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keyboard.cpp
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#include "main.h"
#include "gui/gui.h"
#include "game/game.h"
#include "keyboard.h"
#include "dialog.h"
extern CGUI *pGUI;
extern CDialogWindow *pDialogWindow;
extern CGame *pGame;
CKeyBoard::CKeyBoard()
{
FLog("Initalizing KeyBoard..");
ImGuiIO& io = ImGui::GetIO();
m_Size = ImVec2(io.DisplaySize.x, io.DisplaySize.y * 0.55);
m_Pos = ImVec2(0, io.DisplaySize.y * (1-0.55)); // 55% of screen height
m_fFontSize = pGUI->ScaleY(70.0f);
m_fKeySizeY = m_Size.y / 5;
FLog("Size: %f, %f. Pos: %f, %f", m_Size.x, m_Size.y, m_Pos.x, m_Pos.y);
FLog("font size: %f. Key's height: %f", m_fFontSize, m_fKeySizeY);
m_bEnable = false;
m_iLayout = LAYOUT_ENG;
m_iCase = LOWER_CASE;
m_iPushedKey = -1;
m_iCurrentPosItem = 0;
m_utf8Input[0] = '\0';
m_iInputOffset = 0;
InitENG();
InitRU();
InitNUM();
}
CKeyBoard::~CKeyBoard()
{
}
void CKeyBoard::Render()
{
if(!m_bEnable) return;
ImGuiIO& io = ImGui::GetIO();
float fDefWidth = m_Size.x / 10;
ImVec2 vecPosButFirst = ImVec2(io.DisplaySize.x-pGUI->ScaleY(100)*4, 0);
ImVec2 vecPosButSecond = ImVec2((io.DisplaySize.x-pGUI->ScaleY(80)*4)+pGUI->ScaleY((fDefWidth-pGUI->ScaleY(80)))+pGUI->ScaleY(20), 0);
if(pDialogWindow)
{
if(!pDialogWindow->IsShowing())
{
ImGui::GetOverlayDrawList()->AddRectFilled(
ImVec2(vecPosButFirst.x-(fDefWidth-pGUI->ScaleY(80))/2, m_Pos.y-m_fKeySizeY),
ImVec2(vecPosButFirst.x+pGUI->ScaleY(80)+(fDefWidth-pGUI->ScaleY(80))/2, m_Pos.y),
m_bKeyHistoryPressed[0] == false ? 0xB0000000 : 0xFF3291F5);
ImGui::GetOverlayDrawList()->AddRectFilled(
ImVec2(vecPosButSecond.x-(fDefWidth-pGUI->ScaleY(80))/2, m_Pos.y-m_fKeySizeY),
ImVec2(vecPosButSecond.x+pGUI->ScaleY(80)+(fDefWidth-pGUI->ScaleY(80))/2, m_Pos.y),
m_bKeyHistoryPressed[1] == false ? 0xB0000000 : 0xFF3291F5);
ImGui::GetOverlayDrawList()->AddTriangleFilled(
ImVec2(vecPosButFirst.x, m_Pos.y-(m_fKeySizeY-pGUI->ScaleY(60))/2 ),
ImVec2(vecPosButFirst.x+pGUI->ScaleY(40), m_Pos.y-(m_fKeySizeY-pGUI->ScaleY(60))/2-pGUI->ScaleY(60)),
ImVec2(vecPosButFirst.x+pGUI->ScaleY(80), m_Pos.y-(m_fKeySizeY-pGUI->ScaleY(60))/2),
0xFF8A8886);
ImGui::GetOverlayDrawList()->AddTriangleFilled(
ImVec2(vecPosButSecond.x, m_Pos.y-(m_fKeySizeY-pGUI->ScaleY(60))/2-pGUI->ScaleY(60)),
ImVec2(vecPosButSecond.x+pGUI->ScaleY(40), m_Pos.y-(m_fKeySizeY-pGUI->ScaleY(60))/2),
ImVec2(vecPosButSecond.x+pGUI->ScaleY(80), m_Pos.y-(m_fKeySizeY-pGUI->ScaleY(60))/2-pGUI->ScaleY(60)),
0xFF8A8886);
}
}
// background
ImGui::GetOverlayDrawList()->AddRectFilled( m_Pos, ImVec2(m_Size.x, io.DisplaySize.y), 0xB0000000);
// input string
ImGui::GetOverlayDrawList()->AddText(pGUI->GetFont(), m_fFontSize,
ImVec2(m_Pos.x + m_Size.x * 0.02, m_Pos.y + m_Pos.y * 0.05), 0xFFFFFFFF, m_utf8Input);
// dividing line
ImGui::GetOverlayDrawList()->AddLine(
ImVec2(m_Pos.x, m_Pos.y + m_fKeySizeY),
ImVec2(m_Size.x, m_Pos.y + m_fKeySizeY), 0xFF3291F5);
float fKeySizeY = m_fKeySizeY; // Íåàäåêâàòíûé áàã, ëîë
for(int i=0; i<4; i++)
{
for( auto key : m_Rows[m_iLayout][i])
{
if(key.id == m_iPushedKey && key.type != KEY_SPACE)
ImGui::GetOverlayDrawList()->AddRectFilled(
key.pos,
ImVec2(key.pos.x + key.width, key.pos.y + fKeySizeY),
0xFF3291F5);
switch(key.type)
{
case KEY_DEFAULT:
ImGui::GetOverlayDrawList()->AddText(pGUI->GetFont(), m_fFontSize, key.symPos, 0xFFFFFFFF, key.name[m_iCase]);
break;
case KEY_SHIFT:
ImGui::GetOverlayDrawList()->AddTriangleFilled(
ImVec2(key.pos.x + key.width * 0.37, key.pos.y + fKeySizeY * 0.50),
ImVec2(key.pos.x + key.width * 0.50, key.pos.y + fKeySizeY * 0.25),
ImVec2(key.pos.x + key.width * 0.63, key.pos.y + fKeySizeY * 0.50),
m_iCase == LOWER_CASE ? 0xFF8A8886 : 0xFF3291F5);
ImGui::GetOverlayDrawList()->AddRectFilled(
ImVec2(key.pos.x + key.width * 0.44, key.pos.y + fKeySizeY * 0.5 - 1),
ImVec2(key.pos.x + key.width * 0.56, key.pos.y + fKeySizeY * 0.68),
m_iCase == LOWER_CASE ? 0xFF8A8886 : 0xFF3291F5);
break;
case KEY_BACKSPACE:
static ImVec2 points[5];
points[0] = ImVec2(key.pos.x + key.width * 0.35, key.pos.y + fKeySizeY * 0.5);
points[1] = ImVec2(key.pos.x + key.width * 0.45, key.pos.y + fKeySizeY * 0.25);
points[2] = ImVec2(key.pos.x + key.width * 0.65, key.pos.y + fKeySizeY * 0.25);
points[3] = ImVec2(key.pos.x + key.width * 0.65, key.pos.y + fKeySizeY * 0.65);
points[4] = ImVec2(key.pos.x + key.width * 0.45, key.pos.y + fKeySizeY * 0.65);
ImGui::GetOverlayDrawList()->AddConvexPolyFilled(points, 5, 0xFF8A8886);
break;
case KEY_SWITCH:
ImGui::GetOverlayDrawList()->AddText(pGUI->GetFont(), m_fFontSize, key.symPos, 0xFFFFFFFF, "lang");
break;
case KEY_SPACE:
ImGui::GetOverlayDrawList()->AddRectFilled(
ImVec2(key.pos.x + key.width * 0.07, key.pos.y + fKeySizeY * 0.3),
ImVec2(key.pos.x + key.width * 0.93, key.pos.y + fKeySizeY * 0.7),
key.id == m_iPushedKey ? 0xFF3291F5 : 0xFF8A8886);
break;
case KEY_SEND:
ImGui::GetOverlayDrawList()->AddTriangleFilled(
ImVec2(key.pos.x + key.width * 0.3, key.pos.y + fKeySizeY * 0.25),
ImVec2(key.pos.x + key.width * 0.3, key.pos.y + fKeySizeY * 0.75),
ImVec2(key.pos.x + key.width * 0.7, key.pos.y + fKeySizeY * 0.50),
0xFF8A8886);
break;
}
}
}
}
void CKeyBoard::Open(keyboard_callback* handler)
{
if(handler == nullptr) return;
Close();
m_pHandler = handler;
m_bEnable = true;
}
void CKeyBoard::Close()
{
m_bEnable = false;
pGame->FindPlayerPed()->SetControllable(1);
m_sInput.clear();
m_iInputOffset = 0;
m_utf8Input[0] = 0;
m_iCurrentPosItem = 0;
m_iCase = LOWER_CASE;
m_iPushedKey = -1;
m_pHandler = nullptr;
return;
}
bool CKeyBoard::OnTouchEvent(int type, bool multi, int x, int y)
{
static bool bWannaClose = false;
if(!m_bEnable) return true;
ImGuiIO& io = ImGui::GetIO();
float fDefWidth = m_Size.x/10;
ImVec2 vecPosButFirst = ImVec2(io.DisplaySize.x-pGUI->ScaleY(100)*4.75f, 0);
ImVec2 vecPosButSecond = ImVec2((io.DisplaySize.x-pGUI->ScaleY(80)*4)+pGUI->ScaleY((fDefWidth-pGUI->ScaleY(80)))+pGUI->ScaleY(20), 0);
if(pDialogWindow)
{
if(!pDialogWindow->IsShowing())
{
if(x > io.DisplaySize.x - pGUI->ScaleX(182.0f) && x < io.DisplaySize.x && y > pGUI->ScaleY(15.0f) && y < pGUI->ScaleY(325.0f) ) {
return true;
}
}
}
if(type == TOUCH_PUSH && y < m_Pos.y) {
bWannaClose = true;
}
if(x >= vecPosButFirst.x && y >= m_Pos.y-m_fKeySizeY && y <= m_Pos.y)
{
bWannaClose = false;
}
if(type == TOUCH_POP && y < m_Pos.y && bWannaClose)
{
bWannaClose = false;
Close();
return true;
}
m_iPushedKey = -1;
kbKey* key = GetKeyFromPos(x, y);
if( !(x >= vecPosButFirst.x && y >= m_Pos.y-m_fKeySizeY && y <= m_Pos.y) )
{
if(!key) return false;
}
switch(type)
{
case TOUCH_PUSH:
m_bKeyHistoryPressed[0] = false;
m_bKeyHistoryPressed[1] = false;
if(x >= vecPosButFirst.x && x <= vecPosButFirst.x+pGUI->ScaleY(80)+(fDefWidth-pGUI->ScaleY(80))/2 + pGUI->ScaleX(60.0f) && y >= m_Pos.y-m_fKeySizeY && y <= m_Pos.y)
{
m_bKeyHistoryPressed[0] = true;
m_bKeyHistoryPressed[1] = false;
}
else if(x >= vecPosButSecond.x-(fDefWidth-pGUI->ScaleY(80))/2 && x <= vecPosButSecond.x+pGUI->ScaleY(80)+(fDefWidth-pGUI->ScaleY(80))/2 && y >= m_Pos.y-m_fKeySizeY && y <= m_Pos.y)
{
m_bKeyHistoryPressed[0] = false;
m_bKeyHistoryPressed[1] = true;
}
else if(key)
m_iPushedKey = key->id;
break;
case TOUCH_MOVE:
m_bKeyHistoryPressed[0] = false;
m_bKeyHistoryPressed[1] = false;
if(x >= vecPosButFirst.x && x <= vecPosButFirst.x+pGUI->ScaleY(80)+(fDefWidth-pGUI->ScaleY(80))/2 + pGUI->ScaleX(60.0f) && y >= m_Pos.y-m_fKeySizeY && y <= m_Pos.y)
{
m_bKeyHistoryPressed[0] = true;
m_bKeyHistoryPressed[1] = false;
}
else if(x >= vecPosButSecond.x-(fDefWidth-pGUI->ScaleY(80))/2 && x <= vecPosButSecond.x+pGUI->ScaleY(80)+(fDefWidth-pGUI->ScaleY(80))/2 && y >= m_Pos.y-m_fKeySizeY && y <= m_Pos.y)
{
m_bKeyHistoryPressed[0] = false;
m_bKeyHistoryPressed[1] = true;
}
else if(key)
m_iPushedKey = key->id;
break;
case TOUCH_POP:
m_bKeyHistoryPressed[0] = false;
m_bKeyHistoryPressed[1] = false;
if(x >= vecPosButFirst.x && x <= vecPosButFirst.x+pGUI->ScaleY(80)+(fDefWidth-pGUI->ScaleY(80))/2 + pGUI->ScaleX(60.0f) && y >= m_Pos.y-m_fKeySizeY && y <= m_Pos.y)
{
if(m_iCurrentPosItem < m_szKeyBoardHistory.size())
{
setInput(m_szKeyBoardHistory[m_iCurrentPosItem]);
m_iCurrentPosItem++;
}
}
else if(x >= vecPosButSecond.x-(fDefWidth-pGUI->ScaleY(80))/2 && x <= vecPosButSecond.x+pGUI->ScaleY(80)+(fDefWidth-pGUI->ScaleY(80))/2 && y >= m_Pos.y-m_fKeySizeY && y <= m_Pos.y)
{
if(m_iCurrentPosItem > 0)
{
m_iCurrentPosItem--;
setInput(m_szKeyBoardHistory[m_iCurrentPosItem]);
}
else
{
clearInput();
}
}
if(key) {
HandleInput(*key);
}
break;
}
return false;
}
void CKeyBoard::HandleInput(kbKey &key)
{
switch(key.type)
{
case KEY_DEFAULT:
case KEY_SPACE:
AddCharToInput(key.code[m_iCase]);
break;
case KEY_SWITCH:
m_iLayout++;
if(m_iLayout >= 3) m_iLayout = 0;
m_iCase = LOWER_CASE;
break;
case KEY_BACKSPACE:
DeleteCharFromInput();
break;
case KEY_SHIFT:
m_iCase ^= 1;
break;
case KEY_SEND:
Send();
break;
}
}
void CKeyBoard::AddCharToInput(char sym)
{
if(m_sInput.length() < MAX_INPUT_LEN && sym)
{
m_sInput.push_back(sym);
cp1251_to_utf8(m_utf8Input, &m_sInput.c_str()[m_iInputOffset]);
check:
ImVec2 textSize = pGUI->GetFont()->CalcTextSizeA(m_fFontSize, FLT_MAX, 0.0f, m_utf8Input, nullptr, nullptr);
if(textSize.x >= (m_Size.x - (m_Size.x * 0.04)))
{
m_iInputOffset++;
cp1251_to_utf8(m_utf8Input, &m_sInput.c_str()[m_iInputOffset]);
goto check;
}
}
}
void CKeyBoard::DeleteCharFromInput()
{
if (!m_sInput.length()) return;
ImVec2 textSize;
m_sInput.pop_back();
check:
if(m_iInputOffset == 0) goto ret;
cp1251_to_utf8(m_utf8Input, &m_sInput.c_str()[m_iInputOffset-1]);
textSize = pGUI->GetFont()->CalcTextSizeA(m_fFontSize, FLT_MAX, 0.0f, m_utf8Input, nullptr, nullptr);
if(textSize.x <= (m_Size.x - (m_Size.x * 0.04)))
{
m_iInputOffset--;
goto check;
}
else
{
ret:
cp1251_to_utf8(m_utf8Input, &m_sInput.c_str()[m_iInputOffset]);
return;
}
}
void CKeyBoard::WriteHistory(std::string msg)
{
std::vector<std::string>::iterator it;
it = m_szKeyBoardHistory.begin();
m_szKeyBoardHistory.insert(it, msg);
}
void CKeyBoard::clearInput()
{
if(pDialogWindow)
{
if(pDialogWindow->IsShowing())
{
return;
}
}
// clear
for(uint16_t it = 0; it < 256; it++) {
DeleteCharFromInput();
}
}
void CKeyBoard::setInput(std::string msg)
{
if(pDialogWindow)
{
if(pDialogWindow->IsShowing())
{
return;
}
}
clearInput();
// add
for(int i = 0; i < msg.size(); i++)
{
AddCharToInput((char)msg[i]);
}
}
void CKeyBoard::Send()
{
if(m_pHandler)
{
if(pDialogWindow)
{
if(!pDialogWindow->IsShowing())
{
WriteHistory(m_sInput);
}
}
m_pHandler(m_sInput.c_str());
}
pGame->FindPlayerPed()->SetControllable(1);
m_bEnable = false;
}
kbKey* CKeyBoard::GetKeyFromPos(int x, int y)
{
int iRow = (y-m_Pos.y) / m_fKeySizeY;
if(iRow <= 0) return nullptr;
for(auto key : m_Rows[m_iLayout][iRow-1])
{
if( x >= key.pos.x && x <= (key.pos.x + key.width) )
return &key;
}
// Log("UNKNOWN KEY");
return nullptr;
}
void CKeyBoard::InitENG()
{
ImVec2 curPos;
std::vector<kbKey> *row = nullptr;
float defWidth = m_Size.x/10;
struct kbKey key;
key.type = KEY_DEFAULT;
key.id = 0;
// 1-ûé ðÿä
row = &m_Rows[LAYOUT_ENG][0];
curPos = ImVec2(0, m_Pos.y + m_fKeySizeY);
// q/Q
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'q';
key.code[UPPER_CASE] = 'Q';
cp1251_to_utf8(key.name[LOWER_CASE], "q");
cp1251_to_utf8(key.name[UPPER_CASE], "Q");
key.id++;
row->push_back(key);
curPos.x += key.width;
// w/W
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'w';
key.code[UPPER_CASE] = 'W';
cp1251_to_utf8(key.name[LOWER_CASE], "w");
cp1251_to_utf8(key.name[UPPER_CASE], "W");
key.id++;
row->push_back(key);
curPos.x += key.width;
// e/E
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'e';
key.code[UPPER_CASE] = 'E';
cp1251_to_utf8(key.name[LOWER_CASE], "e");
cp1251_to_utf8(key.name[UPPER_CASE], "E");
key.id++;
row->push_back(key);
curPos.x += key.width;
// r/R
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'r';
key.code[UPPER_CASE] = 'R';
cp1251_to_utf8(key.name[LOWER_CASE], "r");
cp1251_to_utf8(key.name[UPPER_CASE], "R");
key.id++;
row->push_back(key);
curPos.x += key.width;
// t/T
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 't';
key.code[UPPER_CASE] = 'T';
cp1251_to_utf8(key.name[LOWER_CASE], "t");
cp1251_to_utf8(key.name[UPPER_CASE], "T");
key.id++;
row->push_back(key);
curPos.x += key.width;
// y/Y
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'y';
key.code[UPPER_CASE] = 'Y';
cp1251_to_utf8(key.name[LOWER_CASE], "y");
cp1251_to_utf8(key.name[UPPER_CASE], "Y");
key.id++;
row->push_back(key);
curPos.x += key.width;
// u/U
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'u';
key.code[UPPER_CASE] = 'U';
cp1251_to_utf8(key.name[LOWER_CASE], "u");
cp1251_to_utf8(key.name[UPPER_CASE], "U");
key.id++;
row->push_back(key);
curPos.x += key.width;
// i/I
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'i';
key.code[UPPER_CASE] = 'I';
cp1251_to_utf8(key.name[LOWER_CASE], "i");
cp1251_to_utf8(key.name[UPPER_CASE], "I");
key.id++;
row->push_back(key);
curPos.x += key.width;
// o/O
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'o';
key.code[UPPER_CASE] = 'O';
cp1251_to_utf8(key.name[LOWER_CASE], "o");
cp1251_to_utf8(key.name[UPPER_CASE], "O");
key.id++;
row->push_back(key);
curPos.x += key.width;
// p/P
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'p';
key.code[UPPER_CASE] = 'P';
cp1251_to_utf8(key.name[LOWER_CASE], "p");
cp1251_to_utf8(key.name[UPPER_CASE], "P");
key.id++;
row->push_back(key);
curPos.x += key.width;
// 2-é ðÿä
row = &m_Rows[LAYOUT_ENG][1];
curPos.x = defWidth * 0.5;
curPos.y += m_fKeySizeY;
// a/A
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'a';
key.code[UPPER_CASE] = 'A';
cp1251_to_utf8(key.name[LOWER_CASE], "a");
cp1251_to_utf8(key.name[UPPER_CASE], "A");
key.id++;
row->push_back(key);
curPos.x += key.width;
// s/S
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 's';
key.code[UPPER_CASE] = 'S';
cp1251_to_utf8(key.name[LOWER_CASE], "s");
cp1251_to_utf8(key.name[UPPER_CASE], "S");
key.id++;
row->push_back(key);
curPos.x += key.width;
// d/D
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'd';
key.code[UPPER_CASE] = 'D';
cp1251_to_utf8(key.name[LOWER_CASE], "d");
cp1251_to_utf8(key.name[UPPER_CASE], "D");
key.id++;
row->push_back(key);
curPos.x += key.width;
// f/F
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'f';
key.code[UPPER_CASE] = 'F';
cp1251_to_utf8(key.name[LOWER_CASE], "f");
cp1251_to_utf8(key.name[UPPER_CASE], "F");
key.id++;
row->push_back(key);
curPos.x += key.width;
// g/G
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'g';
key.code[UPPER_CASE] = 'G';
cp1251_to_utf8(key.name[LOWER_CASE], "g");
cp1251_to_utf8(key.name[UPPER_CASE], "G");
key.id++;
row->push_back(key);
curPos.x += key.width;
// h/H
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'h';
key.code[UPPER_CASE] = 'H';
cp1251_to_utf8(key.name[LOWER_CASE], "h");
cp1251_to_utf8(key.name[UPPER_CASE], "H");
key.id++;
row->push_back(key);
curPos.x += key.width;
// j/J
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'j';
key.code[UPPER_CASE] = 'J';
cp1251_to_utf8(key.name[LOWER_CASE], "j");
cp1251_to_utf8(key.name[UPPER_CASE], "J");
key.id++;
row->push_back(key);
curPos.x += key.width;
// k/K
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'k';
key.code[UPPER_CASE] = 'K';
cp1251_to_utf8(key.name[LOWER_CASE], "k");
cp1251_to_utf8(key.name[UPPER_CASE], "K");
key.id++;
row->push_back(key);
curPos.x += key.width;
// l/L
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'l';
key.code[UPPER_CASE] = 'L';
cp1251_to_utf8(key.name[LOWER_CASE], "l");
cp1251_to_utf8(key.name[UPPER_CASE], "L");
key.id++;
row->push_back(key);
curPos.x += key.width;
// 3-é ðÿä
row = &m_Rows[LAYOUT_ENG][2];
curPos.x = 0;
curPos.y += m_fKeySizeY;
// Shift
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth * 1.5;
key.code[LOWER_CASE] = 0;
key.code[UPPER_CASE] = 0;
key.name[LOWER_CASE][0] = 0;
key.name[UPPER_CASE][0] = 0;
key.type = KEY_SHIFT;
key.id++;
row->push_back(key);
curPos.x += key.width;
key.type = KEY_DEFAULT;
// z/Z
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'z';
key.code[UPPER_CASE] = 'Z';
cp1251_to_utf8(key.name[LOWER_CASE], "z");
cp1251_to_utf8(key.name[UPPER_CASE], "Z");
key.id++;
row->push_back(key);
curPos.x += key.width;
// x/X
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'x';
key.code[UPPER_CASE] = 'X';
cp1251_to_utf8(key.name[LOWER_CASE], "x");
cp1251_to_utf8(key.name[UPPER_CASE], "X");
key.id++;
row->push_back(key);
curPos.x += key.width;
// c/C
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'c';
key.code[UPPER_CASE] = 'C';
cp1251_to_utf8(key.name[LOWER_CASE], "c");
cp1251_to_utf8(key.name[UPPER_CASE], "C");
key.id++;
row->push_back(key);
curPos.x += key.width;
// v/V
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'v';
key.code[UPPER_CASE] = 'V';
cp1251_to_utf8(key.name[LOWER_CASE], "v");
cp1251_to_utf8(key.name[UPPER_CASE], "V");
key.id++;
row->push_back(key);
curPos.x += key.width;
// b/B
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'b';
key.code[UPPER_CASE] = 'B';
cp1251_to_utf8(key.name[LOWER_CASE], "b");
cp1251_to_utf8(key.name[UPPER_CASE], "B");
key.id++;
row->push_back(key);
curPos.x += key.width;
// n/N
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'n';
key.code[UPPER_CASE] = 'N';
cp1251_to_utf8(key.name[LOWER_CASE], "n");
cp1251_to_utf8(key.name[UPPER_CASE], "N");
key.id++;
row->push_back(key);
curPos.x += key.width;
// m/M
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'm';
key.code[UPPER_CASE] = 'M';
cp1251_to_utf8(key.name[LOWER_CASE], "m");
cp1251_to_utf8(key.name[UPPER_CASE], "M");
key.id++;
row->push_back(key);
curPos.x += key.width;
// delete
key.pos = curPos;
key.symPos = ImVec2(0,0);
key.width = defWidth * 1.5;
key.code[LOWER_CASE] = 0;
key.code[UPPER_CASE] = 0;
key.name[LOWER_CASE][0] = 0;
key.name[UPPER_CASE][0] = 0;
key.type = KEY_BACKSPACE;
key.id++;
row->push_back(key);
// 4-ÿ ñòðîêà
row = &m_Rows[LAYOUT_ENG][3];
curPos.x = 0;
curPos.y += m_fKeySizeY;
key.type = KEY_DEFAULT;
// slash (/)
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = '/';
key.code[UPPER_CASE] = '/';
cp1251_to_utf8(key.name[LOWER_CASE], "/");
cp1251_to_utf8(key.name[UPPER_CASE], "/");
key.id++;
row->push_back(key);
curPos.x += key.width;
// comma (,)
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = ',';
key.code[UPPER_CASE] = ',';
cp1251_to_utf8(key.name[LOWER_CASE], ",");
cp1251_to_utf8(key.name[UPPER_CASE], ",");
key.id++;
row->push_back(key);
curPos.x += key.width;
// switch language
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.2, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 0;
key.code[UPPER_CASE] = 0;
key.name[LOWER_CASE][0] = 0;
key.name[UPPER_CASE][0] = 0;
key.type = KEY_SWITCH;
key.id++;
row->push_back(key);
curPos.x += key.width;
// Space
key.pos = curPos;
key.symPos = ImVec2(0,0);
key.width = defWidth * 4;
key.code[LOWER_CASE] = ' ';
key.code[UPPER_CASE] = ' ';
key.name[LOWER_CASE][0] = 0;
key.name[UPPER_CASE][0] = 0;
key.type = KEY_SPACE;
key.id++;
row->push_back(key);
curPos.x += key.width;
key.type = KEY_DEFAULT;
// ?
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = '?';
key.code[UPPER_CASE] = '?';
cp1251_to_utf8(key.name[LOWER_CASE], "?");
cp1251_to_utf8(key.name[UPPER_CASE], "?");
key.id++;
row->push_back(key);
curPos.x += key.width;
// !
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = '!';
key.code[UPPER_CASE] = '!';
cp1251_to_utf8(key.name[LOWER_CASE], "!");
cp1251_to_utf8(key.name[UPPER_CASE], "!");
key.id++;
row->push_back(key);
curPos.x += key.width;
// Send
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 0;
key.code[UPPER_CASE] = 0;
key.name[LOWER_CASE][0] = 0;
key.name[UPPER_CASE][0] = 0;
key.type = KEY_SEND;
key.id++;
row->push_back(key);
curPos.x += key.width;
return;
}
void CKeyBoard::InitRU()
{
ImVec2 curPos;
std::vector<kbKey> *row = nullptr;
float defWidth = m_Size.x/11;
struct kbKey key;
key.type = KEY_DEFAULT;
key.id = 0;
// 1-ûé ðÿä
row = &m_Rows[LAYOUT_RUS][0];
curPos = ImVec2(0, m_Pos.y + m_fKeySizeY);
// é/É
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'é';
key.code[UPPER_CASE] = 'É';
cp1251_to_utf8(key.name[LOWER_CASE], "é");
cp1251_to_utf8(key.name[UPPER_CASE], "É");
key.id++;
row->push_back(key);
curPos.x += key.width;
// ö/Ö
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'ö';
key.code[UPPER_CASE] = 'Ö';
cp1251_to_utf8(key.name[LOWER_CASE], "ö");
cp1251_to_utf8(key.name[UPPER_CASE], "Ö");
key.id++;
row->push_back(key);
curPos.x += key.width;
// ó/Ó
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'ó';
key.code[UPPER_CASE] = 'Ó';
cp1251_to_utf8(key.name[LOWER_CASE], "ó");
cp1251_to_utf8(key.name[UPPER_CASE], "Ó");
key.id++;
row->push_back(key);
curPos.x += key.width;
// ê/Ê
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'ê';
key.code[UPPER_CASE] = 'Ê';
cp1251_to_utf8(key.name[LOWER_CASE], "ê");
cp1251_to_utf8(key.name[UPPER_CASE], "Ê");
key.id++;
row->push_back(key);
curPos.x += key.width;
// å/Å
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'å';
key.code[UPPER_CASE] = 'Å';
cp1251_to_utf8(key.name[LOWER_CASE], "å");
cp1251_to_utf8(key.name[UPPER_CASE], "Å");
key.id++;
row->push_back(key);
curPos.x += key.width;
// í/Í
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'í';
key.code[UPPER_CASE] = 'Í';
cp1251_to_utf8(key.name[LOWER_CASE], "í");
cp1251_to_utf8(key.name[UPPER_CASE], "Í");
key.id++;
row->push_back(key);
curPos.x += key.width;
// ã/Ã
key.pos = curPos;
key.symPos = ImVec2(curPos.x + defWidth * 0.4, curPos.y + m_fKeySizeY * 0.2);
key.width = defWidth;
key.code[LOWER_CASE] = 'ã';