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Turret.pde
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Turret.pde
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class Turret{
boolean cooldown;
boolean critMode;
boolean [][] skillState = new boolean [3][5];
int turretID;
int turretType;
color turretColor;
String turretName;
String [][] skillName = new String [3][5];
String [][] skillDescription = new String [3][5];
String [][] skillExtra = new String[3][5];
int target;
int levelA;
int levelB;
int levelC;
int levelAUpgradeCost;
int levelBUpgradeCost;
int levelCUpgradeCost;
int cannonFervorStackCount;
float totalCost;
int [][] skillCost = new int [3][5];
int sellPrice;
float x;
float y;
float size;
float attackRate;
float attackRange;
float attackDmg;
float critChance;
float critDamageMultiplier;
float critDuration;
float critDurationCounter;
float critCheckInterval;
float critCheckCounter;
float laserWidth;
float laserHeat;
float laserOverheatThreshold;
float laserPiercePenaltyMultiplier;
float laserDeathstarTime;
int laserPitchforkTargetID_1;
int laserPitchforkTargetID_2;
int [] auraOrbTarget = new int [TurretSkillData.AURA_SKILL_A_T4_ORB_COUNT];
float auraMeditationCharge;
float auraDecrepifyBonus;
float auraShockwaveRadius;
boolean auraShockwaveState;
float cooldownTime;
float projSpeed;
float projSize;
boolean builtState;
boolean buffState[] = new boolean [BuffData.BUFF_COUNT];
float buffTimer[] = new float [BuffData.BUFF_COUNT];
void show(){
loadStat();
size = 36 + levelA;
loadSkill();
applyAllyBuff();
checkBuffValidity();
applyBuffEffect();
rateConvert();
if(target != -1 && cooldown && enemy[target].x > 0){
attack();
if(UIMode != UI_MAINMENU) cueSound();
}else if(turretType == LASER){
laserHeat -= 3;
laserHeat = constrain(laserHeat,0,laserOverheatThreshold);
}else if(turretType == AURA && cooldown && skillState[2][3] && auraCheckSync()){
attack();
cueSound();
}
if(!cooldown){
if(turretType == LASER){
target = -1;
}
cooldownTimer();
}
if(critMode){
if(!skillState[1][1] || target != -1 || turretType != LASER) critDurationTimer();
}
if(turretType == AURA && auraShockwaveState) auraShockwave();
turretGraphic();
}
void turretGraphic(){
switch(turretType){
case CANNON:
drawShadow();
moveBullet();
fill(turretColor);
noStroke();
ellipse(x,y-(levelC/2),size,size);
fill(255,levelB*10*(1+sin(realFrameCount/(2*PI))));
ellipse(x,y-(levelC/2),size,size);
if(skillState[1][2]) cannonFervorVisual();
break;
case LASER:
drawShadow();
if(critMode) laserCritModeVisual();
if(cooldown){
fill(turretColor);
}else{
fill(TurretLevelData.LASER_OVERHEAT_COLOR);
}
noStroke();
ellipse(x,y-(levelC/2),size,size);
fill(255,levelB*10*(1+sin(realFrameCount/(2*PI))));
ellipse(x,y-(levelC/2),size,size);
laserHeatVisual();
break;
case AURA:
drawShadow();
if(critMode) auraCritModeVisual();
fill(turretColor);
noStroke();
ellipse(x,y-(levelC/2),size,size);
fill(255,levelB*10*(1+sin(realFrameCount/(2*PI))));
ellipse(x,y-(levelC/2),size,size);
fill(217,22,245,30+2*(levelA+levelB));
ellipse(x,y-(levelC/2),attackRange*2,attackRange*2);
if(target != -1) critCheck();
if(skillState[0][3]) auraDrawOrb();
if(skillState[1][2]){
auraMeditationProcess();
auraMeditationVisual();
}
break;
}
}
void drawShadow(){
noStroke();
if(turretType==LASER && !cooldown){
fill(lerpColor(TurretLevelData.LASER_OVERHEAT_COLOR,color(0),0.3));
}else{
fill(lerpColor(turretColor,color(0),0.3));
}
ellipse(x,y+2,size-1,size);
fill(255,levelB*3*(1+sin(realFrameCount/(2*PI))));
ellipse(x,y+2,size-1,size);
}
void cannonFervorVisual(){
pushStyle();
colorMode(HSB, 360, 100, 100);
fill(frameCount*10%360,100,100,200*(float(cannonFervorStackCount)/TurretSkillData.CANNON_SKILL_B_T3_MAX_STACK));
ellipse(x,y-(levelC/2),size+cannonFervorStackCount/2,size+cannonFervorStackCount/2);
popStyle();
pushStyle();
fill(0);
textFont(font[3]);
textAlign(CENTER,CENTER);
text(cannonFervorStackCount,x,y-(levelC/2));
popStyle();
}
void laserHeatVisual(){
pushStyle();
noStroke();
fill(255,0,0,130);
/**
if(cooldown){
float r = floor(laserHeat/laserOverheatThreshold*size);
ellipse(x,y,r,r);
}else{
float r = floor(cooldownTime/attackRate*size);
ellipse(x,y,r,r);
}
**/
if(cooldown){
float a = laserHeat/laserOverheatThreshold*TWO_PI;
float aStart = -PI/2;
arc(x,y-(levelC/2),size,size,aStart,a+aStart,PIE);
}else{
float a = cooldownTime/attackRate*TWO_PI;
float aStart = -PI/2;
arc(x,y-(levelC/2),size,size,aStart,a+aStart,PIE);
}
popStyle();
}
void laserCritModeVisual(){
pushStyle();
noStroke();
colorMode(HSB, 360, 100, 100);
fill(frameCount*20%360,100,100,200+5*levelA);
float a = critDurationCounter/critDuration*TWO_PI;
float aStart = -PI/2;
arc(x,y-(levelC/2),size+10,size+10,aStart,a+aStart,PIE);
popStyle();
}
void auraCritModeVisual(){
pushStyle();
noStroke();
colorMode(HSB, 360, 100, 100);
fill(frameCount*20%360,100,100,200+5*levelA);
float a = critDurationCounter/critDuration*TWO_PI;
float aStart = -PI/2;
arc(x,y-(levelC/2),size+10,size+10,aStart,a+aStart,PIE);
popStyle();
}
void auraDrawOrb(){
pushStyle();
noStroke();
colorMode(HSB, 360, 100, 100);
fill(realFrameCount*10%360,50,100);
float leadAngle = (realFrameCount+x+y)/(4*PI);
float angleSpace = TWO_PI/auraOrbTarget.length;
float radius = 20 + 20*sin(realFrameCount/(4*PI));
float orbSize = 20;
for(int i = 0; i < auraOrbTarget.length; i++){
if(auraOrbTarget[i] != -1){
if(!enemy[auraOrbTarget[i]].state || dist(x, y, enemy[auraOrbTarget[i]].x, enemy[auraOrbTarget[i]].y) - enemy[auraOrbTarget[i]].size/2 > attackRange) auraOrbTarget[i] = -1;
}
if(auraOrbTarget[i] == -1){
ellipse(x + (radius+size/2)*cos(leadAngle+i*angleSpace), y-levelC/2 + (radius+size/2)*sin(leadAngle+i*angleSpace), orbSize, orbSize);
}else{
ellipse(enemy[auraOrbTarget[i]].x + (radius+enemy[auraOrbTarget[i]].size/2)*cos(leadAngle+i*angleSpace), enemy[auraOrbTarget[i]].y + (radius+enemy[auraOrbTarget[i]].size/2)*sin(leadAngle+i*angleSpace),orbSize,+ orbSize);
strokeWeight(3);
stroke(realFrameCount*10%360,50,100);
line(enemy[auraOrbTarget[i]].x + (radius+enemy[auraOrbTarget[i]].size/2)*cos(leadAngle+i*angleSpace), enemy[auraOrbTarget[i]].y + (radius+enemy[auraOrbTarget[i]].size/2)*sin(leadAngle+i*angleSpace), enemy[auraOrbTarget[i]].x, enemy[auraOrbTarget[i]].y);
}
}
popStyle();
}
void auraMeditationVisual(){
float ratio = auraMeditationCharge/TurretSkillData.AURA_SKILL_B_T3_MAXIMUM_BONUS_DAMAGE;
pushStyle();
noStroke();
fill(255,120);
rect(x-5,y-levelC/2-15,10,30);
fill(255,255*(1-ratio),255*(1-ratio));
rect(x-5, y-levelC/2-15+30*(1-ratio),10,30*ratio);
textFont(font[3]);
textAlign(CENTER,CENTER);
fill(255);
text("x" + (1+round(auraMeditationCharge)),x,y-levelC/2);
popStyle();
}
void cueSound(){
switch(turretType){
case CANNON:
sfxCannonAttack.trigger();
break;
case LASER:
if(critMode){
laserSoundCheckCrit = true;
}else{
laserSoundCheck = true;
}
break;
case AURA:
sfxAuraAttack.trigger();
break;
}
}
void critCheck(){
critCheckCounter ++;
if(critCheckCounter >= critCheckInterval){
if(checkCritTrigger(turretID,critChance)){
critMode = true;
if(skillState[2][2]) auraShockwaveState = true;
critCheckCounter = 0;
critDurationCounter = critDuration;
}else{
critCheckCounter = 0;
}
}
}
void critDurationTimer(){
critDurationCounter -= 1;
if(critDurationCounter <= 0){
critMode = false;
}
}
void skillFervorReset(){
cannonFervorStackCount = 0;
}
void applyBuffEffect(){
attackDmg *= damageMultiplier();
critChance *= critChanceMultiplier();
}
void applyAllyBuff(){
switch(turretType){
case AURA:
for(int i = 0; i < turret.length; i++){
if(dist(x, y, turret[i].x, turret[i].y) - turret[i].size/2 <= attackRange && i != turretID){
if(skillState[0][0]) turret[i].getBuff(8,3);
if(skillState[1][0] && critMode) turret[i].getBuff(9,3);
}
}
break;
}
}
void getBuff(int buffID, float duration){
buffState[buffID] = true;
buffTimer[buffID] = realFrameCount + duration;
}
void checkBuffValidity(){
for(int i = 0; i < buffState.length; i++){
if(buffState[i] && buffTimer[i] == realFrameCount){
buffState[i] = false;
}
}
}
float damageMultiplier(){
float multiplier = 1;
if(buffState[8]) multiplier += TurretSkillData.AURA_SKILL_A_T1_BONUS_DAMAGE_MULTIPLIER;
return multiplier;
}
float critChanceMultiplier(){
float multiplier = 1;
if(buffState[9]) multiplier += TurretSkillData.AURA_SKILL_B_T1_EXTRA_CRIT_CHANCE;
return multiplier;
}
void loadStat(){
switch(turretType){
case CANNON:
attackDmg = TurretLevelData.cannonDamage[levelA];
attackRate = TurretLevelData.cannonRate[levelB];
attackRange = TurretLevelData.cannonRange[levelC];
critChance = TurretLevelData.cannonCritChance;
critDamageMultiplier = TurretLevelData.cannonCritDamageMultiplier;
projSize = TurretLevelData.cannonProjSize;
projSpeed = TurretLevelData.cannonProjSpeed;
break;
case LASER:
attackDmg = TurretLevelData.laserDamage[levelA];
attackRate = TurretLevelData.laserRate[levelB];
attackRange = TurretLevelData.laserRange[levelC];
critChance = TurretLevelData.laserCritChance;
critDamageMultiplier = TurretLevelData.laserCritDamageMultiplier;
critDuration = TurretLevelData.laserCritDuration;
critCheckInterval = TurretLevelData.laserCritCheckInterval;
laserWidth = TurretLevelData.laserWidth;
laserOverheatThreshold = TurretLevelData.laserOverheatThreshold;
laserPiercePenaltyMultiplier = TurretLevelData.laserPiercePenaltyMultiplier;
break;
case AURA:
critChance = TurretLevelData.auraCritChance;
critDamageMultiplier = TurretLevelData.auraCritDamageMultiplier;
critDuration = TurretLevelData.auraCritDuration;
critCheckInterval = TurretLevelData.auraCritCheckInterval;
attackDmg = TurretLevelData.auraDamage[levelA];
attackRate = TurretLevelData.auraRate[levelB];
attackRange = TurretLevelData.auraRange[levelC];
break;
}
sellPrice = floor(totalCost/2);
}
void loadSkill(){
attackRate *= skillRateMultiplier();
attackRange *= skillRangeMultiplier();
switch(turretType){
case CANNON:
projSpeed *= skillProjSpeedMultiplier();
break;
case LASER:
critDuration *= skillCritModeDurationMultiplier();
laserOverheatThreshold *= laserOverheatThresholdMultiplier();
break;
}
}
float skillRateMultiplier(){
float multiplier = 1;
switch(turretType){
case CANNON:
if(skillState[1][0]){
multiplier += TurretSkillData.CANNON_SKILL_B_T1_EXTRA_FIRE_RATE_MULTIPLIER;
}
if(skillState[1][2]){
multiplier += TurretSkillData.CANNON_SKILL_B_T3_BONUS_FIRE_RATE_MULTIPLIER_PER_STACK * cannonFervorStackCount;
}
break;
case LASER:
break;
}
return multiplier;
}
float skillCritModeDurationMultiplier(){
float multiplier = 1;
switch(turretType){
case LASER:
if(skillState[0][3]){
multiplier += TurretSkillData.LASER_SKILL_A_T4_BONUS_CRIT_MODE_DURATION_MULTIPLIER;
}
break;
}
return multiplier;
}
float skillProjSpeedMultiplier(){
float multiplier = 1;
if(skillState[1][1]){
multiplier += TurretSkillData.CANNON_SKILL_B_T2_EXTRA_PROJECTILE_SPEED_MULTIPLIER;
}
return multiplier;
}
float skillRangeMultiplier(){
float multiplier = 1;
switch(turretType){
case CANNON:
if(skillState[2][3]){
multiplier += TurretSkillData.CANNON_SKILL_C_T4_ATTACK_RANGE_MULTIPLIER;
}
break;
}
return multiplier;
}
void rateConvert(){
switch(turretType){
case CANNON:
attackRate = rateConvertFrames(attackRate);
break;
case LASER:
attackRate = secondConvertFrames(attackRate);
break;
case AURA:
attackRate = rateConvertFrames(attackRate);
break;
}
}
float frameConvert(){
float frames = 0;
switch(turretType){
case CANNON:
frames = framesConvertRate(attackRate);
break;
case LASER:
frames = framesConvertSecond(attackRate);
break;
case AURA:
frames = framesConvertRate(attackRate);
break;
}
return frames;
}
void detect(){
float targetDist = 1500;
if(target==-1){
skillFervorReset();
for(int i = 0; i < sentEnemy; i++){
float distance = dist(x, y, enemy[i].x, enemy[i].y);
if( ( distance - enemy[i].size/2 <= attackRange && distance < targetDist )){
targetDist = distance;
target = i;
}
}
}
if(target != -1 && dist(x, y, enemy[target].x, enemy[target].y) - enemy[target].size/2 > attackRange){
target = -1;
skillFervorReset();
}
if(turretType == LASER && skillState[2][2]){
laserPitchforkTargetID_1 = detectPitchfork(laserPitchforkTargetID_1, target, -10);
laserPitchforkTargetID_2 = detectPitchfork(laserPitchforkTargetID_2, target, laserPitchforkTargetID_1);
}
}
int detectPitchfork(int currentTarget, int exception1, int exception2){
float targetDistP = 1500;
int pID = currentTarget;
if(pID == -1){
for(int i = 0; i < sentEnemy; i++){
if(i == exception1 || i == exception2) continue;
if(dist(x, y, enemy[i].x, enemy[i].y) - enemy[i].size/2 <= attackRange && dist(x, y, enemy[i].x, enemy[i].y) < targetDistP){
targetDistP = dist(x, y, enemy[i].x, enemy[i].y);
pID = i;
}
}
}
if(pID != -1 && dist(x, y, enemy[pID].x, enemy[pID].y) - enemy[pID].size/2 > attackRange){
return -1;
}
if(pID == exception1 || pID == exception2) pID = -1;
return pID;
}
void attack(){
switch(turretType){
case CANNON:
if(skillState[1][2] && cannonFervorStackCount < TurretSkillData.CANNON_SKILL_B_T3_MAX_STACK){
cannonFervorStackCount ++;
}
for(int i = 0; i < maxBulletCount; i++){
if(!proj[turretID][i].projstate){ //pick a bullet
proj[turretID][i].projshoot(turretID, x, y, enemy[target].x, enemy[target].y, projSpeed, projSize);
cooldown = false;
cooldownTime = attackRate;
break;
}
}
break;
case LASER:
float angle = atan2(enemy[target].y - y, enemy[target].x - x);
int [] laserPierceID = new int [1];
laserPierceID[0] = -1;
float [] laserPierceDist = new float [1];
laserPierceDist[0] = 3000;
if(skillState[2][0]) laserWidth *= TurretSkillData.LASER_SKILL_C_T1_BEAM_WIDTH_MULTIPLIER;
pushMatrix();
translate(x,y);
rotate(angle);
pushStyle();
rectMode(CENTER);
laserDrawBeam();
for(int i = 0; i < sentEnemy; i++){
float trueHeight = enemy[i].size+laserWidth;
float trueWidth = enemy[i].size/2+attackRange;
float translatedEnemyX = (enemy[i].x - x) * cos(-angle) - (enemy[i].y - y) * sin(-angle);
float translatedEnemyY = (enemy[i].x - x) * sin(-angle) + (enemy[i].y - y) * cos(-angle);
if(rectHitCheck(0, -trueHeight/2, trueWidth, trueHeight, translatedEnemyX, translatedEnemyY)){
laserPierceID = checkLaserPierceOrder(laserPierceID, laserPierceDist, i, mag(translatedEnemyX,translatedEnemyY));
laserPierceDist = checkLaserPierceDist(laserPierceID, laserPierceDist, i, mag(translatedEnemyX,translatedEnemyY));
}
}
if(skillState[1][4]) laserPiercePenaltyMultiplier = TurretSkillData.LASER_SKILL_B_T5_PENETRATION_AMP;
laserPierceDamageProcess(laserPierceID);
laserHeat++;
if(laserHeat >= laserOverheatThreshold){
if(!skillState[1][1] || !critMode){
laserHeat = 0;
cooldown = false;
if(skillState[1][0]) attackRate = laserOverdriveProcess(attackRate);
cooldownTime = attackRate;
}else{
laserHeat = laserOverheatThreshold - 1;
}
}
popStyle();
popMatrix();
if (skillState[0][4]) laserDeathstar(laserPierceID);
if (skillState[2][2]){
if(laserPitchforkTargetID_1 != -1) laserPitchforkAttack(laserPitchforkTargetID_1);
if(laserPitchforkTargetID_2 != -1) laserPitchforkAttack(laserPitchforkTargetID_2);
}
break;
case AURA:
if(critMode){
fill(255,0,0,120);
}else{
fill(255,255,255,120);
}
ellipse(x,y,attackRange*2,attackRange*2);
int [] affectedIDList = new int [0];
int [] syncIDList = new int [0];
float [] distList = new float [sentEnemy];
for(int i = 0; i < sentEnemy; i++){
distList[i] = dist(x, y, enemy[i].x, enemy[i].y) - enemy[i].size/2;
if(distList[i] <= attackRange){
affectedIDList = splice(affectedIDList, i, affectedIDList.length);
}else if(enemy[i].buffState[15]){
syncIDList = splice(syncIDList, i, syncIDList.length);
}
}
if(auraShockwaveState) affectedIDList = auraShockwaveListing(affectedIDList, distList);
if(skillState[2][1]) auraCalDecrepifyBonus(affectedIDList);
for(int i = 0; i < affectedIDList.length; i++){
if(critMode){
enemy[affectedIDList[i]].hurt(calDamage(turretID, affectedIDList[i], attackDmg, critDamageMultiplier));
applyBuffOnCrit(affectedIDList[i]);
enemy[affectedIDList[i]].critPop();
}else{
enemy[affectedIDList[i]].hurt(calDamage(turretID, affectedIDList[i], attackDmg));
}
applyBuff(affectedIDList[i]);
if(skillState[0][2] && enemy[affectedIDList[i]].armor > 0){
enemy[affectedIDList[i]].hurtArmor(enemy[affectedIDList[i]].maxArmor*TurretSkillData.AURA_SKILL_A_T3_ARMOR_DRAIN_PERCENTAGE);
}
}
if(skillState[2][3]){
for(int i = 0; i < syncIDList.length; i++){
if(critMode){
enemy[syncIDList[i]].hurt(calDamage(turretID, syncIDList[i], attackDmg, critDamageMultiplier));
enemy[syncIDList[i]].critPop();
}else{
enemy[syncIDList[i]].hurt(calDamage(turretID, syncIDList[i], attackDmg));
}
}
}
if(skillState[0][3]){
auraOrbDetect(affectedIDList);
auraOrbEffect();
}
cooldown = false;
cooldownTime = attackRate;
break;
}
}
void laserDrawBeam(){
if(critMode){
colorMode(HSB, 360, 100, 100);
tint(frameCount*20%360,100,100,200+5*levelA);
}else{
critCheck();
tint(255,0,0,150+8*levelA);
}
imageMode(CENTER);
image(laserBeam, attackRange/2,0,attackRange, laserWidth);
}
void applyBuff(int enemyID){
switch(turretType){
case LASER:
if(turret[turretID].skillState[1][2]){
enemy[enemyID].getBuff(4,TurretSkillData.LASER_SKILL_B_T3_DURATION,realFrameCount,0);
}
if(turret[turretID].skillState[2][1]){
enemy[enemyID].getBuff(5,TurretSkillData.LASER_SKILL_C_T2_DURATION);
}
if(turret[turretID].skillState[2][3]){
enemy[enemyID].getBuff(7,TurretSkillData.LASER_SKILL_C_T4_DURATION);
}
if(turret[turretID].skillState[2][4]){
enemy[enemyID].getBuff(6,TurretSkillData.LASER_SKILL_C_T5_DURATION);
}
break;
case AURA:
if(turret[turretID].skillState[0][4]){
enemy[enemyID].getBuff(10,TurretSkillData.AURA_SKILL_A_T5_DURATION,1,attackDmg);
}
if(turret[turretID].skillState[1][3]){
enemy[enemyID].getBuff(17,TurretSkillData.AURA_SKILL_B_T4_DURATION);
}
if(turret[turretID].skillState[1][4]){
enemy[enemyID].getBuff(12,TurretSkillData.AURA_SKILL_B_T5_DURATION);
}
if(turret[turretID].skillState[2][0]){
enemy[enemyID].getBuff(13,TurretSkillData.AURA_SKILL_C_T1_DURATION);
}
if(turret[turretID].skillState[2][3]){
enemy[enemyID].getBuff(15,TurretSkillData.AURA_SKILL_C_T4_DURATION);
}
if(turret[turretID].skillState[2][4]){
enemy[enemyID].getBuff(16,TurretSkillData.AURA_SKILL_C_T5_DURATION);
}
break;
}
}
void applyBuffOnCrit(int enemyID){
switch(turretType){
case AURA:
if(turret[turretID].skillState[1][1]){
enemy[enemyID].getBuff(11,3);
}
break;
}
}
void moveBullet(){
for(int i = 0; i < maxBulletCount; i++){
if(proj[turretID][i].projstate){
proj[turretID][i].projshow();
proj[turretID][i].projmove();
}
}
}
void laserPitchforkAttack(int id){
float angleP = atan2(enemy[id].y - y, enemy[id].x - x);
int [] laserPitchforkPierceID = new int [1];
laserPitchforkPierceID[0] = -1;
float [] laserPitchforkPierceDist = new float [1];
laserPitchforkPierceDist[0] = 3000;
pushMatrix();
translate(x,y);
rotate(angleP);
pushStyle();
rectMode(CENTER);
laserWidth *= 0.5;
laserDrawBeam();
for(int i = 0; i < sentEnemy; i++){
float trueHeight = enemy[i].size+laserWidth;
float trueWidth = enemy[i].size/2+attackRange;
float translatedEnemyX = (enemy[i].x - x) * cos(-angleP) - (enemy[i].y - y) * sin(-angleP);
float translatedEnemyY = (enemy[i].x - x) * sin(-angleP) + (enemy[i].y - y) * cos(-angleP);
if(rectHitCheck(0, -trueHeight/2, trueWidth, trueHeight, translatedEnemyX, translatedEnemyY)){
laserPitchforkPierceID = checkLaserPierceOrder(laserPitchforkPierceID, laserPitchforkPierceDist, i, mag(translatedEnemyX,translatedEnemyY));
laserPitchforkPierceDist = checkLaserPierceDist(laserPitchforkPierceID, laserPitchforkPierceDist, i, mag(translatedEnemyX,translatedEnemyY));
}
}
if(skillState[1][4]) laserPiercePenaltyMultiplier = TurretSkillData.LASER_SKILL_B_T5_PENETRATION_AMP;
laserPierceDamageProcess(laserPitchforkPierceID, TurretSkillData.LASER_SKILL_C_T3_MINI_BEAM_DAMAGE_MULTIPLIER);
laserWidth *= 2;
popStyle();
popMatrix();
}
void cooldownTimer(){
cooldownTime --;
if(turretType == LASER && cooldownTime > attackRate){
cooldownTime = attackRate;
}
if(cooldownTime <= 0){
cooldown = true;
}
}
int [] checkLaserPierceOrder(int [] idList, float [] idDist, int inputID, float d){
for(int i = 0; i < idList.length; i++){
if( d <= idDist[i]){
idList = splice(idList,inputID,i);
return idList;
}
}
return idList;
}
float [] checkLaserPierceDist(int [] idList, float [] idDist, int inputID, float d){
for(int i = 0; i < idList.length; i++){
if( d <= idDist[i]){
idDist = splice(idDist,d,i);
return idDist;
}
}
return idDist;
}
void laserPierceDamageProcess(int [] idList){
for(int i = 0; i < idList.length; i++){
if(idList[i] == -1) break;
float pierceDmg = attackDmg * pow(laserPiercePenaltyMultiplier,i);
applyBuff(idList[i]);
if(critMode){
enemy[idList[i]].hurt(calDamage(turretID, idList[i], pierceDmg, critDamageMultiplier));
enemy[idList[i]].critPop();
}else{
enemy[idList[i]].hurt(calDamage(turretID, idList[i], pierceDmg));
}
}
}
void laserPierceDamageProcess(int [] idList, float dmgPct){
for(int i = 0; i < idList.length; i++){
if(idList[i] == -1) break;
float pierceDmg = attackDmg * pow(laserPiercePenaltyMultiplier,i);
pierceDmg *= dmgPct;
if(critMode){
enemy[idList[i]].hurt(calDamage(turretID, idList[i], pierceDmg, critDamageMultiplier));
enemy[idList[i]].critPop();
}else{
enemy[idList[i]].hurt(calDamage(turretID, idList[i], pierceDmg));
}
}
}
void laserDeathstar(int [] idList){
int deathstarTarget;
float deathstarDamage;
deathstarDamage = attackDmg * TurretSkillData.LASER_SKILL_A_T5_BONUS_DAMAGE_MULTIPLIER;
if(laserDeathstarTime == 0) laserDeathstarTime = realFrameCount;
if((realFrameCount-laserDeathstarTime)%TurretSkillData.LASER_SKILL_A_T5_DAMAGE_INTERVAL == 0 && idList.length != 0){
deathstarTarget = idList[floor(random(0,idList.length-1))];
if(deathstarTarget != -1){
//laserDeathstarEffectList = splice(laserDeathstarEffectList,deathstarTarget,laserDeathstarEffectList.length);
enemy[deathstarTarget].dsVisualState = true;
enemy[deathstarTarget].dsTime = realFrameCount;
enemy[deathstarTarget].hurt(deathstarDamage);
sfxLaserDS.trigger();
}
}
}
float laserOverdriveProcess(float inputRate){
float m = 1 - (laserCheckOverdriveCount() * TurretSkillData.LASER_SKILL_B_T1_COOLDOWN_REDUCTION_MULTIPLIER_PER_ENEMY);
inputRate *= m;
return inputRate;
}
int laserCheckOverdriveCount(){
int enemyCount = 0;
for(int i = 0; i < sentEnemy; i++){
if(dist(x, y, enemy[i].x, enemy[i].y) - enemy[i].size/2 <= attackRange){
enemyCount ++;
}
}
return min(5,enemyCount);
}
float laserOverheatThresholdMultiplier(){
float multiplier = 1;
if(skillState[1][3]){
multiplier += TurretSkillData.LASER_SKILL_B_T4_OVERHEAT_THRESHOLD_MULTIPLIER;
}
return multiplier;
}
void auraOrbDetect(int [] IDList){
for(int i = 0; i < auraOrbTarget.length; i++){
if(auraOrbTarget[i] == -1 && IDList.length != 0){
auraOrbTarget[i] = IDList[floor(random(0,IDList.length))];
}
}
}
void auraOrbEffect(){
for(int i = 0; i < auraOrbTarget.length; i++){
if(auraOrbTarget[i] != -1){
enemy[auraOrbTarget[i]].hurt(attackDmg*TurretSkillData.AURA_SKILL_A_T4_DAMAGE_PERCENTAGE);
}
}
}
void auraMeditationProcess(){
if(target==-1 && !(skillState[2][3] && auraCheckSync())){
auraMeditationCharge += TurretSkillData.AURA_SKILL_B_T3_CHARGE_RATE_PER_SEC / 60;
auraMeditationCharge = min(auraMeditationCharge, TurretSkillData.AURA_SKILL_B_T3_MAXIMUM_BONUS_DAMAGE);
}else{
auraMeditationCharge -= TurretSkillData.AURA_SKILL_B_T3_DRAIN_RATE_PER_SEC / 60;
auraMeditationCharge = max(auraMeditationCharge, 0);
}
}
void auraCalDecrepifyBonus(int [] IDList){
float amount = 0;
for(int i = 0; i < IDList.length; i++){
amount += (1-(enemy[IDList[i]].health/enemy[IDList[i]].maxHealth))*100*TurretSkillData.AURA_SKILL_C_T2_BONUS_DAMAGE_PER_PERCENT_OF_MISSING_HEALTH;
}
auraDecrepifyBonus = amount;
}
void auraShockwave(){
float speed = attackRange * TurretSkillData.AURA_SKILL_C_T3_SHOCKWAVE_SPEED_RATIO;
float maxRange = attackRange * TurretSkillData.AURA_SKILL_C_T3_MAX_RADIUS_RATIO;
auraShockwaveRadius += speed;
if(auraShockwaveRadius > maxRange){
auraShockwaveInit();
}
auraShockwaveRadius = min(auraShockwaveRadius, maxRange);
pushStyle();
imageMode(CENTER);
if(auraShockwaveRadius >= maxRange*0.7) tint(255,255*map(auraShockwaveRadius,maxRange*0.7,maxRange,1,0));
image(shockwave,x,y,auraShockwaveRadius*2,auraShockwaveRadius*2);
popStyle();
}
int [] auraShockwaveListing(int [] IDList, float [] distList){
for(int i = 0; i < sentEnemy; i++){
float d = distList[i] - enemy[i].size/2;
if(d <= auraShockwaveRadius){
IDList = splice(IDList, i, IDList.length);
enemy[i].getBuff(14,TurretSkillData.AURA_SKILL_C_T3_SLOW_DURATION);
}
}
return IDList;
}
void auraShockwaveInit(){
auraShockwaveRadius = 0;
auraShockwaveState = false;
}
boolean auraCheckSync(){
for(int i = 0; i < sentEnemy; i++){
if(enemy[i].buffState[15]){
return true;
}
}
return false;
}
void turretInit(int type){
switch(type){
case CANNON:
turretType = CANNON;
turretName = "Cannon Turret";
turretColor = TurretLevelData.CANNON_COLOR;
levelAUpgradeCost = TurretLevelData.cannonCostA[levelA];
levelBUpgradeCost = TurretLevelData.cannonCostB[levelB];
levelCUpgradeCost = TurretLevelData.cannonCostC[levelC];
totalCost = TurretLevelData.cannonBuildCost;
attackRate = TurretLevelData.cannonRate[0];
attackRange = TurretLevelData.cannonRange[0];
attackDmg = TurretLevelData.cannonDamage[0];
critChance = TurretLevelData.cannonCritChance;
critDamageMultiplier = TurretLevelData.cannonCritDamageMultiplier;
projSize = TurretLevelData.cannonProjSize;
projSpeed = TurretLevelData.cannonProjSpeed;
cannonFervorStackCount = 0;
break;
case LASER:
turretType = LASER;
turretName = "Laser Turret";
turretColor = TurretLevelData.LASER_COLOR;
levelAUpgradeCost = TurretLevelData.laserCostA[levelA];
levelBUpgradeCost = TurretLevelData.laserCostB[levelB];
levelCUpgradeCost = TurretLevelData.laserCostC[levelC];
totalCost = TurretLevelData.laserBuildCost;
attackRate = TurretLevelData.laserRate[0];
attackRange = TurretLevelData.laserRange[0];
attackDmg = TurretLevelData.laserDamage[0];
critChance = TurretLevelData.laserCritChance;
critDamageMultiplier = TurretLevelData.laserCritDamageMultiplier;
critDuration = TurretLevelData.laserCritDuration;
critDurationCounter = 0;
critCheckInterval = TurretLevelData.laserCritCheckInterval;
critCheckCounter = 0;
critMode = false;
laserWidth = TurretLevelData.laserWidth;
laserHeat = 0;
laserOverheatThreshold = TurretLevelData.laserOverheatThreshold;
laserPiercePenaltyMultiplier = TurretLevelData.laserPiercePenaltyMultiplier;
laserDeathstarTime = 0;
laserPitchforkTargetID_1 = -1;
laserPitchforkTargetID_2 = -1;
break;
case AURA:
turretType = AURA;
turretName = "Aura Turret";
turretColor = TurretLevelData.AURA_COLOR;
levelAUpgradeCost = TurretLevelData.auraCostA[levelA];
levelBUpgradeCost = TurretLevelData.auraCostB[levelB];
levelCUpgradeCost = TurretLevelData.auraCostC[levelC];
totalCost = TurretLevelData.auraBuildCost;
attackRate = TurretLevelData.auraRate[0];
attackRange = TurretLevelData.auraRange[0];
attackDmg = TurretLevelData.auraDamage[0];
critChance = 0.15;
critDamageMultiplier = 2;
critDuration = 60;
critDurationCounter = 0;
critCheckInterval = 60;
critCheckCounter = 0;
critMode = false;
for(int i = 0; i < auraOrbTarget.length; i++){
auraOrbTarget[i] = -1;
}
auraMeditationCharge = 0;
auraDecrepifyBonus = 0;
auraShockwaveInit();
break;
}
for(int i = 0; i < buffState.length; i++){
buffState[i] = false;
buffTimer[i] = 0;
}
levelA = 0;
levelB = 0;
levelC = 0;
cooldown = true;
cooldownTime = 0;
loadSkillInit();
}
void loadSkillInit(){
for(int i = 0; i < 3; i++){
for(int j = 0; j < 5; j++){
skillState[i][j] = false;
}
}
switch(turretType){
case CANNON:
skillCost[0][0] = TurretSkillData.CANNON_SKILL_T1_COST;
skillCost[1][0] = TurretSkillData.CANNON_SKILL_T1_COST;
skillCost[2][0] = TurretSkillData.CANNON_SKILL_T1_COST;
skillCost[0][1] = TurretSkillData.CANNON_SKILL_T2_COST;