//inicio del circuito
void Path::addStart(double x, double y){
Cell c;
c.setTypeEnd(_START);
setPositionXY(&c,x,y);
cellsPath.push_back(c);
}
/*
display Two-Dimensional Code in the Eink screen:
x:the X start address,X value can be 0 to 14;
y:the Y start address, Y vlue can be 171 to 15;
the charater erea is from x to x+6 in X position and from y to y-24 in Y position
*/
void E_ink_ESP8266::displayTwoDimensionalCode(INT8U x,INT8U y)
{
INT16U i;
writeComm(0x11); /*data enter mode command */
writeData(0x05); /*set Y-mode:X increment and y decrement */
setPositionXY(x,x+7,y,y-24);
converDimensionalCode();
writeComm(0x24);
for(i=0;i<200;i++)
{
writeData(matrixdata_conver[i]);
}
}
/*
display character in the Eink screen:
x:the X start address,X value can be 0 to 14;
y:the Y start address, Y vlue can be 171 to 7;
the charater diplay erea is from x to x+3 in X position and from y to y-7 in Y position
unicode_char:the character machine code
*/
void E_ink_ESP8266::displayChar(INT8U x,INT8U y,INT16U unicode_Char)
{
INT16U i;
getCharMatrixData(unicode_Char);
converCharMatrixData();
//setPositionXY(x,x+3,y,y-7);
setPositionXY(x,x+3,y,y-7);
writeComm(0x11); /*data enter mode command */
writeData(0x05); /*set Y-mode:X address is increment and y address decrement */
writeComm(0x24);
for(i=16;i<32;i++)
{
writeData(matrixdata_conver[i]);
}
for(i=0;i<16;i++)
{
writeData(matrixdata_conver[i]);
}
}
//línea recta horitzontal cap a l'est
void Path::addCell(double x, double y) {
Cell c;
c.setTypeEnd(_NONE);
setPositionXY(&c,x,y);
cellsPath.push_back(c);
}
//inicio del circuito
void Path::addKill(double x, double y){
Cell c;
setPositionXY(&c,x,y);
c.setTypeEnd(_KILLED);
cellsPath.push_back(c);
}
//inicio del circuito
void Path::addGate(double x, double y){
Cell c;
setPositionXY(&c,x,y);
cellsPath.push_back(c);
}
