controller.h

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#ifndef _controller_h_
#define _controller_h_
 
#include <platform.h>
 
#include "baselib/forward.h"
 
#include <dolphin/pad.h>
#include <baselib/rumble.h>
 
typedef u32 HSD_Pad;
 
#define HSD_PAD_DPADLEFT (1 << 0)
#define HSD_PAD_DPADRIGHT (1 << 1)
#define HSD_PAD_DPADDOWN (1 << 2)
#define HSD_PAD_DPADUP (1 << 3)
#define HSD_PAD_Z (1 << 4)
#define HSD_PAD_R (1 << 5)
#define HSD_PAD_L (1 << 6)
#define HSD_PAD_7 (1 << 7)

#define HSD_PAD_A (1 << 8)
 
#define HSD_PAD_B (1 << 9)
#define HSD_PAD_X (1 << 10)
#define HSD_PAD_Y (1 << 11)
#define HSD_PAD_START (1 << 12)

#define HSD_PAD_LR (1 << 31)
 
#define HSD_PAD_AB (HSD_PAD_A | HSD_PAD_B)
#define HSD_PAD_XY (HSD_PAD_X | HSD_PAD_Y)
 
#define PAD_ERR_NO_CONTROLLER -1
 
typedef enum _HSD_FlushType {
    HSD_PAD_FLUSH_QUEUE_MERGE,
    HSD_PAD_FLUSH_QUEUE_THROWAWAY,
    HSD_PAD_FLUSH_QUEUE_LEAVE1,
    HSD_PAD_FLUSH_QUEUE_TERMINATE,
} HSD_FlushType;
 
struct HSD_PadData {
    PADStatus stat[4];
};
 
struct HSD_PadStatus {
    u32 button;
    u32 last_button;
    u32 trigger;
    u32 repeat;
    u32 release;
    s32 repeat_count;
    s8 stickX;
    s8 stickY;
    s8 subStickX;
    s8 subStickY;
    u8 analogL;
    u8 analogR;
    u8 analogA;
    u8 analogB;
    f32 nml_stickX;
    f32 nml_stickY;
    f32 nml_subStickX;
    f32 nml_subStickY;
    f32 nml_analogL;
    f32 nml_analogR;
    f32 nml_analogA;
    f32 nml_analogB;
    u8 cross_dir;
    s8 err;
};
 
struct PadLibData {
    /*0x00*/ u8 qnum;
    /*0x01*/ u8 qread;
    /*0x02*/ u8 qwrite;
    /*0x03*/ u8 qcount;
    /*0x04*/ u8 qtype;
    /*0x08*/ HSD_PadData* queue;
    /*0x0C*/ s32 repeat_start;
    /*0x10*/ s32 repeat_interval;
    /*0x14*/ s8 adc_type;
    /*0x15*/ s8 adc_th;
    /*0x18*/ f32 adc_angle;
    /*0x1C*/ u8 clamp_stickType;
    /*0x1D*/ u8 clamp_stickShift;
    /*0x1E*/ s8 clamp_stickMax;
    /*0x1F*/ s8 clamp_stickMin;
    /*0x20*/ u8 clamp_analogLRShift;
    /*0x21*/ u8 clamp_analogLRMax;
    /*0x22*/ u8 clamp_analogLRMin;
    /*0x23*/ u8 clamp_analogABShift;
    /*0x24*/ u8 clamp_analogABMax;
    /*0x25*/ u8 clamp_analogABMin;
    /*0x26*/ s8 scale_stick;
    /*0x27*/ u8 scale_analogLR;
    /*0x28*/ u8 scale_analogAB;
    /*0x29*/ u8 cross_dir;
    /*0x2A*/ u8 reset_switch_status;
    /*0x2B*/ u8 reset_switch;
    /*0x2C*/ struct RumbleInfo rumble_info;
};
 
extern HSD_PadStatus HSD_PadMasterStatus[4];
extern HSD_PadStatus HSD_PadGameStatus[4];
extern HSD_PadStatus HSD_PadCopyStatus[4];
 
static inline float HSD_PadGetNmlStickY(u8 slot)
{
    return HSD_PadCopyStatus[slot].nml_stickY;
}
 
static inline float HSD_PadGetNmlSubStickY(u8 slot)
{
    return HSD_PadCopyStatus[slot].nml_subStickY;
}
 
void HSD_PadFlushQueue(HSD_FlushType);
u8 HSD_PadGetRawQueueCount(void);
s32 HSD_PadGetResetSwitch(void);
void HSD_PadRenewRawStatus(bool);
void HSD_PadRenewMasterStatus(void);
void HSD_PadRenewCopyStatus(void);
void HSD_PadRenewGameStatus(void);
void HSD_PadRenewStatus(void);
void HSD_PadReset(void);
void HSD_PadInit(u8, HSD_PadData*, u16, HSD_PadRumbleListData*);
 
#endif