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OpenRCT2/src/openrct2-ui/interface/Window.cpp

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/*****************************************************************************
* Copyright (c) 2014-2024 OpenRCT2 developers
*
* For a complete list of all authors, please refer to contributors.md
* Interested in contributing? Visit https://github.com/OpenRCT2/OpenRCT2
*
* OpenRCT2 is licensed under the GNU General Public License version 3.
*****************************************************************************/
#include "Window.h"
#include "../UiStringIds.h"
#include "Theme.h"
#include "Widget.h"
#include <SDL.h>
#include <algorithm>
#include <openrct2-ui/windows/Window.h>
#include <openrct2/Context.h>
#include <openrct2/GameState.h>
#include <openrct2/Input.h>
#include <openrct2/OpenRCT2.h>
#include <openrct2/audio/audio.h>
#include <openrct2/config/Config.h>
#include <openrct2/drawing/Drawing.h>
#include <openrct2/entity/EntityRegistry.h>
#include <openrct2/interface/Viewport.h>
#include <openrct2/interface/Widget.h>
#include <openrct2/localisation/Formatter.h>
#include <openrct2/sprites.h>
#include <openrct2/ui/UiContext.h>
#include <openrct2/world/Location.hpp>
using namespace OpenRCT2;
using namespace OpenRCT2::Ui;
// The amount of pixels to scroll per wheel click
constexpr int32_t WindowScrollPixels = 17;
static int32_t _previousAbsoluteWheel = 0;
static bool WindowFitsBetweenOthers(const ScreenCoordsXY& loc, int32_t width, int32_t height)
{
for (auto& w : g_window_list)
{
if (w->flags & WF_DEAD)
continue;
if (w->flags & WF_STICK_TO_BACK)
continue;
if (loc.x + width <= w->windowPos.x)
continue;
if (loc.x >= w->windowPos.x + w->width)
continue;
if (loc.y + height <= w->windowPos.y)
continue;
if (loc.y >= w->windowPos.y + w->height)
continue;
return false;
}
return true;
}
static bool WindowFitsWithinSpace(const ScreenCoordsXY& loc, int32_t width, int32_t height)
{
if (loc.x < 0)
return false;
if (loc.y <= kTopToolbarHeight && !(gScreenFlags & SCREEN_FLAGS_TITLE_DEMO))
return false;
if (loc.x + width > ContextGetWidth())
return false;
if (loc.y + height > ContextGetHeight())
return false;
return WindowFitsBetweenOthers(loc, width, height);
}
static bool WindowFitsOnScreen(const ScreenCoordsXY& loc, int32_t width, int32_t height)
{
uint16_t screenWidth = ContextGetWidth();
uint16_t screenHeight = ContextGetHeight();
int32_t unk;
unk = -(width / 4);
if (loc.x < unk)
return false;
unk = screenWidth + (unk * 2);
if (loc.x > unk)
return false;
if (loc.y <= kTopToolbarHeight && !(gScreenFlags & SCREEN_FLAGS_TITLE_DEMO))
return false;
unk = screenHeight - (height / 4);
if (loc.y > unk)
return false;
return WindowFitsBetweenOthers(loc, width, height);
}
static ScreenCoordsXY ClampWindowToScreen(
const ScreenCoordsXY& pos, const int32_t screenWidth, const int32_t screenHeight, const int32_t width, const int32_t height)
{
auto screenPos = pos;
if (width > screenWidth || screenPos.x < 0)
screenPos.x = 0;
else if (screenPos.x + width > screenWidth)
screenPos.x = screenWidth - width;
auto toolbarAllowance = (gScreenFlags & SCREEN_FLAGS_TITLE_DEMO) ? 0 : (kTopToolbarHeight + 1);
if (height - toolbarAllowance > screenHeight || screenPos.y < toolbarAllowance)
screenPos.y = toolbarAllowance;
else if (screenPos.y + height - toolbarAllowance > screenHeight)
screenPos.y = screenHeight + toolbarAllowance - height;
return screenPos;
}
static ScreenCoordsXY GetAutoPositionForNewWindow(int32_t width, int32_t height)
{
auto uiContext = GetContext()->GetUiContext();
auto screenWidth = uiContext->GetWidth();
auto screenHeight = uiContext->GetHeight();
// Place window in an empty corner of the screen
const ScreenCoordsXY cornerPositions[] = {
{ 0, 30 }, // topLeft
{ screenWidth - width, 30 }, // topRight
{ 0, screenHeight - 34 - height }, // bottomLeft
{ screenWidth - width, screenHeight - 34 - height }, // bottomRight
};
for (const auto& cornerPos : cornerPositions)
{
if (WindowFitsWithinSpace(cornerPos, width, height))
{
return ClampWindowToScreen(cornerPos, screenWidth, screenHeight, width, height);
}
}
// Place window next to another
for (auto& w : g_window_list)
{
if (w->flags & WF_DEAD)
continue;
if (w->flags & WF_STICK_TO_BACK)
continue;
const ScreenCoordsXY offsets[] = {
{ w->width + 2, 0 },
{ -w->width - 2, 0 },
{ 0, w->height + 2 },
{ 0, -w->height - 2 },
{ w->width + 2, -w->height - 2 },
{ -w->width - 2, -w->height - 2 },
{ w->width + 2, w->height + 2 },
{ -w->width - 2, w->height + 2 },
};
for (const auto& offset : offsets)
{
auto screenPos = w->windowPos + offset;
if (WindowFitsWithinSpace(screenPos, width, height))
{
return ClampWindowToScreen(screenPos, screenWidth, screenHeight, width, height);
}
}
}
// Overlap
for (auto& w : g_window_list)
{
if (w->flags & WF_DEAD)
continue;
if (w->flags & WF_STICK_TO_BACK)
continue;
const ScreenCoordsXY offsets[] = {
{ w->width + 2, 0 },
{ -w->width - 2, 0 },
{ 0, w->height + 2 },
{ 0, -w->height - 2 },
};
for (const auto& offset : offsets)
{
auto screenPos = w->windowPos + offset;
if (WindowFitsOnScreen(screenPos, width, height))
{
return ClampWindowToScreen(screenPos, screenWidth, screenHeight, width, height);
}
}
}
// Cascade
auto screenPos = ScreenCoordsXY{ 0, 30 };
for (auto& w : g_window_list)
{
if (screenPos == w->windowPos)
{
screenPos.x += 5;
screenPos.y += 5;
}
}
return ClampWindowToScreen(screenPos, screenWidth, screenHeight, width, height);
}
static ScreenCoordsXY GetCentrePositionForNewWindow(int32_t width, int32_t height)
{
auto uiContext = GetContext()->GetUiContext();
auto screenWidth = uiContext->GetWidth();
auto screenHeight = uiContext->GetHeight();
return ScreenCoordsXY{ (screenWidth - width) / 2, std::max(kTopToolbarHeight + 1, (screenHeight - height) / 2) };
}
static int32_t WindowGetWidgetIndex(const WindowBase& w, Widget* widget)
{
int32_t i = 0;
for (Widget* widget2 = w.widgets; widget2->type != WindowWidgetType::Last; widget2++, i++)
if (widget == widget2)
return i;
return -1;
}
static int32_t WindowGetScrollIndex(const WindowBase& w, int32_t targetWidgetIndex)
{
if (w.widgets[targetWidgetIndex].type != WindowWidgetType::Scroll)
return -1;
int32_t scrollIndex = 0;
WidgetIndex widgetIndex = 0;
for (Widget* widget = w.widgets; widget->type != WindowWidgetType::Last; widget++, widgetIndex++)
{
if (widgetIndex == targetWidgetIndex)
break;
if (widget->type == WindowWidgetType::Scroll)
scrollIndex++;
}
return scrollIndex;
}
static Widget* WindowGetScrollWidget(const WindowBase& w, int32_t scrollIndex)
{
for (Widget* widget = w.widgets; widget->type != WindowWidgetType::Last; widget++)
{
if (widget->type != WindowWidgetType::Scroll)
continue;
if (scrollIndex == 0)
return widget;
scrollIndex--;
}
return nullptr;
}
/**
*
* rct2: 0x006E78E3
*/
static void WindowScrollWheelInput(WindowBase& w, int32_t scrollIndex, int32_t wheel)
{
auto& scroll = w.scrolls[scrollIndex];
Widget* widget = WindowGetScrollWidget(w, scrollIndex);
WidgetIndex widgetIndex = WindowGetWidgetIndex(w, widget);
if (scroll.flags & VSCROLLBAR_VISIBLE)
{
int32_t size = widget->height() - 1;
if (scroll.flags & HSCROLLBAR_VISIBLE)
size -= 11;
size = std::max(0, scroll.contentHeight - size);
scroll.contentOffsetY = std::min(std::max(0, scroll.contentOffsetY + wheel), size);
}
else
{
int32_t size = widget->width() - 1;
if (scroll.flags & VSCROLLBAR_VISIBLE)
size -= 11;
size = std::max(0, scroll.contentWidth - size);
scroll.contentOffsetX = std::min(std::max(0, scroll.contentOffsetX + wheel), size);
}
WidgetScrollUpdateThumbs(w, widgetIndex);
WidgetInvalidate(w, widgetIndex);
}
/**
*
* rct2: 0x006E793B
*/
static int32_t WindowWheelInput(WindowBase& w, int32_t wheel)
{
int32_t i = 0;
for (Widget* widget = w.widgets; widget->type != WindowWidgetType::Last; widget++)
{
if (widget->type != WindowWidgetType::Scroll)
continue;
// Originally always checked first scroll view, bug maybe?
const auto& scroll = w.scrolls[i];
if (scroll.flags & (HSCROLLBAR_VISIBLE | VSCROLLBAR_VISIBLE))
{
WindowScrollWheelInput(w, i, wheel);
return 1;
}
i++;
}
return 0;
}
/**
*
* rct2: 0x006E79FB
*/
static void WindowViewportWheelInput(WindowBase& w, int32_t wheel)
{
if (gScreenFlags & (SCREEN_FLAGS_TRACK_MANAGER | SCREEN_FLAGS_TITLE_DEMO))
return;
if (wheel < 0)
Windows::WindowZoomIn(w, true);
else if (wheel > 0)
Windows::WindowZoomOut(w, true);
}
static bool isSpinnerGroup(WindowBase& w, WidgetIndex index, WindowWidgetType buttonType)
{
const auto& widgets = w.widgets;
if (widgets[index].type != WindowWidgetType::Spinner && widgets[index].type != WindowWidgetType::ImgBtn)
return false;
if (widgets[index + 1].type != buttonType)
return false;
if (widgets[index + 2].type != buttonType)
return false;
return true;
}
static std::optional<WidgetIndex> getSpinnerGroupWidgetIndex(WindowBase& w, WidgetIndex startIndex)
{
// We only iterate 3 times as we might be at the spinner or one of its buttons.
for (WidgetIndex index = 0; index < 3; index++)
{
const auto reverseIndex = startIndex - index;
if (reverseIndex < 0)
{
break;
}
if (isSpinnerGroup(w, reverseIndex, WindowWidgetType::TrnBtn))
{
return reverseIndex;
}
if (isSpinnerGroup(w, reverseIndex, WindowWidgetType::Button))
{
return reverseIndex;
}
}
return std::nullopt;
}
// Allow mouse wheel scrolling to manipulate spinner widgets and tool sizes
static bool WindowOtherWheelInput(WindowBase& w, WidgetIndex widgetIndex, int32_t wheel)
{
// HACK: Until we have a new window system that allows us to add new events like mouse wheel easily,
// this selective approach will have to do.
const auto spinnerGroupIndex = getSpinnerGroupWidgetIndex(w, widgetIndex);
if (!spinnerGroupIndex.has_value())
{
return false;
}
const auto entryWidgetType = w.widgets[*spinnerGroupIndex].type;
auto targetWidgetIndex = *spinnerGroupIndex;
if (entryWidgetType == WindowWidgetType::ImgBtn)
{
auto expectedContent1 = ImageId(SPR_LAND_TOOL_DECREASE, FilterPaletteID::PaletteNull);
auto expectedContent2 = ImageId(SPR_LAND_TOOL_INCREASE, FilterPaletteID::PaletteNull);
auto button1Image = w.widgets[*spinnerGroupIndex + 1].image;
auto button2Image = w.widgets[*spinnerGroupIndex + 2].image;
if (button1Image != expectedContent1 || button2Image != expectedContent2)
{
return false;
}
// Expected widget order: decrease, increase
targetWidgetIndex += wheel < 0 ? 2 : 1;
}
else if (entryWidgetType == WindowWidgetType::Spinner)
{
auto button1StringId = w.widgets[*spinnerGroupIndex + 1].text;
auto button2StringId = w.widgets[*spinnerGroupIndex + 2].text;
if (button1StringId != STR_NUMERIC_UP || button2StringId != STR_NUMERIC_DOWN)
{
return false;
}
// Expected widget order: increase, decrease
targetWidgetIndex += wheel < 0 ? 1 : 2;
}
if (WidgetIsDisabled(w, targetWidgetIndex))
{
return false;
}
w.OnMouseDown(targetWidgetIndex);
return true;
}
/**
*
* rct2: 0x006E7868
*/
void WindowAllWheelInput()
{
// Get wheel value
auto cursorState = ContextGetCursorState();
int32_t absolute_wheel = cursorState->wheel;
int32_t relative_wheel = absolute_wheel - _previousAbsoluteWheel;
int32_t pixel_scroll = relative_wheel * WindowScrollPixels;
_previousAbsoluteWheel = absolute_wheel;
if (relative_wheel == 0)
return;
// Check window cursor is over
if (!(InputTestFlag(INPUT_FLAG_5)))
{
WindowBase* w = WindowFindFromPoint(cursorState->position);
if (w != nullptr)
{
// Check if main window
if (w->classification == WindowClass::MainWindow || w->classification == WindowClass::Viewport)
{
WindowViewportWheelInput(*w, relative_wheel);
return;
}
// Check scroll view, cursor is over
WidgetIndex widgetIndex = WindowFindWidgetFromPoint(*w, cursorState->position);
if (widgetIndex != -1)
{
const auto& widget = w->widgets[widgetIndex];
if (widget.type == WindowWidgetType::Scroll)
{
int32_t scrollIndex = WindowGetScrollIndex(*w, widgetIndex);
const auto& scroll = w->scrolls[scrollIndex];
if (scroll.flags & (HSCROLLBAR_VISIBLE | VSCROLLBAR_VISIBLE))
{
WindowScrollWheelInput(*w, WindowGetScrollIndex(*w, widgetIndex), pixel_scroll);
return;
}
}
else
{
if (WindowOtherWheelInput(*w, widgetIndex, pixel_scroll))
{
return;
}
}
// Check other scroll views on window
if (WindowWheelInput(*w, pixel_scroll))
return;
}
}
}
}
void ApplyScreenSaverLockSetting()
{
Config::Get().general.DisableScreensaver ? SDL_DisableScreenSaver() : SDL_EnableScreenSaver();
}
/**
*
* rct2: 0x006EA776
*/
static void WindowInvalidatePressedImageButton(const WindowBase& w)
{
WidgetIndex widgetIndex;
Widget* widget;
widgetIndex = 0;
for (widget = w.widgets; widget->type != WindowWidgetType::Last; widget++, widgetIndex++)
{
if (widget->type != WindowWidgetType::ImgBtn)
continue;
if (WidgetIsPressed(w, widgetIndex) || isToolActive(w, widgetIndex))
GfxSetDirtyBlocks({ w.windowPos, w.windowPos + ScreenCoordsXY{ w.width, w.height } });
}
}
void Window::ScrollToViewport()
{
if (viewport == nullptr || !focus.has_value())
return;
CoordsXYZ newCoords = focus.value().GetPos();
auto mainWindow = WindowGetMain();
if (mainWindow != nullptr)
WindowScrollToLocation(*mainWindow, newCoords);
}
void Window::OnDraw(DrawPixelInfo& dpi)
{
Windows::WindowDrawWidgets(*this, dpi);
}
void Window::OnDrawWidget(WidgetIndex widgetIndex, DrawPixelInfo& dpi)
{
WidgetDraw(dpi, *this, widgetIndex);
}
void Window::InitScrollWidgets()
{
Windows::WindowInitScrollWidgets(*this);
}
void Window::InvalidateWidget(WidgetIndex widgetIndex)
{
WidgetInvalidate(*this, widgetIndex);
}
bool Window::IsWidgetDisabled(WidgetIndex widgetIndex) const
{
return WidgetIsDisabled(*this, widgetIndex);
}
bool Window::IsWidgetPressed(WidgetIndex widgetIndex) const
{
return WidgetIsPressed(*this, widgetIndex);
}
void Window::SetWidgetEnabled(WidgetIndex widgetIndex, bool value)
{
WidgetSetEnabled(*this, widgetIndex, value);
}
void Window::SetWidgetDisabled(WidgetIndex widgetIndex, bool value)
{
WidgetSetDisabled(*this, widgetIndex, value);
}
void Window::SetWidgetDisabledAndInvalidate(WidgetIndex widgetIndex, bool value)
{
bool oldState = IsWidgetDisabled(widgetIndex);
if (oldState != value)
{
WidgetSetDisabled(*this, widgetIndex, value);
InvalidateWidget(widgetIndex);
}
}
void Window::SetWidgetPressed(WidgetIndex widgetIndex, bool value)
{
WidgetSetPressed(*this, widgetIndex, value);
}
void Window::SetCheckboxValue(WidgetIndex widgetIndex, bool value)
{
SetWidgetPressed(widgetIndex, value);
}
void Window::DrawWidgets(DrawPixelInfo& dpi)
{
Windows::WindowDrawWidgets(*this, dpi);
}
void Window::Close()
{
CloseWindowModifier modifier = GetCloseModifier();
if (modifier == CloseWindowModifier::Shift)
{
CloseOthers();
}
else if (modifier == CloseWindowModifier::Control)
{
CloseOthersOfThisClass();
}
else
{
WindowClose(*this);
}
}
void Window::CloseOthers()
{
WindowCloseAllExceptNumberAndClass(number, classification);
}
void Window::CloseOthersOfThisClass()
{
WindowCloseByClass(classification);
}
CloseWindowModifier Window::GetCloseModifier()
{
CloseWindowModifier lastModifier = CloseWindowModifier::None;
if (gLastCloseModifier.window.number == number && gLastCloseModifier.window.classification == classification)
{
lastModifier = gLastCloseModifier.modifier;
}
gLastCloseModifier.modifier = CloseWindowModifier::None;
return lastModifier;
}
void Window::TextInputOpen(
WidgetIndex callWidget, StringId title, StringId description, const Formatter& descriptionArgs, StringId existingText,
uintptr_t existingArgs, int32_t maxLength)
{
OpenRCT2::Ui::Windows::WindowTextInputOpen(
this, callWidget, title, description, descriptionArgs, existingText, existingArgs, maxLength);
}
void Window::ResizeFrame()
{
// Frame
widgets[0].right = width - 1;
widgets[0].bottom = height - 1;
// Title
widgets[1].right = width - 2;
// Close button
if (Config::Get().interface.WindowButtonsOnTheLeft)
{
widgets[2].left = 2;
widgets[2].right = 2 + kCloseButtonWidth;
}
else
{
widgets[2].left = width - 3 - kCloseButtonWidth;
widgets[2].right = width - 3;
}
}
void Window::ResizeFrameWithPage()
{
ResizeFrame();
// Page background
widgets[3].right = width - 1;
widgets[3].bottom = height - 1;
}
void Window::ResizeSpinner(WidgetIndex widgetIndex, const ScreenCoordsXY& origin, const ScreenSize& size)
{
auto right = origin.x + size.width - 1;
auto bottom = origin.y + size.height - 1;
widgets[widgetIndex].left = origin.x;
widgets[widgetIndex].top = origin.y;
widgets[widgetIndex].right = right;
widgets[widgetIndex].bottom = bottom;
widgets[widgetIndex + 1].left = right - size.height; // subtract height to maintain aspect ratio
widgets[widgetIndex + 1].top = origin.y + 1;
widgets[widgetIndex + 1].right = right - 1;
widgets[widgetIndex + 1].bottom = bottom - 1;
widgets[widgetIndex + 2].left = right - size.height * 2;
widgets[widgetIndex + 2].top = origin.y + 1;
widgets[widgetIndex + 2].right = right - size.height - 1;
widgets[widgetIndex + 2].bottom = bottom - 1;
}
void Window::ResizeDropdown(WidgetIndex widgetIndex, const ScreenCoordsXY& origin, const ScreenSize& size)
{
auto right = origin.x + size.width - 1;
auto bottom = origin.y + size.height - 1;
widgets[widgetIndex].left = origin.x;
widgets[widgetIndex].top = origin.y;
widgets[widgetIndex].right = right;
widgets[widgetIndex].bottom = bottom;
widgets[widgetIndex + 1].left = right - size.height + 1; // subtract height to maintain aspect ratio
widgets[widgetIndex + 1].top = origin.y + 1;
widgets[widgetIndex + 1].right = right - 1;
widgets[widgetIndex + 1].bottom = bottom - 1;
}
void WindowAlignTabs(WindowBase* w, WidgetIndex start_tab_id, WidgetIndex end_tab_id)
{
int32_t i, x = w->widgets[start_tab_id].left;
int32_t tab_width = w->widgets[start_tab_id].width();
for (i = start_tab_id; i <= end_tab_id; i++)
{
auto& widget = w->widgets[i];
if (!WidgetIsDisabled(*w, i))
{
widget.left = x;
widget.right = x + tab_width;
x += tab_width + 1;
}
else
{
// Workaround #20535: Avoid disabled widgets from sharing the same space as active ones, otherwise
// WindowFindWidgetFromPoint could return the disabled one, causing issues.
widget.left = 0;
widget.right = 0;
}
}
}
ScreenCoordsXY WindowGetViewportSoundIconPos(WindowBase& w)
{
const uint8_t buttonOffset = (Config::Get().interface.WindowButtonsOnTheLeft) ? kCloseButtonWidth + 2 : 0;
return w.windowPos + ScreenCoordsXY{ 2 + buttonOffset, 2 };
}
namespace OpenRCT2::Ui::Windows
{
static u8string _textBoxInput;
static int32_t _textBoxFrameNo = 0;
static bool _usingWidgetTextBox = false;
static TextInputSession* _textInput;
static WidgetIdentifier _currentTextBox = { { WindowClass::Null, 0 }, 0 };
WindowBase* WindowCreate(
std::unique_ptr<WindowBase>&& wp, WindowClass cls, ScreenCoordsXY pos, int32_t width, int32_t height, uint32_t flags)
{
if (flags & WF_AUTO_POSITION)
{
if (flags & WF_CENTRE_SCREEN)
{
pos = GetCentrePositionForNewWindow(width, height);
}
else
{
pos = GetAutoPositionForNewWindow(width, height);
}
}
// Check if there are any window slots left
// include kWindowLimitReserved for items such as the main viewport and toolbars to not appear to be counted.
if (g_window_list.size() >= static_cast<size_t>(Config::Get().general.WindowLimit + kWindowLimitReserved))
{
// Close least recently used window
for (auto& w : g_window_list)
{
if (w->flags & WF_DEAD)
continue;
if (!(w->flags & (WF_STICK_TO_BACK | WF_STICK_TO_FRONT | WF_NO_AUTO_CLOSE)))
{
WindowClose(*w.get());
break;
}
}
}
// Find right position to insert new window
auto itDestPos = g_window_list.end();
if (flags & WF_STICK_TO_BACK)
{
for (auto it = g_window_list.begin(); it != g_window_list.end(); it++)
{
if ((*it)->flags & WF_DEAD)
continue;
if (!((*it)->flags & WF_STICK_TO_BACK))
{
itDestPos = it;
}
}
}
else if (!(flags & WF_STICK_TO_FRONT))
{
for (auto it = g_window_list.rbegin(); it != g_window_list.rend(); it++)
{
if ((*it)->flags & WF_DEAD)
continue;
if (!((*it)->flags & WF_STICK_TO_FRONT))
{
itDestPos = it.base();
break;
}
}
}
auto itNew = g_window_list.insert(itDestPos, std::move(wp));
auto w = itNew->get();
// Setup window
w->classification = cls;
w->flags = flags;
// Play sounds and flash the window
if (!(flags & (WF_STICK_TO_BACK | WF_STICK_TO_FRONT)))
{
w->flags |= WF_WHITE_BORDER_MASK;
OpenRCT2::Audio::Play(OpenRCT2::Audio::SoundId::WindowOpen, 0, pos.x + (width / 2));
}
w->windowPos = pos;
w->width = width;
w->height = height;
w->min_width = width;
w->max_width = width;
w->min_height = height;
w->max_height = height;
w->focus = std::nullopt;
ColourSchemeUpdate(w);
w->Invalidate();
w->OnOpen();
return w;
}
WindowBase* WindowGetListening()
{
for (auto it = g_window_list.rbegin(); it != g_window_list.rend(); it++)
{
auto& w = **it;
if (w.flags & WF_DEAD)
continue;
auto viewport = w.viewport;
if (viewport != nullptr)
{
if (viewport->flags & VIEWPORT_FLAG_SOUND_ON)
{
return &w;
}
}
}
return nullptr;
}
WindowClass WindowGetClassification(const WindowBase& window)
{
return window.classification;
}
void WindowStartTextbox(const WindowBase& callW, WidgetIndex callWidget, u8string existingText, int32_t maxLength)
{
if (_usingWidgetTextBox)
WindowCancelTextbox();
_usingWidgetTextBox = true;
_currentTextBox.window.classification = callW.classification;
_currentTextBox.window.number = callW.number;
_currentTextBox.widget_index = callWidget;
_textBoxFrameNo = 0;
WindowCloseByClass(WindowClass::Textinput);
_textBoxInput = existingText;
_textInput = ContextStartTextInput(_textBoxInput, maxLength);
}
void WindowCancelTextbox()
{
if (_usingWidgetTextBox)
{
WindowBase* w = WindowFindByNumber(_currentTextBox.window.classification, _currentTextBox.window.number);
_currentTextBox.window.classification = WindowClass::Null;
_currentTextBox.window.number = 0;
ContextStopTextInput();
_usingWidgetTextBox = false;
if (w != nullptr)
{
WidgetInvalidate(*w, _currentTextBox.widget_index);
}
_currentTextBox.widget_index = static_cast<uint16_t>(WindowWidgetType::Last);
}
}
void WindowUpdateTextboxCaret()
{
_textBoxFrameNo++;
if (_textBoxFrameNo > 30)
_textBoxFrameNo = 0;
}
void WindowUpdateTextbox()
{
if (_usingWidgetTextBox)
{
_textBoxFrameNo = 0;
WindowBase* w = WindowFindByNumber(_currentTextBox.window.classification, _currentTextBox.window.number);
WidgetInvalidate(*w, _currentTextBox.widget_index);
w->OnTextInput(_currentTextBox.widget_index, _textBoxInput);
}
}
const TextInputSession* GetTextboxSession()
{
return _textInput;
}
void SetTexboxSession(TextInputSession* session)
{
_textInput = session;
}
bool IsUsingWidgetTextBox()
{
return _usingWidgetTextBox;
}
bool TextBoxCaretIsFlashed()
{
return _textBoxFrameNo <= 15;
}
const WidgetIdentifier& GetCurrentTextBox()
{
return _currentTextBox;
}
void WindowResize(WindowBase& w, int32_t dw, int32_t dh)
{
if (dw == 0 && dh == 0)
return;
// Invalidate old region
w.Invalidate();
// Clamp new size to minimum and maximum
w.width = std::clamp<int32_t>(w.width + dw, w.min_width, w.max_width);
w.height = std::clamp<int32_t>(w.height + dh, w.min_height, w.max_height);
w.OnResize();
w.OnPrepareDraw();
// Update scroll widgets
for (auto& scroll : w.scrolls)
{
scroll.contentWidth = -1;
scroll.contentHeight = -1;
}
WindowUpdateScrollWidgets(w);
// Invalidate new region
w.Invalidate();
}
/**
*
* rct2: 0x006EAE4E
*
* @param w The window (esi).
*/
void WindowUpdateScrollWidgets(WindowBase& w)
{
int32_t scrollIndex, width, height, scrollPositionChanged;
WidgetIndex widgetIndex;
Widget* widget;
widgetIndex = 0;
scrollIndex = 0;
for (widget = w.widgets; widget->type != WindowWidgetType::Last; widget++, widgetIndex++)
{
if (widget->type != WindowWidgetType::Scroll)
continue;
auto& scroll = w.scrolls[scrollIndex];
ScreenSize scrollSize = w.OnScrollGetSize(scrollIndex);
width = scrollSize.width;
height = scrollSize.height;
if (height == 0)
{
scroll.contentOffsetY = 0;
}
else if (width == 0)
{
scroll.contentOffsetX = 0;
}
width++;
height++;
scrollPositionChanged = 0;
if ((widget->content & SCROLL_HORIZONTAL) && width != scroll.contentWidth)
{
scrollPositionChanged = 1;
scroll.contentWidth = width;
}
if ((widget->content & SCROLL_VERTICAL) && height != scroll.contentHeight)
{
scrollPositionChanged = 1;
scroll.contentHeight = height;
}
if (scrollPositionChanged)
{
WidgetScrollUpdateThumbs(w, widgetIndex);
w.Invalidate();
}
scrollIndex++;
}
}
/**
* Initialises scroll widgets to their virtual size.
* rct2: 0x006EAEB8
*/
void WindowInitScrollWidgets(WindowBase& w)
{
Widget* widget;
int32_t widget_index, scroll_index;
widget_index = 0;
scroll_index = 0;
for (widget = w.widgets; widget->type != WindowWidgetType::Last; widget++)
{
if (widget->type != WindowWidgetType::Scroll)
{
widget_index++;
continue;
}
auto& scroll = w.scrolls[scroll_index];
scroll.flags = 0;
ScreenSize scrollSize = w.OnScrollGetSize(scroll_index);
scroll.contentOffsetX = 0;
scroll.contentWidth = scrollSize.width + 1;
scroll.contentOffsetY = 0;
scroll.contentHeight = scrollSize.height + 1;
if (widget->content & SCROLL_HORIZONTAL)
scroll.flags |= HSCROLLBAR_VISIBLE;
if (widget->content & SCROLL_VERTICAL)
scroll.flags |= VSCROLLBAR_VISIBLE;
WidgetScrollUpdateThumbs(w, widget_index);
widget_index++;
scroll_index++;
}
}
static void SnapLeft(WindowBase& w, int32_t proximity)
{
const auto* mainWindow = WindowGetMain();
auto wBottom = w.windowPos.y + w.height;
auto wLeftProximity = w.windowPos.x - (proximity * 2);
auto wRightProximity = w.windowPos.x + (proximity * 2);
auto rightMost = INT32_MIN;
WindowVisitEach([&](WindowBase* w2) {
if (w2 == &w || w2 == mainWindow)
return;
auto right = w2->windowPos.x + w2->width;
if (wBottom < w2->windowPos.y || w.windowPos.y > w2->windowPos.y + w2->height)
return;
if (right < wLeftProximity || right > wRightProximity)
return;
rightMost = std::max(rightMost, right);
});
if (0 >= wLeftProximity && 0 <= wRightProximity)
rightMost = std::max(rightMost, 0);
if (rightMost != INT32_MIN)
w.windowPos.x = rightMost;
}
static void SnapTop(WindowBase& w, int32_t proximity)
{
const auto* mainWindow = WindowGetMain();
auto wRight = w.windowPos.x + w.width;
auto wTopProximity = w.windowPos.y - (proximity * 2);
auto wBottomProximity = w.windowPos.y + (proximity * 2);
auto bottomMost = INT32_MIN;
WindowVisitEach([&](WindowBase* w2) {
if (w2 == &w || w2 == mainWindow)
return;
auto bottom = w2->windowPos.y + w2->height;
if (wRight < w2->windowPos.x || w.windowPos.x > w2->windowPos.x + w2->width)
return;
if (bottom < wTopProximity || bottom > wBottomProximity)
return;
bottomMost = std::max(bottomMost, bottom);
});
if (0 >= wTopProximity && 0 <= wBottomProximity)
bottomMost = std::max(bottomMost, 0);
if (bottomMost != INT32_MIN)
w.windowPos.y = bottomMost;
}
static void SnapRight(WindowBase& w, int32_t proximity)
{
const auto* mainWindow = WindowGetMain();
auto wRight = w.windowPos.x + w.width;
auto wBottom = w.windowPos.y + w.height;
auto wLeftProximity = wRight - (proximity * 2);
auto wRightProximity = wRight + (proximity * 2);
auto leftMost = INT32_MAX;
WindowVisitEach([&](WindowBase* w2) {
if (w2 == &w || w2 == mainWindow)
return;
if (wBottom < w2->windowPos.y || w.windowPos.y > w2->windowPos.y + w2->height)
return;
if (w2->windowPos.x < wLeftProximity || w2->windowPos.x > wRightProximity)
return;
leftMost = std::min<int32_t>(leftMost, w2->windowPos.x);
});
auto screenWidth = ContextGetWidth();
if (screenWidth >= wLeftProximity && screenWidth <= wRightProximity)
leftMost = std::min(leftMost, screenWidth);
if (leftMost != INT32_MAX)
w.windowPos.x = leftMost - w.width;
}
static void SnapBottom(WindowBase& w, int32_t proximity)
{
const auto* mainWindow = WindowGetMain();
auto wRight = w.windowPos.x + w.width;
auto wBottom = w.windowPos.y + w.height;
auto wTopProximity = wBottom - (proximity * 2);
auto wBottomProximity = wBottom + (proximity * 2);
auto topMost = INT32_MAX;
WindowVisitEach([&](WindowBase* w2) {
if (w2 == &w || w2 == mainWindow)
return;
if (wRight < w2->windowPos.x || w.windowPos.x > w2->windowPos.x + w2->width)
return;
if (w2->windowPos.y < wTopProximity || w2->windowPos.y > wBottomProximity)
return;
topMost = std::min<int32_t>(topMost, w2->windowPos.y);
});
auto screenHeight = ContextGetHeight();
if (screenHeight >= wTopProximity && screenHeight <= wBottomProximity)
topMost = std::min(topMost, screenHeight);
if (topMost != INT32_MAX)
w.windowPos.y = topMost - w.height;
}
void WindowMoveAndSnap(WindowBase& w, ScreenCoordsXY newWindowCoords, int32_t snapProximity)
{
auto originalPos = w.windowPos;
int32_t minY = (gScreenFlags & SCREEN_FLAGS_TITLE_DEMO) ? 1 : kTopToolbarHeight + 2;
newWindowCoords.y = std::clamp(newWindowCoords.y, minY, ContextGetHeight() - 34);
if (snapProximity > 0)
{
w.windowPos = newWindowCoords;
SnapRight(w, snapProximity);
SnapBottom(w, snapProximity);
SnapLeft(w, snapProximity);
SnapTop(w, snapProximity);
if (w.windowPos == originalPos)
return;
newWindowCoords = w.windowPos;
w.windowPos = originalPos;
}
WindowSetPosition(w, newWindowCoords);
}
void WindowMovePosition(WindowBase& w, const ScreenCoordsXY& deltaCoords)
{
if (deltaCoords.x == 0 && deltaCoords.y == 0)
return;
// Invalidate old region
w.Invalidate();
// Translate window and viewport
w.windowPos += deltaCoords;
if (w.viewport != nullptr)
{
w.viewport->pos += deltaCoords;
}
// Invalidate new region
w.Invalidate();
}
void WindowSetPosition(WindowBase& w, const ScreenCoordsXY& screenCoords)
{
WindowMovePosition(w, screenCoords - w.windowPos);
}
/**
*
* rct2: 0x006ED710
* Called after a window resize to move windows if they
* are going to be out of sight.
*/
void WindowRelocateWindows(int32_t width, int32_t height)
{
int32_t new_location = 8;
WindowVisitEach([width, height, &new_location](WindowBase* w) {
// Work out if the window requires moving
if (w->windowPos.x + 10 < width)
{
if (w->flags & (WF_STICK_TO_BACK | WF_STICK_TO_FRONT))
{
if (w->windowPos.y - 22 < height)
{
return;
}
}
if (w->windowPos.y + 10 < height)
{
return;
}
}
// Calculate the new locations
auto newWinPos = w->windowPos;
w->windowPos = { new_location, new_location + kTopToolbarHeight + 1 };
// Move the next new location so windows are not directly on top
new_location += 8;
// Adjust the viewport if required.
if (w->viewport != nullptr)
{
w->viewport->pos -= newWinPos - w->windowPos;
}
});
}
void WindowSetResize(WindowBase& w, int32_t minWidth, int32_t minHeight, int32_t maxWidth, int32_t maxHeight)
{
w.min_width = minWidth;
w.min_height = minHeight;
w.max_width = maxWidth;
w.max_height = maxHeight;
// Clamp width and height to minimum and maximum
int32_t width = std::clamp<int32_t>(w.width, std::min(minWidth, maxWidth), std::max(minWidth, maxWidth));
int32_t height = std::clamp<int32_t>(w.height, std::min(minHeight, maxHeight), std::max(minHeight, maxHeight));
// Resize window if size has changed
if (w.width != width || w.height != height)
{
w.Invalidate();
w.width = width;
w.height = height;
w.Invalidate();
}
}
bool WindowCanResize(const WindowBase& w)
{
return (w.flags & WF_RESIZABLE) && (w.min_width != w.max_width || w.min_height != w.max_height);
}
/**
*
* rct2: 0x006EA73F
*/
void InvalidateAllWindowsAfterInput()
{
WindowVisitEach([](WindowBase* w) {
Windows::WindowUpdateScrollWidgets(*w);
WindowInvalidatePressedImageButton(*w);
w->OnResize();
});
}
/**
*
* rct2: 0x00685BE1
*
* @param dpi (edi)
* @param w (esi)
*/
void WindowDrawViewport(DrawPixelInfo& dpi, WindowBase& w)
{
ViewportRender(dpi, w.viewport, { { dpi.x, dpi.y }, { dpi.x + dpi.width, dpi.y + dpi.height } });
}
/**
*
* rct2: 0x006EB15C
*/
void WindowDrawWidgets(WindowBase& w, DrawPixelInfo& dpi)
{
Widget* widget;
WidgetIndex widgetIndex;
if ((w.flags & WF_TRANSPARENT) && !(w.flags & WF_NO_BACKGROUND))
GfxFilterRect(
dpi, { w.windowPos, w.windowPos + ScreenCoordsXY{ w.width - 1, w.height - 1 } }, FilterPaletteID::Palette51);
// todo: some code missing here? Between 006EB18C and 006EB260
widgetIndex = 0;
for (widget = w.widgets; widget->type != WindowWidgetType::Last; widget++)
{
if (widget->IsVisible())
{
// Check if widget is outside the draw region
if (w.windowPos.x + widget->left < dpi.x + dpi.width && w.windowPos.x + widget->right >= dpi.x)
{
if (w.windowPos.y + widget->top < dpi.y + dpi.height && w.windowPos.y + widget->bottom >= dpi.y)
{
w.OnDrawWidget(widgetIndex, dpi);
}
}
}
widgetIndex++;
}
// todo: something missing here too? Between 006EC32B and 006EC369
if (w.flags & WF_WHITE_BORDER_MASK)
{
GfxFillRectInset(
dpi, { w.windowPos, w.windowPos + ScreenCoordsXY{ w.width - 1, w.height - 1 } }, { COLOUR_WHITE },
INSET_RECT_FLAG_FILL_NONE);
}
}
/**
*
* rct2: 0x006887A6
*/
void WindowZoomIn(WindowBase& w, bool atCursor)
{
WindowZoomSet(w, w.viewport->zoom - 1, atCursor);
}
/**
*
* rct2: 0x006887E0
*/
void WindowZoomOut(WindowBase& w, bool atCursor)
{
WindowZoomSet(w, w.viewport->zoom + 1, atCursor);
}
void MainWindowZoom(bool zoomIn, bool atCursor)
{
auto* mainWindow = WindowGetMain();
if (mainWindow == nullptr)
return;
if (gScreenFlags & SCREEN_FLAGS_TITLE_DEMO)
return;
if (gScreenFlags & SCREEN_FLAGS_SCENARIO_EDITOR && GetGameState().EditorStep != EditorStep::LandscapeEditor)
return;
if (gScreenFlags & SCREEN_FLAGS_TRACK_MANAGER)
return;
if (zoomIn)
WindowZoomIn(*mainWindow, atCursor);
else
WindowZoomOut(*mainWindow, atCursor);
}
} // namespace OpenRCT2::Ui::Windows
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