static inline void process_axismotion(arcan_evctx* ctx,
const SDL_JoyAxisEvent* const ev)
{
int devid = ev->which;
if (!iodev.joys || iodev.joys[devid].axis < ev->axis)
return;
struct axis_opts* daxis = &iodev.joys[devid].adata[ev->axis];
int16_t dstv;
if (process_axis(ctx, daxis, ev->value, &dstv)){
arcan_event newevent = {
.category = EVENT_IO,
.io.kind = EVENT_IO_AXIS_MOVE,
.io.devid = iodev.joys[devid].devnum,
.io.subid = ev->axis,
.io.datatype = EVENT_IDATATYPE_ANALOG,
.io.devkind = EVENT_IDEVKIND_GAMEDEV,
.io.input.analog.gotrel = false,
.io.input.analog.nvalues = 1,
.io.input.analog.axisval[0] = dstv
};
arcan_event_enqueue(ctx, &newevent);
}
}
static inline void process_mousemotion(arcan_evctx* ctx,
int16_t xv, int16_t xrel, int16_t yv, int16_t yrel)
{
int16_t dstv, dstv_r;
arcan_event nev = {
.label = "MOUSE\0",
.category = EVENT_IO,
.kind = EVENT_IO_AXIS_MOVE,
.data.io.datatype = EVENT_IDATATYPE_ANALOG,
.data.io.devkind = EVENT_IDEVKIND_MOUSE,
.data.io.input.analog.devid = ARCAN_MOUSEIDBASE,
.data.io.input.analog.gotrel = true,
.data.io.input.analog.nvalues = 2
};
snprintf(nev.label,
sizeof(nev.label) - 1, "mouse");
if (process_axis(ctx, &iodev.mx, xv, &dstv) &&
process_axis(ctx, &iodev.mx_r, xrel, &dstv_r)){
nev.data.io.input.analog.subid = 0;
nev.data.io.input.analog.axisval[0] = dstv;
nev.data.io.input.analog.axisval[1] = dstv_r;
arcan_event_enqueue(ctx, &nev);
}
if (process_axis(ctx, &iodev.my, yv, &dstv) &&
process_axis(ctx, &iodev.my_r, yrel, &dstv_r)){
nev.data.io.input.analog.subid = 1;
nev.data.io.input.analog.axisval[0] = dstv;
nev.data.io.input.analog.axisval[1] = dstv_r;
arcan_event_enqueue(ctx, &nev);
}
}
static void set_analogstate(struct axis_opts* dst,
int lower_bound, int upper_bound, int deadzone,
int kernel_size, enum ARCAN_ANALOGFILTER_KIND mode)
{
dst->lower = lower_bound;
dst->upper = upper_bound;
dst->deadzone = deadzone;
dst->kernel_sz = kernel_size;
dst->mode = mode;
dst->kernel_ofs = 0;
}
bool dev::sixense::process_event(app::event *E)
{
switch (E->get_type())
{
case E_POINT:
if (process_point (E)) return true;
else break;
case E_AXIS:
if (process_axis (E)) return true;
else break;
case E_BUTTON:
if (process_button(E)) return true;
else break;
case E_TICK:
if (process_tick (E)) return true;
else break;
}
return dev::input::process_event(E);
}
