void _RhythmiCcFilterSettings::AddViews(ArpBaseLayout* toLayout, ArpConfigureImpl& impl,
float labelW, float intW,
const BMessage& initSettings)
{
ArpBaseLayout* vBar = (new ArpRunningBar("SubVBar"))
->SetParams(ArpMessage()
.SetInt32(ArpRunningBar::OrientationP, B_VERTICAL)
.SetFloat(ArpRunningBar::IntraSpaceP, .5)
);
toLayout->AddLayoutChild(vBar);
vBar->AddLayoutChild((new AmControlChangeListPanel("Control Changes", this, initSettings))
->SetParams(ArpMessage()
.SetBool(ArpScrollArea::ScrollHorizontalP,false)
.SetBool(ArpScrollArea::ScrollVerticalP,true)
.SetBool(ArpScrollArea::InsetCornerP,false)
.SetInt32(ArpScrollArea::BorderStyleP,B_FANCY_BORDER)
)
->SetConstraints(ArpMessage()
.SetFloat(ArpRunningBar::WeightC,1)
.SetInt32(ArpRunningBar::FillC,ArpWest)
.SetBool(ArpRunningBar::AlignLabelsC,false)
)
);
ArpKnobPanel* kp = 0;
vBar->AddLayoutChild((new ArpViewWrapper(kp = new ArpKnobPanel(PROXIMITY_STR, "Proximity to beat:", impl.AttachControl(PROXIMITY_STR), 0, 100, true, B_HORIZONTAL, ARP_TIGHT_RING_ADORNMENT, labelW, intW)))
->SetConstraints(ArpMessage()
.SetFloat(ArpRunningBar::WeightC,3)
.SetInt32(ArpRunningBar::FillC,ArpEastWest)));
if (kp) {
ArpIntControl* intCtrl = kp->IntControl();
if (intCtrl) intCtrl->SetFormatter( new _ProximityFormat() );
}
vBar->AddLayoutChild((new ArpViewWrapper(kp = new ArpKnobPanel(FREQUENCY_STR, "Frequency:", impl.AttachControl(FREQUENCY_STR), 0, 100, true, B_HORIZONTAL, ARP_TIGHT_RING_ADORNMENT, labelW, intW)))
->SetConstraints(ArpMessage()
.SetFloat(ArpRunningBar::WeightC,3)
.SetInt32(ArpRunningBar::FillC,ArpEastWest)));
if (kp) {
ArpIntControl* intCtrl = kp->IntControl();
if (intCtrl) intCtrl->SetFormatter( new _FrequencyFormat() );
}
vBar->AddLayoutChild((new ArpViewWrapper(kp = new ArpKnobPanel(AMOUNT_STR, "Amount:", impl.AttachControl(AMOUNT_STR), MIN_AMOUNT, MAX_AMOUNT, true, B_HORIZONTAL, ARP_TIGHT_RING_ADORNMENT, labelW, intW)))
->SetConstraints(ArpMessage()
.SetFloat(ArpRunningBar::WeightC,3)
.SetInt32(ArpRunningBar::FillC,ArpEastWest)));
if (kp) {
ArpIntControl* intCtrl = kp->IntControl();
if (intCtrl) intCtrl->SetFormatter( new _OffPercentFormat() );
}
mRhythmField = new_rhythm_menu_field();
if (mRhythmField) {
vBar->AddLayoutChild(mRhythmField
->SetConstraints(ArpMessage()
.SetFloat(ArpRunningBar::WeightC,3)
.SetInt32(ArpRunningBar::FillC,ArpEastWest)));
}
}
void ArpKnobPanel::DetachedFromWindow()
{
inherited::DetachedFromWindow();
ArpKnobControl* knobCtrl = KnobControl();
ArpIntControl* intCtrl = IntControl();
if( knobCtrl && intCtrl ) intCtrl->StopWatching( knobCtrl, ARPMSG_INT_CONTROL_CHANGED );
}
void ArpKnobPanel::AttachedToWindow()
{
inherited::AttachedToWindow();
if( Parent() ) SetViewColor( Parent()->ViewColor() );
ArpKnobControl* knobCtrl = KnobControl();
ArpIntControl* intCtrl = IntControl();
if( knobCtrl && intCtrl ) intCtrl->StartWatching( knobCtrl, ARPMSG_INT_CONTROL_CHANGED );
}
status_t _ControllerRangeSettings::RefreshRangeControls()
{
if (!mTable || !mLowCtrl || !mHighCtrl) return B_NO_MEMORY;
int32 cc, low, high;
mTable->GetCurrentRange(&cc, &low, &high);
ArpVALIDATE(cc >= 0 && cc < ARP_CONTROLLER_SIZE, return B_ERROR);
mLowCtrl->SetValue(low);
mHighCtrl->SetValue(high);
return B_OK;
}
static ArpIntControl* new_component(BRect& f, float iw,
const char* n, uint32 msg)
{
f.left = f.right + 2;
f.right = f.left + iw;
ArpIntControl* ic = new _ArpRgbaControl(f, n, NULL, new BMessage(msg));
if (!ic) return 0;
ic->SetLimits(0, 255);
return ic;
}
/*****************************************************************************
* ARP-UNCERTAIN-CHORUS-SETTINGS
*****************************************************************************/
ArpUncertainChorusSettings::ArpUncertainChorusSettings( AmFilterHolderI* target,
const BMessage& initSettings)
: inherited(target, initSettings)
{
float labelW = -1, intW = -1;
const BFont* font = be_plain_font;
if (font) {
labelW = font->StringWidth("Frequency:") + 5;
intW = font->StringWidth("Always") + 5;
}
try {
ArpKnobPanel* freqPanel = NULL;
AddLayoutChild((new ArpRunningBar("TopVBar"))
->SetParams(ArpMessage()
.SetInt32(ArpRunningBar::OrientationP, B_VERTICAL)
.SetFloat(ArpRunningBar::IntraSpaceP, .5)
)
->AddLayoutChild((new ArpTextControl(
SZ_FILTER_LABEL, "Label:","",
mImpl.AttachTextControl(SZ_FILTER_LABEL)))
->SetParams(ArpMessage()
.SetString(ArpTextControl::MinTextStringP, "8")
.SetString(ArpTextControl::PrefTextStringP, "8888888888")
)
->SetConstraints(ArpMessage()
.SetFloat(ArpRunningBar::WeightC,3)
.SetInt32(ArpRunningBar::FillC,ArpEastWest)
)
)
->AddLayoutChild((new ArpViewWrapper(freqPanel = new ArpKnobPanel(FREQUENCY_STR, "Frequency:",
mImpl.AttachControl(FREQUENCY_STR),
0, 100, true, B_HORIZONTAL, ARP_TIGHT_RING_ADORNMENT, labelW, intW)))
->SetConstraints(ArpMessage()
.SetFloat(ArpRunningBar::WeightC,3)
.SetInt32(ArpRunningBar::FillC,ArpEastWest)
)
)
);
if (freqPanel) {
ArpIntControl* intCtrl = freqPanel->IntControl();
if (intCtrl) intCtrl->SetFormatter(arp_new_frequency_formatter() );
}
} catch(...) {
throw;
}
Implementation().RefreshControls(mSettings);
}
void _ControllerRangeSettings::MessageReceived(BMessage *msg)
{
switch (msg->what) {
case ArpConfigureImpl::CONFIG_REPORT_MSG: {
/* Interrupt reports from the int controls, because we need to
* annotate them with more info.
*/
const char* p;
if (mTable && mLowCtrl && mHighCtrl
&& msg->FindString("arp:param", &p) == B_OK && p
&& (strcmp(p, _LOW_VALUE) == 0 || strcmp(p, _HIGH_VALUE) == 0)) {
int32 cc = mTable->CurrentSelection(),
low = mLowCtrl->Value(),
high = mHighCtrl->Value();
if (cc >= 0 && cc < ARP_CONTROLLER_SIZE) {
BMessage upd, m;
if (m.AddInt32(_CC_STR, cc) == B_OK && m.AddInt32(_LOW_VALUE, low) == B_OK
&& m.AddInt32(_HIGH_VALUE, high) == B_OK
&& upd.AddMessage(_RANGE_MSG, &m) == B_OK) {
Implementation().SendConfiguration(&upd);
RefreshControls(upd);
}
}
break;
}
}
case ARP_PUT_CONFIGURATION_MSG: {
/* Right now this only happens as a result of the table being
* selected, but if there are ever more controls generating
* this message this will need to be a little smarter.
*/
RefreshRangeControls();
/* Don't break -- let the superclass handle, too.
*/
}
default:
inherited::MessageReceived(msg);
}
}
static void add_vaccine_box(ArpBaseLayout* toLayout, ArpConfigureImpl& impl, float labelW, float intW)
{
ArpBaseLayout* vBar = (new ArpRunningBar("SubVBar"))
->SetParams(ArpMessage()
.SetInt32(ArpRunningBar::OrientationP, B_VERTICAL)
.SetFloat(ArpRunningBar::IntraSpaceP, .5)
);
toLayout->AddLayoutChild(vBar);
ArpKnobPanel* kp = 0;
vBar->AddLayoutChild((new ArpViewWrapper(kp = new ArpKnobPanel(PROXIMITY_STR, "Proximity to beat:", impl.AttachControl(PROXIMITY_STR), 0, 100, true, B_HORIZONTAL, ARP_TIGHT_RING_ADORNMENT, labelW, intW)))
->SetConstraints(ArpMessage()
.SetFloat(ArpRunningBar::WeightC,3)
.SetInt32(ArpRunningBar::FillC,ArpEastWest)));
if (kp) {
ArpIntControl* intCtrl = kp->IntControl();
if (intCtrl) intCtrl->SetFormatter( new _ProximityFormat() );
}
vBar->AddLayoutChild((new ArpViewWrapper(kp = new ArpKnobPanel(FREQUENCY_STR, "Frequency:", impl.AttachControl(FREQUENCY_STR), 0, 100, true, B_HORIZONTAL, ARP_TIGHT_RING_ADORNMENT, labelW, intW)))
->SetConstraints(ArpMessage()
.SetFloat(ArpRunningBar::WeightC,3)
.SetInt32(ArpRunningBar::FillC,ArpEastWest)));
if (kp) {
ArpIntControl* intCtrl = kp->IntControl();
if (intCtrl) intCtrl->SetFormatter( new _FrequencyFormat() );
}
vBar->AddLayoutChild((new ArpViewWrapper(kp = new ArpKnobPanel(AMOUNT_STR, "Amount:", impl.AttachControl(AMOUNT_STR), MIN_AMOUNT, MAX_AMOUNT, true, B_HORIZONTAL, ARP_TIGHT_RING_ADORNMENT, labelW, intW)))
->SetConstraints(ArpMessage()
.SetFloat(ArpRunningBar::WeightC,3)
.SetInt32(ArpRunningBar::FillC,ArpEastWest)));
if (kp) {
ArpIntControl* intCtrl = kp->IntControl();
if (intCtrl) intCtrl->SetFormatter( new _OffPercentFormat() );
}
}
void ArpKnobPanel::LayoutVertical( const char* name, const char* label, BMessage* message,
int32 minValue, int32 maxValue,
bool showIntControl, uint32 knobFlags, float labelWidth,
float intControlWidth)
{
const BFont* font = be_plain_font;
float fh = arp_get_font_height(font);
float spaceY = 3;
float top = 0;
float widest = 0; // Cache the widest view just to save ourselves an
// extra iteration over the views
/* Add label
*/
BStringView* sv = 0;
if( label ) {
float w = (labelWidth >= 0) ? labelWidth : font->StringWidth( label );
sv = new BStringView( BRect( 0, top, 0 + w, top + fh ),
"label", label );
if( sv ) {
AddChild( sv );
if( w > widest ) widest = w;
}
top += fh + spaceY;
}
/* Add knob
*/
float knobW, knobH;
if( knobFlags&ARP_RING_ADORNMENT ) {
knobW = Prefs().Size(KNOB_RING_X);
knobH = Prefs().Size(KNOB_RING_Y);
} else if( knobFlags&ARP_TIGHT_RING_ADORNMENT ) {
knobW = Prefs().Size(KNOB_RING_TIGHT_X);
knobH = Prefs().Size(KNOB_RING_TIGHT_Y);
} else {
knobW = Prefs().Size(KNOB_X);
knobH = Prefs().Size(KNOB_Y);
}
ArpKnobControl* knob = new ArpKnobControl( BRect(0, top, knobW, top + knobH ),
name, message, minValue, maxValue, knobFlags);
if( knob ) {
AddChild( knob );
if( knobW > widest ) widest = knobW;
top += knobH + spaceY;
}
/* Add int control
*/
ArpIntControl* intCtrl = 0;
if( showIntControl ) {
float w = (intControlWidth >= 0) ? intControlWidth : knobW;
intCtrl = new ArpIntControl( BRect(0, top, w, top + Prefs().Size(INT_CTRL_Y) ),
"int_control", 0, 0);
if( intCtrl ) {
intCtrl->SetLimits( minValue, maxValue );
if( knob ) knob->SetIntControl( intCtrl );
AddChild( intCtrl );
if( w > widest ) widest = w;
}
}
/* Now center everything based on the widest view.
*/
if( !sv && !intCtrl ) return;
if( widest <= 0 ) return;
BView* view;
for( view = ChildAt(0); view; view = view->NextSibling() ) {
BRect f = view->Frame();
if( f.Width() < widest )
view->MoveTo( (widest - f.Width()) / 2, f.top );
}
}
void ArpKnobPanel::LayoutHorizontal(const char* name, const char* label, BMessage* message,
int32 minValue, int32 maxValue,
bool showIntControl, uint32 knobFlags, float labelWidth,
float intControlWidth)
{
const BFont* font = be_plain_font;
float fh = arp_get_font_height(font);
float spaceX = 8;
float left = 0;
/* Add label
*/
BStringView* sv = 0;
if( label ) {
float w = (labelWidth >= 0) ? labelWidth : font->StringWidth( label );
sv = new BStringView( BRect( left, 0, left + w, 0 + fh ),
"label", label );
if( sv ) AddChild( sv );
left += w + spaceX;
}
/* Add knob
*/
float knobW, knobH;
if( knobFlags&ARP_RING_ADORNMENT ) {
knobW = Prefs().Size(KNOB_RING_X);
knobH = Prefs().Size(KNOB_RING_Y);
} else if( knobFlags&ARP_TIGHT_RING_ADORNMENT ) {
knobW = Prefs().Size(KNOB_RING_TIGHT_X);
knobH = Prefs().Size(KNOB_RING_TIGHT_Y);
} else {
knobW = Prefs().Size(KNOB_X);
knobH = Prefs().Size(KNOB_Y);
}
ArpKnobControl* knob = new ArpKnobControl( BRect(left, 0, left + knobW, 0 + knobH ),
name, message, minValue, maxValue, knobFlags);
if( knob ) {
AddChild( knob );
left += knobW + spaceX;
}
/* Add int control
*/
ArpIntControl* intCtrl = 0;
if( showIntControl ) {
float w = (intControlWidth >= 0) ? intControlWidth : knobW;
intCtrl = new ArpIntControl( BRect(left, 0, left + w, 0 + Prefs().Size(INT_CTRL_Y) ),
"int_control", 0, 0);
if( intCtrl ) {
intCtrl->SetLimits( minValue, maxValue );
if( knob ) knob->SetIntControl( intCtrl );
AddChild( intCtrl );
}
}
/* Now center everything based on the tallest view.
*/
if( !sv && !intCtrl ) return;
float tallest = (knobH > fh) ? knobH : fh;
BView* view;
for( view = ChildAt(0); view; view = view->NextSibling() ) {
BRect f = view->Frame();
if( f.Height() < tallest )
view->MoveTo( f.left, (tallest - f.Height()) / 2 );
}
}
