public static void frame_update_analog_field_quester_p1(analog_field_state analog)
{
bool keypressed = false;
int delta = 0;
int value2;
value2 = apply_analog_min_max(analog, analog.accum);
analog.previous = analog.accum = value2;
if (Keyboard.IsPressed(Key.Left))
{
keypressed = true;
delta -= analog_p0.delta * 0x200;
analog.lastdigital = 1;
}
if (Keyboard.IsPressed(Key.Right))
{
keypressed = true;
delta += analog_p0.delta * 0x200;
analog.lastdigital = 2;
}
analog.accum += delta;
if (!keypressed)
{
analog.lastdigital = 0;
}
}
public static int apply_analog_min_max(analog_field_state analog, int value)
{
int adjmin = (analog.minimum * 100) / analog.sensitivity;
int adjmax = (analog.maximum * 100) / analog.sensitivity;
int adj1 = (512 * 100) / analog.sensitivity;
int adjdif = adjmax - adjmin + adj1;
if (analog.reverse != 0)
{
while (value <= adjmin - adj1)
{
value += adjdif;
}
while (value > adjmax)
{
value -= adjdif;
}
}
else
{
while (value >= adjmax + adj1)
{
value -= adjdif;
}
while (value < adjmin)
{
value += adjdif;
}
}
return(value);
}
public static void frame_update_analog_field_forgottn_p1(analog_field_state analog)
{
bool keypressed = false;
int delta = 0;
int value2;
value2 = apply_analog_min_max(analog, analog.accum);
if (analog.accum != value2)
{
int i1 = 1;
}
analog.previous = analog.accum = value2;
if (Keyboard.IsPressed(Key.NumPad2))
{
keypressed = true;
delta -= analog_p0.delta * 0x200;
analog.lastdigital = 1;
}
if (Keyboard.IsPressed(Key.NumPad3))
{
keypressed = true;
delta += analog_p0.delta * 0x200;
analog.lastdigital = 2;
}
analog.accum += delta;
if (!keypressed)
{
analog.lastdigital = 0;
}
}
public static uint input_port_read_direct(analog_field_state analog)
{
uint result;
int value;
long nsec_since_last;
nsec_since_last = Attotime.attotime_to_attoseconds(Attotime.attotime_sub(Timer.get_current_time(), portdata.last_frame_time)) / Attotime.ATTOSECONDS_PER_NANOSECOND;
value = (int)(analog.previous + ((long)(analog.accum - analog.previous) * nsec_since_last / portdata.last_delta_nsec));
result = (uint)apply_analog_settings(value);
return(result);
}
public static void input_port_init()
{
portdata = new input_port_private();
switch (Machine.sBoard)
{
case "CPS-1":
case "CPS-1(QSound)":
loop_inputports_callback = CPS.loop_inputports_cps1_6b;
record_port_callback = CPS.record_portC;
replay_port_callback = CPS.replay_portC;
analog_p0 = new analog_field_state();
analog_p1 = new analog_field_state();
analog_p0.adjdefvalue = 0;
analog_p1.adjdefvalue = 0;
analog_p0.sensitivity = 100;
analog_p1.sensitivity = 100;
analog_p0.reverse = 0;
analog_p1.reverse = 0;
analog_p0.delta = 20;
analog_p1.delta = 20;
analog_p0.minimum = 0;
analog_p1.minimum = 0;
analog_p0.maximum = 0x1ffe00;
analog_p1.maximum = 0x1ffe00;
analog_p0.reverse_val = 0x200000;
analog_p1.reverse_val = 0x200000;
analog_p0.scalepos = 0x8000;
analog_p1.scalepos = 0x8000;
analog_p0.scaleneg = 0x8000;
analog_p1.scaleneg = 0x8000;
break;
case "CPS2":
loop_inputports_callback = CPS.loop_inputports_cps2_2p6b;
record_port_callback = CPS.record_portC2;
replay_port_callback = CPS.replay_portC2;
analog_p0 = new analog_field_state();
analog_p1 = new analog_field_state();
analog_p0.adjdefvalue = 0;
analog_p1.adjdefvalue = 0;
analog_p0.sensitivity = 100;
analog_p1.sensitivity = 100;
analog_p0.reverse = 0;
analog_p1.reverse = 0;
analog_p0.delta = 20;
analog_p1.delta = 20;
analog_p0.minimum = 0;
analog_p1.minimum = 0;
analog_p0.maximum = 0x1ffe00;
analog_p1.maximum = 0x1ffe00;
analog_p0.reverse_val = 0x200000;
analog_p1.reverse_val = 0x200000;
analog_p0.scalepos = 0x8000;
analog_p1.scalepos = 0x8000;
analog_p0.scaleneg = 0x8000;
analog_p1.scaleneg = 0x8000;
break;
case "Neo Geo":
loop_inputports_callback = Neogeo.loop_inputports_neogeo_standard;
record_port_callback = Neogeo.record_port;
replay_port_callback = Neogeo.replay_port;
analog_p0 = new analog_field_state();
analog_p1 = new analog_field_state();
analog_p0.adjdefvalue = 0;
analog_p1.adjdefvalue = 0;
analog_p0.sensitivity = 10;
analog_p1.sensitivity = 10;
analog_p0.reverse = 1;
analog_p1.reverse = 1;
analog_p0.delta = 20;
analog_p1.delta = 20;
analog_p0.minimum = 0;
analog_p1.minimum = 0;
analog_p0.maximum = 0x1fe00;
analog_p1.maximum = 0x1fe00;
analog_p0.reverse_val = 0x20000;
analog_p1.reverse_val = 0x20000;
analog_p0.scalepos = 0x8000;
analog_p1.scalepos = 0x8000;
analog_p0.scaleneg = 0x8000;
analog_p1.scaleneg = 0x8000;
break;
case "Namco System 1":
loop_inputports_callback = Namcos1.loop_inputports_ns1_3b;
record_port_callback = Namcos1.record_port;
replay_port_callback = Namcos1.replay_port;
analog_p0 = new analog_field_state();
analog_p1 = new analog_field_state();
analog_p0.adjdefvalue = 0;
analog_p1.adjdefvalue = 0;
analog_p0.sensitivity = 30;
analog_p1.sensitivity = 30;
analog_p0.reverse = 0;
analog_p1.reverse = 0;
analog_p0.delta = 15;
analog_p1.delta = 15;
analog_p0.minimum = 0;
analog_p1.minimum = 0;
analog_p0.maximum = 0x1fe00;
analog_p1.maximum = 0x1fe00;
analog_p0.reverse_val = 0x20000;
analog_p1.reverse_val = 0x20000;
analog_p0.scalepos = 0x8000;
analog_p1.scalepos = 0x8000;
analog_p0.scaleneg = 0x8000;
analog_p1.scaleneg = 0x8000;
break;
case "IGS011":
loop_inputports_callback = IGS011.loop_inputports_igs011_drgnwrld;
record_port_callback = IGS011.record_port;
replay_port_callback = IGS011.replay_port;
break;
case "PGM":
loop_inputports_callback = PGM.loop_inputports_pgm_standard;
record_port_callback = PGM.record_port;
replay_port_callback = PGM.replay_port;
break;
}
switch (Machine.sName)
{
case "forgottn":
case "forgottna":
case "forgottnu":
case "forgottnue":
case "forgottnuc":
case "forgottnua":
case "forgottnuaa":
case "lostwrld":
case "lostwrldo":
loop_inputports_callback = CPS.loop_inputports_cps1_forgottn;
break;
case "sf2ebbl":
case "sf2ebbl2":
case "sf2ebbl3":
case "sf2amf2":
case "sf2m2":
case "sf2m4":
case "sf2m5":
case "sf2m6":
case "sf2m7":
case "sf2yyc":
case "sf2koryu":
loop_inputports_callback = CPS.loop_inputports_cps1_sf2hack;
break;
case "cworld2j":
case "cworld2ja":
case "cworld2jb":
case "qad":
case "qadjr":
case "qtono2j":
loop_inputports_callback = CPS.loop_inputports_cps1_cworld2j;
break;
case "ecofghtr":
loop_inputports_callback = CPS.loop_inputports_cps2_ecofghtr;
break;
case "qndream":
loop_inputports_callback = CPS.loop_inputports_cps2_qndream;
break;
case "irrmaze":
loop_inputports_callback = Neogeo.loop_inputports_neogeo_irrmaze;
break;
case "quester":
case "questers":
loop_inputports_callback = Namcos1.loop_inputports_ns1_quester;
break;
case "berabohm":
loop_inputports_callback = Namcos1.loop_inputports_ns1_berabohm;
break;
case "faceoff":
loop_inputports_callback = Namcos1.loop_inputports_ns1_faceoff;
break;
case "tankfrce4":
loop_inputports_callback = Namcos1.loop_inputports_ns1_tankfrce4;
break;
/*case "":
* case "":
* loop_inputports_callback = IGS011.loop_inputports_igs011_drgnwrldj;
* break;*/
}
}