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Jump targeting lock-on time implemented for Slime King script.

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Slime King third jump delay increased from 0.6s -> 0.7s. Jump targeting speed increased from 400 -> 1900. Jump target lock-on time set to 0.5 seconds.

Release Build 8084.
mac-build
sigonasr2 9 months ago
parent a020f42285
commit 931f1db470
5 changed files with 38 additions and 22 deletions
Show all changes Ignore whitespace when comparing lines Ignore changes in amount of whitespace Ignore changes in whitespace at EOL
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  1. 1
      Adventures in Lestoria/MonsterAttribute.h
  2. 21
      Adventures in Lestoria/SlimeKing.cpp
  3. 2
      Adventures in Lestoria/Version.h
  4. 14
      Adventures in Lestoria/assets/config/MonsterStrategies.txt
  5. BIN
      x64/Release/Adventures in Lestoria.exe

1
Adventures in Lestoria/MonsterAttribute.h
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@ -106,4 +106,5 @@ enum class Attribute{
ITEM_USE_COUNT, ITEM_USE_COUNT,
LAST_JUMP_TIMER, LAST_JUMP_TIMER,
INITIALIZED, INITIALIZED,
JUMP_MOVE_TO_TARGET_TIMER,
}; };

21
Adventures in Lestoria/SlimeKing.cpp
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@ -116,20 +116,22 @@ void Monster::STRATEGY::SLIMEKING(Monster&m,float fElapsedTime,std::string strat
} }
}; };
const auto StartJumpTowardsPlayer=[&](float jumpDuration,float recoveryTime,float jumpMoveSpd){ const auto StartJumpTowardsPlayer=[&](float jumpDuration,float recoveryTime,float jumpMoveSpd,float moveTowardsTargetLockinTime){
m.F(A::JUMP_ORIGINAL_LANDING_TIMER)=m.F(A::JUMP_LANDING_TIMER)=jumpDuration; m.F(A::JUMP_ORIGINAL_LANDING_TIMER)=m.F(A::JUMP_LANDING_TIMER)=jumpDuration;
m.B(A::JUMP_TOWARDS_PLAYER)=true; m.B(A::JUMP_TOWARDS_PLAYER)=true;
m.F(A::RECOVERY_TIME)=recoveryTime; m.F(A::RECOVERY_TIME)=recoveryTime;
m.F(A::JUMP_MOVE_SPD)=jumpMoveSpd; m.F(A::JUMP_MOVE_SPD)=jumpMoveSpd;
m.F(A::JUMP_MOVE_TO_TARGET_TIMER)=moveTowardsTargetLockinTime;
m.SetState(State::JUMP); m.SetState(State::JUMP);
}; };
const auto StartJump=[&](float jumpDuration,vf2d targetPos,float recoveryTime,float jumpMoveSpd){ const auto StartJump=[&](float jumpDuration,vf2d targetPos,float recoveryTime,float jumpMoveSpd,float moveTowardsTargetLockinTime){
m.F(A::JUMP_ORIGINAL_LANDING_TIMER)=m.F(A::JUMP_LANDING_TIMER)=jumpDuration; m.F(A::JUMP_ORIGINAL_LANDING_TIMER)=m.F(A::JUMP_LANDING_TIMER)=jumpDuration;
m.V(A::JUMP_TARGET_POS)=targetPos; m.V(A::JUMP_TARGET_POS)=targetPos;
m.B(A::JUMP_TOWARDS_PLAYER)=false; m.B(A::JUMP_TOWARDS_PLAYER)=false;
m.F(A::RECOVERY_TIME)=recoveryTime; m.F(A::RECOVERY_TIME)=recoveryTime;
m.F(A::JUMP_MOVE_SPD)=jumpMoveSpd; m.F(A::JUMP_MOVE_SPD)=jumpMoveSpd;
m.F(A::JUMP_MOVE_TO_TARGET_TIMER)=moveTowardsTargetLockinTime;
m.SetState(State::JUMP); m.SetState(State::JUMP);
}; };
@ -142,7 +144,8 @@ void Monster::STRATEGY::SLIMEKING(Monster&m,float fElapsedTime,std::string strat
m.I(A::JUMP_COUNT)++; m.I(A::JUMP_COUNT)++;
float jumpTime=ConfigFloatArr("Phase2.Jump["+std::to_string(m.I(A::JUMP_COUNT))+"]",0); float jumpTime=ConfigFloatArr("Phase2.Jump["+std::to_string(m.I(A::JUMP_COUNT))+"]",0);
float jumpSpd=ConfigFloatArr("Phase2.Jump["+std::to_string(m.I(A::JUMP_COUNT))+"]",1); float jumpSpd=ConfigFloatArr("Phase2.Jump["+std::to_string(m.I(A::JUMP_COUNT))+"]",1);
StartJumpTowardsPlayer(jumpTime,0.2f,jumpSpd); float lockedInTargetTime=ConfigFloatArr("Phase2.Jump["+std::to_string(m.I(A::JUMP_COUNT))+"]",2);
StartJumpTowardsPlayer(jumpTime,0.2f,jumpSpd,lockedInTargetTime);
}break; }break;
default:{ default:{
m.PerformIdleAnimation(); m.PerformIdleAnimation();
@ -173,6 +176,7 @@ void Monster::STRATEGY::SLIMEKING(Monster&m,float fElapsedTime,std::string strat
if(m.B(A::JUMP_TOWARDS_PLAYER)){ if(m.B(A::JUMP_TOWARDS_PLAYER)){
jumpTargetPos=game->GetPlayer()->GetPos(); jumpTargetPos=game->GetPlayer()->GetPos();
} }
if(m.F(A::JUMP_LANDING_TIMER)>m.F(A::JUMP_MOVE_TO_TARGET_TIMER)){
if(m.GetPos().x>jumpTargetPos.x){ if(m.GetPos().x>jumpTargetPos.x){
m.SetX(std::max(jumpTargetPos.x,m.GetPos().x-m.F(A::JUMP_MOVE_SPD)*game->GetElapsedTime())); m.SetX(std::max(jumpTargetPos.x,m.GetPos().x-m.F(A::JUMP_MOVE_SPD)*game->GetElapsedTime()));
} else } else
@ -185,6 +189,7 @@ void Monster::STRATEGY::SLIMEKING(Monster&m,float fElapsedTime,std::string strat
if(m.GetPos().y<jumpTargetPos.y){ if(m.GetPos().y<jumpTargetPos.y){
m.SetY(std::min(jumpTargetPos.y,m.GetPos().y+m.F(A::JUMP_MOVE_SPD)*game->GetElapsedTime())); m.SetY(std::min(jumpTargetPos.y,m.GetPos().y+m.F(A::JUMP_MOVE_SPD)*game->GetElapsedTime()));
} }
}
if(m.F(A::JUMP_LANDING_TIMER)>=m.F(A::JUMP_ORIGINAL_LANDING_TIMER)/2){ if(m.F(A::JUMP_LANDING_TIMER)>=m.F(A::JUMP_ORIGINAL_LANDING_TIMER)/2){
m.SetZ(util::lerp(0,float(ConfigInt("JumpHeight")),1-jumpLandingTimerRatio)); m.SetZ(util::lerp(0,float(ConfigInt("JumpHeight")),1-jumpLandingTimerRatio));
}else{ }else{
@ -230,7 +235,8 @@ void Monster::STRATEGY::SLIMEKING(Monster&m,float fElapsedTime,std::string strat
m.I(A::JUMP_COUNT)++; m.I(A::JUMP_COUNT)++;
float jumpTime=ConfigFloatArr("Phase2.Jump["+std::to_string(m.I(A::JUMP_COUNT))+"]",0); float jumpTime=ConfigFloatArr("Phase2.Jump["+std::to_string(m.I(A::JUMP_COUNT))+"]",0);
float jumpSpd=ConfigFloatArr("Phase2.Jump["+std::to_string(m.I(A::JUMP_COUNT))+"]",1); float jumpSpd=ConfigFloatArr("Phase2.Jump["+std::to_string(m.I(A::JUMP_COUNT))+"]",1);
StartJumpTowardsPlayer(jumpTime,0.2f,jumpSpd); float lockedInTargetTime=ConfigFloatArr("Phase2.Jump["+std::to_string(m.I(A::JUMP_COUNT))+"]",2);
StartJumpTowardsPlayer(jumpTime,0.2f,jumpSpd,lockedInTargetTime);
} }
return; return;
} }
@ -252,7 +258,7 @@ void Monster::STRATEGY::SLIMEKING(Monster&m,float fElapsedTime,std::string strat
} }
if(m.F(A::SHOOT_RING_TIMER)==0){ if(m.F(A::SHOOT_RING_TIMER)==0){
if(m.I(A::PATTERN_REPEAT_COUNT)>=ConfigInt("Phase1.JumpAfter")){ if(m.I(A::PATTERN_REPEAT_COUNT)>=ConfigInt("Phase1.JumpAfter")){
StartJumpTowardsPlayer(ConfigFloat("Phase1.AirborneTime"),ConfigFloat("Phase1.LandingRecoveryTime"),ConfigFloat("JumpMoveSpd")); StartJumpTowardsPlayer(ConfigFloat("Phase1.AirborneTime"),ConfigFloat("Phase1.LandingRecoveryTime"),ConfigFloat("JumpMoveSpd"),ConfigFloat("Phase1.JumpLockinTargetTime"));
m.I(A::PATTERN_REPEAT_COUNT)=0; m.I(A::PATTERN_REPEAT_COUNT)=0;
return; return;
} }
@ -313,7 +319,7 @@ void Monster::STRATEGY::SLIMEKING(Monster&m,float fElapsedTime,std::string strat
return; return;
} }
if(m.I(A::PATTERN_REPEAT_COUNT)==0){ if(m.I(A::PATTERN_REPEAT_COUNT)==0){
StartJumpTowardsPlayer(ConfigFloat("Phase3.JumpDelayTime"),ConfigFloat("Phase3.JumpRecoveryTime"),ConfigFloat("Phase3.JumpMoveSpd")); StartJumpTowardsPlayer(ConfigFloat("Phase3.JumpDelayTime"),ConfigFloat("Phase3.JumpRecoveryTime"),ConfigFloat("Phase3.JumpMoveSpd"),ConfigFloat("Phase3.JumpLockinTargetTime"));
m.I(A::PATTERN_REPEAT_COUNT)++; m.I(A::PATTERN_REPEAT_COUNT)++;
}else }else
if(m.I(A::PATTERN_REPEAT_COUNT)<4&&m.F(A::SHOOT_TIMER)==0){ if(m.I(A::PATTERN_REPEAT_COUNT)<4&&m.F(A::SHOOT_TIMER)==0){
@ -346,7 +352,8 @@ void Monster::STRATEGY::SLIMEKING(Monster&m,float fElapsedTime,std::string strat
float jumpAngle=util::angleTo(m.GetPos(),game->GetCurrentMapData().MapSize*game->GetCurrentMapData().tilewidth/2); //We jump towards the center to keep the player from constantly dealing with a stuck boss. float jumpAngle=util::angleTo(m.GetPos(),game->GetCurrentMapData().MapSize*game->GetCurrentMapData().tilewidth/2); //We jump towards the center to keep the player from constantly dealing with a stuck boss.
float jumpDistance=ConfigFloat("Phase4.JumpDistance")/100*game->GetCurrentMapData().tilewidth; float jumpDistance=ConfigFloat("Phase4.JumpDistance")/100*game->GetCurrentMapData().tilewidth;
float jumpSpd=jumpDistance/ConfigFloat("Phase4.JumpDuration"); float jumpSpd=jumpDistance/ConfigFloat("Phase4.JumpDuration");
StartJump(ConfigFloat("Phase4.JumpDuration"),m.GetPos()+vf2d{cos(jumpAngle)*jumpDistance,sin(jumpAngle)*jumpDistance},0,jumpSpd); float lockedInTargetTime=jumpDistance/ConfigFloat("Phase4.JumpLockinTargetTime");
StartJump(ConfigFloat("Phase4.JumpDuration"),m.GetPos()+vf2d{cos(jumpAngle)*jumpDistance,sin(jumpAngle)*jumpDistance},0,jumpSpd,lockedInTargetTime);
}else }else
if(m.I(A::PATTERN_REPEAT_COUNT)<5&&m.F(A::SHOOT_TIMER)==0){ if(m.I(A::PATTERN_REPEAT_COUNT)<5&&m.F(A::SHOOT_TIMER)==0){
m.I(A::PATTERN_REPEAT_COUNT)++; m.I(A::PATTERN_REPEAT_COUNT)++;

2
Adventures in Lestoria/Version.h
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@ -39,7 +39,7 @@ All rights reserved.
#define VERSION_MAJOR 0 #define VERSION_MAJOR 0
#define VERSION_MINOR 5 #define VERSION_MINOR 5
#define VERSION_PATCH 1 #define VERSION_PATCH 1
#define VERSION_BUILD 8083 #define VERSION_BUILD 8084
#define stringify(a) stringify_(a) #define stringify(a) stringify_(a)
#define stringify_(a) #a #define stringify_(a) #a

14
Adventures in Lestoria/assets/config/MonsterStrategies.txt
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@ -117,6 +117,8 @@ MonsterStrategy
JumpAfter = 4 shots JumpAfter = 4 shots
AirborneTime = 3.0 AirborneTime = 3.0
LandingRecoveryTime = 2.0 LandingRecoveryTime = 2.0
# How much time remaining for the jump target being locked into place.
JumpLockinTargetTime = 0.0
} }
Phase2 Phase2
{ {
@ -134,10 +136,11 @@ MonsterStrategy
# Argument 0 is jump time. # Argument 0 is jump time.
# Argument 1 is move speed. # Argument 1 is move speed.
# Argument 2 is locked-in target time.
Jump[1] = 1.8, 45 Jump[1] = 1.8, 45, 0.0
Jump[2] = 1.2, 70 Jump[2] = 1.2, 70, 0.0
Jump[3] = 0.6, 400 Jump[3] = 0.7, 1900, 0.5
} }
Phase3 Phase3
{ {
@ -154,6 +157,8 @@ MonsterStrategy
JumpMoveSpd = 80 JumpMoveSpd = 80
JumpDelayTime = 1.2 JumpDelayTime = 1.2
JumpRecoveryTime = 2.0 JumpRecoveryTime = 2.0
# How much time remaining for the jump target being locked into place.
JumpLockinTargetTime = 0.0
} }
Phase4 Phase4
{ {
@ -171,6 +176,9 @@ MonsterStrategy
JumpDuration = 3.0 JumpDuration = 3.0
JumpDistance = 1000 JumpDistance = 1000
# How much time remaining for the jump target being locked into place.
JumpLockinTargetTime = 0.0
} }
Phase5 Phase5
{ {

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