NSMBW-Decomp
A decompilation of New Super Mario Bros. Wii
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d_a_en_shell.hpp
1#include <game/bases/d_enemy.hpp>
2#include <game/bases/d_a_en_carry.hpp>
3#include <game/bases/d_ef.hpp>
4#include <game/bases/d_en_fumi_check.hpp>
5#include <game/bases/d_heap_allocator.hpp>
6#include <game/mLib/m_effect.hpp>
7
8/**
9 * @brief Base implementation of a shell enemy.
10 * @statetable
11 * @paramtable
12 */
13class daEnShell_c : public daEnCarry_c {
14public:
15 /// Other actors can extend this enum to add new modes.
16 /// @unofficial
17 enum ShellMode_e {
18 SHELL_MODE_BASE = 0,
19 SHELL_MODE_NOKO_WALK = 1,
20 SHELL_MODE_TOGEZO = 1,
21 SHELL_MODE_PAIPO
22 };
23
24 struct GlobalData_t {
25 s16 mSpinSpeed;
26 s16 mUnkSpeed;
27 float mSlideSpeedPowerup;
28 float mSlideSpeedNoPowerup;
29 };
30
31 daEnShell_c();
32 virtual ~daEnShell_c();
33
34 virtual void postExecute(fBase_c::MAIN_STATE_e status);
35 virtual bool ActorDrawCullCheck();
36 virtual void block_hit_init();
37 virtual void boyonBegin() {}
38 virtual bool isSpinLiftUpEnable() { return isState(StateID_Sleep) != 0; }
39 virtual void setSpinLiftUpActor(dActor_c *carryingActor);
40 virtual void setCarryFall(dActor_c *carryingActor, int collisionDelay);
41 virtual void setEatTongue(dActor_c *actor);
42 virtual bool setEatSpitOut(dActor_c *actor);
43 virtual bool EtcDamageCheck(dCc_c *self, dCc_c *other);
44 virtual void Normal_VsEnHitCheck(dCc_c *self, dCc_c *other);
45 virtual void Normal_VsPlHitCheck(dCc_c *self, dCc_c *other);
46 virtual void Normal_VsYoshiHitCheck(dCc_c *self, dCc_c *other);
47 virtual bool hitCallback_Spin(dCc_c *self, dCc_c *other);
48 virtual bool hitCallback_HipAttk(dCc_c *self, dCc_c *other);
49 virtual bool hitCallback_YoshiHipAttk(dCc_c *self, dCc_c *other);
50 virtual bool hitCallback_Shell(dCc_c *self, dCc_c *other);
51 virtual bool hitCallback_Ice(dCc_c *self, dCc_c *other);
52 virtual bool setDamage(dActor_c *actor);
53 virtual void returnState_Ice();
54 virtual bool checkComboClap(int max);
55 virtual void FumiJumpSet(dActor_c *actor);
56 virtual void FumiScoreSet(dActor_c *actor);
57 virtual void YoshiFumiScoreSet(dActor_c *actor) { daEnShell_c::FumiScoreSet(actor); }
58
59 STATE_VIRTUAL_FUNC_DECLARE(daEnShell_c, DieFall);
60 STATE_VIRTUAL_FUNC_DECLARE(daEnShell_c, Carry);
61 STATE_VIRTUAL_FUNC_DECLARE(daEnShell_c, Sleep); ///< Remaining stationary after being jumped on.
62 STATE_VIRTUAL_FUNC_DECLARE(daEnShell_c, Slide); ///< Sliding across the ground after being kicked.
63 STATE_VIRTUAL_FUNC_DECLARE(daEnShell_c, Wakeup); ///< Waking up from the sleep state.
64 STATE_VIRTUAL_FUNC_DECLARE(daEnShell_c, WakeupReverse); ///< Waking up after being flipped upside down.
65 STATE_VIRTUAL_FUNC_DECLARE(daEnShell_c, WakeupTurn); ///< Turning around after waking up.
66
67 virtual bool setPlayerDamage(dActor_c *actor) { return true; }
68 virtual bool checkSleep();
69 virtual void setEnemyTurn() {}
70 virtual bool specialFumiProc(dActor_c *actor) { return false; }
71 virtual bool specialFumiProc_Yoshi(dActor_c *actor) { return specialFumiProc(actor); }
72 virtual bool isFumiInvalid() const { return false; }
73 virtual void setAfterSleepState() {}
74 virtual bool turnProc() { return false; }
75 virtual void kickSE(int plrNo);
76 virtual void kickEffect(mVec3_c pos) { dEf::createEffect_change("Wm_mr_kickhit", 0, &pos, nullptr, nullptr); }
77 virtual bool isDieShell() { return true; }
78 virtual void calcShellEffectPos() {}
79 virtual void slideEffect() {}
80 virtual bool isBlockHitDeath() const { return false; }
81
82 /// @brief Loads the resources for the shell model and animation.
83 /// @param arcName The name of the resource archive to load from.
84 /// @param resPath The path within the archive to the model resource.
85 /// @param modelName The name of the model resource.
86 /// @param anmTexName The name of the texture animation resource (optional).
87 /// @param animFrame The frame of the texture animation to start at.
88 void createShell(const char *arcName, const char *resPath, const char *modelName, const char *anmTexName, float animFrame);
89 void calcShellMdl();
90 bool drawShell();
91 void setKickSlide(dCc_c *self, dActor_c *other);
92 bool isSlideTowards(dActor_c *actor); ///< @unofficial
93 bool checkMugenCombo(dActor_c *player); ///< Checks if the player is performing the staircase infinite jump trick.
94 bool cullCheck();
95 bool cullCheck_Shell();
96 void setSlideThrowSpeed(dActor_c *actor);
97 void setSlideKickSpeed(dActor_c *actor);
98 void slideSpin();
99 void setDeathInfo_CarryBgIn(dActor_c *);
100 void adjustCarryCc();
101 bool hasamiCheck();
102 void setDeathInfo_Hasami();
103
104 dHeapAllocator_c mAllocator;
105 nw4r::g3d::ResFile mResFile;
106 m3d::mdl_c mModel;
107 m3d::anmChr_c mAnim;
108 nw4r::g3d::ResAnmTexPat mResAnmTexPat;
109 m3d::anmTexPat_c mAnimTex;
110 sCcDatNewF mCcData;
111 sBcSensorPoint mSensorHead;
112 sBcSensorLine mSensorFootNormal;
113 sBcSensorLine mSensorWall;
114 sBcSensorLine mSensorFootSlide;
115 mEf::levelEffect_c mEffect;
116 int mYoshiKickable; ///< Whether the shell can be kicked in any state by Yoshi.
117 ShellMode_e mShellMode;
118 mVec3_c mSlideEffectPos;
119 mVec3_c mCarryPos;
120 int mIsCarryFall;
121 int mSlideAirAfterThrow;
122 mVec2_c mCcOffset;
123 mVec2_c mCcSize;
124
125 /// @brief The actor which the player who jumped on the shell is currently carrying.
126 /// @details This is used to prevent the carried actor from killing the shell.
127 fBaseID_e mJumpPlayerCarryActorID;
128 int mJumpPlayerNoCarryHitTimer; ///< For how long the shell will ignore collisions with @ref mJumpPlayerCarryActorID "the carried item".
129
130 mAng mWakeupShakeAngle;
131 mAng3_c mWakeupShakeAngle3D;
132 u16 mSleepTimer; ///< How many frames longer the shell will remain asleep.
133 u16 mCarryTimer; ///< How many more frames the sleep timer will remain paused while being carried.
134 bool mIsFlipped; ///< Whether the shell is flipped upside down from a block hit.
135 int mCarriedBy;
136 int mIsMugenCombo;
137 float mMugenComboSpeed;
138 float mMugenComboPosX;
139
140 ACTOR_PARAM_CONFIG(MugenComboAllowed, 20, 1);
141
142 // Unofficial constants
143
144 static const u16 smc_SLEEP_TIMER = 511;
145 static const u16 smc_SLEEP_TIMER_SHAKE = 96;
146};
dActorMultiState_c::isState
bool isState(const sStateIDIf_c &other) const
Checks if the actor is currently in the given state.
Definition d_actor_state.hpp:44
dActor_c
The minimum required implementation for a stage actor.
Definition d_actor.hpp:15
dActor_c::dActor_c
dActor_c()
Constructs a new actor.
Definition d_actor.cpp:46
dCc_c
Collider ("Collision Check") class - handles collisions between actors.
Definition d_cc.hpp:133
daEnCarry_c
A carryable enemy. [As opposed to dEnemyCarry_c, this class is used a bit more widely....
Definition d_a_en_carry.hpp:7
daEnShell_c::setEatSpitOut
virtual bool setEatSpitOut(dActor_c *actor)
Callback for when the actor is about to be spat out.
Definition d_a_en_shell.cpp:719
daEnShell_c::setEatTongue
virtual void setEatTongue(dActor_c *actor)
Callback for when the actor is targeted by Yoshi's tongue.
Definition d_a_en_shell.cpp:714
daEnShell_c::mSleepTimer
u16 mSleepTimer
How many frames longer the shell will remain asleep.
Definition d_a_en_shell.hpp:132
daEnShell_c::ActorDrawCullCheck
virtual bool ActorDrawCullCheck()
Checks if the actor is out of view.
Definition d_a_en_shell.cpp:610
daEnShell_c::postExecute
virtual void postExecute(fBase_c::MAIN_STATE_e status)
post method for the execute operation.
Definition d_a_en_shell.cpp:124
daEnShell_c::isSpinLiftUpEnable
virtual bool isSpinLiftUpEnable()
Returns whether the actor can be carried.
Definition d_a_en_shell.hpp:38
daEnShell_c::mIsFlipped
bool mIsFlipped
Whether the shell is flipped upside down from a block hit.
Definition d_a_en_shell.hpp:134
daEnShell_c::ShellMode_e
ShellMode_e
Definition d_a_en_shell.hpp:17
daEnShell_c::mJumpPlayerCarryActorID
fBaseID_e mJumpPlayerCarryActorID
The actor which the player who jumped on the shell is currently carrying.
Definition d_a_en_shell.hpp:127
daEnShell_c::mCarryTimer
u16 mCarryTimer
How many more frames the sleep timer will remain paused while being carried.
Definition d_a_en_shell.hpp:133
daEnShell_c::mYoshiKickable
int mYoshiKickable
Whether the shell can be kicked in any state by Yoshi.
Definition d_a_en_shell.hpp:116
daEnShell_c::mJumpPlayerNoCarryHitTimer
int mJumpPlayerNoCarryHitTimer
For how long the shell will ignore collisions with the carried item.
Definition d_a_en_shell.hpp:128
daEnShell_c::StateID_Sleep
static sFStateVirtualID_c< daEnShell_c > StateID_Sleep
Remaining stationary after being jumped on.
Definition d_a_en_shell.hpp:61
daEnShell_c::createShell
void createShell(const char *arcName, const char *resPath, const char *modelName, const char *anmTexName, float animFrame)
Loads the resources for the shell model and animation.
Definition d_a_en_shell.cpp:49
daEnShell_c::setCarryFall
virtual void setCarryFall(dActor_c *carryingActor, int collisionDelay)
Callback for when the actor is dropped by the carrying actor.
Definition d_a_en_shell.cpp:410
daEnShell_c::isSlideTowards
bool isSlideTowards(dActor_c *actor)
Definition d_a_en_shell.cpp:433
daEnShell_c::setSpinLiftUpActor
virtual void setSpinLiftUpActor(dActor_c *carryingActor)
Callback for when the actor is picked up by another actor.
Definition d_a_en_shell.cpp:836
daEnShell_c::block_hit_init
virtual void block_hit_init()
Callback for when a block directly beneath the actor is hit.
Definition d_a_en_shell.cpp:618
daEnShell_c::checkMugenCombo
bool checkMugenCombo(dActor_c *player)
Checks if the player is performing the staircase infinite jump trick.
Definition d_a_en_shell.cpp:452
fBase_c::MAIN_STATE_e
MAIN_STATE_e
The possible operation results.
Definition f_base.hpp:36
mAng3_c
A three-dimensional short angle vector.
Definition m_angle.hpp:68
mVec2_c
A two-dimensional floating point vector.
Definition m_vec.hpp:26
mVec3_c
A three-dimensional floating point vector.
Definition m_vec.hpp:122
fBaseID_e
fBaseID_e
A unique identifier for each base.
Definition f_base_id.hpp:6
STATE_VIRTUAL_FUNC_DECLARE
#define STATE_VIRTUAL_FUNC_DECLARE(class, name)
Declares a virtual state.
Definition s_State.hpp:22
daEnShell_c::GlobalData_t
Definition d_a_en_shell.hpp:24
mAng
A one-dimensional short angle vector.
Definition m_angle.hpp:12