purupuru.h File Reference

Definitions for using the Puru Puru (Jump) Pack. More...

#include <kos/cdefs.h>
#include <stdbool.h>
#include <stdint.h>
#include <dc/maple.h>

Go to the source code of this file.

Data Structures
union	purupuru_effect_t
	Effect generation structure. More...

Functions
static	uint32_t ("Please see purupuru_effect_t for modern equivalent.") PURUPURU_EFFECT2_UINTENSITY(uint8_t x)
static const uint8_t	PURUPURU_EFFECT2_DECAY ("Please see purupuru_effect_t for modern equivalent.")
static const uint8_t	PURUPURU_EFFECT2_PULSE ("Please see purupuru_effect_t for modern equivalent.")
static const uint8_t	PURUPURU_EFFECT1_PULSE ("Please see purupuru_effect_t for modern equivalent.")
static const uint8_t	PURUPURU_EFFECT1_POWERSAVE ("Please see purupuru_effect_t for modern equivalent.")
static const uint8_t	PURUPURU_SPECIAL_MOTOR1 ("Please see purupuru_effect_t for modern equivalent.")
static const uint8_t	PURUPURU_SPECIAL_MOTOR2 ("Please see purupuru_effect_t for modern equivalent.")
static const uint8_t	PURUPURU_SPECIAL_PULSE ("Please see purupuru_effect_t for modern equivalent.")
int	purupuru_rumble (maple_device_t *dev, const purupuru_effect_t *effect)
	Send an effect to a jump pack.
int	purupuru_rumble_raw (maple_device_t *dev, uint32_t effect)
	Send a raw effect to a jump pack.

Detailed Description

Definitions for using the Puru Puru (Jump) Pack.

This file contains the definitions needed to access maple jump pack devices. Puru Puru was Sega's internal name for the device, hence why its referred to in this way here.

This driver is largely based off of information provided by Kamjin on the DCEmulation forums. See http://dcemulation.org/phpBB/viewtopic.php?f=29&t=48462 if you're interested in the original documentation.

Also, its important to note that not all Jump Packs are created equal. Some of the stuff in here does not do what it seems like it should on many devices. The "decay" setting, for instance, does not seem to work on Sega Puru Purus, and actually makes most (if not all) effects do absolutely nothing. Basically, its all a big guess-and-test game to get things to work the way you might like. Don't be surprised if you manage to set up something that does absolutely nothing on the first try.

Author

Lawrence Sebald

Donald Haase