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https://github.com/PodeCaradox/GalaxyQuest-SteamFrame.git
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bigmak94andClaude Opus 5.5
4b395efe5c
The sources of Petari (https://github.com/SMGCommunity/Petari), the Super Mario Galaxy decompilation by the SMGCommunity, at commit 0a5c6608dc3b4c44a9aa68c2535d1793dc565f02, unchanged but for LF line endings: LICENSE (as LICENSE-Petari.txt; CC0 1.0), include/, libs/ and src/. Left out: the game data Petari keeps from the original executable, the error message archive (include/Game/System/ ErrorArchive.hpp) and two tables (src/Game/System/GalaxyID.bcsv and StoryEvent.bcsv); GalaxyQuest's converter takes them from the player's own disc. The port's changes follow in the next commit, so `git diff petari-base -- decomp` shows them. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
39 lines
1.4 KiB
C++
39 lines
1.4 KiB
C++
#pragma once
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#include "Game/Gravity/PlanetGravity.hpp"
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class CubeGravity : public PlanetGravity {
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public:
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CubeGravity();
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virtual void updateMtx(const TPos3f& rMtx);
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virtual bool calcOwnGravityVector(TVec3f* pDest, f32* pScalar, const TVec3f& rPosition) const;
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void setCube(const TPos3f&);
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/*
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* Area as in region, not area as in Area = Base * h
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*
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* The region is made up of 3 components: x, y, z. For each component, a value of 0 indicates
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* that the position is beyond the negative face of that component, a value of 1 indicates that
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* the position is between the two faces for that component, and a value of 2 indicates that
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* the position is beyond the positive face of that component.
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*
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* The region is encoded as follows (in pseudocode):
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* `area = area_x * 3^0 + area_y * 3^1 + area_z * 3^2`
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*
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* `calcGravityArea` returns the encoded region
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*/
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int calcGravityArea(const TVec3f& rPosition) const;
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bool calcFaceGravity(const TVec3f& rPosition, s32, TVec3f* pDest, f32* pScalar) const;
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bool calcEdgeGravity(const TVec3f& rPosition, s32, TVec3f* pDest, f32* pScalar) const;
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bool calcCornerGravity(const TVec3f& rPosition, s32, TVec3f* pDest, f32* pScalar) const;
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TPos3f mCube; // 0x28
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TPos3f mPosition; // 0x58
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f32 lenX; // 0x88
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f32 lenY; // 0x8C
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f32 lenZ; // 0x90
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u8 mActiveFaces; // 0x94
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};
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