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ExampleMachine.ino
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ExampleMachine.ino
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/**************************************************************************
This pinball Example Machine code is distributed in the hope that it
will be useful, but WITHOUT ANY WARRANTY; without even the implied
warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
See <https://www.gnu.org/licenses/>.
*/
#include "RPU_Config.h"
#include "RPU.h"
#include "DropTargets.h"
#include "ExampleMachine.h"
#include "SelfTestAndAudit.h"
#include "AudioHandler.h"
#include "LampAnimations.h"
#include <EEPROM.h>
#define GAME_MAJOR_VERSION 2023
#define GAME_MINOR_VERSION 1
#define DEBUG_MESSAGES 1
/*********************************************************************
Game specific code
*********************************************************************/
// MachineState
// 0 - Attract Mode
// negative - self-test modes
// positive - game play
char MachineState = 0;
boolean MachineStateChanged = true;
#define MACHINE_STATE_ATTRACT 0
#define MACHINE_STATE_INIT_GAMEPLAY 1
#define MACHINE_STATE_INIT_NEW_BALL 2
#define MACHINE_STATE_NORMAL_GAMEPLAY 4
#define MACHINE_STATE_COUNTDOWN_BONUS 99
#define MACHINE_STATE_BALL_OVER 100
#define MACHINE_STATE_MATCH_MODE 110
#define MACHINE_STATE_DIAGNOSTICS 120
#define MACHINE_STATE_ADJUST_FREEPLAY (MACHINE_STATE_TEST_DONE-1)
#define MACHINE_STATE_ADJUST_BALL_SAVE (MACHINE_STATE_TEST_DONE-2)
#define MACHINE_STATE_ADJUST_SOUND_SELECTOR (MACHINE_STATE_TEST_DONE-3)
#define MACHINE_STATE_ADJUST_MUSIC_VOLUME (MACHINE_STATE_TEST_DONE-4)
#define MACHINE_STATE_ADJUST_SFX_VOLUME (MACHINE_STATE_TEST_DONE-5)
#define MACHINE_STATE_ADJUST_CALLOUTS_VOLUME (MACHINE_STATE_TEST_DONE-6)
#define MACHINE_STATE_ADJUST_TOURNAMENT_SCORING (MACHINE_STATE_TEST_DONE-7)
#define MACHINE_STATE_ADJUST_TILT_WARNING (MACHINE_STATE_TEST_DONE-8)
#define MACHINE_STATE_ADJUST_AWARD_OVERRIDE (MACHINE_STATE_TEST_DONE-9)
#define MACHINE_STATE_ADJUST_BALLS_OVERRIDE (MACHINE_STATE_TEST_DONE-10)
#define MACHINE_STATE_ADJUST_SCROLLING_SCORES (MACHINE_STATE_TEST_DONE-11)
#define MACHINE_STATE_ADJUST_EXTRA_BALL_AWARD (MACHINE_STATE_TEST_DONE-12)
#define MACHINE_STATE_ADJUST_SPECIAL_AWARD (MACHINE_STATE_TEST_DONE-13)
#define MACHINE_STATE_ADJUST_CREDIT_RESET_HOLD_TIME (MACHINE_STATE_TEST_DONE-14)
#define MACHINE_STATE_ADJUST_DONE (MACHINE_STATE_TEST_DONE-15)
#define GAME_MODE_SKILL_SHOT 1
#define GAME_MODE_UNSTRUCTURED_PLAY 2
// Add more game modes as necessary
// Examples:
//#define GAME_MODE_DROP_TARGET_FRENZY_START 3
//#define GAME_MODE_DROP_TARGET_FRENZY 4
//#define GAME_MODE_DROP_TARGET_FRENZY_FINISH 5
// Indices of EEPROM save locations
#define EEPROM_BALL_SAVE_BYTE 100
#define EEPROM_FREE_PLAY_BYTE 101
#define EEPROM_SOUND_SELECTOR_BYTE 102
#define EEPROM_SKILL_SHOT_BYTE 103
#define EEPROM_TILT_WARNING_BYTE 104
#define EEPROM_AWARD_OVERRIDE_BYTE 105
#define EEPROM_BALLS_OVERRIDE_BYTE 106
#define EEPROM_TOURNAMENT_SCORING_BYTE 107
#define EEPROM_SFX_VOLUME_BYTE 108
#define EEPROM_MUSIC_VOLUME_BYTE 109
#define EEPROM_SCROLLING_SCORES_BYTE 110
#define EEPROM_CALLOUTS_VOLUME_BYTE 111
#define EEPROM_CRB_HOLD_TIME 118
#define EEPROM_EXTRA_BALL_SCORE_UL 140
#define EEPROM_SPECIAL_SCORE_UL 144
#define SOUND_EFFECT_NONE 0
#define SOUND_EFFECT_BONUS_COUNT 1
#define SOUND_EFFECT_BALL_OVER 19
#define SOUND_EFFECT_GAME_OVER 20
#define SOUND_EFFECT_TILT_WARNING 28
#define SOUND_EFFECT_MATCH_SPIN 30
#define SOUND_EFFECT_TILT 61
#define SOUND_EFFECT_SCORE_TICK 67
#define SOUND_EFFECT_COIN_DROP_1 100
#define SOUND_EFFECT_COIN_DROP_2 101
#define SOUND_EFFECT_COIN_DROP_3 102
#define SOUND_EFFECT_MACHINE_START 120
#if (RPU_MPU_ARCHITECTURE<10) && !defined(RPU_OS_DISABLE_CPC_FOR_SPACE)
// This array maps the self-test modes to audio callouts
unsigned short SelfTestStateToCalloutMap[34] = { 136, 137, 135, 134, 133, 140, 141, 142, 139, 143, 144, 145, 146, 147, 148, 149, 138, 150, 151, 152,
153, 154, 155, 156, 157, 158, 159, 160, 161, 162, 163, 164, 165, 166 };
#elif (RPU_MPU_ARCHITECTURE<10) && defined(RPU_OS_DISABLE_CPC_FOR_SPACE)
unsigned short SelfTestStateToCalloutMap[31] = { 136, 137, 135, 134, 133, 140, 141, 142, 139, 143, 144, 145, 146, 147, 148, 149, 138,
153, 154, 155, 156, 157, 158, 159, 160, 161, 162, 163, 164, 165, 166 };
#elif (RPU_MPU_ARCHITECTURE>=10) && !defined(RPU_OS_DISABLE_CPC_FOR_SPACE)
// This array maps the self-test modes to audio callouts
unsigned short SelfTestStateToCalloutMap[34] = { 134, 135, 133, 136, 137, 138, 139, 140, 141, 142, 143, 144, 145, 146, 147, 148, 149, 150, 151, 152,
153, 154, 155, 156, 157, 158, 159, 160, 161, 162, 163, 164, 165, 166 };
#elif (RPU_MPU_ARCHITECTURE>=10) && defined(RPU_OS_DISABLE_CPC_FOR_SPACE)
unsigned short SelfTestStateToCalloutMap[34] = { 134, 135, 133, 136, 137, 138, 139, 140, 141, 142, 143, 144, 145, 146, 147, 148, 149,
153, 154, 155, 156, 157, 158, 159, 160, 161, 162, 163, 164, 165, 166 };
#endif
#define SOUND_EFFECT_SELF_TEST_MODE_START 132
#define SOUND_EFFECT_SELF_TEST_CPC_START 180
#define SOUND_EFFECT_SELF_TEST_AUDIO_OPTIONS_START 190
#define SOUND_EFFECT_BACKGROUND_SONG_1 500
#define NUM_BACKGROUND_SONGS 10
#define SOUND_EFFECT_BATTLE_SONG_1 525
#define NUM_BATTLE_SONGS 3
// Game play status callouts
#define NUM_VOICE_NOTIFICATIONS 24
#define SOUND_EFFECT_VP_VOICE_NOTIFICATIONS_START 300
#define SOUND_EFFECT_VP_PLAYER 300
#define SOUND_EFFECT_VP_ONE 301
#define SOUND_EFFECT_VP_TWO 302
#define SOUND_EFFECT_VP_THREE 303
#define SOUND_EFFECT_VP_FOUR 304
#define SOUND_EFFECT_VP_EXTRA_BALL 305
#define SOUND_EFFECT_VP_ADD_PLAYER_1 306
#define SOUND_EFFECT_VP_ADD_PLAYER_2 (SOUND_EFFECT_VP_ADD_PLAYER_1+1)
#define SOUND_EFFECT_VP_ADD_PLAYER_3 (SOUND_EFFECT_VP_ADD_PLAYER_1+2)
#define SOUND_EFFECT_VP_ADD_PLAYER_4 (SOUND_EFFECT_VP_ADD_PLAYER_1+3)
#define SOUND_EFFECT_VP_SHOOT_AGAIN 310
#define SOUND_EFFECT_DIAG_START 1900
#define SOUND_EFFECT_DIAG_CREDIT_RESET_BUTTON 1900
#define SOUND_EFFECT_DIAG_SELECTOR_SWITCH_ON 1901
#define SOUND_EFFECT_DIAG_SELECTOR_SWITCH_OFF 1902
#define SOUND_EFFECT_DIAG_STARTING_ORIGINAL_CODE 1903
#define SOUND_EFFECT_DIAG_STARTING_NEW_CODE 1904
#define SOUND_EFFECT_DIAG_ORIGINAL_CPU_DETECTED 1905
#define SOUND_EFFECT_DIAG_ORIGINAL_CPU_RUNNING 1906
#define SOUND_EFFECT_DIAG_PROBLEM_PIA_U10 1907
#define SOUND_EFFECT_DIAG_PROBLEM_PIA_U11 1908
#define SOUND_EFFECT_DIAG_PROBLEM_PIA_1 1909
#define SOUND_EFFECT_DIAG_PROBLEM_PIA_2 1910
#define SOUND_EFFECT_DIAG_PROBLEM_PIA_3 1911
#define SOUND_EFFECT_DIAG_PROBLEM_PIA_4 1912
#define SOUND_EFFECT_DIAG_PROBLEM_PIA_5 1913
#define SOUND_EFFECT_DIAG_STARTING_DIAGNOSTICS 1914
#define MAX_DISPLAY_BONUS 10
#define TILT_WARNING_DEBOUNCE_TIME 1000
/*********************************************************************
Machine state and options
*********************************************************************/
byte Credits = 0;
byte SoundSelector = 3;
byte BallSaveNumSeconds = 0;
byte MaximumCredits = 40;
byte BallsPerGame = 3;
byte ScoreAwardReplay = 0;
byte MusicVolume = 6;
byte SoundEffectsVolume = 8;
byte CalloutsVolume = 10;
byte ChuteCoinsInProgress[3];
byte TotalBallsLoaded = 1;
byte TimeRequiredToResetGame = 1;
byte NumberOfBallsInPlay = 0;
byte NumberOfBallsLocked = 0;
byte LampType = 0;
boolean FreePlayMode = false;
boolean HighScoreReplay = true;
boolean MatchFeature = true;
boolean TournamentScoring = false;
boolean ScrollingScores = true;
unsigned long ExtraBallValue = 0;
unsigned long SpecialValue = 0;
unsigned long CurrentTime = 0;
unsigned long HighScore = 0;
unsigned long AwardScores[3];
unsigned long CreditResetPressStarted = 0;
AudioHandler Audio;
/*********************************************************************
Game State
*********************************************************************/
byte CurrentPlayer = 0;
byte CurrentBallInPlay = 1;
byte CurrentNumPlayers = 0;
byte Bonus[4];
byte BonusX[4];
byte GameMode = GAME_MODE_SKILL_SHOT;
byte MaxTiltWarnings = 2;
byte NumTiltWarnings = 0;
byte CurrentAchievements[4];
boolean SamePlayerShootsAgain = false;
boolean BallSaveUsed = false;
boolean ExtraBallCollected = false;
boolean SpecialCollected = false;
boolean TimersPaused = true;
boolean AllowResetAfterBallOne = true;
unsigned long CurrentScores[4];
unsigned long BallFirstSwitchHitTime = 0;
unsigned long BallTimeInTrough = 0;
unsigned long GameModeStartTime = 0;
unsigned long GameModeEndTime = 0;
unsigned long LastTiltWarningTime = 0;
unsigned long ScoreAdditionAnimation;
unsigned long ScoreAdditionAnimationStartTime;
unsigned long LastRemainingAnimatedScoreShown;
unsigned long PlayfieldMultiplier;
unsigned long LastTimeThroughLoop;
unsigned long LastSwitchHitTime;
unsigned long BallSaveEndTime;
#define BALL_SAVE_GRACE_PERIOD 2000
/*********************************************************************
Game Specific State Variables
*********************************************************************/
unsigned long PlayfieldMultiplierExpiration;
unsigned long BonusChanged;
unsigned long BonusXAnimationStart;
DropTargetBank DropTargets(3, 1, DROP_TARGET_TYPE_BLY_1, 50);
/******************************************************
*
* Adjustments Serialization
*
*/
void ReadStoredParameters() {
for (byte count=0; count<3; count++) {
ChuteCoinsInProgress[count] = 0;
}
HighScore = RPU_ReadULFromEEProm(RPU_HIGHSCORE_EEPROM_START_BYTE, 10000);
Credits = RPU_ReadByteFromEEProm(RPU_CREDITS_EEPROM_BYTE);
if (Credits > MaximumCredits) Credits = MaximumCredits;
ReadSetting(EEPROM_FREE_PLAY_BYTE, 0);
FreePlayMode = (EEPROM.read(EEPROM_FREE_PLAY_BYTE)) ? true : false;
BallSaveNumSeconds = ReadSetting(EEPROM_BALL_SAVE_BYTE, 15);
if (BallSaveNumSeconds > 20) BallSaveNumSeconds = 20;
SoundSelector = ReadSetting(EEPROM_SOUND_SELECTOR_BYTE, 3);
if (SoundSelector > 8) SoundSelector = 3;
MusicVolume = ReadSetting(EEPROM_MUSIC_VOLUME_BYTE, 10);
if (MusicVolume>10) MusicVolume = 10;
SoundEffectsVolume = ReadSetting(EEPROM_SFX_VOLUME_BYTE, 10);
if (SoundEffectsVolume>10) SoundEffectsVolume = 10;
CalloutsVolume = ReadSetting(EEPROM_CALLOUTS_VOLUME_BYTE, 10);
if (CalloutsVolume>10) CalloutsVolume = 10;
Audio.SetMusicVolume(MusicVolume);
Audio.SetSoundFXVolume(SoundEffectsVolume);
Audio.SetNotificationsVolume(CalloutsVolume);
TournamentScoring = (ReadSetting(EEPROM_TOURNAMENT_SCORING_BYTE, 0)) ? true : false;
MaxTiltWarnings = ReadSetting(EEPROM_TILT_WARNING_BYTE, 2);
if (MaxTiltWarnings > 2) MaxTiltWarnings = 2;
byte awardOverride = ReadSetting(EEPROM_AWARD_OVERRIDE_BYTE, 99);
if (awardOverride != 99) {
ScoreAwardReplay = awardOverride;
}
byte ballsOverride = ReadSetting(EEPROM_BALLS_OVERRIDE_BYTE, 99);
if (ballsOverride == 3 || ballsOverride == 5) {
BallsPerGame = ballsOverride;
} else {
if (ballsOverride != 99) EEPROM.write(EEPROM_BALLS_OVERRIDE_BYTE, 99);
}
ScrollingScores = (ReadSetting(EEPROM_SCROLLING_SCORES_BYTE, 1)) ? true : false;
ExtraBallValue = RPU_ReadULFromEEProm(EEPROM_EXTRA_BALL_SCORE_UL);
if (ExtraBallValue % 1000 || ExtraBallValue > 100000) ExtraBallValue = 20000;
SpecialValue = RPU_ReadULFromEEProm(EEPROM_SPECIAL_SCORE_UL);
if (SpecialValue % 1000 || SpecialValue > 100000) SpecialValue = 40000;
TimeRequiredToResetGame = ReadSetting(EEPROM_CRB_HOLD_TIME, 1);
if (TimeRequiredToResetGame>3 && TimeRequiredToResetGame!=99) TimeRequiredToResetGame = 1;
AwardScores[0] = RPU_ReadULFromEEProm(RPU_AWARD_SCORE_1_EEPROM_START_BYTE);
AwardScores[1] = RPU_ReadULFromEEProm(RPU_AWARD_SCORE_2_EEPROM_START_BYTE);
AwardScores[2] = RPU_ReadULFromEEProm(RPU_AWARD_SCORE_3_EEPROM_START_BYTE);
}
void QueueDIAGNotification(unsigned short notificationNum) {
// This is optional, but the machine can play an audio message at boot
// time to indicate any errors and whether it's going to boot to original
// or new code.
Audio.QueuePrioritizedNotification(notificationNum, 0, 10, CurrentTime);
}
void setup() {
if (DEBUG_MESSAGES) {
// If debug is on, set up the Serial port for communication
Serial.begin(115200);
Serial.write("Starting\n");
}
// Set up the Audio handler in order to play boot messages
CurrentTime = millis();
Audio.InitDevices(AUDIO_PLAY_TYPE_WAV_TRIGGER | AUDIO_PLAY_TYPE_ORIGINAL_SOUNDS);
Audio.StopAllAudio();
// Tell the OS about game-specific switches
// (this is for software-controlled pop bumpers and slings)
#if (RPU_MPU_ARCHITECTURE<10)
// Machines with a -17, -35, 100, and 200 architecture
// almost always have software based switch-triggered solenoids.
// For those, you can define an array of solenoids and the switches
// that will trigger them:
RPU_SetupGameSwitches(NUM_SWITCHES_WITH_TRIGGERS, NUM_PRIORITY_SWITCHES_WITH_TRIGGERS, SolenoidAssociatedSwitches);
#endif
// Set up the chips and interrupts
unsigned long initResult = 0;
if (DEBUG_MESSAGES) Serial.write("Initializing MPU\n");
// If the hardware has the ability to switch on the Credit/Reset button (requires Rev 4 or greater)
// then that can be used to choose Original or New code. Otherwise, the hardware switch
// will choose Original if open, and New if closed
initResult = RPU_InitializeMPU( RPU_CMD_BOOT_ORIGINAL_IF_CREDIT_RESET | RPU_CMD_BOOT_ORIGINAL_IF_NOT_SWITCH_CLOSED |
RPU_CMD_INIT_AND_RETURN_EVEN_IF_ORIGINAL_CHOSEN | RPU_CMD_PERFORM_MPU_TEST, SW_CREDIT_RESET);
if (DEBUG_MESSAGES) {
char buf[128];
sprintf(buf, "Return from init = 0x%04lX\n", initResult);
Serial.write(buf);
if (initResult&RPU_RET_6800_DETECTED) Serial.write("Detected 6800 clock\n");
else if (initResult&RPU_RET_6802_OR_8_DETECTED) Serial.write("Detected 6802/8 clock\n");
Serial.write("Back from init\n");
}
if (initResult & RPU_RET_SELECTOR_SWITCH_ON) QueueDIAGNotification(SOUND_EFFECT_DIAG_SELECTOR_SWITCH_ON);
else QueueDIAGNotification(SOUND_EFFECT_DIAG_SELECTOR_SWITCH_OFF);
if (initResult & RPU_RET_CREDIT_RESET_BUTTON_HIT) QueueDIAGNotification(SOUND_EFFECT_DIAG_CREDIT_RESET_BUTTON);
if (initResult & RPU_RET_DIAGNOSTIC_REQUESTED) {
QueueDIAGNotification(SOUND_EFFECT_DIAG_STARTING_DIAGNOSTICS);
// Run diagnostics here:
}
if (initResult & RPU_RET_ORIGINAL_CODE_REQUESTED) {
if (DEBUG_MESSAGES) Serial.write("Asked to run original code\n");
delay(100);
QueueDIAGNotification(SOUND_EFFECT_DIAG_STARTING_ORIGINAL_CODE);
delay(100);
while (Audio.Update(millis()));
// Arduino should hang if original code is running
while (1);
}
QueueDIAGNotification(SOUND_EFFECT_DIAG_STARTING_NEW_CODE);
RPU_DisableSolenoidStack();
RPU_SetDisableFlippers(true);
// Read parameters from EEProm
ReadStoredParameters();
RPU_SetCoinLockout((Credits >= MaximumCredits) ? true : false);
CurrentScores[0] = GAME_MAJOR_VERSION;
CurrentScores[1] = GAME_MINOR_VERSION;
CurrentScores[2] = RPU_OS_MAJOR_VERSION;
CurrentScores[3] = RPU_OS_MINOR_VERSION;
CurrentAchievements[0] = 0;
CurrentAchievements[1] = 0;
CurrentAchievements[2] = 0;
CurrentAchievements[3] = 0;
// Initialize any drop target variables here
DropTargets.DefineSwitch(0, SW_DROP_1);
DropTargets.DefineSwitch(1, SW_DROP_2);
DropTargets.DefineSwitch(2, SW_DROP_3);
DropTargets.DefineResetSolenoid(0, SOL_DROP_TARGET_RESET);
Audio.SetMusicDuckingGain(12);
Audio.QueueSound(SOUND_EFFECT_MACHINE_START, AUDIO_PLAY_TYPE_WAV_TRIGGER, CurrentTime+1200);
}
byte ReadSetting(byte setting, byte defaultValue) {
byte value = EEPROM.read(setting);
if (value == 0xFF) {
EEPROM.write(setting, defaultValue);
return defaultValue;
}
return value;
}
// This function is useful for checking the status of drop target switches
byte CheckSequentialSwitches(byte startingSwitch, byte numSwitches) {
byte returnSwitches = 0;
for (byte count = 0; count < numSwitches; count++) {
returnSwitches |= (RPU_ReadSingleSwitchState(startingSwitch + count) << count);
}
return returnSwitches;
}
////////////////////////////////////////////////////////////////////////////
//
// Lamp Management functions
//
////////////////////////////////////////////////////////////////////////////
void SetGeneralIlluminationOn(boolean setGIOn = true) {
// some machines have solenoids attached to relays
// to control the GI
// WOS_SetContinuousSolenoid(!generalIlluminationOn, SOL_GI_RELAY);
// Since this basic shell doesn't have GI,
// this line prevents compiler warnings.
(void)setGIOn;
}
void ShowLockLamps() {
}
void ShowBonusLamps() {
}
void ShowBonusXLamps() {
}
void ShowStandupLamps() {
}
void ShowDropTargetLamps() {
}
void ShowShootAgainLamps() {
if ( (BallFirstSwitchHitTime==0 && BallSaveNumSeconds) || (BallSaveEndTime && CurrentTime<BallSaveEndTime) ) {
unsigned long msRemaining = 5000;
if (BallSaveEndTime!=0) msRemaining = BallSaveEndTime - CurrentTime;
RPU_SetLampState(LAMP_SHOOT_AGAIN, 1, 0, (msRemaining < 5000) ? 100 : 500);
RPU_SetLampState(LAMP_HEAD_SAME_PLAYER_SHOOTS_AGAIN, 1, 0, (msRemaining < 5000) ? 100 : 500);
} else {
RPU_SetLampState(LAMP_SHOOT_AGAIN, SamePlayerShootsAgain);
RPU_SetLampState(LAMP_HEAD_SAME_PLAYER_SHOOTS_AGAIN, SamePlayerShootsAgain);
}
}
/*
boolean RequestedGIState;
unsigned long GIOverrideEndTime;
void SetGeneralIlluminationOn(boolean generalIlluminationOn = true) {
RequestedGIState = generalIlluminationOn;
if (GIOverrideEndTime) return;
RPU_SetContinuousSolenoid(!generalIlluminationOn, SOL_GI_RELAY);
}
void OverrideGeneralIllumination(boolean generalIlluminationOn, unsigned long endTime) {
GIOverrideEndTime = endTime;
RPU_SetContinuousSolenoid(!generalIlluminationOn, SOL_GI_RELAY);
}
*/
////////////////////////////////////////////////////////////////////////////
//
// Display Management functions
//
////////////////////////////////////////////////////////////////////////////
unsigned long LastTimeScoreChanged = 0;
unsigned long LastFlashOrDash = 0;
unsigned long ScoreOverrideValue[4] = {0, 0, 0, 0};
byte LastAnimationSeed[4] = {0, 0, 0, 0};
byte AnimationStartSeed[4] = {0, 0, 0, 0};
byte ScoreOverrideStatus = 0;
byte ScoreAnimation[4] = {0, 0, 0, 0};
byte AnimationDisplayOrder[4] = {0, 1, 2, 3};
#define DISPLAY_OVERRIDE_BLANK_SCORE 0xFFFFFFFF
#define DISPLAY_OVERRIDE_ANIMATION_NONE 0
#define DISPLAY_OVERRIDE_ANIMATION_BOUNCE 1
#define DISPLAY_OVERRIDE_ANIMATION_FLUTTER 2
#define DISPLAY_OVERRIDE_ANIMATION_FLYBY 3
#define DISPLAY_OVERRIDE_ANIMATION_CENTER 4
byte LastScrollPhase = 0;
byte MagnitudeOfScore(unsigned long score) {
if (score == 0) return 0;
byte retval = 0;
while (score > 0) {
score = score / 10;
retval += 1;
}
return retval;
}
void OverrideScoreDisplay(byte displayNum, unsigned long value, byte animationType) {
if (displayNum > 3) return;
ScoreOverrideStatus |= (0x01 << displayNum);
ScoreAnimation[displayNum] = animationType;
ScoreOverrideValue[displayNum] = value;
LastAnimationSeed[displayNum] = 255;
}
byte GetDisplayMask(byte numDigits) {
byte displayMask = 0;
for (byte digitCount = 0; digitCount < numDigits; digitCount++) {
#ifdef RPU_USE_7_DIGIT_DISPLAYS
displayMask |= (0x40 >> digitCount);
#else
displayMask |= (0x20 >> digitCount);
#endif
}
return displayMask;
}
void SetAnimationDisplayOrder(byte disp0, byte disp1, byte disp2, byte disp3) {
AnimationDisplayOrder[0] = disp0;
AnimationDisplayOrder[1] = disp1;
AnimationDisplayOrder[2] = disp2;
AnimationDisplayOrder[3] = disp3;
}
void ShowAnimatedValue(byte displayNum, unsigned long displayScore, byte animationType) {
byte overrideAnimationSeed;
byte displayMask = RPU_OS_ALL_DIGITS_MASK;
byte numDigits = MagnitudeOfScore(displayScore);
if (numDigits == 0) numDigits = 1;
if (numDigits < (RPU_OS_NUM_DIGITS - 1) && animationType == DISPLAY_OVERRIDE_ANIMATION_BOUNCE) {
// This score is going to be animated (back and forth)
overrideAnimationSeed = (CurrentTime / 250) % (2 * RPU_OS_NUM_DIGITS - 2 * numDigits);
if (overrideAnimationSeed != LastAnimationSeed[displayNum]) {
LastAnimationSeed[displayNum] = overrideAnimationSeed;
byte shiftDigits = (overrideAnimationSeed);
if (shiftDigits >= ((RPU_OS_NUM_DIGITS + 1) - numDigits)) shiftDigits = (RPU_OS_NUM_DIGITS - numDigits) * 2 - shiftDigits;
byte digitCount;
displayMask = GetDisplayMask(numDigits);
for (digitCount = 0; digitCount < shiftDigits; digitCount++) {
displayScore *= 10;
displayMask = displayMask >> 1;
}
//RPU_SetDisplayBlank(displayNum, 0x00);
RPU_SetDisplay(displayNum, displayScore, false);
RPU_SetDisplayBlank(displayNum, displayMask);
}
} else if (animationType == DISPLAY_OVERRIDE_ANIMATION_FLUTTER) {
overrideAnimationSeed = CurrentTime / 50;
if (overrideAnimationSeed != LastAnimationSeed[displayNum]) {
LastAnimationSeed[displayNum] = overrideAnimationSeed;
displayMask = GetDisplayMask(numDigits);
if (overrideAnimationSeed % 2) {
displayMask &= 0x55;
} else {
displayMask &= 0xAA;
}
RPU_SetDisplay(displayNum, displayScore, false);
RPU_SetDisplayBlank(displayNum, displayMask);
}
} else if (animationType == DISPLAY_OVERRIDE_ANIMATION_FLYBY) {
overrideAnimationSeed = (CurrentTime / 75) % 256;
if (overrideAnimationSeed != LastAnimationSeed[displayNum]) {
if (LastAnimationSeed[displayNum] == 255) {
AnimationStartSeed[displayNum] = overrideAnimationSeed;
}
LastAnimationSeed[displayNum] = overrideAnimationSeed;
byte realAnimationSeed = overrideAnimationSeed - AnimationStartSeed[displayNum];
if (overrideAnimationSeed < AnimationStartSeed[displayNum]) realAnimationSeed = (255 - AnimationStartSeed[displayNum]) + overrideAnimationSeed;
if (realAnimationSeed > 34) {
RPU_SetDisplayBlank(displayNum, 0x00);
ScoreOverrideStatus &= ~(0x01 << displayNum);
} else {
int shiftDigits = (-6 * ((int)AnimationDisplayOrder[displayNum] + 1)) + realAnimationSeed;
displayMask = GetDisplayMask(numDigits);
if (shiftDigits < 0) {
shiftDigits = 0 - shiftDigits;
byte digitCount;
for (digitCount = 0; digitCount < shiftDigits; digitCount++) {
displayScore /= 10;
displayMask = displayMask << 1;
}
} else if (shiftDigits > 0) {
byte digitCount;
for (digitCount = 0; digitCount < shiftDigits; digitCount++) {
displayScore *= 10;
displayMask = displayMask >> 1;
}
}
RPU_SetDisplay(displayNum, displayScore, false);
RPU_SetDisplayBlank(displayNum, displayMask);
}
}
} else if (animationType == DISPLAY_OVERRIDE_ANIMATION_CENTER) {
overrideAnimationSeed = CurrentTime / 250;
if (overrideAnimationSeed != LastAnimationSeed[displayNum]) {
LastAnimationSeed[displayNum] = overrideAnimationSeed;
byte shiftDigits = (RPU_OS_NUM_DIGITS - numDigits) / 2;
byte digitCount;
displayMask = GetDisplayMask(numDigits);
for (digitCount = 0; digitCount < shiftDigits; digitCount++) {
displayScore *= 10;
displayMask = displayMask >> 1;
}
//RPU_SetDisplayBlank(displayNum, 0x00);
RPU_SetDisplay(displayNum, displayScore, false);
RPU_SetDisplayBlank(displayNum, displayMask);
}
} else {
RPU_SetDisplay(displayNum, displayScore, true, 1);
}
}
void ShowPlayerScores(byte displayToUpdate, boolean flashCurrent, boolean dashCurrent, unsigned long allScoresShowValue = 0) {
if (displayToUpdate == 0xFF) ScoreOverrideStatus = 0;
byte displayMask = RPU_OS_ALL_DIGITS_MASK;
unsigned long displayScore = 0;
byte scrollPhaseChanged = false;
byte scrollPhase = ((CurrentTime - LastTimeScoreChanged) / 125) % 16;
if (scrollPhase != LastScrollPhase) {
LastScrollPhase = scrollPhase;
scrollPhaseChanged = true;
}
for (byte scoreCount = 0; scoreCount < 4; scoreCount++) {
// If this display is currently being overriden, then we should update it
if (allScoresShowValue == 0 && (ScoreOverrideStatus & (0x01 << scoreCount))) {
displayScore = ScoreOverrideValue[scoreCount];
if (displayScore != DISPLAY_OVERRIDE_BLANK_SCORE) {
ShowAnimatedValue(scoreCount, displayScore, ScoreAnimation[scoreCount]);
} else {
RPU_SetDisplayBlank(scoreCount, 0);
}
} else {
boolean showingCurrentAchievement = false;
// No override, update scores designated by displayToUpdate
if (allScoresShowValue == 0) {
displayScore = CurrentScores[scoreCount];
displayScore += (CurrentAchievements[scoreCount] % 10);
if (CurrentAchievements[scoreCount]) showingCurrentAchievement = true;
}
else displayScore = allScoresShowValue;
// If we're updating all displays, or the one currently matching the loop, or if we have to scroll
if (displayToUpdate == 0xFF || displayToUpdate == scoreCount || displayScore > RPU_OS_MAX_DISPLAY_SCORE || showingCurrentAchievement) {
// Don't show this score if it's not a current player score (even if it's scrollable)
if (displayToUpdate == 0xFF && (scoreCount >= CurrentNumPlayers && CurrentNumPlayers != 0) && allScoresShowValue == 0) {
RPU_SetDisplayBlank(scoreCount, 0x00);
continue;
}
if (displayScore > RPU_OS_MAX_DISPLAY_SCORE) {
// Score needs to be scrolled
if ((CurrentTime - LastTimeScoreChanged) < 2000) {
// show score for four seconds after change
RPU_SetDisplay(scoreCount, displayScore % (RPU_OS_MAX_DISPLAY_SCORE + 1), false);
byte blank = RPU_OS_ALL_DIGITS_MASK;
if (showingCurrentAchievement && (CurrentTime / 200) % 2) {
blank &= ~(0x01 << (RPU_OS_NUM_DIGITS - 1));
}
RPU_SetDisplayBlank(scoreCount, blank);
} else {
// Scores are scrolled 10 digits and then we wait for 6
if (scrollPhase < 11 && scrollPhaseChanged) {
byte numDigits = MagnitudeOfScore(displayScore);
// Figure out top part of score
unsigned long tempScore = displayScore;
if (scrollPhase < RPU_OS_NUM_DIGITS) {
displayMask = RPU_OS_ALL_DIGITS_MASK;
for (byte scrollCount = 0; scrollCount < scrollPhase; scrollCount++) {
displayScore = (displayScore % (RPU_OS_MAX_DISPLAY_SCORE + 1)) * 10;
displayMask = displayMask >> 1;
}
} else {
displayScore = 0;
displayMask = 0x00;
}
// Add in lower part of score
if ((numDigits + scrollPhase) > 10) {
byte numDigitsNeeded = (numDigits + scrollPhase) - 10;
for (byte scrollCount = 0; scrollCount < (numDigits - numDigitsNeeded); scrollCount++) {
tempScore /= 10;
}
displayMask |= GetDisplayMask(MagnitudeOfScore(tempScore));
displayScore += tempScore;
}
RPU_SetDisplayBlank(scoreCount, displayMask);
RPU_SetDisplay(scoreCount, displayScore);
}
}
} else {
if (flashCurrent && displayToUpdate == scoreCount) {
unsigned long flashSeed = CurrentTime / 250;
if (flashSeed != LastFlashOrDash) {
LastFlashOrDash = flashSeed;
if (((CurrentTime / 250) % 2) == 0) RPU_SetDisplayBlank(scoreCount, 0x00);
else RPU_SetDisplay(scoreCount, displayScore, true, 2);
}
} else if (dashCurrent && displayToUpdate == scoreCount) {
unsigned long dashSeed = CurrentTime / 50;
if (dashSeed != LastFlashOrDash) {
LastFlashOrDash = dashSeed;
byte dashPhase = (CurrentTime / 60) % (2 * RPU_OS_NUM_DIGITS * 3);
byte numDigits = MagnitudeOfScore(displayScore);
if (dashPhase < (2 * RPU_OS_NUM_DIGITS)) {
displayMask = GetDisplayMask((numDigits == 0) ? 2 : numDigits);
if (dashPhase < (RPU_OS_NUM_DIGITS + 1)) {
for (byte maskCount = 0; maskCount < dashPhase; maskCount++) {
displayMask &= ~(0x01 << maskCount);
}
} else {
for (byte maskCount = (2 * RPU_OS_NUM_DIGITS); maskCount > dashPhase; maskCount--) {
byte firstDigit;
firstDigit = (0x20) << (RPU_OS_NUM_DIGITS - 6);
displayMask &= ~(firstDigit >> (maskCount - dashPhase - 1));
}
}
RPU_SetDisplay(scoreCount, displayScore);
RPU_SetDisplayBlank(scoreCount, displayMask);
} else {
RPU_SetDisplay(scoreCount, displayScore, true, 2);
}
}
} else {
byte blank;
blank = RPU_SetDisplay(scoreCount, displayScore, false, 2);
if (showingCurrentAchievement && (CurrentTime / 200) % 2) {
blank &= ~(0x01 << (RPU_OS_NUM_DIGITS - 1));
}
RPU_SetDisplayBlank(scoreCount, blank);
}
}
} // End if this display should be updated
} // End on non-overridden
} // End loop on scores
}
void ShowFlybyValue(byte numToShow, unsigned long timeBase) {
byte shiftDigits = (CurrentTime - timeBase) / 120;
byte rightSideBlank = 0;
unsigned long bigVersionOfNum = (unsigned long)numToShow;
for (byte count = 0; count < shiftDigits; count++) {
bigVersionOfNum *= 10;
rightSideBlank /= 2;
if (count > 2) rightSideBlank |= 0x20;
}
bigVersionOfNum /= 1000;
byte curMask = RPU_SetDisplay(CurrentPlayer, bigVersionOfNum, false, 0);
if (bigVersionOfNum == 0) curMask = 0;
RPU_SetDisplayBlank(CurrentPlayer, ~(~curMask | rightSideBlank));
}
void StartScoreAnimation(unsigned long scoreToAnimate) {
if (ScoreAdditionAnimation != 0) {
//CurrentScores[CurrentPlayer] += ScoreAdditionAnimation;
}
ScoreAdditionAnimation += scoreToAnimate;
ScoreAdditionAnimationStartTime = CurrentTime;
LastRemainingAnimatedScoreShown = 0;
}
////////////////////////////////////////////////////////////////////////////
//
// Machine State Helper functions
//
////////////////////////////////////////////////////////////////////////////
boolean AddPlayer(boolean resetNumPlayers = false) {
if (Credits < 1 && !FreePlayMode) return false;
if (resetNumPlayers) CurrentNumPlayers = 0;
if (CurrentNumPlayers >= 4) return false;
CurrentNumPlayers += 1;
RPU_SetDisplay(CurrentNumPlayers - 1, 0, true, 2);
// RPU_SetDisplayBlank(CurrentNumPlayers - 1, 0x30);
// RPU_SetLampState(LAMP_HEAD_1_PLAYER, CurrentNumPlayers==1, 0, 500);
// RPU_SetLampState(LAMP_HEAD_2_PLAYERS, CurrentNumPlayers==2, 0, 500);
// RPU_SetLampState(LAMP_HEAD_3_PLAYERS, CurrentNumPlayers==3, 0, 500);
// RPU_SetLampState(LAMP_HEAD_4_PLAYERS, CurrentNumPlayers==4, 0, 500);
if (!FreePlayMode) {
Credits -= 1;
RPU_WriteByteToEEProm(RPU_CREDITS_EEPROM_BYTE, Credits);
RPU_SetDisplayCredits(Credits, !FreePlayMode);
RPU_SetCoinLockout(false);
}
if (CurrentNumPlayers==1) Audio.StopAllAudio();
QueueNotification(SOUND_EFFECT_VP_ADD_PLAYER_1 + (CurrentNumPlayers - 1), 10);
RPU_WriteULToEEProm(RPU_TOTAL_PLAYS_EEPROM_START_BYTE, RPU_ReadULFromEEProm(RPU_TOTAL_PLAYS_EEPROM_START_BYTE) + 1);
return true;
}
unsigned short ChuteAuditByte[] = {RPU_CHUTE_1_COINS_START_BYTE, RPU_CHUTE_2_COINS_START_BYTE, RPU_CHUTE_3_COINS_START_BYTE};
void AddCoinToAudit(byte chuteNum) {
if (chuteNum>2) return;
unsigned short coinAuditStartByte = ChuteAuditByte[chuteNum];
RPU_WriteULToEEProm(coinAuditStartByte, RPU_ReadULFromEEProm(coinAuditStartByte) + 1);
}
void AddCredit(boolean playSound = false, byte numToAdd = 1) {
if (Credits < MaximumCredits) {
Credits += numToAdd;
if (Credits > MaximumCredits) Credits = MaximumCredits;
RPU_WriteByteToEEProm(RPU_CREDITS_EEPROM_BYTE, Credits);
if (playSound) {
//PlaySoundEffect(SOUND_EFFECT_ADD_CREDIT);
RPU_PushToSolenoidStack(SOL_KNOCKER, 20, true);
}
RPU_SetDisplayCredits(Credits, !FreePlayMode);
RPU_SetCoinLockout(false);
} else {
RPU_SetDisplayCredits(Credits, !FreePlayMode);
RPU_SetCoinLockout(true);
}
}
byte SwitchToChuteNum(byte switchHit) {
byte chuteNum = 0;
if (switchHit==SW_COIN_2) chuteNum = 1;
else if (switchHit==SW_COIN_3) chuteNum = 2;
return chuteNum;
}
boolean AddCoin(byte chuteNum) {
boolean creditAdded = false;
if (chuteNum>2) return false;
byte cpcSelection = GetCPCSelection(chuteNum);
// Find the lowest chute num with the same ratio selection
// and use that ChuteCoinsInProgress counter
byte chuteNumToUse;
for (chuteNumToUse=0; chuteNumToUse<=chuteNum; chuteNumToUse++) {
if (GetCPCSelection(chuteNumToUse)==cpcSelection) break;
}
PlaySoundEffect(SOUND_EFFECT_COIN_DROP_1+(CurrentTime%3));
byte cpcCoins = GetCPCCoins(cpcSelection);
byte cpcCredits = GetCPCCredits(cpcSelection);
byte coinProgressBefore = ChuteCoinsInProgress[chuteNumToUse];
ChuteCoinsInProgress[chuteNumToUse] += 1;
if (ChuteCoinsInProgress[chuteNumToUse]==cpcCoins) {
if (cpcCredits>cpcCoins) AddCredit(cpcCredits - (coinProgressBefore));
else AddCredit(cpcCredits);
ChuteCoinsInProgress[chuteNumToUse] = 0;
creditAdded = true;
} else {
if (cpcCredits>cpcCoins) {
AddCredit(1);
creditAdded = true;
} else {
}
}
return creditAdded;
}
void AddSpecialCredit() {
AddCredit(false, 1);
RPU_PushToTimedSolenoidStack(SOL_KNOCKER, 20, CurrentTime, true);
RPU_WriteULToEEProm(RPU_TOTAL_REPLAYS_EEPROM_START_BYTE, RPU_ReadULFromEEProm(RPU_TOTAL_REPLAYS_EEPROM_START_BYTE) + 1);
}
void AwardSpecial() {
if (SpecialCollected) return;
SpecialCollected = true;
if (TournamentScoring) {
CurrentScores[CurrentPlayer] += SpecialValue * PlayfieldMultiplier;
} else {
AddSpecialCredit();
}
}
boolean AwardExtraBall() {
if (ExtraBallCollected) return false;
ExtraBallCollected = true;
if (TournamentScoring) {
CurrentScores[CurrentPlayer] += ExtraBallValue * PlayfieldMultiplier;
} else {
SamePlayerShootsAgain = true;
RPU_SetLampState(LAMP_SHOOT_AGAIN, SamePlayerShootsAgain);
RPU_SetLampState(LAMP_HEAD_SAME_PLAYER_SHOOTS_AGAIN, SamePlayerShootsAgain);
QueueNotification(SOUND_EFFECT_VP_EXTRA_BALL, 8);
}
return true;
}
void IncreasePlayfieldMultiplier(unsigned long duration) {
if (PlayfieldMultiplierExpiration) PlayfieldMultiplierExpiration += duration;
else PlayfieldMultiplierExpiration = CurrentTime + duration;
PlayfieldMultiplier += 1;
if (PlayfieldMultiplier > 5) {
PlayfieldMultiplier = 5;
} else {
// QueueNotification(SOUND_EFFECT_VP_RETURN_TO_1X + (PlayfieldMultiplier - 1), 1);
}
}
/*
// Some example lock functionality
unsigned long UpperLockSwitchDownTime[3] = {0, 0, 0};
unsigned long UpperLockSwitchUpTime[3] = {0, 0, 0};
boolean UpperLockSwitchState[3] = {false, false, false};
void UpdateLockStatus() {
boolean lockSwitchDownTransition;
boolean lockSwitchUpTransition;
for (byte count=0; count<3; count++) {
lockSwitchDownTransition = false;
lockSwitchUpTransition = false;
if (RPU_ReadSingleSwitchState(SW_LOCK_1+count)) {
UpperLockSwitchUpTime[count] = 0;
if (UpperLockSwitchDownTime[count]==0) {
UpperLockSwitchDownTime[count] = CurrentTime;
} else if (CurrentTime > (UpperLockSwitchDownTime[count] + 250)) {
lockSwitchDownTransition = true;
}
} else {
UpperLockSwitchDownTime[count] = 0;
if (UpperLockSwitchUpTime[count]==0) {
UpperLockSwitchUpTime[count] = CurrentTime;
} else if (CurrentTime > (UpperLockSwitchUpTime[count] + 250)) {
lockSwitchUpTransition = true;
}
}
if (lockSwitchUpTransition && UpperLockSwitchState[count]) {