public LuaValue mod(int rhs) {
return LuaDouble.dmod(checkarith(), rhs);
}
public LuaValue modFrom(double lhs) {
return LuaDouble.dmod(lhs, checkarith());
}
public LuaValue div(int rhs) {
return LuaDouble.ddiv(checkarith(), rhs);
}
public LuaValue divInto(double lhs) {
return LuaDouble.ddiv(lhs, checkarith());
}
public LuaValue modFrom(double lhs) {
return LuaDouble.dmod(lhs, v);
}
/**
* Return a LuaNumber that represents the value provided
*
* @param l long value to represent.
* @return LuaNumber that is eithe LuaInteger or LuaDouble representing l
* @see LuaValue#valueOf(int)
* @see LuaValue#valueOf(double)
*/
public static LuaNumber valueOf(long l) {
int i = (int) l;
return l == i
? (i <= 255 && i >= -256 ? intValues[i + 256] : (LuaNumber) new LuaInteger(i))
: LuaDouble.valueOf(l);
}
public LuaValue divInto(double lhs) {
return LuaDouble.ddiv(lhs, v);
}
public LuaValue mod(int rhs) {
return LuaDouble.dmod(v, rhs);
}
public LuaValue div(int rhs) {
return LuaDouble.ddiv(v, rhs);
}
public LuaValue mul(double lhs) {
return LuaDouble.valueOf(lhs * v);
}
public LuaValue subFrom(double lhs) {
return LuaDouble.valueOf(lhs - v);
}
public LuaValue sub(int rhs) {
return LuaDouble.valueOf(v - rhs);
}
public LuaValue add(double lhs) {
return LuaDouble.valueOf(lhs + v);
}
