public ProgcomUnit(ISignalProcessor s)
{
mSignalProcessor = s;
mCPU = CreateCPU();
mAssembler = CreateAssembler();
IO = new ProgcomIO(this, 32, null);
}
public ProgcomUnit(ISignalProcessor s)
{
mSignalProcessor = s;
mCPU = CreateCPU();
mAssembler = CreateAssembler();
IO = new ProgcomIO(this, 32, null);
}
private IProgcomAssembler CreateAssembler()
{
IProgcomAssembler assembler = mCPU.GetCompatibleAssembler();
assembler.bindGlobalCall("GLOBAL_MAINTHROTTLE", 0);
assembler.bindGlobalCall("GLOBAL_YAW", 1);
assembler.bindGlobalCall("GLOBAL_PITCH", 2);
assembler.bindGlobalCall("GLOBAL_ROLL", 3);
assembler.bindGlobalCall("GLOBAL_SURFACE_EAST", 4);
assembler.bindGlobalCall("GLOBAL_SURFACE_UP", 7);
assembler.bindGlobalCall("GLOBAL_SURFACE_NORTH", 10);
assembler.bindGlobalCall("GLOBAL_VESSEL_X", 13);
assembler.bindGlobalCall("GLOBAL_VESSEL_Y", 16);
assembler.bindGlobalCall("GLOBAL_VESSEL_HEADING", 16);
assembler.bindGlobalCall("GLOBAL_VESSEL_Z", 19);
assembler.bindGlobalCall("GLOBAL_ORBITSPEED", 22);
assembler.bindGlobalCall("GLOBAL_SURFACESPEED", 25);
assembler.bindGlobalCall("GLOBAL_ANGULARVELOCITY", 28);
assembler.bindGlobalCall("GLOBAL_ALTITUDE", 31);
assembler.bindGlobalCall("GLOBAL_NUMPAD_OUT", 32);
assembler.bindGlobalCall("GLOBAL_NUMPAD_MSG", 36);
assembler.bindGlobalCall("GLOBAL_NUMPAD_IN", 37);
assembler.bindGlobalCall("GLOBAL_NUMPAD_NEWIN", 38);
assembler.bindGlobalCall("GLOBAL_NUMPAD_FORMAT", 39);
assembler.bindGlobalCall("GLOBAL_TIMER", 40);
assembler.bindGlobalCall("GLOBAL_VECTORACCURACY", VEC_ACC_OFFSET);
assembler.bindGlobalCall("GLOBAL_SPEEDACCURACY", SPD_ACC_OFFSET);
assembler.bindGlobalCall("GLOBAL_IENABLE", 44);
assembler.bindGlobalCall("GLOBAL_CLOCK", 45);
assembler.bindGlobalCall("GLOBAL_IADRESS", 46);
assembler.bindGlobalCall("GLOBAL_TIMER_MAX", 47);
assembler.bindGlobalCall("GLOBAL_PILOT_THROTTLE", 48);
assembler.bindGlobalCall("GLOBAL_PILOT_YAW", 49);
assembler.bindGlobalCall("GLOBAL_PILOT_PITCH", 50);
assembler.bindGlobalCall("GLOBAL_PILOT_ROLL", 51);
assembler.bindGlobalCall("GLOBAL_PILOT_RCS_RIGHT", 52);
assembler.bindGlobalCall("GLOBAL_PILOT_RCS_UP", 53);
assembler.bindGlobalCall("GLOBAL_PILOT_RCS_FORWARD", 54);
assembler.bindGlobalCall("GLOBAL_RCS_RIGHT", 52);
assembler.bindGlobalCall("GLOBAL_RCS_UP", 53);
assembler.bindGlobalCall("GLOBAL_RCS_FORWARD", 54);
assembler.bindGlobalCall("GLOBAL_ACTIONGROUP", 55);
assembler.bindGlobalCall("GLOBAL_GSB0", 64);
assembler.bindGlobalCall("GLOBAL_GSB1", 68);
assembler.bindGlobalCall("GLOBAL_GSB2", 72);
assembler.bindGlobalCall("GLOBAL_GSB3", 76);
assembler.bindGlobalCall("GLOBAL_GSB4", 80);
assembler.bindGlobalCall("GLOBAL_GSB5", 84);
assembler.bindGlobalCall("GLOBAL_GSB6", 88);
assembler.bindGlobalCall("GLOBAL_GSB7", 92);
assembler.bindGlobalCall("GLOBAL_SCREEN_MODE", MONITOR_MODE);
assembler.bindGlobalCall("GLOBAL_SCREEN", MONITOR_OFFSET);
assembler.bindGlobalCall("GLOBAL_SCREEN_COLOR", CLR_OFFSET);
assembler.bindGlobalCall("GLOBAL_SCREEN_FONT", FONT_OFFSET);
assembler.bindGlobalCall("CPU_CLOCKRATE", mCPU.ClockRate);
assembler.bindGlobalCall("CPU_RAM", mCPU.Memory.Length);
assembler.bindGlobalCall("CPU_MAXADDRESS", mCPU.Memory.Length - 1);
return(assembler);
}
