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Reduction of SGI specifics in window setups files. Also, vertical/horizontal 

now corresponds to the actual output of the display device, not on the window.
E.g., for model cave, vfov is vertical in cave, horizontal on console.
This commit is contained in:
khillesl 2001-08-02 18:27:20 +00:00
parent fd2f3e938e
commit 65d37b8c1a
7 changed files with 243 additions and 307 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

153
panda/src/chancfg/chancfg.cxx
View File

@ -123,9 +123,6 @@ INLINE bool ConfigDefined(std::string sym) {
(WindowDB->find(sym) != WindowDB->end());
}
//KEH: Moving this up to .h file
//typedef pvector<SetupItem> SVec;
bool ChanCheckLayouts(SetupSyms& S) {
if (S.empty())
return false;
@ -145,14 +142,6 @@ bool ChanCheckSetups(SetupSyms& S) {
chancfg_cat.error() << "no setup called '" << *i << "'" << endl;
return false;
}
if (((*SetupDB)[*i]).getRecurse()) {
SetupSyms a = ((*SetupDB)[*i]).getLayouts();
if (!ChanCheckLayouts(a))
return false;
a = ((*SetupDB)[*i]).getSetups();
if (!ChanCheckSetups(a))
return false;
}
}
return true;
}
@ -228,77 +217,81 @@ void ChanConfig::chan_eval(GraphicsWindow* win, WindowItem& W, LayoutItem& L,
camera[icam] = new NamedNode(nodeName.c_str());
}
for (j=0, k=S.begin(); j<i; ++j, ++k) {
ChanViewport v(ChanScaleViewport(V, L[j]));
if ((*k).getRecurse()) {
chancfg_cat->error()<<"Recursive setups no longer supported"<<endl;
chancfg_cat->error()<<"Skipping ..."<<endl;
++k;
} else {
PT(GraphicsChannel) chan;
if ((*k).getHWChan() && W.getHWChans()) {
if ((*k).getChan() == -1) {
chan = win->get_channel(hw_offset);
} else
chan = win->get_channel((*k).getChan());
// HW channels always start with the full area of the channel
v = ChanViewport(0., 1., 0., 1.);
} else {
chan = win->get_channel(0);
}
ChanViewport v2(ChanScaleViewport(v, (*k).getViewport()));
PT(GraphicsLayer) layer = chan->make_layer();
PT(DisplayRegion) dr =
layer->make_display_region(v2.left(), v2.right(),
v2.bottom(), v2.top());
if (want_cameras && camera[0] != (Node *)NULL) {
// now make a camera for it
PT(Camera) cam = new Camera;
dr->set_camera(cam);
_display_region.push_back(dr);
SetupFOV fov = (*k).getFOV();
fov = ChanResolveFOV(fov, xsize*(v2.right()-v2.left()),
ysize*(v2.top()-v2.bottom()));
if (chancfg_cat->is_debug()) {
chancfg_cat->debug() << "ChanEval:: FOVhoriz = " << fov.getHoriz()
<< " FOVvert = " << fov.getVert() << endl;
chancfg_cat->debug() << "ChanEval:: xsize = " << xsize
<< " ysize = " << ysize << endl;
}
Frustumf frust;
frust.make_perspective(fov.getHoriz(), fov.getVert(), 1., 10000.);
cam->set_projection(PerspectiveProjection(frust));
if (chancfg_cat->is_debug())
chancfg_cat->debug() << "ChanEval:: camera hfov = "
<< cam->get_hfov() << " vfov = "
<< cam->get_vfov() << endl;
cam->set_scene(render);
ChanViewport v(ChanScaleViewport(V, L[j]));
PT(GraphicsChannel) chan;
if ((*k).getHWChan() && W.getHWChans()) {
if ((*k).getChan() == -1) {
chan = win->get_channel(hw_offset);
} else
chan = win->get_channel((*k).getChan());
// HW channels always start with the full area of the channel
v = ChanViewport(0., 1., 0., 1.);
} else {
chan = win->get_channel(0);
}
ChanViewport v2(ChanScaleViewport(v, (*k).getViewport()));
PT(GraphicsLayer) layer = chan->make_layer();
PT(DisplayRegion) dr =
layer->make_display_region(v2.left(), v2.right(),
v2.bottom(), v2.top());
if (want_cameras && camera[0] != (Node *)NULL) {
// now make a camera for it
PT(Camera) cam = new Camera;
dr->set_camera(cam);
_display_region.push_back(dr);
SetupFOV fov = (*k).getFOV();
fov = ChanResolveFOV(fov, xsize*(v2.right()-v2.left()),
ysize*(v2.top()-v2.bottom()));
if (chancfg_cat->is_debug()) {
chancfg_cat->debug() << "ChanEval:: FOVhoriz = " << fov.getHoriz()
<< " FOVvert = " << fov.getVert() << endl;
chancfg_cat->debug() << "ChanEval:: xsize = " << xsize
<< " ysize = " << ysize << endl;
}
// take care of the orientation
PT(TransformTransition) orient;
switch ((*k).getOrientation()) {
case SetupItem::Up:
break;
case SetupItem::Down:
orient = new TransformTransition(
LMatrix4f::rotate_mat_normaxis(180., LVector3f::forward()));
break;
case SetupItem::Left:
orient = new TransformTransition(
LMatrix4f::rotate_mat_normaxis(90., LVector3f::forward()));
break;
case SetupItem::Right:
orient = new TransformTransition(
LMatrix4f::rotate_mat_normaxis(-90., LVector3f::forward()));
break;
}
// take care of the orientation
PT(TransformTransition) orient;
float hFov, vFov;
switch ((*k).getOrientation()) {
case SetupItem::Up:
hFov = fov.getHoriz(); vFov = fov.getVert();
break;
case SetupItem::Down:
hFov = fov.getHoriz(); vFov = fov.getVert();
orient = new TransformTransition(
LMatrix4f::rotate_mat_normaxis(180., LVector3f::forward()));
break;
case SetupItem::Left:
// vertical and horizontal FOV are being switched
hFov = fov.getVert(); vFov = fov.getHoriz();
orient = new TransformTransition(
LMatrix4f::rotate_mat_normaxis(90., LVector3f::forward()));
break;
case SetupItem::Right:
// vertical and horizontal FOV are being switched
hFov = fov.getHoriz(); vFov = fov.getVert();
orient = new TransformTransition(
LMatrix4f::rotate_mat_normaxis(-90., LVector3f::forward()));
break;
}
RenderRelation *tocam = new RenderRelation(camera[W.getCameraGroup(j)], cam);
if (orient != (TransformTransition *)NULL) {
tocam->set_transition(orient);
}
}
}
Frustumf frust;
frust.make_perspective(hFov, vFov, 1., 10000.);
cam->set_projection(PerspectiveProjection(frust));
// hfov and vfov for camera are switched from what was specified
// if the orientation is sideways.
if (chancfg_cat->is_debug())
chancfg_cat->debug() << "ChanEval:: camera hfov = "
<< cam->get_hfov() << " vfov = "
<< cam->get_vfov() << endl;
cam->set_scene(render);
RenderRelation *tocam = new RenderRelation(camera[W.getCameraGroup(j)], cam);
if (orient != (TransformTransition *)NULL) {
tocam->set_transition(orient);
}
}
}
_group_node = camera;
return;

15
panda/src/chancfg/chansetup.I
View File

@ -60,10 +60,7 @@ INLINE float SetupFOV::getVert(void) const {
INLINE SetupItem::SetupItem(void) : _viewport(0., 1., 0., 1.) {}
INLINE SetupItem::SetupItem(bool r) : _recurse(r), _viewport(0., 1., 0., 1.) {}
INLINE SetupItem::SetupItem(const SetupItem& c) : _recurse(c._recurse),
_layouts(c._layouts),
INLINE SetupItem::SetupItem(const SetupItem& c) : _layouts(c._layouts),
_setups(c._setups),
_stereo(c._stereo),
_hw_chan(c._hw_chan),
@ -76,7 +73,6 @@ INLINE SetupItem::SetupItem(const SetupItem& c) : _recurse(c._recurse),
INLINE SetupItem::~SetupItem(void) {}
INLINE SetupItem& SetupItem::operator=(const SetupItem& c) {
_recurse = c._recurse;
_layouts = c._layouts;
_setups = c._setups;
_stereo = c._stereo;
@ -88,11 +84,6 @@ INLINE SetupItem& SetupItem::operator=(const SetupItem& c) {
return *this;
}
INLINE void SetupItem::AddRecurse(std::string& l, std::string& s) {
_layouts.push_back(l);
_setups.push_back(s);
}
INLINE void SetupItem::setState(const bool st, const bool hw, const int pvc,
const ChanViewport& v, const SetupFOV& f,
const Orientation& o) {
@ -104,10 +95,6 @@ INLINE void SetupItem::setState(const bool st, const bool hw, const int pvc,
_orientation = o;
}
INLINE bool SetupItem::getRecurse(void) const {
return _recurse;
}
INLINE SetupSyms SetupItem::getLayouts(void) const {
return _layouts;
}

231
panda/src/chancfg/chansetup.cxx
View File

@ -43,160 +43,123 @@ void SetupParseFunctor::operator()(std::string S) {
ChanCheckScoping(S);
ChanDescope(S);
bool recurse = ChanReadNextBool(S);
SetupItem s(recurse);
SetupItem s;
if (recurse) {
ChanCheckScoping(S);
int i = S.find_first_of(")");
std::string layouts = S.substr(1, i-2);
bool stereo = ChanReadNextBool(S);
//KEH
//bool hw_chan = ChanReadNextBool(S);
//int chan_num = ChanReadNextIntB(S);
ChanCheckScoping(S);
int i = S.find_first_of(")");
std::string stmp = S.substr(1, i-2);
S.erase(0, i+1);
ChanEatFrontWhite(S);
ChanViewport v(ChanReadNextFloat(stmp), ChanReadNextFloat(stmp),
ChanReadNextFloat(stmp), ChanReadNextFloat(stmp));
if (!stmp.empty()) {
// error, there shouldn't be anything left after eating the viewport
nout << "error, tailing text in viewport spec '" << stmp << "'" << endl;
stmp.erase(0, std::string::npos);
}
SetupFOV fov;
if (S[0] == '#') {
bool b = ChanReadNextBool(S);
if (b) {
// error, #t is not allowed here
nout << "error, cannot have #t for FOV spec" << endl;
b = false;
}
fov.setFOV();
} else if (S[0] == '(') {
i = S.find_first_of(")");
stmp = S.substr(1, i-2);
S.erase(0, i+1);
ChanEatFrontWhite(S);
ChanCheckScoping(S);
i = S.find_first_of(")");
std::string setups = S.substr(1, i-2);
S.erase(0, i+1);
if (!S.empty()) {
// error, there shouldn't be any more here
nout << "error, trailing data in recursive definition '" << S << "'"
<< endl;
S.erase(0, std::string::npos);
}
std::string a, b;
while ((!layouts.empty())&&(!setups.empty())) {
a = ChanReadNextWord(layouts);
b = ChanReadNextWord(setups);
s.AddRecurse(a, b);
fov.setFOV(ChanReadNextFloat(stmp), ChanReadNextFloat(stmp));
if (!stmp.empty()) {
// error, there shouldn't be anything left after eating the fov
nout << "error, trailing text after fov spec '" << stmp << "'" << endl;
stmp.erase(0, std::string::npos);
}
} else {
bool stereo = ChanReadNextBool(S);
bool hw_chan = ChanReadNextBool(S);
int chan_num = ChanReadNextIntB(S);
ChanCheckScoping(S);
int i = S.find_first_of(")");
std::string stmp = S.substr(1, i-2);
S.erase(0, i+1);
ChanEatFrontWhite(S);
ChanViewport v(ChanReadNextFloat(stmp), ChanReadNextFloat(stmp),
ChanReadNextFloat(stmp), ChanReadNextFloat(stmp));
if (!stmp.empty()) {
// error, there shouldn't be anything left after eating the viewport
nout << "error, tailing text in viewport spec '" << stmp << "'" << endl;
stmp.erase(0, std::string::npos);
}
SetupFOV fov;
if (S[0] == '#') {
bool b = ChanReadNextBool(S);
if (b) {
// error, #t is not allowed here
nout << "error, cannot have #t for FOV spec" << endl;
b = false;
}
fov.setFOV();
} else if (S[0] == '(') {
i = S.find_first_of(")");
stmp = S.substr(1, i-2);
S.erase(0, i+1);
ChanEatFrontWhite(S);
fov.setFOV(ChanReadNextFloat(stmp), ChanReadNextFloat(stmp));
if (!stmp.empty()) {
// error, there shouldn't be anything left after eating the fov
nout << "error, trailing text after fov spec '" << stmp << "'" << endl;
stmp.erase(0, std::string::npos);
}
} else {
fov.setFOV(ChanReadNextFloat(S));
}
SetupItem::Orientation orie = SetupItem::Up;
if (!S.empty()) {
stmp = ChanReadNextWord(S);
if (stmp == "up") {
// nothing really to do
orie = SetupItem::Up;
} else if (stmp == "down") {
orie = SetupItem::Down;
} else if (stmp == "left") {
orie = SetupItem::Left;
} else if (stmp == "right") {
orie = SetupItem::Right;
} else {
// error, not a recognized orientation
nout << "error, invalid orientation '" << stmp << "'" << endl;
stmp.erase(0, std::string::npos);
}
}
if (!S.empty()) {
// error, we should have consumed all the data by now
nout << "error, trailing text on setup spec '" << S << "'" << endl;
S.erase(0, std::string::npos);
}
s.setState(stereo, hw_chan, chan_num, v, fov, orie);
fov.setFOV(ChanReadNextFloat(S));
}
SetupItem::Orientation orie = SetupItem::Up;
if (!S.empty()) {
stmp = ChanReadNextWord(S);
if (stmp == "up") {
// nothing really to do
orie = SetupItem::Up;
} else if (stmp == "down") {
orie = SetupItem::Down;
} else if (stmp == "left") {
orie = SetupItem::Left;
} else if (stmp == "right") {
orie = SetupItem::Right;
} else {
// error, not a recognized orientation
nout << "error, invalid orientation '" << stmp << "'" << endl;
stmp.erase(0, std::string::npos);
}
}
if (!S.empty()) {
// error, we should have consumed all the data by now
nout << "error, trailing text on setup spec '" << S << "'" << endl;
S.erase(0, std::string::npos);
}
//KEH
//s.setState(stereo, hw_chan, chan_num, v, fov, orie);
s.setState(stereo, false, -1, v, fov, orie);
if (chancfg_cat.is_debug()) {
chancfg_cat->debug() << "parsed a setup called '" << sym << "':" << endl;
if (s.getRecurse()) {
chancfg_cat->debug() << " is a recursive setup" << endl;
SetupSyms q(s.getLayouts());
chancfg_cat->debug() << " has " << q.size() << " sub-layouts" << endl;
SetupSyms::iterator r;
for (r=q.begin(); r!=q.end(); ++r)
chancfg_cat->debug() << " sub-layout #" << (r-q.begin()) << ": '"
<< *r << "'" << endl;
q = s.getSetups();
chancfg_cat->debug() << " has " << q.size() << " sub-setups" << endl;
for (r=q.begin(); r!=q.end(); ++r)
chancfg_cat->debug() << " sub-setups #" << (r-q.begin()) << ": '"
<< *r << "'" << endl;
} else {
chancfg_cat->debug() << " is not a recursive setup" << endl;
chancfg_cat->debug() << " is" << (s.getStereo()?" ":" not ")
<< "a stereo setup" << endl;
chancfg_cat->debug() <<" is" << (s.getHWChan()?" ":" not ")
<< "a HW channel setup" << endl;
chancfg_cat->debug() << " prefered HW channel number: " << s.getChan()
<< endl;
ChanViewport qv(s.getViewport());
chancfg_cat->debug() << " sub viewport: (" << qv.left() << ", "
<< qv.right() << ", " << qv.bottom() << ", "
<< qv.top() << ")" << endl;
SetupFOV qf(s.getFOV());
switch (qf.getType()) {
chancfg_cat->debug() << " is" << (s.getStereo()?" ":" not ")
<< "a stereo setup" << endl;
chancfg_cat->debug() <<" is" << (s.getHWChan()?" ":" not ")
<< "a HW channel setup" << endl;
chancfg_cat->debug() << " prefered HW channel number: " << s.getChan()
<< endl;
ChanViewport qv(s.getViewport());
chancfg_cat->debug() << " sub viewport: (" << qv.left() << ", "
<< qv.right() << ", " << qv.bottom() << ", "
<< qv.top() << ")" << endl;
SetupFOV qf(s.getFOV());
switch (qf.getType()) {
case SetupFOV::Invalid:
chancfg_cat->debug() << " FOV is invalid" << endl;
break;
chancfg_cat->debug() << " FOV is invalid" << endl;
break;
case SetupFOV::Default:
chancfg_cat->debug() << " FOV takes defaults" << endl;
break;
chancfg_cat->debug() << " FOV takes defaults" << endl;
break;
case SetupFOV::Horizontal:
chancfg_cat->debug() << " FOV specifies only horizontal: "
<< qf.getHoriz() << endl;
break;
chancfg_cat->debug() << " FOV specifies only horizontal: "
<< qf.getHoriz() << endl;
break;
case SetupFOV::Both:
chancfg_cat->debug() << " FOV: " << qf.getHoriz() << " x "
<< qf.getVert() << endl;
break;
chancfg_cat->debug() << " FOV: " << qf.getHoriz() << " x "
<< qf.getVert() << endl;
break;
default:
chancfg_cat->debug() << " FOV is of an unknown type (" << qf.getType()
chancfg_cat->debug() << " FOV is of an unknown type (" << qf.getType()
<< ")" << endl;
}
switch (s.getOrientation()) {
}
switch (s.getOrientation()) {
case SetupItem::Up:
chancfg_cat->debug() << " setup is oriented Up" << endl;
break;
chancfg_cat->debug() << " setup is oriented Up" << endl;
break;
case SetupItem::Down:
chancfg_cat->debug() << " setup is oriented Down" << endl;
break;
chancfg_cat->debug() << " setup is oriented Down" << endl;
break;
case SetupItem::Left:
chancfg_cat->debug() << " setup is oriented Left" << endl;
break;
chancfg_cat->debug() << " setup is oriented Left" << endl;
break;
case SetupItem::Right:
chancfg_cat->debug() << " setup is oriented Right" << endl;
break;
chancfg_cat->debug() << " setup is oriented Right" << endl;
break;
default:
chancfg_cat->debug() << " setup has an unknown orientation ("
<< s.getOrientation() << ")" << endl;
}
chancfg_cat->debug() << " setup has an unknown orientation ("
<< s.getOrientation() << ")" << endl;
}
}
(*SetupDB)[sym] = s;

6
panda/src/chancfg/chansetup.h
View File

@ -53,8 +53,6 @@ class SetupItem {
public:
enum Orientation { Up, Down, Left, Right };
private:
bool _recurse;
SetupSyms _layouts;
SetupSyms _setups;
@ -66,18 +64,14 @@ private:
Orientation _orientation;
public:
INLINE SetupItem(void);
INLINE SetupItem(bool);
INLINE SetupItem(const SetupItem&);
INLINE ~SetupItem(void);
INLINE SetupItem& operator=(const SetupItem&);
INLINE void AddRecurse(std::string&, std::string&);
INLINE void setState(const bool, const bool, const int, const ChanViewport&,
const SetupFOV&, const Orientation&);
INLINE bool getRecurse(void) const;
INLINE SetupSyms getLayouts(void) const;
INLINE SetupSyms getSetups(void) const;
INLINE bool getStereo(void) const;

16
panda/src/chancfg/chanwindow.cxx
View File

@ -44,9 +44,10 @@ void WindowParseFunctor::operator()(std::string S) {
ChanCheckScoping(S);
ChanDescope(S);
bool hw_chans = ChanReadNextBool(S);
bool dvr = ChanReadNextBool(S);
int hw_chan_offset = ChanReadNextInt(S);
//KEH temp
//bool hw_chans = ChanReadNextBool(S);
//bool dvr = ChanReadNextBool(S);
//int hw_chan_offset = ChanReadNextInt(S);
std::string layout = ChanReadNextWord(S);
SetupSyms sv;
PTA(int) cameraGroup;
@ -106,6 +107,15 @@ void WindowParseFunctor::operator()(std::string S) {
}
bool border = ChanReadNextBool(S);
bool cursor = ChanReadNextBool(S);
//KEH
bool hw_chans = false;
int hw_chan_offset = 0;
bool dvr = false;
if (!S.empty()) {
int hw_chan_offset = ChanReadNextInt(S);
hw_chans = true;
}
if (!S.empty()) {
// error, should have consumed all of the data by now
nout << "error, trailing text in window spec '" << S << "'" << endl;

79
panda/src/chancfg/setup_db
View File

@ -20,63 +20,54 @@
;;; divided.
;;;
;;; Abbreviations used below are:
;;; PVC - Pipe Video Chanel
;;; DVR - Dynamic Video Resolution
;;; ofs - offset
;;; rgn - region
;;;
;;; The format for a setup is:
;;; setup sub mono use PVC view- FOV orientation
;;; name rgn ster PVC # port
;;; (string (#f bool bool bool/int (---) bool/float/list [direction]))
;;; -or-
;;; setup sub lay- set-
;;; name rgn outs ups
;;; (string (#t (---) (---)))
;;; setup mono view- FOV orientation
;;; name ster port
;;; (string (bool (---) bool/float/list [direction]))
;;; * The viewport specification allows you to render to less than the
;;; full display region.
;;;
;;; * The 'sub-region' flag indicates whether this region is to be further
;;; subdivided and layed out. This allows an easer way to describe
;;; layouts who have parts who's proportions are relatively prime to other
;;; parts.
;;; * In the case of this being a sub-region setup, the next two elements
;;; are exactly like in the config. A list of layouts and setups for
;;; those layouts.
;;; * In the case of this not being a sub-region setup, the next 4 elements
;;; are the mono/stereo flag, a flag to indicate if this region should
;;; use a PVC, the PVC # (or #f for default), the viewport specification
;;; (allowing you to render to less then the full channel), and lastly
;;; the optional orientation of the channel (without this, the default is
;;; up).
;;; The format for a viewport is:
;;; left right bottom top
;;; (float float float float)
;;;
;;; * these are fractions in the range 0. - 1. and are relative to
;;; the local region.
;;; * a full region would be (0. 1. 0. 1.)
;;;
;;; * If a single value is given for the FOV, it is the horizontal field
;;; of view. The vertical field of view is calculated from that if not
;;; given. The field of view is for the specified viewport.
;;; * Orientation specifies which edge will actually end up on the top
;;; of the display. The horizontal FOV will be the horizontal FOV
;;; AFTER rotation, i.e. as you see it on the actual display device.
;;; For example: In the modelling cave, which uses a "left" orientation,
;;; the image shows up sideways on the console so that is shows up
;;; correctly in the actual cave. The horizontal FOV is horizontal
;;; in the cave, vertical on the console.
;;; * The orientation can have the valid values of: up, down, left, right.
;;; * The orientation specifies an in-channel rotation. The values of up,
;;; down, left, and right correspond to what edge of the actual channel
;;; the top of the image will be on.
;;;
;;; The format for a viewport is:
;;; left right bottom top
;;; (float float float float)
;;;
;;; * these are fractions in the range 0. - 1. and are relative to the local
;;; region.
;;; * a full region would be (0. 1. 0. 1.)
;;;
;;;.
;;;*Public
(setup-mono-plain (#f #f #f #f (0. 1. 0. 1.) #f))
(setup-mono-right (#f #f #f #f (0. 1. 0. 1.) #f right))
(setup-mono-left (#f #f #f #f (0. 1. 0. 1.) #f left))
(setup-mono-down (#f #f #f #f (0. 1. 0. 1.) #f down))
(setup-stereo-plain (#f #t #t #f (0. 1. 0. 1.) #f))
(setup-stereo-right (#f #t #t #f (0. 1. 0. 1.) #f right))
(setup-stereo-left (#f #t #t #f (0. 1. 0. 1.) #f left))
(setup-pronto-plain (#f #f #f #f (0. 1. 0.1 0.9) 114.))
(setup-mono-hmd (#f #f #t #f (0. 1. 0. 1.) (90. 73.74)))
(setup-mono-wide (#f #f #f #f (0. 1. 0. 1.) 180.))
(setup-mono-wide-vptrim (#f #f #f #f (0. 1. 0.667 1.) 180.))
(setup-mono-wide-vptrim2 (#f #f #f #f (0. 1. 0.5 1.) 180.))
(setup-mono-plain (#f (0. 1. 0. 1.) #f))
(setup-mono-right (#f (0. 1. 0. 1.) #f right))
(setup-mono-left (#f (0. 1. 0. 1.) #f left))
(setup-mono-down (#f (0. 1. 0. 1.) #f down))
(setup-stereo-plain (#t (0. 1. 0. 1.) #f))
(setup-stereo-right (#t (0. 1. 0. 1.) #f right))
(setup-stereo-left (#t (0. 1. 0. 1.) #f left))
(setup-pronto-plain (#f (0. 1. 0.1 0.9) 114.))
(setup-mono-hmd (#f (0. 1. 0. 1.) (90. 73.74)))
(setup-mono-wide (#f (0. 1. 0. 1.) 180.))
(setup-mono-wide-vptrim (#f (0. 1. 0.667 1.) 180.))
(setup-mono-wide-vptrim2 (#f (0. 1. 0.5 1.) 180.))
;;;*Private

50
panda/src/chancfg/window_db
View File

@ -21,20 +21,16 @@
;;;
;;; Abbreviations used below are:
;;; PVC - Pipe Video Chanel
;;; DVR - Dynamic Video Resolution
;;; ofs - offset
;;; rgn - region
;;;
;;; The format for a config is:
;;; window lay- set- default bor- cur- PVC
;;; name out ups size der sor offset
;;; window lay- set- default bor- cur- PVC
;;; name out ups size der sor offset
;;; (string ((---) (({int setup}+)+) (int int) bool bool [int] ))
;;;
;;; * In order to have DVR, we must also be using Pipe Video Channels
;;; * If Pipe Video Channels are being used, we do not need the default size
;;; * If Pipe Video Channels are being used, the PVC offset will give the
;;; first chanel number to be used for channels that allow default
;;; assignment (see setup below).
;;; * The use of Pipe Video Channels is indicated by specifying a PVC offset.;;; The PVC offset will give the first chanel number to be used for
;;; channels that allow default assignment (see setup below).
;;; * Setups is an arbitrarilly long list of setup specs. Any region that
;;; does not have a coresponding setup, does not get configured. There is
;;; an index associated with each setup from the range of 0 to the number
@ -46,23 +42,25 @@
;;;*Public
(single (#f #f 0 layout1x1 ((0 setup-mono-plain)) (640 480) #t #t))
(single+god (#f #f 0 layout2x1 ((0 setup-mono-plain)(1 setup-mono-plain)) (640 480) #t #t))
(cave3 (#f #f 0 layout3x1 ((0 setup-mono-plain 1 setup-mono-plain
2 setup-mono-plain)) (720 320) #t #t))
(cave3+god (#f #f 0 layout3x2-1+3x1 ((0 setup-mono-plain 1 setup-mono-plain
2 setup-mono-plain) (3 setup-mono-plain))
(single (layout1x1 ((0 setup-mono-plain)) (640 480) #t #t))
(single+god (layout2x1 ((0 setup-mono-plain)(1 setup-mono-plain))
(640 480) #t #t))
(cave3 (layout3x1 ((0 setup-mono-plain 1 setup-mono-plain
2 setup-mono-plain)) (720 320) #t #t))
(cave3+god (layout3x2-1+3x1 ((0 setup-mono-plain 1 setup-mono-plain
2 setup-mono-plain) (3 setup-mono-plain))
(720 640) #t #t))
(cave3passive (#f #f 0 layout3x2 ((0 setup-mono-plain 1 setup-mono-plain
2 setup-mono-plain 3 setup-mono-plain
4 setup-mono-plain 5 setup-mono-plain))
(cave3passive (layout3x2 ((0 setup-mono-plain 1 setup-mono-plain
2 setup-mono-plain 3 setup-mono-plain
4 setup-mono-plain 5 setup-mono-plain))
(720 640) #t #t))
(multipass-tile (#f #f 0 layout4x4 ((0 setup-mono-plain 1 setup-mono-plain
2 setup-mono-plain 3 setup-mono-plain
4 setup-mono-plain 5 setup-mono-plain
6 setup-mono-plain 7 setup-mono-plain
8 setup-mono-plain 9 setup-mono-plain
10 setup-mono-plain 11 setup-mono-plain
12 setup-mono-plain 13 setup-mono-plain
14 setup-mono-plain 15 setup-mono-plain))
(720 320) #t #t))
(mono-modelcave-pipe0 (layout1x3 ((0 setup-mono-left 1 setup-mono-left
2 setup-mono-left)) (640 1440) #t #t))
(mono-modelcave-pipe1 (layout1x2 ((0 setup-mono-left 1 setup-mono-left))
(640 960) #t #t))
(mono-cave (layout3x2 ((0 setup-mono-cave 1 setup-mono-cave
2 setup-mono-cave 3 setup-mono-cave
4 setup-mono-cave 5 setup-mono-cave))
(1920 960) #f #t))