animation.h File Reference

#include <common_structs.h>

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Data Structures
struct	Armature
	The armature is associated with an AnimationLimbVector which is equal to the number of RENDER_MODEL_OR_ADD_POS in the armature. More...
struct	AnimationCycleSpec
struct	Animation

Macros
#define	SIMPLE_ANIMATION_INSTRUCTION(x)   x, 0x00000002
#define	ANIMATION_DISABLE_AUTOMATIC_POP   SIMPLE_ANIMATION_INSTRUCTION(DISABLE_AUTOMATIC_POP_MATRIX)
#define	ANIMATION_POP_MATRIX   SIMPLE_ANIMATION_INSTRUCTION(POP_MATRIX)
#define	ANIMATION_STOP   SIMPLE_ANIMATION_INSTRUCTION(STOP_ANIMATION)
#define	ANIMATION_RENDER_MODEL_AT(model, x, y, z)   RENDER_MODEL_OR_ADD_POS, 0x00000007, 0x00000000, (u32) model, x, y, z
	the pos is relative to the previous RENDER_MODEL_OR_ADD_POS if ANIMATION_DISABLE_AUTOMATIC_POP is used
#define	ANIMATION_RENDER_MODEL(model)   ANIMATION_RENDER_MODEL_AT(model, 0x00000000, 0x00000000, 0x00000000)
	use RENDER_MODEL_OR_ADD_POS
#define	ANIMATION_ADD_POS(x, y, z)   ANIMATION_RENDER_MODEL_AT((u32) NULL, x, y, z)
	use RENDER_MODEL_OR_ADD_POS

Typedefs
typedef AnimationCycleSpec	AnimationLimbVector[3]

Enumerations
enum	animation_type { RENDER_MODEL_OR_ADD_POS , DISABLE_AUTOMATIC_POP_MATRIX , POP_MATRIX , STOP_ANIMATION }

Functions
void	convert_to_fixed_point_matrix_animation (Mtx *dest, Mat4 src)
void	mtxf_translate_rotate2 (Mat4 dest, Vec3f pos, Vec3s angle)
s16	get_animation_length (Animation **, s16)
void	render_limb_or_add_mtx (Armature *, s16 *, AnimationLimbVector, s32)
void	render_armature (Armature *, Animation *, s16)
s16	render_animated_model (Armature *, Animation **, s16, s16)

Macro Definition Documentation

ANIMATION_ADD_POS

#define ANIMATION_ADD_POS	(		x,
			y,
			z )   ANIMATION_RENDER_MODEL_AT((u32) NULL, x, y, z)

use RENDER_MODEL_OR_ADD_POS

ANIMATION_DISABLE_AUTOMATIC_POP

#define ANIMATION_DISABLE_AUTOMATIC_POP   SIMPLE_ANIMATION_INSTRUCTION(DISABLE_AUTOMATIC_POP_MATRIX)

ANIMATION_POP_MATRIX

#define ANIMATION_POP_MATRIX   SIMPLE_ANIMATION_INSTRUCTION(POP_MATRIX)

ANIMATION_RENDER_MODEL

#define ANIMATION_RENDER_MODEL

(

model

)

ANIMATION_RENDER_MODEL_AT(model, 0x00000000, 0x00000000, 0x00000000)

use RENDER_MODEL_OR_ADD_POS

ANIMATION_RENDER_MODEL_AT

#define ANIMATION_RENDER_MODEL_AT	(		model,
			x,
			y,
			z )   RENDER_MODEL_OR_ADD_POS, 0x00000007, 0x00000000, (u32) model, x, y, z

the pos is relative to the previous RENDER_MODEL_OR_ADD_POS if ANIMATION_DISABLE_AUTOMATIC_POP is used

ANIMATION_STOP

#define ANIMATION_STOP   SIMPLE_ANIMATION_INSTRUCTION(STOP_ANIMATION)

SIMPLE_ANIMATION_INSTRUCTION

#define SIMPLE_ANIMATION_INSTRUCTION

(

x

)

x, 0x00000002

Typedef Documentation

AnimationLimbVector

typedef AnimationCycleSpec AnimationLimbVector[3]

the first are the original position and other are animation specification for each "limb" who correspond to each RENDER_MODEL_OR_ADD_POS so ANIMATION_RENDER_MODEL and ANIMATION_ADD_POS

Enumeration Type Documentation

animation_type

enum animation_type

Enumerator
RENDER_MODEL_OR_ADD_POS
DISABLE_AUTOMATIC_POP_MATRIX
POP_MATRIX
STOP_ANIMATION

Function Documentation

convert_to_fixed_point_matrix_animation()

void convert_to_fixed_point_matrix_animation	(	Mtx *	dest,
		Mat4	src )

float-to-integer conversion responsible for PU crashes

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get_animation_length()

s16 get_animation_length	(	Animation **	addr,
		s16	offset )

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mtxf_translate_rotate2()

void mtxf_translate_rotate2	(	Mat4	dest,
		Vec3f	pos,
		Vec3s	angle )

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render_animated_model()

s16 render_animated_model	(	Armature *	virtualArmature,
		Animation **	virtualListAnimation,
		s16	animationIndex,
		s16	timeCycle )

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render_armature()

void render_armature	(	Armature *	animation,
		Animation *	arg1,
		s16	timeCycle )

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render_limb_or_add_mtx()

void render_limb_or_add_mtx	(	Armature *	arg0,
		s16 *	arg1,
		AnimationLimbVector	arg2,
		s32	timeCycle )

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