void ImageModel::FlipVertically()
{
CopyPrevious();
StretchBlt(hDrawingDC, 0, GetHeight() - 1, GetWidth(), -GetHeight(), GetDC(), 0, 0,
GetWidth(), GetHeight(), SRCCOPY);
NotifyImageChanged();
}
void ImageModel::InvertColors()
{
RECT rect = {0, 0, GetWidth(), GetHeight()};
CopyPrevious();
InvertRect(hDrawingDC, &rect);
NotifyImageChanged();
}
void ImageModel::RotateNTimes90Degrees(int iN)
{
if (iN == 2)
{
CopyPrevious();
StretchBlt(hDrawingDC, GetWidth() - 1, GetHeight() - 1, -GetWidth(), -GetHeight(), GetDC(),
0, 0, GetWidth(), GetHeight(), SRCCOPY);
}
NotifyImageChanged();
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////// This Function Finds The Character in The Tables in Found Calls /////////////////////////////
///////////////////////////// The Display Functions With Position (i),and The Starting Position /////////////////////////////
///////////////////////////// Of The Of The Message To Be Posted The Argument /////////////////////////////
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
int FindCharacters(char ch)
{
// HWND myWnd; //---------Window Handel---//
int v_bit = 0;
int no_bs = 0;//-------number of back spae--------//
int glp_pos = 0; //---Glyph position ----//
BOOL bHandledKeystroke = FALSE;
kFlag.found = 0;
if(ch == '~' && (kFlag.previous_0 == 'P' || kFlag.previous_0 == 'j'))
{
if(kFlag.previous_0 == 'j')
{
DisplaySingleCharacter(243);
}
else
{
SendBackSpace(1);
DisplayDoubleCharacter(243,192);
}
kFlag.lastglyph = TRUE;
return bHandledKeystroke;
}
if(ch == 'I' || ch == 'O' || ch == 'E')
{
if(ch == 'I' && kFlag.s_bit == TRUE)
{
DisplaySingleCharacter(70);
kFlag.s_bit = FALSE;
return bHandledKeystroke;
}
else
DisplaySingleCharacter(195);
return bHandledKeystroke;
switch(kFlag.previous_0)
{
case 'i':
case 'o':
case 'e':
DisplaySingleCharacter(195);
return bHandledKeystroke;
}
if(kFlag.ipressed == TRUE)
{
kFlag.ipressed = FALSE;
}
kFlag.ipressed = FALSE;
}
if(ch == '~')
{
/* if(kFlag.ei_bit == TRUE)
{
DisplaySingleCharacter(247);
DisplaySingleCharacter(202);
kFlag.ei_bit = 0;
return bHandledKeystroke;
}
if(kFlag.c_bit == 1 || kFlag.o_bit == 1)
{
DisplaySingleCharacter(246);
DisplaySingleCharacter(200);
kFlag.c_bit = 0;
}
else*/
{
DisplayDoubleCharacter(73,196);
kFlag.found = TRUE;
return bHandledKeystroke;
}
}
if(ch == '`')
{
// DisplaySingleCharacter(246);
DisplaySingleCharacter(200);
kFlag.c_bit = 0;
return bHandledKeystroke;
}
switch(ch)
{
case 'F' :
if(kFlag.c_bit == 1)
DisplayCharacters_f(ch) ;
kFlag.c_bit = 0;
break ;
case 'R' :
DisplaySingleCharacter(240);
return bHandledKeystroke;
case 'f':
kFlag.f_bit = 1;
return bHandledKeystroke;
}
for(int i=0;i<=2;i++)
if(ch==anuswaranvisarga[i].key)
{ kFlag.found = 1;
DisplayCharacters(i,ANUSWARA,0);
}
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
if((ch == 'A'))
{
if(kFlag.c_bit == 1)
return bHandledKeystroke;
DisplaySingleCharacter(67);
kFlag.found = 1;
return bHandledKeystroke;
}
if(kFlag.found == 0)
for(int i=0;i<=16;i++)
if(ch==vowels[i].key)
{
switch(ch)
{
case 'a':
case 'I':
case 'i':
case 'u':
case 'U':
case 'e':
case 'o':
case 'Z':
case 'V':
case '~':
if((kFlag.space_bit== 1)&&(kFlag.c_bit == 0))
{
DisplayCharacters(i,VOWELS,0);
kFlag.found = 1;
kFlag.c_bit = 0;
kFlag.space_bit = 0;
}
break;
case 'Y':
case 'z':
case 'R':
if(kFlag.c_bit == 0)
{
DisplayCharacters(i,VOWELS,0);
kFlag.found = 1;
kFlag.c_bit = 0;
kFlag.space_bit = 0;
}
break;
}
if(kFlag.found == 0)
if(kFlag.c_bit == 1)
{
switch(ch)
{
case 'u' :
case 'U' :
case '~' :
kFlag.n_back = -1;
break;
default :
kFlag.n_back = 1;
}//-------------End of Switch------------//
switch(ch)
{
case 'i':
case 'o':
kFlag.ipressed = 1;
break;
case 'e' :
kFlag.ipressed = 1;
kFlag.ei_bit = 1;
}
if(ch == '~')
{
kFlag.s_bit = 1;
vowels[i].k_val[3] = 200;
DisplayCharacters(i,VOWELS,3);
}//----------------End of if(ch == R)-----------------//
else
if(ch == 'i' || ch == 'I') //---If an i is pressed after a consonant---//
{
kFlag.ipressed = 1;
kFlag.n_back = -1;
DisplayGunisu(ch);
}
else
switch (kFlag.previous_0)
{
case 'b' :
SetGlyphs(ch,167); //This function sets the glyph
kFlag.n_back = -1; //---patterns for thes specified characters
DisplayCharacters(i,VOWELS,3) ;
break;
case 'K' :
SetGlyphs(ch,82); //This function sets the glyph
kFlag.n_back = -1; //---patterns for thes specified characters
DisplayCharacters(i,VOWELS,3) ;
break;
case 'j' :
SetGlyphs(ch,100);
kFlag.n_back = 0;
DisplayCharacters(i,VOWELS,3) ;
break;
case 'q' :
SetGlyphs(ch,108);
DisplayCharacters(i,VOWELS,3) ;
break;
case 'N' :
SetGlyphs(ch,116);
DisplayCharacters(i,VOWELS,3) ;
break;
case 'l' :
SetGlyphs(ch,174);
DisplayCharacters(i,VOWELS,3) ;
break;
case 'J' : //----For the characters ya ,ma,Jha,---//
case 'm' :
//---ch the character and i the position in the vowles tab
SetGlyphs_for_jmy(ch,i);
break;
case 'y' :
SetGlyphs_for_jmy(ch,i);
break;
default :
//---For all other characters---//
glp_pos = 3;
switch(kFlag.previous_0) //---------For Characters hu,vu,pu,Pu-------//
{
case 'p':
case 'P':
case 'v':
case 'h':
if(ch=='u'||ch=='U'||ch=='o'||ch=='O')
glp_pos = 7;
else
glp_pos = 3;
break;//-------add this to netravathi also---------//
}
/* if(ch == 'i'||ch == 'o' || ch == 'e')
{
kFlag.derg_bit = 1;
kFlag.derg_count = 1;
}*/
DisplayCharacters(i,VOWELS,glp_pos) ; //---Display --Glyphs from 3----//
} ///----------pevious_0 value put to next line of c_bit
kFlag.c_bit = 0; ///-------------Changed from last
} //--------End of if C_bit ==1---------------//
kFlag.c_bit = 0; ///-------------Changed from last
kFlag.q_bit = 0; ///for second voottakshara ////
kFlag.so_bit = 0; // to set default for ra votakshara
}//-------------End of ch == vowels[i]----------------//
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
if(kFlag.found == 0)
for(int i=0;i<=34;i++)
if(ch==consonants[i].key)
{
kFlag.found = 1;
if(kFlag.f_bit == 1)
{
if(kFlag.q_bit == TRUE)
{
DisplaySingleCharacter(246);
kFlag.q_bit = 0;
}
switch(ch)
{
case 'r':
if(kFlag.so_bit == 1)
{
kFlag.so_bit = 0;
consonants[i].k_val[5] = 231;
}
else
{
consonants[i].k_val[5] = 230;
}
break;
default:
kFlag.so_bit = 1; //---------Otherwise it is second vttakshara ---------//
}
if(kFlag.previous_0 == 'Y') // if previous is an iitwa
{
SendBackSpace(1);
DisplayCharacters(i,CONSONANTS,5);
DisplayDoubleCharacter(246,202);///display iitwa
}
else
if(kFlag.previous_1 == 'Y') // if previous is an iitwa
{
SendBackSpace(2);
DisplayCharacters(i,CONSONANTS,5);
DisplayDoubleCharacter(246,202);///display iitwa
}
else
DisplayCharacters(i,CONSONANTS,5);
kFlag.f_bit = 0;
kFlag.c_bit = 0;
kFlag.o_bit = 1;
kFlag.q_bit = 1; ///for second voottakshara ////
} //End Of kFlag.f_bit == 1
else
{
kFlag.c_bit = 1;
DisplayCharacters(i,CONSONANTS,0);
kFlag.ei_bit = 0;
kFlag.o_bit = 0;
kFlag.q_bit = 0; ///for second voottakshara ////
}
}
if(isalpha(ch)&&!(kFlag.f_bit)&&!(ch == 'F'))
CopyPrevious(ch);
if(isspace(ch))
{
kFlag.space_bit = 1;
kFlag.c_bit = 0; //----------Add this and to above vowels for netravathi
kFlag.o_bit = 0;
kFlag.f_bit = 0;
kFlag.ipressed = 0;
kFlag.ei_bit = 0;
}
if(!(isspace(ch))&&!(GetKeyState(VK_SHIFT)))
{
kFlag.space_bit = 0;
//c_bit = 0;
}
return bHandledKeystroke;
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////// This Function Finds The Character in The Tables in Found Calls /////////////////////////////
///////////////////////////// The Display Functions With Position (i),and The Starting Position /////////////////////////////
///////////////////////////// Of The Of The Message To Be Posted The Argument /////////////////////////////
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
int FindCharacters(char ch)
{
int no_bs = 0;//-------number of back spae--------//
BOOL bHandledKeystroke = FALSE;
kFlag.found = 0;
no_bs = kFlag.o_count;
if(kFlag.s_bit == TRUE)
{
kFlag.s_bit = FALSE;
if(kFlag.previous_0 == '>')
{
kFlag.found = TRUE;
DisplayDoubleCharacter(100,213);
return bHandledKeystroke ;
}
/* for(int i=0;i<43;i++)
{
if(ch == numerals[i].key)
{
kFlag.found = TRUE;
DisplaySingleCharacter(numerals[i].k_val[0]);
return bHandledKeystroke ;
}
}*/
}
if(kFlag.found == FALSE)
{
if((ch == 'f' && kFlag.previous_0 == '7') )
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(199);
}
else if( (ch == 'f' && kFlag.previous_0 == '8') || ch == 'f' && kFlag.previous_0 == '/' && kFlag.previous_1 == '8')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(199);
}
/* else
if(ch == 'f' && kFlag.previous_0 == 'u' && kFlag.c_bit == TRUE)
{
kFlag.found = TRUE;
kFlag.c_bit = FALSE;
SendBackSpace(1);
DisplaySingleCharacter(198);
}*/
else if(ch == 'e' && kFlag.previous_0 == '/' && kFlag.previous_1 == 'd')
{
kFlag.found = TRUE;
SendBackSpace(3);
DisplayDoubleCharacter(114,115);
}
else if(ch == 'e' && kFlag.previous_0 == '/' && kFlag.previous_1 == ',')
{
kFlag.found = TRUE;
SendBackSpace(3);
DisplayDoubleCharacter(162,115);
}
else if(ch == 'e' && kFlag.previous_0 == '/' && kFlag.previous_1 == 'p')
{
kFlag.found = TRUE;
SendBackSpace(3);
DisplayDoubleCharacter(166,252);
}
else if(ch == 'e' && kFlag.previous_0 == '/' && kFlag.previous_1 == 'b')
{
kFlag.found = TRUE;
SendBackSpace(3);
DisplayDoubleCharacter(169,252);
}
else if(ch == 'F' && kFlag.previous_0 == '/' && kFlag.previous_1 == 'C')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(210);
}
else if(ch == 'F' && kFlag.previous_0 == '/' && kFlag.previous_1 == 'D')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(217);
}
else if(ch == 'F' && kFlag.previous_0 == '/' && kFlag.previous_1 == ',')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(222);
}
else if(ch == 'F' && kFlag.previous_0 == '/' && kFlag.previous_1 == 'P')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(225);
}
else if(ch == 'F' && kFlag.previous_0 == '/' && kFlag.previous_1 == 'B')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(227);
}
else if(ch == 'e' && kFlag.previous_0 == '/' && kFlag.previous_1 == 'c')
{
kFlag.found = TRUE;
SendBackSpace(2);
DisplaySingleCharacter(99);
}
else if(ch == 'F' && kFlag.previous_0 == '=')
{
SendBackSpace(4);
DisplaySingleCharacter(212);
}
else if(ch == 'F' && kFlag.previous_0 == '5')
{
SendBackSpace(2);
DisplaySingleCharacter(215);
}
else if(ch == 'F' && kFlag.previous_0 == '3')
{
SendBackSpace(2);
DisplaySingleCharacter(220);
}
else if(ch == '/')
{
for(int i=0; i<8; i++)
{
if(kFlag.previous_0 == double_key_slash[i].key)
{
kFlag.found = TRUE;
DisplayCharacters(i,SLASH,0);
}
}
}
/* else
if(ch == 'F' && kFlag.c_bit == TRUE)
{
for(int i=0;i<22;i++)
{
if(kFlag.previous_0 == double_key_F[i].key)
{
kFlag.found = TRUE;
DisplayCharacters(i,F_OTTU,0);
}
}
}
else
if(ch == 'e' || ch == ';')
{
if(kFlag.s_bit == TRUE)
{
DisplaySingleCharacter(70);
kFlag.found = TRUE;
kFlag.s_bit = FALSE;
}
else
for(int i=0;i<28;i++)
{
if(kFlag.previous_0 == double_key_ee[i].key)
{
kFlag.found = TRUE;
DisplayCharacters(i,EE,0);
if(ch == ';')
DisplaySingleCharacter(195); //only when gudisu is to bo displayed
}
}
}
}// kFlag.found == FALSE*/
else if(ch == 'e' || ch == ';' )
{
if(kFlag.s_bit == TRUE)
{
DisplaySingleCharacter(70);
kFlag.found = TRUE;
kFlag.s_bit = FALSE;
}
else
for(int i=0; i<28; i++)
{
if(kFlag.previous_0 == double_key_ee[i].key)
{
kFlag.found = TRUE;
DisplayCharacters(i,EE,0);
}
}
}
}
if(kFlag.found == FALSE)
{
for(int i=0; i<80; i++)
{
if(ch == single_key[i].key)
{
kFlag.last_consonant = FALSE;
kFlag.found = TRUE;
if( (ch == 'f' ||
ch == 'u' ||
ch == 'U' ||
ch == 'I' ||
ch == 'i' ||
ch == 'o' ||
ch == 'O' ||
ch == ']'
) &&
kFlag.c_bit == TRUE)
{
kFlag.c_bit = FALSE;
vDisplayGunitakshara(ch);
}
else
DisplayCharacters(i,SINGLE,0);
for (int j = 0; j<10; j++)
{
if(ch == cConsonnants[j])
{
kFlag.u_bit = TRUE;
}
}
if(kFlag.u_bit == FALSE )
{
kFlag.c_bit = TRUE;
}
else
{
kFlag.u_bit = FALSE;
}
}
}
}
if((isalnum(ch))||(ispunct(ch))&&(!(GetKeyState(VK_SPACE))||!(GetKeyState(VK_SHIFT))))
CopyPrevious(ch);
kFlag.s_bit = FALSE;
return bHandledKeystroke;
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////// This Function Finds The Character in The Tables in Found Calls /////////////////////////////
///////////////////////////// The Display Functions With Position (i),and The Starting Position /////////////////////////////
///////////////////////////// Of The Of The Message To Be Posted The Argument /////////////////////////////
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
int FindCharacters(char ch)
{
BOOL bHandledKeystroke = FALSE;
kFlag.found = 0;
if(ch == ']' && kFlag.s_bit == TRUE)
{
kFlag.s_bit = FALSE;
return bHandledKeystroke;
}
if(kFlag.s_bit == TRUE)
{
kFlag.s_bit = FALSE;
/*
for(int i=0;i<43;i++)
{
if(ch == numerals[i].key)
{
// SendBackSpace(1);//Eleminate the space
DisplayCharacters(i,NUMERALS,0);
kFlag.found = TRUE;
return bHandledKeystroke;
}
}
*/
}
////////
/////// for poo hoo vooo---------------------------------------
////////
if(ch == 'f' && kFlag.previous_0 == 'u' && kFlag.previous_1 == '\'' && kFlag.previous_2 == '=' && kFlag.previous_3 == 'p' )
{
kFlag.found = TRUE;
SendBackSpace(2);
DisplayDoubleCharacter(73,196);
return bHandledKeystroke;
}
if(ch == 'u' && kFlag.previous_0 == 'u' && kFlag.previous_1 == 'm')
{
kFlag.found = TRUE;
SendBackSpace(2);
DisplaySingleCharacter(212);
return bHandledKeystroke;
}
if(ch == 'u' && kFlag.previous_0 == 'y' && kFlag.previous_1 == 'H' )
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(199);
return bHandledKeystroke;
}
if(ch == '}' && kFlag.previous_0 == 'K' )
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(205);
return bHandledKeystroke;
}
if(ch == 'f' && kFlag.previous_0 == 'u' && kFlag.previous_1 == '\'' && kFlag.previous_2 == 'p' )
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(199);
return bHandledKeystroke;
}
if(ch == 'f' && kFlag.previous_0 == 'u' && kFlag.previous_1 == '\'' && kFlag.previous_2 == 'h' )
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(199);
return bHandledKeystroke;
}
if(ch == 'f' && kFlag.previous_0 == '\'' && kFlag.previous_1 == '7')
{
//SendBackSpace(1);
kFlag.found = TRUE;
DisplaySingleCharacter(199);
return bHandledKeystroke;
}
if(ch == 'f' && kFlag.previous_0 == 'u' && kFlag.previous_1 == '\'' && kFlag.previous_2 == 'E')
{
kFlag.found = TRUE;
SendBackSpace(2);
DisplayDoubleCharacter(198,213);
return bHandledKeystroke;
}
if(ch == 'f' && kFlag.previous_0 == 'u' && kFlag.previous_1 == 'E')
{
kFlag.found = TRUE;
SendBackSpace(2);
DisplayDoubleCharacter(198,213);
return bHandledKeystroke;
}
if(ch == ']' && kFlag.previous_0 == '=' && kFlag.previous_1 == 'P')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(207);
return bHandledKeystroke;
}
if(ch == '"' && kFlag.previous_0 == 'p')
{
kFlag.found = TRUE;
SendBackSpace(2);
DisplayDoubleCharacter(181,192);
return bHandledKeystroke;
}
if(ch == 'm' && kFlag.previous_0 == 'm')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(237);
return bHandledKeystroke;
}
if(ch == '"' && kFlag.previous_0 == '[')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(182);
return bHandledKeystroke;
}
if(ch == '=' && kFlag.previous_0 == 'q')
{
kFlag.found = TRUE;
SendBackSpace(2);
DisplaySingleCharacter(234);
return bHandledKeystroke;
}
if(ch == '=')
{
// MessageBox(NULL,"fv","vfv",MB_OK);
for(int i=0;i<=15;i++)
{
if(kFlag.found == 0)
if(kFlag.previous_0 == doublekey_equals[i].key)
{
DisplayCharacters(i,EQUALS,0);
kFlag.found = TRUE;
CopyPrevious(ch);
return bHandledKeystroke;
}//----End Of if ---//
}//----End of for----//
if(kFlag.found == FALSE)
{
DisplaySingleCharacter(44);
CopyPrevious(ch);
return bHandledKeystroke;
}
}
if(ch == '+')
{
// MessageBox(NULL,"fv","vfv",MB_OK);
if(kFlag.previous_0 == '=' && kFlag.previous_1 == '<')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(220);
return bHandledKeystroke;
}
for(int i=0;i<=4;i++)
{
if(kFlag.found == 0)
if(kFlag.previous_0 == doublekey_plus[i].key)
{
DisplayCharacters(i,PLUS,0);
kFlag.found = TRUE;
return bHandledKeystroke;
}//----End Of if ---//
}//----End of for----//
if(!kFlag.found)
{
if(kFlag.previous_0 == 'F' && kFlag.previous_1 == 'r' && kFlag.found == 0)
{
DisplaySingleCharacter(70);
kFlag.found = TRUE;
return bHandledKeystroke;
}
if(kFlag.previous_0 == '=' && kFlag.previous_1 == ',' && kFlag.found == 0)
{
SendBackSpace(3);
DisplayDoubleCharacter(120,192);
kFlag.found = TRUE;
return bHandledKeystroke;
}
if(kFlag.previous_0 == '=' && kFlag.previous_1 == '.' && kFlag.found == 0)
{
SendBackSpace(2);
DisplaySingleCharacter(121);
kFlag.found = TRUE;
return bHandledKeystroke;
}
}
}
if(ch == ']')
{
// MessageBox(NULL,"fv","vfv",MB_OK);
for(int i=0;i<5;i++)
{
if(kFlag.found == 0)
if(kFlag.previous_0 == doublekey_sq_bracket[i].key)
{
DisplayCharacters(i,SQ_BRACKET,0);
kFlag.found = TRUE;
}//----End Of if ---//
}//----End of for----//
if(!kFlag.found)
{
if(kFlag.previous_0 == '=' && kFlag.previous_1 == 'p' && kFlag.found == 0)
{
SendBackSpace(3);
DisplayDoubleCharacter(87,192);
kFlag.found = TRUE;
return bHandledKeystroke;
}
if(kFlag.previous_0 == '=' && kFlag.previous_1 == '[' && kFlag.found == 0)
{
SendBackSpace(2);
DisplaySingleCharacter(88);
kFlag.found = TRUE;
return bHandledKeystroke;
}
}
}
if(ch == 'u' )
{
if(!kFlag.found)
{
if(kFlag.previous_0 == 'Y' && kFlag.previous_1 == 'H' && kFlag.found == 0)
{
SendBackSpace(2);
DisplayTripleCharacter(83,192,196);
kFlag.found = TRUE;
return bHandledKeystroke;
}
else
if(kFlag.previous_0 == 'Y' && kFlag.previous_1 == 'm' && kFlag.found == 0)
{
SendBackSpace(2);
DisplayFourCharacter(65,105,192,196);
kFlag.found = TRUE;
return bHandledKeystroke;
}
else//-------------------For Four keyed Values----------------------------------//
if(kFlag.previous_0 == '=' && kFlag.previous_1 == 'u' && kFlag.previous_2 == 'r'&& kFlag.found == 0)
{
SendBackSpace(2);
DisplayDoubleCharacter(104,196);
kFlag.found = TRUE;
return bHandledKeystroke;
}
else
if(kFlag.previous_0 == '=' && kFlag.previous_1 == 'u'&& kFlag.previous_2 == '4' && kFlag.found == 0)
{
SendBackSpace(2);
DisplayTripleCharacter(106,104,196);
kFlag.found = TRUE;
return bHandledKeystroke;
}
else
if(kFlag.previous_0 == ']' && kFlag.previous_1 == 'u'&& kFlag.previous_2 == 'm' && kFlag.found == 0)
{
SendBackSpace(2);
DisplayDoubleCharacter(172,196);
kFlag.found = TRUE;
return bHandledKeystroke;
}
else
if(kFlag.previous_0 == 'p' || kFlag.previous_0 == 'h')
{
kFlag.found = 1;
DisplaySingleCharacter(197);
}
else
if(kFlag.previous_0 == 'E' )
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplayDoubleCharacter(196,213);
}
}
}
else
if(ch == 'i' && kFlag.previous_0 == '}' )
{
SendBackSpace(1);
DisplaySingleCharacter(75);
kFlag.found = TRUE;
return bHandledKeystroke;
}
else
if(ch == 'o' && kFlag.previous_0 == '}' )
{
SendBackSpace(1);
DisplaySingleCharacter(78);
kFlag.found = TRUE;
return bHandledKeystroke;
}
else
if(ch == 'O' && kFlag.previous_0 == 'o' )
{
SendBackSpace(1);
DisplaySingleCharacter(79);
kFlag.found = TRUE;
return bHandledKeystroke;
}
else
if(ch == 'I' &&kFlag.previous_0 == '\'')
{
//SetGlyphs(ch,
DisplaySingleCharacter(202);
kFlag.found = TRUE;
}
else
if(ch == '\'' && kFlag.c_bit == TRUE)
{
kFlag.c_bit = FALSE;
switch(kFlag.previous_0)
{
case 'b' :
if(kFlag.o_bit == 0)
{
SetGlyphs(ch,167); //This function sets the glyph
kFlag.n_back = -1; //---patterns for thes specified characters
DisplaySingleCharacter(201);
kFlag.found = TRUE;
}
else
{
kFlag.o_bit = 0;
SendBackSpace(1);
DisplaySingleCharacter(201);
kFlag.found = TRUE;
}
break;
case 'H' :
SetGlyphs(ch,82); //This function sets the glyph
kFlag.n_back = -1; //---patterns for thes specified characters
DisplaySingleCharacter(201);
kFlag.found = TRUE;
break;
case 'j' :
SetGlyphs(ch,100);
kFlag.n_back = 0;
DisplaySingleCharacter(201);
kFlag.found = TRUE;
break;
case 't' :
SetGlyphs(ch,108);
DisplaySingleCharacter(201);
kFlag.found = TRUE;
break;
case 'z' :
SetGlyphs(ch,116);
DisplaySingleCharacter(201);
kFlag.found = TRUE;
break;
case 'l' :
SetGlyphs(ch,174);
DisplaySingleCharacter(201);
kFlag.found = TRUE;
break;
case 'E' :
kFlag.found = TRUE;
SendBackSpace(2);
DisplayTripleCharacter(101,201,213);
break;
default:
SendBackSpace(1);
DisplaySingleCharacter(201);
kFlag.found = TRUE;
}//----End of switch (previous_0)----//
}
else
if (ch == 'f' && kFlag.c_bit == TRUE)
{
kFlag.c_bit = FALSE;
switch(kFlag.previous_0)
{
case 'b' :
if(kFlag.o_bit == 0)
{
//SendBackSpace(1);
SetGlyphs(ch,167); //This function sets the glyph
kFlag.n_back = -1; //---patterns for thes specified characters
DisplaySingleCharacter(193);
kFlag.found = TRUE;
}
else
{
kFlag.o_bit = 0;
SendBackSpace(1);
DisplaySingleCharacter(193);
kFlag.found = TRUE;
}
break;
case 'H' :
SetGlyphs(ch,82); //This function sets the glyph
kFlag.n_back = -1; //---patterns for thes specified characters
DisplaySingleCharacter(193);
kFlag.found = TRUE;
break;
case 'j' :
SetGlyphs(ch,100);
kFlag.n_back = 0;
DisplaySingleCharacter(193);
kFlag.found = TRUE;
break;
case 't' :
SetGlyphs(ch,108);
DisplaySingleCharacter(193);
kFlag.found = TRUE;
break;
case 'z' :
SetGlyphs(ch,116);
DisplaySingleCharacter(193);
kFlag.found = TRUE;
break;
case 'l' :
SetGlyphs(ch,174);
DisplaySingleCharacter(193);
kFlag.found = TRUE;
break;
case 'U' :
SendBackSpace(1);
DisplaySingleCharacter(72);
kFlag.found = TRUE;
break;
case '7' :
SendBackSpace(1);
DisplaySingleCharacter(199);
kFlag.found = TRUE;
break;
case 'u' :
kFlag.found = TRUE;
DisplayDoubleCharacter(8,198);
break;
case 'E' :
kFlag.found = TRUE;
SendBackSpace(2);
DisplayTripleCharacter(101,193,213);
break;
default:
SendBackSpace(1);
DisplaySingleCharacter(193);
kFlag.found = TRUE;
}//----End of switch (previous_0)----//
}
else
if(ch == ']' && kFlag.c_bit == TRUE)
{
kFlag.c_bit = FALSE ;
switch(kFlag.previous_0)
{
case 'b' :
if(kFlag.o_bit == 0)
{
SendBackSpace(1);
SetGlyphs(ch,167); //This function sets the glyph
kFlag.n_back = -1; //---patterns for thes specified characters
DisplaySingleCharacter(169);
kFlag.found = TRUE;
}
else
{
kFlag.o_bit = 0;
kFlag.s_bit = 1; //---------To be used for further ie; for bhi-------//
SendBackSpace(1); //This function sets the glyph
//---patterns for thes specified characters
DisplaySingleCharacter(169);
kFlag.found = TRUE;
}
break;
case 'H' :
SendBackSpace(1); //This function sets the glyph
//---patterns for thes specified characters
DisplaySingleCharacter(84);
kFlag.found = TRUE;
break;
case 'j' :
SendBackSpace(1);
kFlag.n_back = 0;
DisplaySingleCharacter(102);
kFlag.found = TRUE;
break;
case 't' :
SendBackSpace(1);
DisplaySingleCharacter(110);
kFlag.found = TRUE;
break;
case 'l' :
SendBackSpace(1);
DisplaySingleCharacter(176);
kFlag.found = TRUE;
break;
/* case '=' :
SendBackSpace(2);
DisplaySingleCharacter(88);
kFlag.found = TRUE;
break;*/
case '\\' :
SendBackSpace(2);
DisplaySingleCharacter(182);
kFlag.found = TRUE;
break;
case 'y' :
SendBackSpace(3);
DisplaySingleCharacter(172);
kFlag.found = TRUE;
break;
case 'E' :
kFlag.found = TRUE;
SendBackSpace(2);
DisplayDoubleCharacter(102,213);
break;
default:
break;
}//----End of switch (previous_0)----//
}
else
if(ch == '}' && kFlag.c_bit == TRUE)
{
kFlag.c_bit = FALSE;
switch(kFlag.previous_0)
{
case 'i':
SendBackSpace(1);
DisplaySingleCharacter(75);
kFlag.found = TRUE;
break;
case 'o':
SendBackSpace(1);
DisplaySingleCharacter(78);
kFlag.found = TRUE;
break;
case 'b' :
if(kFlag.o_bit == 0)
{
SetGlyphs(ch,167); //This function sets the glyph
kFlag.n_back = -1; //---patterns for thes specified characters
DisplaySingleCharacter(239);
kFlag.found = TRUE;
}
else
{
kFlag.o_bit = 0;
SendBackSpace(1);
DisplaySingleCharacter(239);
kFlag.found = TRUE;
}
break;
case 'H' :
SetGlyphs(ch,82); //This function sets the glyph
kFlag.n_back = -1; //---patterns for thes specified characters
DisplaySingleCharacter(239);
kFlag.found = TRUE;
break;
case 'j' :
SetGlyphs(ch,100);
kFlag.n_back = 0;
DisplaySingleCharacter(239);
kFlag.found = TRUE;
break;
case 't' :
SetGlyphs(ch,108);
DisplaySingleCharacter(239);
kFlag.found = TRUE;
break;
case 'z' :
SetGlyphs(ch,116);
DisplaySingleCharacter(239);
kFlag.found = TRUE;
break;
case 'l' :
SetGlyphs(ch,174);
DisplaySingleCharacter(239);
kFlag.found = TRUE;
break;
case 'E' :
kFlag.found = TRUE;
SendBackSpace(2);
DisplayTripleCharacter(101,239,213);
break;
default:
SendBackSpace(1);
DisplaySingleCharacter(239);
kFlag.found = TRUE;
}//----End of switch (previous_0)----//
}
if(ch == 'O')
{
switch(kFlag.previous_0)
{
case 'b' :
if(kFlag.o_bit == 0)
{
SetGlyphs(ch,167); //This function sets the glyph
kFlag.n_back = -1; //---patterns for thes specified characters
DisplaySingleCharacter(203);
kFlag.found = TRUE;
}
else
{
kFlag.o_bit = 0;
SendBackSpace(1);
DisplaySingleCharacter(203);
kFlag.found = TRUE;
}
break;
case 'H' :
SetGlyphs(ch,82); //This function sets the glyph
kFlag.n_back = -1; //---patterns for thes specified characters
DisplaySingleCharacter(203);
kFlag.found = TRUE;
break;
case 'j' :
SetGlyphs(ch,100);
kFlag.n_back = 0;
DisplaySingleCharacter(203);
kFlag.found = TRUE;
break;
case 't' :
SetGlyphs(ch,108);
DisplaySingleCharacter(203);
kFlag.found = TRUE;
break;
case 'z' :
SetGlyphs(ch,116);
DisplaySingleCharacter(203);
kFlag.found = TRUE;
break;
case 'l' :
SetGlyphs(ch,174);
DisplaySingleCharacter(203);
kFlag.found = TRUE;
break;
case 'E' :
kFlag.found = TRUE;
SendBackSpace(2);
DisplayTripleCharacter(101,203,213);
break;
break;
default :
SendBackSpace(1);
DisplaySingleCharacter(203);
}
}
if(ch == ';'&& kFlag.previous_0 == 'F' && kFlag.previous_1 == 'r')
{
kFlag.found = TRUE;
SendBackSpace(3);
DisplaySingleCharacter(70);
}
if(ch == 'f' && kFlag.previous_0 == 'u' && kFlag.previous_1 == 'v')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplayDoubleCharacter(105,193);
}
if(ch == 'f' && kFlag.previous_0 == 'u' && (kFlag.previous_1 == 'p' || kFlag.previous_1 == 'h'))
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplaySingleCharacter(199);
}
if(ch == 'O' && kFlag.previous_0 == 'u' && kFlag.previous_1 == 'y' && kFlag.previous_2 == 'm')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplayDoubleCharacter(105,203);
}
if(ch == 'O' && kFlag.previous_0 == 'u' && kFlag.previous_1 == '=' && kFlag.previous_2 == 'u'&& kFlag.previous_3 == 'r')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplayDoubleCharacter(105,203);
}
if(ch == 'O' && kFlag.previous_0 == 'u' && kFlag.previous_1 == 'v')
{
kFlag.found = TRUE;
SendBackSpace(1);
DisplayDoubleCharacter(105,203);
}
if(kFlag.found == FALSE)
{
for(int i=0;i<=90;i++)
{
if(kFlag.found == 0)
if(ch == singlekey_singleglyph[i].key)
{
kFlag.c_bit = TRUE;
DisplayCharacters(i,SINGLE,0);
kFlag.found = TRUE;
}//----End Of if ---//
}//----End of for----//
}
if(!kFlag.found)
{
vDisplay_Gunitaksharas(ch);
}
if(isspace(ch))
{
kFlag.s_bit = 1;
kFlag.c_bit = 0 ;
kFlag.q_bit = 0;
}
CopyPrevious(ch);
return bHandledKeystroke;
}
