int LPCINST::init(double p[], int n_args)
{
int rval;
#ifdef MAXMSP
LPCprofile();
#endif
if (outputchans != 1)
return die(name(), "Output file must have 1 channel only\n");
GetDataSet(&_dataSet);
if (_dataSet == NULL)
return die(name(), "No open dataset!\n");
_dataSet->ref();
_nPoles = _dataSet->getNPoles();
rval = localInit(p, n_args);
if (rval == DONT_SCHEDULE)
return die(name(), "LocalInit failed.");
// Finish the initialization
for (int i=0; i<_nPoles*2; i++) _past[i] = 0;
/* nSamps() returns the number of sample
frames that will be written to output (dur * SR). */
return nSamps();
}
StackWithBonuses::StackWithBonuses(const HypotheticBattle * Owner, const CStack * Stack)
: battle::CUnitState(),
origBearer(Stack),
owner(Owner),
type(Stack->unitType()),
baseAmount(Stack->unitBaseAmount()),
id(Stack->unitId()),
side(Stack->unitSide()),
player(Stack->unitOwner()),
slot(Stack->unitSlot())
{
localInit(Owner);
battle::CUnitState::operator=(*Stack);
}
StackWithBonuses::StackWithBonuses(const HypotheticBattle * Owner, const battle::UnitInfo & info)
: battle::CUnitState(),
origBearer(nullptr),
owner(Owner),
baseAmount(info.count),
id(info.id),
side(info.side),
slot(SlotID::SUMMONED_SLOT_PLACEHOLDER)
{
type = info.type.toCreature();
origBearer = type;
player = Owner->getSidePlayer(side);
localInit(Owner);
position = info.position;
summoned = info.summoned;
}
/**
\fn audioDeviceThreaded
\brief destructor
*/
uint8_t audioDeviceThreaded::init(uint32_t channel, uint32_t fq ,CHANNEL_TYPE *channelMapping)
{
// Allocate buffer
memcpy(incomingMapping,channelMapping,sizeof(CHANNEL_TYPE)*MAX_CHANNELS);
_channels=channel;
_frequency=fq;
sizeOf10ms=(_channels*_frequency*2)/100;
sizeOf10ms&=~15; // make sure it is a multiple of 16
silence=new uint8_t[sizeOf10ms];
memset(silence,0,sizeOf10ms);
audioBuffer=new uint8_t[ADM_THREAD_BUFFER_SIZE];
rdIndex=wrIndex=0;
CHANGE_STATE(AUDIO_DEVICE_STOPPED);
//
if(!localInit()) return 0;
// Spawn
CHANGE_STATE(AUDIO_DEVICE_STARTED);
ADM_assert(!pthread_create(&myThread,NULL,bouncer,this));
return 1;
}
TripleBufferIFileStream::TripleBufferIFileStream() :
basic_ifstream<char>(),m_buffer_size(DEFAULT_BUFFER_SIZE) {
localInit();
}
TripleBufferIFileStream::TripleBufferIFileStream(const std::string& __s,
ios_base::openmode __mode,size_t bs) :
basic_ifstream<char>(__s.c_str(), __mode),m_buffer_size(bs) {
localInit();
}
int MBASE::init(double p[], int n_args)
{
int flag, UseMikes;
float outskip, inskip, abs_factor, dummy;
double R, T, dist;
outskip = p[0];
inskip = p[1];
m_dur = p[2];
if (m_dur < 0) /* "dur" represents timend */
m_dur = -m_dur - inskip;
if (rtsetinput(inskip, this) == -1) { // no input
return(DONT_SCHEDULE);
}
insamps = (int)(m_dur * SR);
inamp = p[3];
if (inamp < 0) {
m_paths = 1; // Dont process secondary paths
inamp = -inamp;
}
/* Get results of Minc setup calls (space, mikes_on, mikes_off, matrix) */
if (get_setup_params(Dimensions, &m_attenParams,
&dummy, &abs_factor, &UseMikes, &MikeAngle,
&MikePatternFactor) == -1) {
return die(name(), "You must call setup routine `space' first.");
}
// call inst-specific init code
if (localInit(p, n_args) == DONT_SCHEDULE)
return die(name(), "localInit failed.");
if (m_inchan >= inputChannels())
return die(name(), "You asked for channel %d of a %d-channel input file.",
m_inchan, inputChannels());
if (inputChannels() == 1)
m_inchan = 0;
if (outputChannels() != 4)
return die(name(), "Output must be 4-channel (2 signal, 2 reverb feed).");
/* (perform some initialization that used to be in space.c) */
int meanLength = MFP_samps(SR, Dimensions); // mean delay length for reverb
get_lengths(meanLength); /* sets up delay lengths */
set_gains(); /* sets gains for filters */
set_walls(abs_factor); /* sets wall filts for move routine */
/* flag for use of ear filters */
m_binaural = (!UseMikes && m_dist < 0.8 && m_dist != 0.0);
amparray = floc(1);
if (amparray) {
int amplen = fsize(1);
tableset(SR, m_dur, amplen, amptabs); /* controls input dur only */
}
/* determine extra run time for this routine before calling rtsetoutput() */
double reflectionDur = 0.0;
finishInit(&reflectionDur);
m_branch = 0;
if (rtsetoutput(outskip, m_dur + reflectionDur, this) == -1)
return DONT_SCHEDULE;
DBG1(printf("nsamps = %d\n", nSamps()));
return nSamps();
}
int BASE::init(double p[], int n_args)
{
int UseMikes;
float outskip, inskip, abs_factor, rvb_time;
outskip = p[0];
inskip = p[1];
m_dur = p[2];
if (m_dur < 0) /* "dur" represents timend */
m_dur = -m_dur - inskip;
if (rtsetinput(inskip, this) == -1) { // no input
return(DONT_SCHEDULE);
}
insamps = (int)(m_dur * SR);
inamp = p[3];
double Matrix[12][12];
/* Get results of Minc setup calls (space, mikes_on, mikes_off, matrix) */
if (get_setup_params(Dimensions, Matrix, &abs_factor, &rvb_time,
&UseMikes, &MikeAngle, &MikePatternFactor) == -1) {
return die(name(), "You must call setup routine `space' first.");
}
// call inst-specific init code
if (localInit(p, n_args) == DONT_SCHEDULE) {
return die(name(), "localInit failed.");
}
if (m_inchan >= inputChannels()) {
return die(name(),
"You asked for channel %d of a %d-channel input file.",
m_inchan, inputChannels());
}
if (inputChannels() == 1)
m_inchan = 0;
if (outputChannels() != 2) {
return die(name(), "Output must be stereo.");
}
wire_matrix(Matrix);
/* (perform some initialization that used to be in space.c) */
int meanLength = MFP_samps(SR, Dimensions); // mean delay length for reverb
get_lengths(meanLength); /* sets up delay lengths */
set_gains(rvb_time); /* sets gains for filters */
set_walls(abs_factor); /* sets wall filts for move routine */
set_allpass();
set_random(); /* sets up random variation of delays */
/* flag for use of ear filters */
m_binaural = (!UseMikes && m_dist < 0.8 && m_dist != 0.0);
amparray = floc(1);
if (amparray) {
int amplen = fsize(1);
tableset(SR, m_dur, amplen, amptabs); /* controls input dur only */
}
else
rtcmix_advise(name(), "Setting phrase curve to all 1's.");
/* determine extra run time for this routine before calling rtsetoutput() */
double ringdur = 0.0;
finishInit(rvb_time, &ringdur);
m_branch = 0;
if (rtsetoutput(outskip, m_dur + ringdur, this) == -1)
return DONT_SCHEDULE;
DBG1(printf("nsamps = %d\n", nSamps()));
return nSamps();
}
