_DOWN = true,
_STRING = true,
}
local FAKE_INPUT_KEYS = copyall(MOUSE_KEYS)
FAKE_INPUT_KEYS._STRING = true
function simulateInput(screen,...)
local keys = {}
local function push_key(arg)
@ -692,8 +694,35 @@ end
-----------------------------
ZScreen = defclass(ZScreen, Screen)
ZScreen.ATTRS{
initial_pause=true,
force_pause=false,
pass_pause=true,
pass_movement_keys=false,
pass_mouse_clicks=true,
}
function ZScreen:init()
self.saved_pause_state = df.global.pause_state
if self.initial_pause then
df.global.pause_state = true
end
self.defocused = false
end
function ZScreen:dismiss()
ZScreen.super.dismiss(self)
if self.force_pause or self.initial_pause then
-- never go from unpaused to paused, just from paused to unpaused
df.global.pause_state = df.global.pause_state and self.saved_pause_state
end
end
-- this is necessary for middle-click map scrolling to function
function ZScreen:onIdle()
if self.force_pause then
df.global.pause_state = true
end
if self._native and self._native.parent then
self._native.parent:logic()
end
@ -704,17 +733,15 @@ function ZScreen:render(dc)
ZScreen.super.render(self, dc)
end
function ZScreen:isOnTop()
return dfhack.gui.getCurViewscreen(true) == self._native
end
function ZScreen:togglePinned()
self.pinned = not self.pinned
function ZScreen:hasFocus()
return not self.defocused
and dfhack.gui.getCurViewscreen(true) == self._native
end
function ZScreen:onInput(keys)
if not self:isOnTop() then
if keys._MOUSE_L_DOWN and self:isMouseOver() then
local has_mouse = self:isMouseOver()
if not self:hasFocus() then
if (keys._MOUSE_L_DOWN or keys._MOUSE_R_DOWN) and has_mouse then
self:raise()
else
self:sendInputToParent(keys)
@ -734,30 +761,42 @@ function ZScreen:onInput(keys)
return
end
if keys.CUSTOM_ALT_L then
self:togglePinned()
if self.pass_mouse_clicks and keys._MOUSE_L_DOWN and not has_mouse then
self.defocused = true
self:sendInputToParent(keys)
return
end
if (self:isMouseOver() or not self.pinned)
and (keys.LEAVESCREEN or keys._MOUSE_R_DOWN) then
elseif keys.LEAVESCREEN or keys._MOUSE_R_DOWN then
self:dismiss()
-- ensure underlying DF screens don't also react to the click
-- ensure underlying DF screens don't also react to the rclick
df.global.enabler.mouse_rbut_down = 0
df.global.enabler.mouse_rbut = 0
return
else
local passit = self.pass_pause and keys.D_PAUSE
if not passit and self.pass_mouse_clicks then
for key in pairs(MOUSE_KEYS) do
if keys[key] then
passit = true
break
end
if not keys._MOUSE_L or not self:isMouseOver() then
end
end
if not passit and self.pass_movement_keys then
passit = require('gui.dwarfmode').getMapKey(keys)
end
if passit then
self:sendInputToParent(keys)
end
return
end
end
function ZScreen:raise()
if self:isDismissed() or self:isOnTop() then
if self:isDismissed() or self:hasFocus() then
return self
end
dscreen.raise(self)
self.defocused = false
return self
end
@ -809,8 +848,7 @@ local BASE_FRAME = {
title_pen = to_pen{ fg=COLOR_BLACK, bg=COLOR_GREY },
inactive_title_pen = to_pen{ fg=COLOR_GREY, bg=COLOR_BLACK },
signature_pen = to_pen{ fg=COLOR_GREY, bg=COLOR_BLACK },
pinned_pen = to_pen{tile=779, ch=216, fg=COLOR_GREY, bg=COLOR_GREEN},
unpinned_pen = to_pen{tile=782, ch=216, fg=COLOR_GREY, bg=COLOR_BLACK},
paused_pen = to_pen{tile=782, ch=216, fg=COLOR_GREY, bg=COLOR_BLACK},
}
local function make_frame(name, double_line)
@ -839,10 +877,8 @@ THIN_FRAME = make_frame('Thin', false)
-- for compatibility with pre-steam code
GREY_LINE_FRAME = WINDOW_FRAME
BOUNDARY_FRAME = PANEL_FRAME
GREY_FRAME = MEDIUM_FRAME
function paint_frame(dc,rect,style,title,show_pin,pinned,inactive)
function paint_frame(dc,rect,style,title,inactive, pause_forced)
local pen = style.frame_pen
local x1,y1,x2,y2 = dc.x1+rect.x1, dc.y1+rect.y1, dc.x1+rect.x2, dc.y1+rect.y2
dscreen.paintTile(style.lt_frame_pen or pen, x1, y1)
@ -867,27 +903,19 @@ function paint_frame(dc,rect,style,title,show_pin,pinned,inactive)
x, y1, tstr)
end
if show_pin then
if pinned and style.pinned_pen then
local pin_texpos = dfhack.textures.getGreenPinTexposStart()
if pin_texpos == -1 then
dscreen.paintTile(style.pinned_pen, x2-1, y1)
if pause_forced then
-- get the tiles for the activated pause symbol
local pause_texpos_ul = dfhack.screen.findGraphicsTile('INTERFACE_BITS', 18, 28)
local pause_texpos_ur = dfhack.screen.findGraphicsTile('INTERFACE_BITS', 19, 28)
local pause_texpos_ll = dfhack.screen.findGraphicsTile('INTERFACE_BITS', 18, 29)
local pause_texpos_lr = dfhack.screen.findGraphicsTile('INTERFACE_BITS', 19, 29)
if not pause_texpos_ul then
dscreen.paintTile(style.paused_pen, x2-1, y1)
else
dscreen.paintTile(style.pinned_pen, x2-2, y1-1, nil, pin_texpos+0)
dscreen.paintTile(style.pinned_pen, x2-1, y1-1, nil, pin_texpos+1)
dscreen.paintTile(style.pinned_pen, x2-2, y1, nil, pin_texpos+2)
dscreen.paintTile(style.pinned_pen, x2-1, y1, nil, pin_texpos+3)
end
elseif not pinned and style.unpinned_pen then
local pin_texpos = dfhack.textures.getRedPinTexposStart()
if pin_texpos == -1 then
dscreen.paintTile(style.unpinned_pen, x2-1, y1)
else
dscreen.paintTile(style.unpinned_pen, x2-2, y1-1, nil, pin_texpos+0)
dscreen.paintTile(style.unpinned_pen, x2-1, y1-1, nil, pin_texpos+1)
dscreen.paintTile(style.unpinned_pen, x2-2, y1, nil, pin_texpos+2)
dscreen.paintTile(style.unpinned_pen, x2-1, y1, nil, pin_texpos+3)
end
dscreen.paintTile(style.paused_pen, x2-2, y1-1, nil, pause_texpos_ul)
dscreen.paintTile(style.paused_pen, x2-1, y1-1, nil, pause_texpos_ur)
dscreen.paintTile(style.paused_pen, x2-2, y1, nil, pause_texpos_ll)
dscreen.paintTile(style.paused_pen, x2-1, y1, nil, pause_texpos_lr)
end
end
end

@ -81,7 +81,6 @@ Panel.ATTRS {
resize_min = DEFAULT_NIL,
on_resize_begin = DEFAULT_NIL,
on_resize_end = DEFAULT_NIL,
pinnable = false,
autoarrange_subviews = false, -- whether to automatically lay out subviews
autoarrange_gap = 0, -- how many blank lines to insert between widgets
}
@ -272,21 +271,21 @@ local function Panel_on_double_click(self)
Panel_update_frame(self, frame, true)
end
local function panel_is_on_pin(self)
local function panel_mouse_is_on_pause_icon(self)
local frame_rect = self.frame_rect
local x,y = dscreen.getMousePos()
return (x == frame_rect.x2-2 or x == frame_rect.x2-1)
and (y == frame_rect.y1-1 or y == frame_rect.y1)
end
local function panel_is_pinnable(self)
return self.pinnable and self.parent_view and self.parent_view.togglePinned
local function panel_has_pause_icon(self)
return self.parent_view and self.parent_view.force_pause
end
function Panel:getMouseFramePos()
local x,y = Panel.super.getMouseFramePos(self)
if x then return x, y end
if panel_is_pinnable(self) and panel_is_on_pin(self) then
if panel_has_pause_icon(self) and panel_mouse_is_on_pause_icon(self) then
local frame_rect = self.frame_rect
return frame_rect.width - 3, 0
end
@ -320,12 +319,6 @@ function Panel:onInput(keys)
end
return true
end
if panel_is_pinnable(self) and keys._MOUSE_L_DOWN then
if panel_is_on_pin(self) then
self.parent_view:togglePinned()
return true
end
end
if Panel.super.onInput(self, keys) then
return true
end
@ -505,14 +498,11 @@ end
function Panel:onRenderFrame(dc, rect)
Panel.super.onRenderFrame(self, dc, rect)
if not self.frame_style then return end
local pinned = nil
if self.pinnable then
pinned = self.parent_view and self.parent_view.pinned
end
local inactive = self.parent_view and self.parent_view.isOnTop
and not self.parent_view:isOnTop()
gui.paint_frame(dc, rect, self.frame_style, self.frame_title,
self.pinnable, pinned, inactive)
local inactive = self.parent_view and self.parent_view.hasFocus
and not self.parent_view:hasFocus()
local pause_forced = self.parent_view and self.parent_view.force_pause
gui.paint_frame(dc, rect, self.frame_style, self.frame_title, inactive,
pause_forced)
if self.kbd_get_pos then
local pos = self.kbd_get_pos()
local pen = to_pen{fg=COLOR_GREEN, bg=COLOR_BLACK}
@ -535,7 +525,6 @@ Window.ATTRS {
frame_background = gui.CLEAR_PEN,
frame_inset = 1,
draggable = true,
pinnable = true,
}
-------------------

@ -49,7 +49,7 @@ function list()
-- just been added
reload()
for name,fn in pairs(enabled_map) do
print(('%20s\t%-3s'):format(name..':', fn() and 'on' or 'off'))
print(('%21s %-3s'):format(name..':', fn() and 'on' or 'off'))
end
end

@ -297,6 +297,7 @@ end
MenuScreen = defclass(MenuScreen, gui.ZScreen)
MenuScreen.ATTRS {
focus_path='hotkeys/menu',
initial_pause=false,
hotspot=DEFAULT_NIL,
}

@ -249,7 +249,12 @@ private:
for (auto w : worn)
{
auto ty = w->getType();
auto o = itemTypeMap.at(ty);
auto oo = itemTypeMap.find(ty);
if (oo == itemTypeMap.end())
{
continue;
}
const df::job_type o = oo->second;
int size = world->raws.creatures.all[w->getMakerRace()]->adultsize;
std::string description;
@ -330,11 +335,15 @@ private:
}
}
const df::job_type j = itemTypeMap.at(ty);
auto jj = itemTypeMap.find(ty);
if (jj != itemTypeMap.end())
{
const df::job_type j = jj->second;
orders[std::make_tuple(j, sub, size)] += count;
DEBUG(cycle).print("tailor: %s times %d of size %d ordered\n", ENUM_KEY_STR(job_type, j).c_str(), count, size);
}
}
}
void scan_existing_orders()
{

@ -1 +1 @@
Subproject commit cec17bfaaa777de62833c818316e33bad75fa8e6
Subproject commit 39ee60363892b7b916d670b02d46a606e3969b7c