BddNodeHandle BddManager::restrict(BddNodeHandle pFst, BddNodeHandle pSnd) {
if (pSnd == BDD_TRUE || pFst->isTerminal())
return pFst;
if (pSnd == BDD_FALSE)
return BDD_FALSE;
if (pFst == pSnd)
return pFst;
if (pFst == makeNeg(pSnd))
return BDD_FALSE;
int topVar = max(pFst->getCurDecisionLevel(), pSnd->getCurDecisionLevel());
BddNodeHandle fp = pFst->getPosCofactor(pFst, topVar);
BddNodeHandle fn = pFst->getNegCofactor(pFst, topVar);
BddNodeHandle gp = pSnd->getPosCofactor(pSnd, topVar);
BddNodeHandle gn = pSnd->getNegCofactor(pSnd, topVar);
if (gp == BDD_FALSE)
return restrict(fn, gn);
if (gn == BDD_FALSE)
return restrict(fp, gp);
if (topVar != pFst->getCurDecisionLevel())
return restrict(pFst, ite(gp, BDD_TRUE, gn));
return ite(makeBddNode(topVar), restrict(fp, gp), restrict(fn, gn));
}
void main(char ch='k')
{
if(ch=='n')
{
fout<<"getch();\nclosegraph();\n}";
rename("temp.cpp",f);
fout.close();
fout.open("temp.cpp");
write('n');
}
else
{
int a=400,b=400;
clrscr();
int gd=DETECT,gm ;
initgraph(&gd,&gm,"\\tc\\bgi");
if(password())
{
setfillstyle(SOLID_FILL,15);
bar(43,62,597,458.5);
SCREEN();
mousecall();
restrict(0,640,0,480);
setmouse(a,b);
write('o');
}
}
closegraph();
}
void CSpaceRestrictionManager::on_default_restrictions_changed ()
{
CLIENT_RESTRICTIONS::const_iterator I = m_clients->begin();
CLIENT_RESTRICTIONS::const_iterator E = m_clients->end();
for ( ; I != E; ++I)
restrict ((*I).first,(*I).second.m_base_out_restrictions,(*I).second.m_base_in_restrictions);
}
int
_start (int m, int c, struct msgbuf *buf, int bufcnt)
{
int idman_user_init (void *, char *, int);
void *tmp;
if (m != MSG_BUF)
exitprocess (1);
printf ("idman (user) init\n");
usleep_desc = msgopen ("usleep");
if (usleep_desc < 0) {
printf ("open usleep failed\n");
exitprocess (1);
}
tmp = alloc (buf[0].len);
memcpy (tmp, buf[0].base, buf[0].len);
if (idman_user_init (tmp, buf[1].base, buf[1].len)) {
printf ("idman init failed\n");
exitprocess (1);
}
if (restrict (16384, 8 * 16384)) {
printf ("idman restrict failed\n");
exitprocess (1);
}
printf ("ready\n");
return 0;
}
typename cartesian_base<K,N>::State exp(
const cartesian<K,N,Constraint>& dom,
const typename cartesian_base<K,N>::State& y,
const typename tangent_type<cartesian<K,N,Constraint>>::type& t
) {
return restrict(dom, y + t);
}
typename cartesian_base<K,N>::State random_neighbour(const cartesian_constraint_box<K,N>& dom, const typename cartesian_base<K,N>::State& x, W radius) {
typename cartesian_base<K,N>::State y;
K r = static_cast<K>(radius);
for(unsigned int i=0; i<N; i++) {
at(y, i) = at(x,i) + r*math::random_stddev<K>();
}
return restrict(dom, y);
}
void CSpaceRestrictionManager::add_restrictions (ALife::_OBJECT_ID id, shared_str add_out_restrictions, shared_str add_in_restrictions)
{
CRestrictionPtr _client_restriction = restriction(id);
if (!_client_restriction) {
restrict (id,add_out_restrictions,add_in_restrictions);
return;
}
VERIFY (!_client_restriction->applied());
CClientRestriction &client_restriction = (*m_clients)[id];
shared_str new_out_restrictions = client_restriction.m_base_out_restrictions;
shared_str new_in_restrictions = client_restriction.m_base_in_restrictions;
join_restrictions (new_out_restrictions,add_out_restrictions);
join_restrictions (new_in_restrictions,add_in_restrictions);
restrict (id,new_out_restrictions,new_in_restrictions);
}
void ATC_TransferThermal::init_filter()
{
// NOTE assume total filtered time derivatives are zero
ATC_Transfer::init_filter();
if (integrationType_==TimeIntegrator::VERLET) {
// initialize restricted fields
// NOTE: comment in to initialize fieldRateNdOld_ to current time deriviative
// current assumption is that it is zero
//DenseMatrix<double> atomicPower(nLocal_,1);
//compute_atomic_power(atomicPower,
// lammpsInterface_->vatom(),
// lammpsInterface_->fatom());
//restrict(atomicPower,fieldRateNdOld_[TEMPERATURE]);
//fieldRateNdOld *= 2.;
DENS_MAT atomicKineticEnergy(nLocal_,1);
DENS_MAT nodalAtomicTemperature(nNodes_,1);
compute_atomic_temperature(atomicKineticEnergy,
lammpsInterface_->vatom());
restrict(atomicKineticEnergy, nodalAtomicTemperature);
nodalAtomicTemperature *= 2.;
fieldNdOld_[TEMPERATURE] = nodalAtomicTemperature;
}
if (timeFilterManager_.end_equilibrate()) { // set up correct initial lambda power to enforce initial temperature rate of 0
if (integrationType_==TimeIntegrator::VERLET) {
if (equilibriumStart_) {
if (thermostat_.get_thermostat_type()==Thermostat::FLUX) { // based on FE equation
DENS_MAT vdotflamMat(-2.*fieldRateNdFiltered_[TEMPERATURE]); // note 2 is for 1/2 vdotflam addition
thermostat_.reset_lambda_power(vdotflamMat);
}
else { // based on MD temperature equation
DENS_MAT vdotflamMat(-1.*fieldRateNdFiltered_[TEMPERATURE]);
thermostat_.reset_lambda_power(vdotflamMat);
}
}
}
}
else { // set up space for filtered atomic power
// should set up all data structures common to equilibration and filtering,
// specifically filtered atomic power
if (integrationType_==TimeIntegrator::FRACTIONAL_STEP) {
dot_atomicTemp.reset(nNodes_,1);
dot_atomicTempOld.reset(nNodes_,1);
dot_dot_atomicTemp.reset(nNodes_,1);
dot_dot_atomicTempOld.reset(nNodes_,1);
}
}
}
int
_start (int m, int c, struct msgbuf *buf, int bufcnt)
{
void vpn_user_init (void *, char *, int);
if (m != MSG_BUF)
exitprocess (1);
printf ("vpn (user) init\n");
vpn_user_init (buf[0].base, buf[1].base, buf[1].len);
if (restrict (16384, 8 * 16384)) { /* stack must be aligned to 16KiB */
printf ("vpn restrict failed\n");
exitprocess (1);
}
return 0;
}
int main()
{
miniBDD::mgr mgr;
miniBDD::BDD result;
#if 0
{
auto x=mgr.Var("x");
auto y=mgr.Var("y");
auto z=mgr.Var("z");
result=x | (y & z);
}
#elif 0
{
auto y=mgr.Var("y");
auto x=mgr.Var("x");
auto z=mgr.Var("z");
result=x | (y & z);
}
#elif 0
{
auto x1=mgr.Var("x_1");
auto x2=mgr.Var("x_2");
auto x3=mgr.Var("x_3");
auto x4=mgr.Var("x_4");
result=(x1&x2)|(x3&x4);
}
#elif 0
{
auto x1=mgr.Var("x_1");
auto x2=mgr.Var("x_2");
auto x3=mgr.Var("x_3");
auto x4=mgr.Var("x_4");
auto tmp=(x1&x2)|(x3&x4);
result=restrict(tmp, x2.var(), 0);
}
#else
{
auto a=mgr.Var("a");
auto b=mgr.Var("b");
auto f=!a|b;
auto fp=!b;
result=f==fp;
}
#endif
mgr.DumpTikZ(std::cout);
}
void CSpaceRestrictionManager::remove_restrictions (ALife::_OBJECT_ID id, shared_str remove_out_restrictions, shared_str remove_in_restrictions)
{
CRestrictionPtr _client_restriction = restriction(id);
if (!_client_restriction)
return;
VERIFY (!_client_restriction->applied());
CClientRestriction &client_restriction = (*m_clients)[id];
shared_str new_out_restrictions = client_restriction.m_base_out_restrictions;
shared_str new_in_restrictions = client_restriction.m_base_in_restrictions;
difference_restrictions (new_out_restrictions,remove_out_restrictions);
difference_restrictions (new_in_restrictions,remove_in_restrictions);
restrict (id,new_out_restrictions,new_in_restrictions);
}
void Compression::ZlibDecompress (std::istream& is, std::ostream& os)
{
char buffer[32];
is.getline (buffer, sizeof(buffer), '#');
int size (atoi (buffer));
if (size == 0) return;
filtering_stream<input> fs;
fs.push (zlib_decompressor());
fs.push (restrict (is, 0, size));
boost::iostreams::copy(fs, os);
// fs.set_auto_close (false);
fs.pop ();
// Warning filtering stream is closed at destruction causing all underlying device to be clolsed as well.
}
typename cartesian_base<K,N>::State mean(
const cartesian<K,N,Constraint>& dom,
const std::vector<W>& weights,
const std::vector<typename cartesian_base<K,N>::State>& states
) {
BOOST_ASSERT(states.size() == weights.size());
BOOST_ASSERT(states.size() > 0);
K weight_sum = static_cast<K>(weights[0]);
typename cartesian_base<K,N>::State x = static_cast<K>(weights[0])*states[0];
const std::size_t n = weights.size();
for(std::size_t i=1; i<n; i++) {
K w = static_cast<K>(weights[i]);
BOOST_ASSERT(w >= 0);
x += w*states[i];
weight_sum += w;
}
BOOST_ASSERT(weight_sum >= 0);
x *= (K(1) / weight_sum);
return restrict(dom, x);
}
//! Returns the posterior distribution conditioned on an assignment.
LabelF posterior(const assignment_type& a) const {
LabelF tmp;
restrict(a, tmp);
tmp.normalize();
return tmp;
}
// Copyright (c) Microsoft
// All rights reserved
// Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0
// THIS CODE IS PROVIDED *AS IS* BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, EITHER EXPRESS OR IMPLIED, INCLUDING WITHOUT LIMITATION ANY IMPLIED WARRANTIES OR CONDITIONS OF TITLE, FITNESS FOR A PARTICULAR PURPOSE, MERCHANTABLITY OR NON-INFRINGEMENT.
// See the Apache Version 2.0 License for specific language governing permissions and limitations under the License.
/// <tags>P0</tags>
/// <summary>Overload implicit conversions on restriction.</summary>
// Case 1: ctor and func are restrict(cpu,amp)
struct A { };
struct B1 {
B1(A) restrict(cpu,amp) { }
};
void func1(B1) restrict(cpu,amp) { }
void entry1() restrict(cpu,amp) {
A s;
func1(s);
}
// Case 2: ctor has seperate implementations for restrict(cpu) and restrict(amp), func uses restrict(cpu,amp)
struct B2 {
B2(A) restrict(cpu) { }
B2(A) restrict(amp) { }
};
void func2(B2) restrict(cpu,amp) { }
void Mouse(char ch)
{
if(ch=='o')
bar(0);
else if(ch=='n')
{
setfillstyle(SOLID_FILL,15);
hidemouse();
bar(42,62,598,458);
mousecall();
setcolor(c);
bar(c);
}
int cl,x5,y5,tool;
int x1=604,y1=70,z=616,w=84;
setfillstyle(cc,c);
bar(12,290,27,310); //fillp show bar
do
{
if(ch=='n')
{
ch='k';
if(tool==4)
fout<<"setfillstyle(SOLID_FILL,"<<c<<");\n";
else
if(tool==1)
fout<<"setfillstyle(SOLID_FILL,15);\n";
else
if(tool==6)
fout<<"setfillstyle("<<cc<<','<<c<<");\n";
fout<<"setcolor("<<c<<");\n";
fout<<"rectangle(42,62,598,458);\n";
}
mousecall();
x1=604,y1=70,z=616,w=84;
for(int i=0;i<8;i++,y1+=25,w+=25)
{
mousepos(cl,x5,y5);
if(x5>=x1&&x5<=z&&y5>=y1&&y5<=w)
if(cl==1)
{
static int v=1;
if(v!=c)
{
fout<<"setfillstyle(SOLID_FILL,"<<c<<");\n";
fout<<"setcolor("<<c<<");\n";
fout<<"rectangle(42,62,598,458);\n";
v=c;
}
c=i;
setfillstyle(cc,c);
bar(12,290,27,310);
setfillstyle(SOLID_FILL,c);
}
}
x1=621,y1=70,z=633,w=84;
for( i=8;i<16;i++,y1+=25,w+=25)
{
mousepos(cl,x5,y5);
if(x5>=x1&&x5<=z&&y5>=y1&&y5<=w)
if(cl==1)
{
static int v=0;
c=i;
setfillstyle(cc,c);
bar(12,290,27,310);
setfillstyle(SOLID_FILL,c);
if(v!=c)
{
fout<<"setfillstyle(SOLID_FILL,"<<c<<");\n";
fout<<"setcolor("<<c<<");\n";
fout<<"rectangle(42,62,598,458);\n";
v=c;
}
}
}
x1=605,y1=320,z=637,w=457;
for(i=7;i<11;i++,y1+=25,w+=25)
{
mousepos(cl,x5,y5);
if(x5>=x1&&x5<=z&&y5>=y1&&y5<=w)
if(cl==1)
{
static int v=0;
cc=i;
setfillstyle(cc,c);
bar(12,290,27,310);
if(v!=cc)
{
fout<<"setfillstyle("<<cc<<','<<c<<");\n";
v=cc;
}
}
}
x1=5,y1=320,z=37,w=457;
for(i=2;i<7;i++,y1+=25,w+=25)
{
mousepos(cl,x5,y5);
if(x5>=x1&&x5<=z&&y5>=y1&&y5<=w)
if(cl==1)
{
static int v=0;
cc=i;
setfillstyle(cc,c);
bar(12,290,27,310);
if(v!=cc)
{
fout<<"setfillstyle("<<cc<<','<<c<<");\n";
v=cc;
}
}
}
bar(c);
delay(100);
mousepos(cl,x5,y5);
if(x5>=621&&x5<=635&&y5>=3&&y5<=16) //changes made !!!
{
if(cl==1)
{
hidemouse();
break;
}
}
mousepos(cl,x5,y5);
int gg=0;
gg=help_bar(gg);
while(x5>=24&&x5<=36&&y5>=70&&y5<=84)
{
mousepos(cl,x5,y5);
setcolor(0);
settextstyle(SMALL_FONT,0,4);
outtextxy(45,464,"RECTANGLE ");
gg=1;
if(cl==1)
{
tool=0;
}
}
gg=help_bar(gg);
static int er=1;
mousepos(cl,x5,y5);
while(x5>=6&&x5<=18&&y5>=145&&y5<=159)
{
mousepos(cl,x5,y5);
setcolor(0);
settextstyle(SMALL_FONT,0,4);
outtextxy(45,464,"ERASER ");
gg=1;
if(cl==1 && er==1)
{
tool=1;
bar(15);
fout<<"setfillstyle(SOLID_FILL,15);\n";
fout<<"setcolor(15);\n";
er=2;
}
}
if(tool!=1)
{
bar(c);
er=1;
}
gg=help_bar(gg);
mousepos(cl,x5,y5);
while(x5>=6&&x5<=18&&y5>=70&&y5<=84)
{
mousepos(cl,x5,y5);
setcolor(0);
settextstyle(SMALL_FONT,0,4);
outtextxy(45,464,"LINE");
gg=1;
if(cl==1)
{
tool=2;
}
}
gg=help_bar(gg);
mousepos(cl,x5,y5);
while(x5>=6&&x5<=18&&y5>=90&&y5<=109)
{
mousepos(cl,x5,y5);
setcolor(0);
settextstyle(SMALL_FONT,0,4);
outtextxy(45,464,"CIRCLE");
gg=1;
if(cl==1)
{
tool=3;
}
}
gg=help_bar(gg);
mousepos(cl,x5,y5);
while(x5>=24&&x5<=36&&y5>=120&&y5<=134)
{
mousepos(cl,x5,y5);
setcolor(0);
settextstyle(SMALL_FONT,0,4);
outtextxy(45,464,"BUCKET");
gg=1;
if(cl==1)
{
if(cc!=1)
{
fout<<"setfillstyle(SOLID_FILL,"<<c<<");\n";
cc=1;
}
tool=4;
}
}
gg=help_bar(gg);
mousepos(cl,x5,y5);
while(x5>=24&&x5<=36&&y5>=90&&y5<=109)
{
mousepos(cl,x5,y5);
setcolor(0);
settextstyle(SMALL_FONT,0,4);
outtextxy(45,464,"BRUSH ");
gg=1;
if(cl==1)
{
tool=5;
}
}
gg=help_bar(gg);
mousepos(cl,x5,y5);
while(x5>=6&&x5<=18&&y5>=120&&y5<=134)
{
mousepos(cl,x5,y5);
setcolor(0);
settextstyle(SMALL_FONT,0,4);
gg=1;
outtextxy(45,464,"FILLER");
if(cl==1)
{
tool=6;
}
}
gg=help_bar(gg);
mousepos(cl,x5,y5);
static int v=0;
if(x5>39 && x5<78 && y5>=42 && y5<=55) //save
{
if(cl==1)
{
char f[20];
hidemouse();
SBMP("temp.bmp");
if(op('b'))
{
strcpy(f,s);
if(!strchr(f,'.'))
strcat(f,".bmp");
int check;
check=rename("temp.bmp",f);
if(check==-1)
{
remove(f);
rename("temp.bmp",f);
}
}
if(v==0)
{
if(op('c'))
{
v=1;
if(!strchr(s,'.'))
strcat(s,".cpp");
strcpy(::f,s);
}
else if(bmp("temp.bmp",0,0))
{}
else
bmp(f,0,0);
}
if(bmp(f,0,0));
else
bmp("temp.bmp",0,0);
mousecall();
}
}
mousepos(cl,x5,y5);
if(x5>=10 && x5<39 && y5>=42 && y5<=55) //open
{
if(cl==1)
{
hidemouse();
SBMP("temp.bmp");
if(op('o'))
{
if(!strchr(s,'.'))
strcat(s,".bmp");
if(bmp(s,0,0))
{
settextstyle(2,0,7);
cleardevice();
setcolor(RED);
outtextxy(200,220," SUCH FILE DOES NOT EXIST");
outtextxy(200,280,"PRESS ENTER TO CONTINUE:");
getch();
bmp("temp.bmp",0,0);
}
}
else
bmp("temp.bmp",0,0);
mousecall();
}
}
mousepos(cl,x5,y5);
if(x5>78 && x5<111 && y5>=42 && y5<=55) //new
{ if(cl==1)
{
v=0;
main('n');
}
}
mousepos(cl,x5,y5);
if(x5>111 && x5<174 && y5>=42 && y5<=55) //password change
{ if(cl==1)
{
hidemouse();
SBMP("temp.bmp");
if(op('p'))
{
ofstream fout("pass.txt");
char t[20];
for(int m=0;s[m]!='\0';m++)
{
t[m]=s[m]-27;
}
t[m]='\0';
fout<<t;
fout.close();
}
bmp("temp.bmp",0,0);
mousecall();
}
}
mousepos(cl,x5,y5);
if(x5>174 && x5<217 && y5>=42 && y5<=55) //help
{ if(cl==1)
{
hidemouse();
SBMP("temp.bmp");
help();
bmp("temp.bmp",0,0);
mousecall();
}
}
while(x5>43 && x5<597 && y5>63 && y5<457)
{
mousepos(cl,x5,y5);
mousecall();
if(cl==1 && x5>43 && x5<597 && y5>63 && y5<457 )
{
double a,b,p,x1,y1,x2,y2;
static int v1=0,v2=0,v3=0,v4=0;
double r;
switch(tool)
{
case 0://rectangle
mousecall();
x1=x5;
y1=y5;
delay(500);
restrict(43,597,63,457);
mousepos(cl,x5,y5);
x2=x5,y2=y5;
setcolor(c);
hidemouse();
rectangle(x1,y1,x2,y2);
if(v1!=x1 || v2!=x2 || v3!=y1 || v4!=y2)
{
fout<<"rectangle("<<x1<<','<<y1<<','<<x2<<','<<y2<<");\n";
v1=x1,v2=x2,v3=y1,v4=y2;
}
mousecall();
restrict(0,640,0,480);
break;
case 1:eraser();
break;
case 2://line();
mousecall();
x1=x5;
y1=y5;
delay(500);
restrict(43,597,63,457);
mousepos(cl,x5,y5);
x2=x5,y2=y5;
setcolor(c);
hidemouse();
line(x1,y1,x2,y2);
if(v1!=x1 || v2!=x2 || v3!=y1 || v4!=y2)
{
fout<<"line("<<x1<<','<<y1<<','<<x2<<','<<y2<<");\n";
v1=x1,v2=x2,v3=y1,v4=y2;
}
mousecall();
restrict(0,640,0,480);
break;
case 3://circle();
mousecall();
x1=x5;
y1=y5;
delay(500);
restrict(43,597,63,457);
mousepos(cl,x5,y5);
x2=x5,y2=y5;
a=(x1-x2)*(x1-x2),b=(y1-y2)*(y1-y2);
p=a+b;
r=SQRT(p);
setcolor(c);
int c1=x1+r,c2=x1-r,c3=y1+r,c4=y1-r;
hidemouse();
circle(x1,y1,r);
if(v1!=x1 || v2!=y1)
{
fout<<"circle("<<x1<<','<<y1<<','<<r<<");\n";
v1=x1,v2=y1;
}
if(c1>597 || c2<43 || c3>457 || c4<63)
SCREEN();
mousecall();
restrict(0,640,0,480);
break;
case 4:bucket();
break;
case 5:brush(x5,y5);
break;
case 6:fillp();
break;
default:brush(x5,y5);
}
}
}
}while(1);
}
