/* * The ManaPlus Client * Copyright (C) 2012-2013 The ManaPlus Developers * * This file is part of The ManaPlus Client. * * This program 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 * any later version. * * This program 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 this program. If not, see <http://www.gnu.org/licenses/>. */ #include "touchmanager.h" #include "configuration.h" #include "graphics.h" #include "graphicsvertexes.h" #include "inputmanager.h" #include "mouseinput.h" #include "touchactions.h" #include "gui/theme.h" #include "debug.h" TouchManager touchManager; extern int openGLMode; TouchManager::TouchManager() : mKeyboard(nullptr), mPad(nullptr), mVertexes(new ImageCollection), mRedraw(true), mShowJoystick(false), mShowButtons(false), mShowKeyboard(false), mButtonsSize(1), mJoystickSize(1), mButtonsFormat(0), mShow(false), mInGame(false), mTempHideButtons(false) { for (int f = 0; f < actionsSize; f ++) mActions[f] = false; for (int f = 0; f < buttonsCount; f ++) mButtons[f] = nullptr; } TouchManager::~TouchManager() { clear(); delete mVertexes; mVertexes = nullptr; } void TouchManager::shutdown() { config.removeListeners(this); } void TouchManager::init() { config.addListener("showScreenJoystick", this); config.addListener("showScreenButtons", this); config.addListener("showScreenKeyboard", this); config.addListener("screenButtonsSize", this); config.addListener("screenJoystickSize", this); config.addListener("screenButtonsFormat", this); mShowJoystick = config.getBoolValue("showScreenJoystick"); mShowButtons = config.getBoolValue("showScreenButtons"); mShowKeyboard = config.getBoolValue("showScreenKeyboard"); mButtonsSize = config.getIntValue("screenButtonsSize"); mJoystickSize = config.getIntValue("screenJoystickSize"); mButtonsFormat = config.getIntValue("screenButtonsFormat"); setHalfJoyPad(getPadSize() / 2); if (mShowKeyboard) loadKeyboard(); if (mShowJoystick) loadPad(); if (mShowButtons) loadButtons(); } void TouchManager::loadTouchItem(TouchItem **item, std::string name, std::string imageName, int x, int y, int width, int height, int type, const std::string &eventPressed, const std::string &eventReleased, TouchFuncPtr fAll, TouchFuncPtr fPressed, TouchFuncPtr fReleased, TouchFuncPtr fOut) { *item = nullptr; Theme *theme = Theme::instance(); if (!theme) return; ImageRect *images = new ImageRect; for (int f = 0; f < 9; f ++) images->grid[f] = nullptr; Image *icon; if (imageName.empty()) icon = nullptr; else icon = Theme::getImageFromThemeXml(imageName, ""); Skin *const skin = theme->loadSkinRect(*images, name, ""); if (skin) { Image *image = images->grid[0]; if (image) { if (x == -1) x = skin->getOption("x", 10); if (y == -1) y = skin->getOption("y", 10); const int pad = skin->getPadding(); const int pad2 = 2 * pad; switch (type) { case LEFT: y += (mainGraphics->mHeight - height) / 2; break; case RIGHT: x = mainGraphics->mWidth - width - pad2 - x; y = mainGraphics->mHeight - height - pad2 - y; break; case NORMAL: default: break; } *item = new TouchItem(gcn::Rectangle(x, y, width + pad2, height + pad2), type, eventPressed, eventReleased, images, icon, x + pad, y + pad, width, height, fAll, fPressed, fReleased, fOut); mObjects.push_back(*item); } theme->unload(skin); } mRedraw = true; } void TouchManager::clear() { Theme *theme = Theme::instance(); if (!theme) return; FOR_EACH (TouchItemVectorCIter, it, mObjects) unload(*it); mObjects.clear(); mRedraw = true; } void TouchManager::draw() { if (openGLMode != 2) { if (mRedraw) { mRedraw = false; mVertexes->clear(); FOR_EACH (TouchItemVectorCIter, it, mObjects) { const TouchItem *const item = *it; if (item && item->images && (mShow || (item == mKeyboard && mShowKeyboard))) { mainGraphics->calcWindow(mVertexes, item->x, item->y, item->width, item->height, *item->images); const Image *const icon = item->icon; if (icon) { mainGraphics->calcTile(mVertexes, icon, item->x + (item->width - icon->mBounds.w) / 2, item->y + (item->height - icon->mBounds.h) / 2); } } } } mainGraphics->drawTile(mVertexes); } else { FOR_EACH (TouchItemVectorCIter, it, mObjects) { const TouchItem *const item = *it; if (item && item->images && (mShow || (item == mKeyboard && mShowKeyboard))) { mainGraphics->drawImageRect(item->x, item->y, item->width, item->height, *item->images); const Image *const icon = item->icon; if (icon) { mainGraphics->drawImage(icon, item->x + (item->width - icon->mBounds.w) / 2, item->y + (item->height - icon->mBounds.h) / 2); } } } } } bool TouchManager::processEvent(const MouseInput &mouseInput) { const int x = mouseInput.getTouchX(); const int y = mouseInput.getTouchY(); FOR_EACH (TouchItemVectorCIter, it, mObjects) { const TouchItem *const item = *it; if (!item || (!mShow && (item != mKeyboard || !mShowKeyboard))) continue; const gcn::Rectangle &rect = item->rect; if (rect.isPointInRect(x, y)) { MouseInput event = mouseInput; event.setX(event.getTouchX() - item->x); event.setY(event.getTouchY() - item->y); if (item->funcAll) item->funcAll(event); switch (mouseInput.getType()) { case gcn::MouseInput::PRESSED: if (!item->eventPressed.empty()) executeAction(item->eventPressed); else if (item->funcPressed) item->funcPressed(event); break; case gcn::MouseInput::RELEASED: if (!item->eventReleased.empty()) executeAction(item->eventReleased); else if (item->funcReleased) item->funcReleased(event); break; default: break; } return true; } else if (item->funcOut) { item->funcOut(mouseInput); } } return false; } bool TouchManager::isActionActive(const int index) const { if (index < 0 || index >= actionsSize) return false; return mActions[index]; } void TouchManager::resize(int width, int height) { mRedraw = true; FOR_EACH (TouchItemVectorCIter, it, mObjects) { TouchItem *const item = *it; if (!item) continue; switch (item->type) { case LEFT: if (height != mainGraphics->mHeight) { item->y += (height - item->height) / 2; item->rect.y += (height - item->rect.y) / 2; } break; case RIGHT: { const int diffW = width - mainGraphics->mWidth; const int diffH = height - mainGraphics->mHeight; item->x += diffW; item->rect.x += diffW; item->y += diffH; item->rect.y += diffH; break; } case NORMAL: default: break; } } } void TouchManager::unload(TouchItem *item) { if (item) { Theme *const theme = Theme::instance(); if (!theme) return; if (item->images) { theme->unloadRect(*item->images); delete item->images; item->images = nullptr; if (item->icon) { item->icon->decRef(); item->icon = nullptr; } } delete item; } } void TouchManager::unloadTouchItem(TouchItem **unloadItem) { Theme *theme = Theme::instance(); if (!theme) return; FOR_EACH (TouchItemVectorIter, it, mObjects) { TouchItem *item = *it; if (item && *unloadItem == item) { mObjects.erase(it); unload(item); return; } } } void TouchManager::loadPad() { const int sz = (mJoystickSize + 2) * 50; loadTouchItem(&mPad, "dpad.xml", "dpad_image.xml", -1, -1, sz, sz, LEFT, "", "", &padEvents, &padClick, &padUp, &padOut); } void TouchManager::loadButtons() { const int sz = (mButtonsSize + 1) * 50; Theme *theme = Theme::instance(); if (!theme) return; Skin *const skin = theme->load("dbutton.xml", ""); if (skin) { const int x = skin->getOption("x", 10); const int y = skin->getOption("y", 10); const int pad = skin->getPadding(); const int pad2 = 2 * pad; const int skipWidth = pad2 + sz + x; const int skipHeight = pad2 + sz + y; // 2x1 if (mButtonsFormat == 0) { loadTouchItem(&mButtons[1], "dbutton.xml", "dbutton_image.xml", x, y, sz, sz, RIGHT, "screenActionButton1", ""); loadTouchItem(&mButtons[0], "dbutton.xml", "dbutton_image.xml", skipWidth, y, sz, sz, RIGHT, "screenActionButton0", ""); } // 2x2 else if (mButtonsFormat == 1) { loadTouchItem(&mButtons[3], "dbutton.xml", "dbutton_image.xml", x, y, sz, sz, RIGHT, "screenActionButton3", ""); loadTouchItem(&mButtons[2], "dbutton.xml", "dbutton_image.xml", skipWidth, y, sz, sz, RIGHT, "screenActionButton2", ""); loadTouchItem(&mButtons[1], "dbutton.xml", "dbutton_image.xml", x, skipHeight, sz, sz, RIGHT, "screenActionButton1", ""); loadTouchItem(&mButtons[0], "dbutton.xml", "dbutton_image.xml", skipWidth, skipHeight, sz, sz, RIGHT, "screenActionButton0", ""); } theme->unload(skin); } } void TouchManager::loadKeyboard() { loadTouchItem(&mKeyboard, "keyboard_icon.xml", "", -1, -1, 28, 28, NORMAL, "", "screenActionKeyboard"); } void TouchManager::optionChanged(const std::string &value) { if (value == "showScreenJoystick") { if (mShowJoystick == config.getBoolValue("showScreenJoystick")) return; mShowJoystick = config.getBoolValue("showScreenJoystick"); if (mShowJoystick) loadPad(); else unloadTouchItem(&mPad); mRedraw = true; } else if (value == "showScreenButtons") { if (mShowButtons == config.getBoolValue("showScreenButtons")) return; mShowButtons = config.getBoolValue("showScreenButtons"); if (mShowButtons) { loadButtons(); } else { for (int f = 0; f < buttonsCount; f ++) unloadTouchItem(&mButtons[f]); } mRedraw = true; } else if (value == "showScreenKeyboard") { if (mShowKeyboard == config.getBoolValue("showScreenKeyboard")) return; mShowKeyboard = config.getBoolValue("showScreenKeyboard"); if (mShowKeyboard) loadKeyboard(); else unloadTouchItem(&mKeyboard); mRedraw = true; } else if (value == "screenButtonsSize") { if (mButtonsSize == config.getIntValue("screenButtonsSize")) return; mButtonsSize = config.getIntValue("screenButtonsSize"); if (mShowButtons) { for (int f = 0; f < buttonsCount; f ++) unloadTouchItem(&mButtons[f]); loadButtons(); } } else if (value == "screenJoystickSize") { if (mJoystickSize == config.getIntValue("screenJoystickSize")) return; mJoystickSize = config.getIntValue("screenJoystickSize"); setHalfJoyPad(getPadSize() / 2); if (mShowJoystick) { unloadTouchItem(&mPad); loadPad(); } } else if (value == "screenButtonsFormat") { if (mButtonsFormat == config.getIntValue("screenButtonsFormat")) return; mButtonsFormat = config.getIntValue("screenButtonsFormat"); if (mButtonsFormat) { for (int f = 0; f < buttonsCount; f ++) unloadTouchItem(&mButtons[f]); loadButtons(); } } } void TouchManager::setInGame(bool b) { mInGame = b; mShow = mInGame && !mTempHideButtons; mRedraw = true; } void TouchManager::setTempHide(bool b) { mTempHideButtons = b; mShow = mInGame && !mTempHideButtons; mRedraw = true; } void TouchManager::executeAction(const std::string &event) { inputManager.executeAction(config.getIntValue(event)); }