bool compile()
{
output = normalizeOutput(input, output, "leelac");
Assembler assembler;
return assembler.assemble(input, output);
}
bool parse()
{
output = normalizeOutput(input, output, "lasm");
Parser parser;
return parser.parse(input, output);
}
void
XorgFunction::applyi(int dxMickey, int dyMickey, int *dxPixel, int *dyPixel,
TimeStamp::inttime timestamp) {
if (normalize)
normalizeInput(&dxMickey, &dyMickey, input);
// std::cerr << "XorgFunction::apply:" << timestamp << std::endl ;
if (timestamp==TimeStamp::undef)
timestamp = TimeStamp::createAsInt() ;
if (epoch==TimeStamp::undef)
epoch = timestamp ;
int first = 0, num = 2 ;
int valuators[2] = {dxMickey, dyMickey} ;
int ms = (timestamp-epoch)/TimeStamp::one_millisecond ;
// std::cerr << "XorgFunction::apply: " << timestamp << "/" << ms << " " << dxMickey << " " << dyMickey << std::endl ;
if (dev->valuator->accelScheme.AccelSchemeProc)
dev->valuator->accelScheme.AccelSchemeProc(dev, first, num, valuators, ms) ;
if (normalize)
normalizeOutput(valuators, valuators + 1, output);
*dxPixel = valuators[0] ;
*dyPixel = valuators[1] ;
}
void normalizeOutput(string extension)
{
output = normalizeOutput(input, output, extension);
}
