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hci.cpp
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hci.cpp
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/*
This file is part of Warzone 2100.
Copyright (C) 1999-2004 Eidos Interactive
Copyright (C) 2005-2020 Warzone 2100 Project
Warzone 2100 is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
Warzone 2100 is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Warzone 2100; if not, write to the Free Software
Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA
*/
/**
* @file hci.c
*
* Functions for the in game interface.
* (Human Computer Interface - thanks to Alex for the file name).
*
* Obviously HCI should mean "Hellish Code Incoming" -- Toksyuryel.
*
*/
#include <cstring>
#include <algorithm>
#include "lib/framework/frame.h"
#include "lib/framework/stdio_ext.h"
#include "lib/gamelib/gtime.h"
#include "lib/ivis_opengl/bitimage.h"
#include "lib/ivis_opengl/pieblitfunc.h"
#include "lib/ivis_opengl/piepalette.h"
#include "lib/ivis_opengl/ivisdef.h"
#include "lib/ivis_opengl/screen.h"
#include "lib/netplay/netplay.h"
#include "input/manager.h"
#include "action.h"
#include "lib/sound/audio_id.h"
#include "lib/widget/label.h"
#include "lib/widget/bar.h"
#include "lib/widget/button.h"
#include "lib/widget/editbox.h"
#include "cheat.h"
#include "console.h"
#include "design.h"
#include "display.h"
#include "display3d.h"
#include "edit3d.h"
#include "game.h"
#include "hci.h"
#include "ingameop.h"
#include "intdisplay.h"
#include "intelmap.h"
#include "intorder.h"
#include "loadsave.h"
#include "loop.h"
#include "order.h"
#include "mission.h"
#include "multimenu.h"
#include "multiplay.h"
#include "multigifts.h"
#include "research.h"
#include "transporter.h"
#include "main.h"
#include "template.h"
#include "wrappers.h"
#include "keybind.h"
#include "qtscript.h"
#include "chat.h"
#include "hci/build.h"
#include "hci/research.h"
#include "hci/manufacture.h"
#include "hci/commander.h"
#include "notifications.h"
#include "hci/groups.h"
// Empty edit window
static bool secondaryWindowUp = false;
// Chat dialog
static bool ChatDialogUp = false;
#define NUMRETBUTS 7 // Number of reticule buttons.
struct BUTSTATE
{
UDWORD id;
bool Enabled;
bool Hidden;
};
struct BUTOFFSET
{
SWORD x;
SWORD y;
};
static BUTOFFSET ReticuleOffsets[NUMRETBUTS] = // Reticule button form relative positions.
{
{43, 47}, // RETBUT_CANCEL,
{47, 15}, // RETBUT_FACTORY,
{81, 33}, // RETBUT_RESEARCH,
{81, 69}, // RETBUT_BUILD,
{47, 87}, // RETBUT_DESIGN,
{13, 69}, // RETBUT_INTELMAP,
{13, 33}, // RETBUT_COMMAND,
};
static BUTSTATE ReticuleEnabled[NUMRETBUTS] = // Reticule button enable states.
{
{IDRET_CANCEL, false, false},
{IDRET_MANUFACTURE, false, false},
{IDRET_RESEARCH, false, false},
{IDRET_BUILD, false, false},
{IDRET_DESIGN, false, false},
{IDRET_INTEL_MAP, false, false},
{IDRET_COMMAND, false, false},
};
static UDWORD keyButtonMapping = 0;
static bool ReticuleUp = false;
static bool Refreshing = false;
/***************************************************************************************/
/* Widget ID numbers */
#define IDPOW_FORM 100 // power bar form
/* Option screen IDs */
#define IDOPT_FORM 1000 // The option form
#define IDOPT_CLOSE 1006 // The close button
#define IDOPT_LABEL 1007 // The Option screen label
#define IDOPT_PLAYERFORM 1008 // The player button form
#define IDOPT_PLAYERLABEL 1009 // The player form label
#define IDOPT_PLAYERSTART 1010 // The first player button
#define IDOPT_PLAYEREND 1030 // The last possible player button
#define IDOPT_QUIT 1031 // Quit the game
#define IDOPT_DROID 1037 // The place droid button
#define IDOPT_STRUCT 1038 // The place struct button
#define IDOPT_FEATURE 1039 // The place feature button
#define IDOPT_IVISFORM 1043 // iViS engine form
#define IDOPT_IVISLABEL 1044 // iViS form label
#define IDPROX_START 120000 // The first proximity button
#define IDPROX_END 129999 // The last proximity button
#define PROX_BUTWIDTH 9
#define PROX_BUTHEIGHT 9
/***************************************************************************************/
/* Widget Positions */
/* Reticule positions */
#define RET_BUTWIDTH 25
#define RET_BUTHEIGHT 28
#define WIDG_SPEC_SCREEN_ORDER_START 65530
#define WIDG_SPEC_SCREEN_ORDER_END 65532
/* The widget screen */
std::shared_ptr<W_SCREEN> psWScreen = nullptr;
INTMODE intMode;
/* Status of the positioning for the object placement */
static enum _edit_pos_mode
{
IED_NOPOS,
IED_POS,
} editPosMode;
OBJECT_MODE objMode;
std::shared_ptr<BaseObjectsController> interfaceController = nullptr;
std::shared_ptr<GroupsForum> groupsUI = nullptr;
/* The current stats list being used by the stats screen */
static BASE_STATS **ppsStatsList;
/* The selected builder on the object screen when the build screen is displayed */
static DROID *psSelectedBuilder;
/* The button ID of an objects stat on the stat screen if it is locked down */
static UDWORD statID;
/* The stats for the current getStructPos */
static BASE_STATS *psPositionStats;
/* Store a list of stats pointers from the main structure stats */
static STRUCTURE_STATS **apsStructStatsList;
/* Store a list of Template pointers for Droids that can be built */
std::vector<DROID_TEMPLATE *> apsTemplateList;
std::list<DROID_TEMPLATE> localTemplates;
/* Store a list of Feature pointers for features to be placed on the map */
static FEATURE_STATS **apsFeatureList;
/* Store a list of component stats pointers for the design screen */
UDWORD numComponent;
COMPONENT_STATS **apsComponentList;
UDWORD numExtraSys;
COMPONENT_STATS **apsExtraSysList;
/* Flags to check whether the power bars are currently on the screen */
static bool powerBarUp = false;
/* Update functions to be called at an interval */
struct IntUpdateFunc
{
public:
typedef std::function<void ()> UpdateFunc;
public:
IntUpdateFunc(const UpdateFunc& func, uint32_t intervalTicks = GAME_TICKS_PER_SEC)
: func(func)
, intervalTicks(intervalTicks)
, realTimeLastCalled(0)
{ }
~IntUpdateFunc() = default;
IntUpdateFunc(IntUpdateFunc&&) = default;
IntUpdateFunc(const IntUpdateFunc&) = delete;
void operator=(const IntUpdateFunc&) = delete;
public:
void callIfNeeded()
{
if (realTime - realTimeLastCalled >= intervalTicks)
{
if (func) { func(); }
realTimeLastCalled = realTime;
}
}
public:
std::function<void ()> func;
uint32_t intervalTicks = GAME_TICKS_PER_SEC;
private:
uint32_t realTimeLastCalled = 0;
};
static std::vector<IntUpdateFunc> intUpdateFuncs;
/***************************************************************************************/
/* Function Prototypes */
/* Add the stats widgets to the widget screen */
/* If psSelected != NULL it specifies which stat should be hilited */
static bool intAddDebugStatsForm(BASE_STATS **ppsStatsList, UDWORD numStats);
/* Add the build widgets to the widget screen */
static bool intAddBuild();
/* Add the manufacture widgets to the widget screen */
static bool intAddManufacture();
/* Add the research widgets to the widget screen */
static bool intAddResearch();
/* Add the command droid widgets to the widget screen */
static bool intAddCommand();
/* Stop looking for a structure location */
static void intStopStructPosition();
static STRUCTURE *CurrentStruct = nullptr;
static SWORD CurrentStructType = 0;
static DROID *CurrentDroid = nullptr;
static DROID_TYPE CurrentDroidType = DROID_ANY;
/******************Power Bar Stuff!**************/
/* Set the shadow for the PowerBar */
static void intRunPower();
//proximity display stuff
static void processProximityButtons(UDWORD id);
// count the number of selected droids of a type
static SDWORD intNumSelectedDroids(UDWORD droidType);
static void parseChatMessageModifiers(InGameChatMessage &message);
/***************************GAME CODE ****************************/
struct RETBUTSTATS
{
int downTime = 0;
WzString filename;
WzString filenameDown;
std::string tip;
bool flashing = false;
int flashTime = 0;
std::shared_ptr<W_BUTTON> button = nullptr;
playerCallbackFunc callbackFunc = nullptr;
};
static RETBUTSTATS retbutstats[NUMRETBUTS];
static bool buttonIsClickable(uint16_t id)
{
bool enabled = intCheckReticuleButEnabled(id);
return !gamePaused() && enabled;
}
static bool buttonIsHighlighted(W_BUTTON *p)
{
bool clickable = buttonIsClickable(p->id);
return (p->getState() & WBUT_HIGHLIGHT) != 0 && clickable;
}
void setReticuleFlash(int ButId, bool flash)
{
if (MissionResUp)
{
return;
}
if (flash != retbutstats[ButId].flashing)
{
retbutstats[ButId].flashing = flash;
retbutstats[ButId].flashTime = 0;
}
}
// set up the button's size & hit-testing based on the dimensions of the "normal" image
void setReticuleButtonDimensions(W_BUTTON &button, const WzString &filename)
{
AtlasImageDef *image = nullptr;
if (!filename.isEmpty())
{
image = iV_GetImage(filename);
}
else
{
ASSERT(IntImages->imageDefs.size() >= IMAGE_RETICULE_GREY, "IMAGE_RETICULE_GREY isn't in IntImages?");
if (IntImages->imageDefs.size() >= IMAGE_RETICULE_GREY)
{
image = &(IntImages->imageDefs[IMAGE_RETICULE_GREY]);
}
}
if (image)
{
// set the button width/height based on the "normal" image dimensions (preserving the current x, y)
button.setGeometry(button.x(), button.y(), image->Width / 2, image->Height / 2);
// add a custom hit-testing function that uses a tighter bounding ellipse
button.setCustomHitTest([](WIDGET *psWidget, int x, int y) -> bool {
// determine center of ellipse contained within the bounding rect
float centerX = ((psWidget->x()) + (psWidget->x() + psWidget->width())) / 2.f;
float centerY = ((psWidget->y()) + (psWidget->y() + psWidget->height())) / 2.f;
// determine semi-major axis + semi-minor axis
float axisX = psWidget->width() / 2.f;
float axisY = psWidget->height() / 2.f;
// Srivatsan (https://math.stackexchange.com/users/13425/srivatsan), Check if a point is within an ellipse, URL (version: 2011-10-27): https://math.stackexchange.com/q/76463
float partX = (((float)x - centerX) * ((float)x - centerX)) / (axisX * axisX); // ((x - centerX)^2) / ((axisX)^2)
float partY = (((float)y - centerY) * ((float)y - centerY)) / (axisY * axisY); // ((y - centerY)^2) / ((axisY)^2)
return partX + partY <= 1.f;
});
}
}
void setReticuleStats(int ButId, std::string tip, std::string filename, std::string filenameDown, const playerCallbackFunc& callbackFunc)
{
ASSERT_OR_RETURN(, (ButId >= 0) && (ButId < NUMRETBUTS), "Invalid ButId: %d", ButId);
retbutstats[ButId].tip = tip;
retbutstats[ButId].filename = WzString::fromUtf8(filename.c_str());
retbutstats[ButId].filenameDown = WzString::fromUtf8(filenameDown.c_str());
retbutstats[ButId].downTime = 0;
retbutstats[ButId].flashing = false;
retbutstats[ButId].flashTime = 0;
retbutstats[ButId].callbackFunc = callbackFunc;
ReticuleEnabled[ButId].Enabled = false;
if (!retbutstats[ButId].button) // not quite set up yet
{
return;
}
setReticuleButtonDimensions(*retbutstats[ButId].button, retbutstats[ButId].filename);
if (!retbutstats[ButId].tip.empty())
{
retbutstats[ButId].button->setTip(retbutstats[ButId].tip);
}
if (!retbutstats[ButId].filename.isEmpty())
{
ReticuleEnabled[ButId].Enabled = true;
retbutstats[ButId].button->setState(0);
}
}
void setReticulesEnabled(bool enabled)
{
for (int i = 0; i < NUMRETBUTS; i++)
{
if (retbutstats[i].filename.isEmpty()) {
continue;
}
ReticuleEnabled[i].Enabled = enabled;
if (!retbutstats[i].button) {
continue;
}
if (enabled)
{
retbutstats[i].button->unlock();
}
else
{
unsigned state = retbutstats[i].button->getState();
retbutstats[i].button->setState(state | WBUT_LOCK);
}
}
}
static void intDisplayReticuleButton(WIDGET *psWidget, UDWORD xOffset, UDWORD yOffset)
{
const int x = xOffset + psWidget->x();
const int y = yOffset + psWidget->y();
int DownTime = retbutstats[psWidget->UserData].downTime;
bool flashing = retbutstats[psWidget->UserData].flashing;
int flashTime = retbutstats[psWidget->UserData].flashTime;
ASSERT_OR_RETURN(, psWidget->type == WIDG_BUTTON, "Not a button");
W_BUTTON *psButton = (W_BUTTON *)psWidget;
bool butDisabled = psButton->state & WBUT_DISABLE;
if (retbutstats[psWidget->UserData].filename.isEmpty() && !butDisabled)
{
butDisabled = true;
retbutstats[psWidget->UserData].button->setState(WBUT_DISABLE);
}
if (butDisabled)
{
if (psWidget->UserData != RETBUT_CANCEL)
{
iV_DrawImage2("image_reticule_grey.png", x, y, psWidget->width(), psWidget->height());
}
else
{
iV_DrawImage2(retbutstats[psWidget->UserData].filenameDown, x, y, psWidget->width(), psWidget->height());
}
return;
}
bool Down = psButton->state & (WBUT_DOWN | WBUT_CLICKLOCK);
if (Down && buttonIsClickable(psButton->id))
{
if ((DownTime < 1) && (psWidget->UserData != RETBUT_CANCEL))
{
iV_DrawImage2("image_reticule_butdown.png", x, y, psWidget->width(), psWidget->height());
}
else
{
iV_DrawImage2(retbutstats[psWidget->UserData].filenameDown, x, y, psWidget->width(), psWidget->height());
}
DownTime++;
flashing = false; // stop the reticule from flashing if it was
}
else
{
if (flashing && !gamePaused())
{
if (((realTime / 250) % 2) != 0)
{
iV_DrawImage2(retbutstats[psWidget->UserData].filenameDown, x, y, psWidget->width(), psWidget->height());
flashTime = 0;
}
else
{
iV_DrawImage2(retbutstats[psWidget->UserData].filename, x, y, psWidget->width(), psWidget->height());
}
flashTime++;
}
else
{
iV_DrawImage2(retbutstats[psWidget->UserData].filename, x, y, psWidget->width(), psWidget->height());
DownTime = 0;
}
}
bool highlighted = buttonIsHighlighted(psButton);
if (highlighted)
{
if (psWidget->UserData == RETBUT_CANCEL)
{
iV_DrawImage2("image_cancel_hilight.png", x - 1, y - 1, psWidget->width() + 2, psWidget->height() + 2);
}
else
{
iV_DrawImage2("image_reticule_hilight.png", x - 1, y - 1, psWidget->width() + 2, psWidget->height() + 2);
}
}
retbutstats[psWidget->UserData].flashTime = flashTime;
retbutstats[psWidget->UserData].flashing = flashing;
retbutstats[psWidget->UserData].downTime = DownTime;
}
#define REPLAY_ACTION_BUTTONS_PADDING 5
#define REPLAY_ACTION_BUTTONS_SPACING 5
#define REPLAY_ACTION_BUTTONS_IMAGE_SIZE 16
#define REPLAY_ACTION_BUTTONS_WIDTH (REPLAY_ACTION_BUTTONS_IMAGE_SIZE + (REPLAY_ACTION_BUTTONS_PADDING * 2))
#define REPLAY_ACTION_BUTTONS_HEIGHT REPLAY_ACTION_BUTTONS_WIDTH
constexpr size_t WZ_MAX_REPLAY_FASTFORWARD_TICKS = 3;
class ReplayControllerWidget : public W_FORM
{
public:
ReplayControllerWidget() : W_FORM() {}
~ReplayControllerWidget() { }
public:
static std::shared_ptr<ReplayControllerWidget> make();
public:
virtual void display(int xOffset, int yOffset) override;
virtual void geometryChanged() override;
virtual void screenSizeDidChange(int oldWidth, int oldHeight, int newWidth, int newHeight) override;
virtual void run(W_CONTEXT *psContext) override;
private:
class W_REPLAY_CONTROL_BUTTON : public W_BUTTON
{
public:
W_REPLAY_CONTROL_BUTTON(W_BUTINIT const *init)
: W_BUTTON(init)
{ }
W_REPLAY_CONTROL_BUTTON()
: W_BUTTON()
{ }
~W_REPLAY_CONTROL_BUTTON()
{
if (pButtonImage)
{
delete pButtonImage;
}
}
public:
void display(int xOffset, int yOffset) override
{
W_BUTTON *psButton = this;
int x0 = psButton->x() + xOffset;
int y0 = psButton->y() + yOffset;
int x1 = x0 + psButton->width();
int y1 = y0 + psButton->height();
bool isDown = (psButton->getState() & (WBUT_DOWN | WBUT_LOCK | WBUT_CLICKLOCK)) != 0;
bool isDisabled = (psButton->getState() & WBUT_DISABLE) != 0;
bool isHighlight = !isDisabled && ((psButton->getState() & WBUT_HIGHLIGHT) != 0);
// Display the button.
auto light_border = pal_RGBA(255, 255, 255, 100);
auto fill_color = isDown || isDisabled ? pal_RGBA(10, 0, 70, 200) : pal_RGBA(25, 0, 110, 175);
iV_ShadowBox(x0, y0, x1, y1, 0, isDown ? pal_RGBA(0,0,0,0) : light_border, isDisabled ? light_border : WZCOL_FORM_DARK, fill_color);
// Highlight
if (isHighlight)
{
iV_Box(x0 + 2, y0 + 2, x1 - 2, y1 - 2, WZCOL_FORM_HILITE);
}
// Outline
switch (outline)
{
case OutlineState::None:
break;
case OutlineState::Double:
iV_Box(x0 + 3, y0 + 3, x1 - 3, y1 - 3, pal_RGBA(218, 207, 255, 200));
// fall-through
case OutlineState::Single:
iV_Box(x0 + 1, y0 + 1, x1 - 1, y1 - 1, pal_RGBA(218, 207, 255, 200));
break;
}
// Display the image, if present
int imageLeft = x1 - REPLAY_ACTION_BUTTONS_PADDING - REPLAY_ACTION_BUTTONS_IMAGE_SIZE;
int imageTop = (psButton->y() + yOffset) + REPLAY_ACTION_BUTTONS_PADDING;
if (pButtonImage)
{
iV_DrawImageAnisotropic(*(pButtonImage), Vector2i(imageLeft, imageTop), Vector2f(0,0), Vector2f(REPLAY_ACTION_BUTTONS_IMAGE_SIZE, REPLAY_ACTION_BUTTONS_IMAGE_SIZE), 0.f, WZCOL_WHITE);
}
}
public:
gfx_api::texture* pButtonImage = nullptr;
enum class OutlineState {
None,
Single,
Double
};
OutlineState outline = OutlineState::None;
};
enum class ReplayGameStatus
{
PLAY,
PAUSE,
};
ReplayGameStatus getReplayGameStatus() const
{
ReplayGameStatus status = (!gameTimeIsStopped()) ? ReplayGameStatus::PLAY : ReplayGameStatus::PAUSE;
// sanity check
return status;
}
void setReplayGameStatus(ReplayGameStatus newStatus)
{
switch (newStatus)
{
case ReplayGameStatus::PLAY:
setAudioPause(false);
setConsolePause(false);
if (gameTimeIsStopped())
{
gameTimeStart();
}
break;
case ReplayGameStatus::PAUSE:
if (!gameTimeIsStopped())
{
gameTimeStop();
}
setAudioPause(true);
setConsolePause(true);
break;
}
auto sharedThis = std::dynamic_pointer_cast<ReplayControllerWidget>(shared_from_this());
widgScheduleTask([sharedThis](){
sharedThis->refreshButtonStates();
});
}
void toggleFastForward(bool reverseDirection = false)
{
auto currFastForward = getMaxFastForwardTicks();
size_t newFastForward = 0;
if (currFastForward == 0)
{
newFastForward = (!reverseDirection) ? 1 : WZ_MAX_REPLAY_FASTFORWARD_TICKS;
}
else if (currFastForward == 1)
{
newFastForward = (!reverseDirection) ? WZ_MAX_REPLAY_FASTFORWARD_TICKS : 0;
}
else if (reverseDirection && currFastForward == WZ_MAX_REPLAY_FASTFORWARD_TICKS)
{
newFastForward = 1;
}
setMaxFastForwardTicks(newFastForward, true);
auto sharedThis = std::dynamic_pointer_cast<ReplayControllerWidget>(shared_from_this());
widgScheduleTask([sharedThis](){
sharedThis->refreshButtonStates();
});
}
void refreshButtonStates()
{
auto status = getReplayGameStatus();
switch (status)
{
case ReplayGameStatus::PLAY:
// play button shoud be disabled
playButton->setState(WBUT_DISABLE);
// pause + fast-forward buttons should be enabled
pauseButton->setState(0);
break;
case ReplayGameStatus::PAUSE:
// play button should be enabled
playButton->setState(0);
// pause + fast-forward buttons should be disabled
pauseButton->setState(WBUT_DISABLE);
break;
}
// fast-forward state is based on getMaxFastForwardTicks
auto maxFastForwardTicks = getMaxFastForwardTicks();
if (maxFastForwardTicks > 0)
{
// fast-forward is enabled
fastForwardButton->outline = (maxFastForwardTicks >= WZ_MAX_REPLAY_FASTFORWARD_TICKS) ? W_REPLAY_CONTROL_BUTTON::OutlineState::Double : W_REPLAY_CONTROL_BUTTON::OutlineState::Single;
}
else
{
// normal speed
fastForwardButton->outline = W_REPLAY_CONTROL_BUTTON::OutlineState::None;
}
lastUpdateTime = realTime;
}
private:
std::shared_ptr<W_REPLAY_CONTROL_BUTTON> makeReplayActionButton(const char* imagePath)
{
auto button = std::make_shared<W_REPLAY_CONTROL_BUTTON>();
button->style |= WBUT_SECONDARY;
button->FontID = font_regular;
button->pButtonImage = WZ_Notification_Image(imagePath).loadImageToTexture();
button->setGeometry(0, 0, REPLAY_ACTION_BUTTONS_WIDTH, REPLAY_ACTION_BUTTONS_HEIGHT);
return button;
}
private:
std::shared_ptr<W_LABEL> titleLabel;
std::shared_ptr<W_REPLAY_CONTROL_BUTTON> pauseButton;
std::shared_ptr<W_REPLAY_CONTROL_BUTTON> playButton;
std::shared_ptr<W_REPLAY_CONTROL_BUTTON> fastForwardButton;
UDWORD lastUpdateTime = 0;
UDWORD autoStateRefreshInterval = GAME_TICKS_PER_SEC * 3;
};
std::shared_ptr<ReplayControllerWidget> ReplayControllerWidget::make()
{
auto result = std::make_shared<ReplayControllerWidget>();
// Add title text
result->titleLabel = std::make_shared<W_LABEL>();
result->titleLabel->setFont(font_regular_bold, WZCOL_FORM_TEXT);
result->titleLabel->setString(WzString::fromUtf8(_("Replay")));
result->titleLabel->setGeometry(REPLAY_ACTION_BUTTONS_SPACING, REPLAY_ACTION_BUTTONS_SPACING, result->titleLabel->getMaxLineWidth(), iV_GetTextLineSize(font_regular_bold));
result->titleLabel->setCacheNeverExpires(true);
result->attach(result->titleLabel);
result->titleLabel->setCalcLayout(LAMBDA_CALCLAYOUT_SIMPLE({
auto psParent = std::dynamic_pointer_cast<ReplayControllerWidget>(psWidget->parent());
ASSERT_OR_RETURN(, psParent != nullptr, "No parent");
int x0 = psParent->width() - (psWidget->width() + REPLAY_ACTION_BUTTONS_SPACING);
psWidget->setGeometry(x0, REPLAY_ACTION_BUTTONS_SPACING, psWidget->width(), psWidget->height());
}));
int buttonsY0 = result->titleLabel->y() + result->titleLabel->height() + REPLAY_ACTION_BUTTONS_SPACING;
// Add pauseButton button
result->pauseButton = result->makeReplayActionButton("images/replay/pause.png");
result->pauseButton->setTip(_("Pause"));
result->attach(result->pauseButton);
result->pauseButton->addOnClickHandler([](W_BUTTON& button) {
auto psParent = std::dynamic_pointer_cast<ReplayControllerWidget>(button.parent());
ASSERT_OR_RETURN(, psParent != nullptr, "No parent");
psParent->setReplayGameStatus(ReplayGameStatus::PAUSE);
});
result->pauseButton->move(0, buttonsY0);
result->pauseButton->setCalcLayout(LAMBDA_CALCLAYOUT_SIMPLE({
int x0 = REPLAY_ACTION_BUTTONS_SPACING;
psWidget->setGeometry(x0, psWidget->y(), psWidget->width(), psWidget->height());
}));
// Add "play" button
result->playButton = result->makeReplayActionButton("images/replay/play.png");
result->playButton->setTip(_("Resume"));
result->attach(result->playButton);
result->playButton->addOnClickHandler([](W_BUTTON& button) {
auto psParent = std::dynamic_pointer_cast<ReplayControllerWidget>(button.parent());
ASSERT_OR_RETURN(, psParent != nullptr, "No parent");
psParent->setReplayGameStatus(ReplayGameStatus::PLAY);
});
result->playButton->move(0, buttonsY0);
result->playButton->setCalcLayout(LAMBDA_CALCLAYOUT_SIMPLE({
auto psParent = std::dynamic_pointer_cast<ReplayControllerWidget>(psWidget->parent());
ASSERT_OR_RETURN(, psParent != nullptr, "No parent");
int x0 = psParent->pauseButton->x() + psParent->pauseButton->width() + REPLAY_ACTION_BUTTONS_SPACING;
psWidget->setGeometry(x0, psWidget->y(), psWidget->width(), psWidget->height());
}));
// Add "fast-forwards" button
result->fastForwardButton = result->makeReplayActionButton("images/replay/fast_forward.png");
result->fastForwardButton->setTip(_("Fast-Forward"));
result->attach(result->fastForwardButton);
result->fastForwardButton->addOnClickHandler([](W_BUTTON& button) {
auto psParent = std::dynamic_pointer_cast<ReplayControllerWidget>(button.parent());
ASSERT_OR_RETURN(, psParent != nullptr, "No parent");
psParent->toggleFastForward(button.getOnClickButtonPressed() == WKEY_SECONDARY);
});
result->fastForwardButton->move(0, buttonsY0);
result->fastForwardButton->setCalcLayout(LAMBDA_CALCLAYOUT_SIMPLE({
auto psParent = std::dynamic_pointer_cast<ReplayControllerWidget>(psWidget->parent());
ASSERT_OR_RETURN(, psParent != nullptr, "No parent");
int x0 = psParent->playButton->x() + psParent->playButton->width() + REPLAY_ACTION_BUTTONS_SPACING;
psWidget->setGeometry(x0, psWidget->y(), psWidget->width(), psWidget->height());
}));
// set overall width
int neededWidth = (REPLAY_ACTION_BUTTONS_SPACING * 4) + result->pauseButton->width() + result->playButton->width() + result->fastForwardButton->width();
neededWidth = std::max<int>(neededWidth, REPLAY_ACTION_BUTTONS_SPACING + result->titleLabel->width() + REPLAY_ACTION_BUTTONS_SPACING);
int neededHeight = result->pauseButton->y() + result->pauseButton->height() + REPLAY_ACTION_BUTTONS_SPACING;
result->setGeometry(result->x(), result->y(), neededWidth, neededHeight);
result->refreshButtonStates();
return result;
}
void ReplayControllerWidget::display(int xOffset, int yOffset)
{
// currently, no-op
}
void ReplayControllerWidget::geometryChanged()
{
if (titleLabel)
{
titleLabel->callCalcLayout();
}
if (pauseButton)
{
pauseButton->callCalcLayout();
}
if (playButton)
{
playButton->callCalcLayout();
}
if (fastForwardButton)
{
fastForwardButton->callCalcLayout();
}
}
void ReplayControllerWidget::screenSizeDidChange(int oldWidth, int oldHeight, int newWidth, int newHeight)
{
// call default implementation (which ultimately propagates to all children
W_FORM::screenSizeDidChange(oldWidth, oldHeight, newWidth, newHeight);
}
void ReplayControllerWidget::run(W_CONTEXT *psContext)
{
if (realTime - lastUpdateTime >= autoStateRefreshInterval)
{
// trigger update call
auto replayController = std::dynamic_pointer_cast<ReplayControllerWidget>(shared_from_this());
widgScheduleTask([replayController](){
replayController->refreshButtonStates();
});
lastUpdateTime = realTime;
}
}
static std::shared_ptr<W_SCREEN> replayOverlayScreen;
bool createReplayControllerOverlay()
{
ASSERT(psWScreen != nullptr, "psWScreen is not initialized yet?");
ASSERT_OR_RETURN(false, replayOverlayScreen == nullptr, "Already initialized");
// Initialize the replay overlay screen
replayOverlayScreen = W_SCREEN::make();
replayOverlayScreen->psForm->hide();
// Create the Replay Controller form
auto replayControllerForm = ReplayControllerWidget::make();
replayOverlayScreen->psForm->attach(replayControllerForm);
// Position the Replay Controller form
replayControllerForm->setCalcLayout([](WIDGET *psWidget) {
int x0 = screenWidth - psWidget->width() - (REPLAY_ACTION_BUTTONS_SPACING * 2);
int y0 = 0;
psWidget->move(x0, y0);
});
widgRegisterOverlayScreenOnTopOfScreen(replayOverlayScreen, psWScreen);
return true;
}
/* Initialise the in game interface */
bool intInitialise()
{
for (auto &i : ReticuleEnabled)
{
i.Hidden = false;
}
widgSetTipColour(WZCOL_TOOLTIP_TEXT);
WidgSetAudio(WidgetAudioCallback, ID_SOUND_BUTTON_CLICK_3, ID_SOUND_SELECT, ID_SOUND_BUILD_FAIL);
/* Create storage for Structures that can be built */
apsStructStatsList = (STRUCTURE_STATS **)malloc(sizeof(STRUCTURE_STATS *) * MAXSTRUCTURES);
/* Create storage for Templates that can be built */
apsTemplateList.clear();
/* Create storage for the feature list */
apsFeatureList = (FEATURE_STATS **)malloc(sizeof(FEATURE_STATS *) * MAXFEATURES);
/* Create storage for the component list */
apsComponentList = (COMPONENT_STATS **)malloc(sizeof(COMPONENT_STATS *) * MAXCOMPONENT);
/* Create storage for the extra systems list */
apsExtraSysList = (COMPONENT_STATS **)malloc(sizeof(COMPONENT_STATS *) * MAXEXTRASYS);
psSelectedBuilder = nullptr;
if (!intInitialiseGraphics())
{
debug(LOG_ERROR, "Failed to initialize interface graphics");
return false;
}
psWScreen = W_SCREEN::make();
if (GetGameMode() == GS_NORMAL)
{
if (!intAddPower())
{
debug(LOG_ERROR, "Couldn't create power Bar widget(Out of memory ?)");
return false;
}
}
/* Note the current screen state */
intMode = INT_NORMAL;
if (!bInTutorial)
{
for (int comp = 0; comp < numStructureStats; comp++)
{
if (asStructureStats[comp].type == REF_DEMOLISH)
{
for (auto &apStructTypeList : apStructTypeLists)
{
apStructTypeList[comp] = AVAILABLE;
}
}
}
}
BuildController::resetShowFavorites();
if (NETisReplay() && GetGameMode() == GS_NORMAL)
{
createReplayControllerOverlay();
}
intUpdateFuncs.emplace_back([]() {
widgForEachOverlayScreen([](const std::shared_ptr<W_SCREEN> &pScreen, uint16_t order) -> bool {
if (pScreen != nullptr && order >= WIDG_SPEC_SCREEN_ORDER_START && order <= WIDG_SPEC_SCREEN_ORDER_END)
{
if (!((realSelectedPlayer <= MAX_CONNECTED_PLAYERS && NetPlay.players[realSelectedPlayer].isSpectator)
&& (selectedPlayer <= MAX_CONNECTED_PLAYERS && NetPlay.players[selectedPlayer].isSpectator)))
{
widgRemoveOverlayScreen(pScreen);
return false;
}
}
return true;
});
}, GAME_TICKS_PER_SEC + GAME_TICKS_PER_SEC);
return true;
}
/* Shut down the in game interface */
void interfaceShutDown()
{
if (replayOverlayScreen)
{
widgRemoveOverlayScreen(replayOverlayScreen);
replayOverlayScreen = nullptr;
}
groupsUI = nullptr;
psWScreen = nullptr;
free(apsStructStatsList);
apsTemplateList.clear();
free(apsFeatureList);
free(apsComponentList);
free(apsExtraSysList);
psSelectedBuilder = nullptr;
psWScreen = nullptr;
apsStructStatsList = nullptr;
apsFeatureList = nullptr;
apsComponentList = nullptr;
apsExtraSysList = nullptr;
//obviously!
ReticuleUp = false;
for (auto& i : retbutstats)
{
i = RETBUTSTATS();
}
}
static bool IntRefreshPending = false;
static bool IntGroupsRefreshPending = false;
// Set widget refresh pending flag.
//
void intRefreshScreen()