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fb068a1dbc
scummvm/engines/dreamweb/object.cpp
Willem Jan Palenstijn fb068a1dbc DREAMWEB: Simplify order of checkObjectSize checks
2011-12-25 12:41:37 +01:00

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/* ScummVM - Graphic Adventure Engine
*
* ScummVM is the legal property of its developers, whose names
* are too numerous to list here. Please refer to the COPYRIGHT
* file distributed with this source distribution.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*
*/
#include "dreamweb/dreamweb.h"
namespace DreamGen {
void DreamBase::showRyanPage() {
showFrame(engine->icons1(), kInventx + 167, kInventy - 12, 12, 0);
showFrame(engine->icons1(), kInventx + 167 + 18 * data.byte(kRyanpage), kInventy - 12, 13 + data.byte(kRyanpage), 0);
}
void DreamBase::findAllRyan(uint8 *inv) {
memset(inv, 0xff, 60);
for (size_t i = 0; i < kNumexobjects; ++i) {
DynObject *extra = getExAd(i);
if (extra->mapad[0] != 4)
continue;
if (extra->mapad[1] != 0xff)
continue;
uint8 slot = extra->mapad[2];
assert(slot < 30);
inv[2 * slot + 0] = i;
inv[2 * slot + 1] = 4;
}
}
void DreamBase::fillRyan() {
uint8 *inv = getSegment(data.word(kBuffers)).ptr(kRyaninvlist, 60);
findAllRyan(inv);
inv += data.byte(kRyanpage) * 2 * 10;
for (size_t i = 0; i < 2; ++i) {
for (size_t j = 0; j < 5; ++j) {
uint8 objIndex = *inv++;
uint8 objType = *inv++;
obToInv(objIndex, objType, kInventx + j * kItempicsize, kInventy + i * kItempicsize);
}
}
showRyanPage();
}
void DreamGenContext::isItWorn() {
flags._z = isItWorn((const DynObject *)es.ptr(bx, sizeof(DynObject)));
}
bool DreamBase::isItWorn(const DynObject *object) {
return (object->id[0] == 'W'-'A') && (object->id[1] == 'E'-'A');
}
void DreamBase::wornError() {
data.byte(kCommandtype) = 255;
delPointer();
printMessage(76, 21, 57, 240, false);
workToScreenM();
hangOnP(50);
showPanel();
showMan();
examIcon();
data.byte(kCommandtype) = 255;
workToScreenM();
}
void DreamBase::makeWorn(DynObject *object) {
object->id[0] = 'W'-'A';
object->id[1] = 'E'-'A';
}
void DreamGenContext::obToInv() {
obToInv(al, ah, di, bx);
}
void DreamBase::obToInv(uint8 index, uint8 flag, uint16 x, uint16 y) {
showFrame(engine->icons1(), x - 2, y - 1, 10, 0);
if (index == 0xff)
return;
Frame *extras = (Frame *)getSegment(data.word(kExtras)).ptr(0, 0);
Frame *frees = (Frame *)getSegment(data.word(kFreeframes)).ptr(0, 0);
Frame *frames = (flag == 4) ? extras : frees;
showFrame(frames, x + 18, y + 19, 3 * index + 1, 128);
const DynObject *object = (const DynObject *)getAnyAdDir(index, flag);
bool worn = isItWorn(object);
if (worn)
showFrame(engine->icons1(), x - 3, y - 2, 7, 0);
}
void DreamBase::obPicture() {
if (data.byte(kObjecttype) == kSetObjectType1)
return;
Frame *frames;
if (data.byte(kObjecttype) == kExObjectType)
frames = (Frame *)getSegment(data.word(kExtras)).ptr(0, 0);
else
frames = (Frame *)getSegment(data.word(kFreeframes)).ptr(0, 0);
uint8 frame = 3 * data.byte(kCommand) + 1;
showFrame(frames, 160, 68, frame, 0x80);
}
void DreamBase::obIcons() {
uint8 value1, value2;
getAnyAd(&value1, &value2);
if (value1 != 0xff) {
// can open it
showFrame(engine->icons2(), 210, 1, 4, 0);
}
showFrame(engine->icons2(), 260, 1, 1, 0);
}
void DreamGenContext::examineOb(bool examineAgain) {
data.byte(kPointermode) = 0;
data.word(kTimecount) = 0;
while (true) {
if (examineAgain) {
data.byte(kInmaparea) = 0;
data.byte(kExamagain) = 0;
data.byte(kOpenedob) = 255;
data.byte(kOpenedtype) = 255;
data.byte(kInvopen) = 0;
data.byte(kObjecttype) = data.byte(kCommandtype);
data.byte(kItemframe) = 0;
data.byte(kPointerframe) = 0;
createPanel();
showPanel();
showMan();
showExit();
obIcons();
obPicture();
describeOb();
underTextLine();
data.byte(kCommandtype) = 255;
readMouse();
showPointer();
workToScreenCPP();
delPointer();
examineAgain = false;
}
readMouse();
showPointer();
vSync();
dumpPointer();
dumpTextLine();
delPointer();
data.byte(kGetback) = 0;
switch (data.byte(kInvopen)) {
case 0: {
RectWithCallback<DreamGenContext> examList[] = {
{ 273,320,157,198,&DreamBase::getBackFromOb },
{ 260,300,0,44,&DreamGenContext::useObject },
{ 210,254,0,44,&DreamGenContext::selectOpenOb },
{ 144,176,64,96,&DreamGenContext::setPickup },
{ 0,50,50,200,&DreamBase::examineInventory },
{ 0,320,0,200,&DreamBase::blank },
{ 0xFFFF,0,0,0,0 }
};
checkCoords(examList);
break;
}
case 1: {
// Note: This table contains the non-constant _openChangeSize!
RectWithCallback<DreamGenContext> invList1[] = {
{ 273,320,157,198,&DreamBase::getBackFromOb },
{ 255,294,0,24,&DreamGenContext::dropObject },
{ kInventx+167,kInventx+167+(18*3),kInventy-18,kInventy-2,&DreamGenContext::incRyanPage },
{ kInventx,_openChangeSize,kInventy+100,kInventy+100+kItempicsize,&DreamGenContext::useOpened },
{ kInventx,kInventx+(5*kItempicsize),kInventy,kInventy+(2*kItempicsize),&DreamGenContext::inToInv },
{ 0,320,0,200,&DreamBase::blank },
{ 0xFFFF,0,0,0,0 }
};
checkCoords(invList1);
break;
}
default: {
RectWithCallback<DreamGenContext> withList1[] = {
{ 273,320,157,198,&DreamBase::getBackFromOb },
{ kInventx+167,kInventx+167+(18*3),kInventy-18,kInventy-2,&DreamGenContext::incRyanPage },
{ kInventx,kInventx+(5*kItempicsize), kInventy,kInventy+(2*kItempicsize),&DreamGenContext::selectOb },
{ 0,320,0,200,&DreamBase::blank },
{ 0xFFFF,0,0,0,0 }
};
checkCoords(withList1);
break;
}
}
if (data.byte(kQuitrequested) != 0)
break;
if (data.byte(kExamagain) != 0)
examineAgain = true;
else if (data.byte(kGetback) != 0)
break;
}
data.byte(kPickup) = 0;
if (data.word(kWatchingtime) != 0 || data.byte(kNewlocation) == 255) {
// isWatching
makeMainScreen();
}
data.byte(kInvopen) = 0;
data.byte(kOpenedob) = 255;
}
void DreamGenContext::inventory() {
if (data.byte(kMandead) == 1 || data.word(kWatchingtime) != 0) {
blank();
return;
}
if (data.byte(kCommandtype) != 239) {
data.byte(kCommandtype) = 239;
commandOnly(32);
}
if (data.word(kMousebutton) == data.word(kOldbutton))
return;
if (!(data.word(kMousebutton) & 1)) // only on left mouse button
return;
data.word(kTimecount) = 0;
data.byte(kPointermode) = 0;
data.byte(kInmaparea) = 0;
animPointer();
createPanel();
showPanel();
examIcon();
showMan();
showExit();
underTextLine();
data.byte(kPickup) = 0;
data.byte(kInvopen) = 2;
openInv();
readMouse();
showPointer();
workToScreenCPP();
delPointer();
data.byte(kOpenedob) = 255;
examineOb(false);
}
void DreamGenContext::transferText() {
getSegment(data.word(kExtras)).word(kExtextdat + data.byte(kExpos) * 2) = data.word(kExtextpos);
uint16 freeTextOffset = data.byte(kItemtotran) * 2;
uint16 srcOffset = getSegment(data.word(kFreedesc)).word(kFreetextdat + freeTextOffset);
const char *src = (const char *)getSegment(data.word(kFreedesc)).ptr(kFreetext + srcOffset, 0);
char *dst = (char *)getSegment(data.word(kExtras)).ptr(kExtext + data.word(kExtextpos), 0);
size_t len = strlen(src);
memcpy(dst, src, len + 1);
data.word(kExtextpos) += len + 1;
}
void DreamBase::getBackFromOb() {
if (data.byte(kPickup) != 1)
getBack1();
else
blank();
}
void DreamGenContext::getOpenedSize() {
//ax = getOpenedSlotCount();
// We need to call the ASM-style versions of get*Ad, as these also set
// bx and es
al = data.byte(kOpenedob);
switch (data.byte(kOpenedtype)) {
case 4:
getExAd();
ax = es.word(bx+7);
break;
case 2:
getFreeAd();
ax = es.word(bx+7);
break;
default:
getSetAd();
ax = es.word(bx+3);
break;
}
}
byte DreamGenContext::getOpenedSlotCount() {
byte obj = data.byte(kOpenedob);
switch (data.byte(kOpenedtype)) {
case 4:
return getExAd(obj)->slotCount;
case 2:
return getFreeAd(obj)->slotCount;
default:
return getSetAd(obj)->slotCount;
}
}
byte DreamGenContext::getOpenedSlotSize() {
byte obj = data.byte(kOpenedob);
switch (data.byte(kOpenedtype)) {
case 4:
return getExAd(obj)->slotSize;
case 2:
return getFreeAd(obj)->slotSize;
default:
return getSetAd(obj)->slotSize;
}
}
void DreamGenContext::openOb() {
uint8 commandLine[64] = "OBJECT NAME ONE ";
copyName(data.byte(kOpenedtype), data.byte(kOpenedob), commandLine);
printMessage(kInventx, kInventy+86, 62, 240, false);
al = printDirect(commandLine, data.word(kLastxpos) + 5, kInventy+86, 220, false);
fillOpen();
_openChangeSize = getOpenedSlotCount() * kItempicsize + kInventx;
}
void DreamGenContext::identifyOb() {
if (data.word(kWatchingtime) != 0) {
blank();
return;
}
ax = data.word(kMousex) - data.word(kMapadx);
bx = data.word(kMousey) - data.word(kMapady);
if (ax >= 22 * 8 || bx >= 20 * 8) {
blank();
return;
}
data.byte(kInmaparea) = 1;
ah = bl;
push(ax);
findPathOfPoint();
data.byte(kPointerspath) = dl;
ax = pop();
push(ax);
findFirstPath();
data.byte(kPointerfirstpath) = al;
ax = pop();
byte x = al;
byte y = ah;
if (checkIfEx(x, y) || checkIfFree(x, y) ||
checkIfPerson(x, y) || checkIfSet(x, y))
return; // finishidentify
x = (data.word(kMousex) - data.word(kMapadx)) & 0xFF;
y = (data.word(kMousey) - data.word(kMapady)) & 0xFF;
byte flag, flagEx, type, flagX, flagY;
checkOne(x, y, &flag, &flagEx, &type, &flagX, &flagY);
if (type != 0 && data.byte(kMandead) != 1)
obName(type, 3);
else
blank();
}
uint16 DreamGenContext::findInvPosCPP() {
uint16 x = data.word(kMousex) - kInventx;
uint16 y = data.word(kMousey) - kInventy;
uint16 pos = (x / kItempicsize) + (y / kItempicsize) * 5;
uint16 invPos = data.byte(kRyanpage) * 10 + pos;
data.byte(kLastinvpos) = invPos & 0xFF;
return invPos * 2 + kRyaninvlist;
}
void DreamGenContext::findInvPos() {
bx = findInvPosCPP();
es = data.word(kBuffers);
}
void DreamGenContext::selectOb() {
uint16 objectId = getSegment(data.word(kBuffers)).word(findInvPosCPP());
if ((objectId & 0xFF) == 255) {
blank();
return;
}
data.byte(kWithobject) = objectId & 0x00FF;
data.byte(kWithtype) = objectId >> 8;
if (objectId != data.word(kOldsubject) || data.byte(kCommandtype) != 221) {
if (objectId == data.word(kOldsubject))
data.byte(kCommandtype) = 221;
data.word(kOldsubject) = objectId;
commandWithOb(0, data.byte(kWithtype), data.byte(kWithobject));
}
if (data.word(kMousebutton) == data.word(kOldbutton) || !(data.word(kMousebutton) & 1))
return;
delPointer();
data.byte(kInvopen) = 0;
useRoutine();
}
void DreamGenContext::setPickup() {
if (data.byte(kObjecttype) != kSetObjectType1 && data.byte(kObjecttype) != kSetObjectType3) {
// Object types 1 and 3 are excluded, so the resulting object is a DynObject
uint8 dummy;
DynObject *object = (DynObject *)getAnyAd(&dummy, &dummy);
if (object->mapad[0] == 4) {
blank();
return;
}
} else {
blank();
return;
}
if (data.byte(kCommandtype) != 209) {
data.byte(kCommandtype) = 209;
commandWithOb(33, data.byte(kObjecttype), data.byte(kCommand));
}
if (data.word(kMousebutton) != 1 || data.word(kMousebutton) == data.word(kOldbutton))
return;
createPanel();
showPanel();
showMan();
showExit();
examIcon();
data.byte(kPickup) = 1;
data.byte(kInvopen) = 2;
if (data.byte(kObjecttype) != kExObjectType) {
data.byte(kItemframe) = data.byte(kCommand);
data.byte(kOpenedob) = 255;
transferToEx();
data.byte(kItemframe) = al;
data.byte(kObjecttype) = kExObjectType;
DynObject *object = getExAd(data.byte(kItemframe));
object->mapad[0] = 20;
object->mapad[1] = 255;
} else {
data.byte(kItemframe) = data.byte(kCommand);
data.byte(kOpenedob) = 255;
}
openInv();
workToScreenM();
}
void DreamBase::deleteExFrame(uint8 frameNum) {
Frame *frame = (Frame *)getSegment(data.word(kExtras)).ptr(kExframedata + sizeof(Frame)*frameNum, sizeof(Frame));
uint16 frameSize = frame->width * frame->height;
// Note: the original asm didn't subtract frameSize from remainder
uint16 remainder = kExframeslen - frame->ptr() - frameSize;
uint16 startOff = kExframes + frame->ptr();
uint16 endOff = startOff + frameSize;
// Shift frame data after this one down
memmove(getSegment(data.word(kExtras)).ptr(startOff, remainder), getSegment(data.word(kExtras)).ptr(endOff, remainder), remainder);
// Combined frame data is now frameSize smaller
data.word(kExframepos) -= frameSize;
// Adjust all frame pointers pointing into the shifted data
for (unsigned int i = 0; i < 3*kNumexobjects; ++i) {
frame = (Frame *)getSegment(data.word(kExtras)).ptr(kExframedata + sizeof(Frame)*i, sizeof(Frame));
if (frame->ptr() >= startOff)
frame->setPtr(frame->ptr() - frameSize);
}
}
void DreamBase::deleteExText(uint8 textNum) {
uint16 offset = getSegment(data.word(kExtras)).word(kExtextdat + 2*textNum);
uint16 startOff = kExtext + offset;
uint16 textSize = strlen((char *)getSegment(data.word(kExtras)).ptr(startOff, 0)) + 1;
uint16 endOff = startOff + textSize;
uint16 remainder = kExtextlen - offset - textSize;
// Shift text data after this one down
memmove(getSegment(data.word(kExtras)).ptr(startOff, remainder), getSegment(data.word(kExtras)).ptr(endOff, remainder), remainder);
// Combined text data is now frameSize smaller
data.word(kExtextpos) -= textSize;
// Adjust all text pointers pointing into the shifted data
for (unsigned int i = 0; i < kNumexobjects; ++i) {
uint16 t = getSegment(data.word(kExtras)).word(kExtextdat + 2*i);
if (t >= offset + textSize)
getSegment(data.word(kExtras)).word(kExtextdat + 2*i) = t - textSize;
}
}
// This takes es:di and cl as input, but es:di always points to getExAd(cl)
void DreamGenContext::deleteExObject() {
deleteExObject(cl);
}
void DreamBase::deleteExObject(uint8 index) {
DynObject *obj = getExAd(index);
memset(obj, 0xFF, sizeof(DynObject));
deleteExFrame(3*index);
deleteExFrame(3*index + 1);
deleteExText(index);
for (uint8 i = 0; i < kNumexobjects; ++i) {
DynObject *t = getExAd(i);
// Is this object contained in the one we've just deleted?
if (t->mapad[0] == 4 && t->mapad[1] == index)
deleteExObject(i);
}
}
void DreamBase::removeObFromInv() {
if (data.byte(kCommand) == 100)
return; // object doesn't exist
assert(data.byte(kObjecttype) == kExObjectType);
deleteExObject(data.byte(kCommand));
}
void DreamGenContext::inToInv() {
if (!data.byte(kPickup)) {
outOfInv();
return;
}
uint16 subject = getSegment(data.word(kBuffers)).word(findInvPosCPP());
if ((subject & 0xFF) != 255) {
swapWithInv();
return;
}
subject = (data.byte(kObjecttype) << 8) | data.byte(kItemframe);
if (subject != data.word(kOldsubject) || data.byte(kCommandtype) != 220) {
if (subject == data.word(kOldsubject))
data.byte(kCommandtype) = 220;
data.word(kOldsubject) = subject;
commandWithOb(35, data.byte(kObjecttype), data.byte(kItemframe));
}
if (data.word(kMousebutton) == data.word(kOldbutton) || !(data.word(kMousebutton) & 1))
return; // notletgo2
delPointer();
DynObject *object = getExAd(data.byte(kItemframe));
object->mapad[0] = 4;
object->mapad[1] = 255;
object->mapad[2] = data.byte(kLastinvpos);
data.byte(kPickup) = 0;
fillRyan();
readMouse();
showPointer();
outOfInv();
workToScreen();
delPointer();
}
void DreamGenContext::outOfInv() {
uint16 subject = getSegment(data.word(kBuffers)).word(findInvPosCPP());
if ((subject & 0xFF) == 255) {
blank();
return;
}
if (data.word(kMousebutton) == 2) {
reExFromInv();
return;
}
if (subject != data.word(kOldsubject) || data.byte(kCommandtype) != 221) {
if (subject == data.word(kOldsubject))
data.byte(kCommandtype) = 221;
data.word(kOldsubject) = subject;
byte type = subject >> 8;
byte frame = subject & 0xFF;
commandWithOb(36, type, frame);
}
if (data.word(kMousebutton) == data.word(kOldbutton) || !(data.word(kMousebutton) & 1))
return;
delPointer();
data.byte(kPickup) = 1;
subject = getSegment(data.word(kBuffers)).word(findInvPosCPP());
data.byte(kObjecttype) = subject >> 8;
data.byte(kItemframe) = subject & 0xFF;
DynObject *object = getExAd(data.byte(kItemframe));
object->mapad[0] = 20;
object->mapad[1] = 255;
fillRyan();
readMouse();
showPointer();
inToInv();
workToScreen();
delPointer();
}
void DreamBase::purgeALocation(uint8 index) {
// index == al
for (uint8 i = 0; i < kNumexobjects; ++i) {
DynObject *t = getExAd(i);
if (t->currentLocation == index && t->mapad[0] == 0) {
deleteExObject(i);
}
}
}
const uint8 *DreamBase::getObTextStart() {
uint16 textSeg, textDatOff, textOff;
if (data.byte(kObjecttype) == kFreeObjectType) {
textSeg = data.word(kFreedesc);
textDatOff = kFreetextdat;
textOff = kFreetext;
} else if (data.byte(kObjecttype) == kSetObjectType1) {
textSeg = data.word(kSetdesc);
textDatOff = kSettextdat;
textOff = kSettext;
} else {
textSeg = data.word(kExtras);
textDatOff = kExtextdat;
textOff = kExtext;
}
const uint8 *textBase = getSegment(textSeg).ptr(textOff, 0);
const uint8 *text = textBase + getSegment(textSeg).word(textDatOff + 2*data.byte(kCommand));
if (data.byte(kObjecttype) != kSetObjectType1)
return text;
const uint8 *obname = text;
while (true) {
const uint8 *start = text;
findNextColon(&text);
// Not an empty description string?
if (*text != 0 && *text != ':')
return start;
// If the description string (of a SetObjectType1 object) is empty,
// look for an object with the same name.
// Example: Eden's garage door outside has two parts. The right part
// has no description of its own but uses that of the left part.
bool found = false;
do {
text++;
uint8 c = *obname;
// scan for matching first character
while (*text != c) {
text++;
// arbitrary give-up counter
if (text - (textBase - textOff) >= 8000) {
warning("Object description for %d/%d not found", data.byte(kObjecttype), data.byte(kCommand));
return obname;
}
}
// found matching first character, so match the rest
const uint8 *s1 = obname;
const uint8 *s2 = text;
do {
s1++;
s2++;
} while (*s1 != ':' && *s1 != 0 && *s1 == *s2);
if (*s1 == ':' || *s1 == 0)
found = true; // (prefix) matched the entire object name
} while (!found);
// We found an object with the same name. The next loop iteration
// will check if this one again has an empty description.
}
}
void DreamBase::dropObject() {
if (data.byte(kCommandtype) != 223) {
data.byte(kCommandtype) = 223;
if (!data.byte(kPickup)) {
blank();
return;
}
commandWithOb(37, data.byte(kObjecttype), data.byte(kItemframe));
}
if (data.word(kMousebutton) == data.word(kOldbutton) || !(data.word(kMousebutton) & 1))
return;
if (isItWorn(getEitherAdCPP())) {
wornError();
return;
}
if (data.byte(kReallocation) != 47) {
byte flag, flagEx, type, flagX, flagY;
checkOne(data.byte(kRyanx) + 12, data.byte(kRyany) + 12, &flag, &flagEx, &type, &flagX, &flagY);
if (flag >= 2) {
dropError();
return;
}
} else {
dropError();
return;
}
if (data.byte(kMapxsize) == 64 && data.byte(kMapysize) == 64) {
// Inside lift
dropError();
return;
}
if (compare(data.byte(kItemframe), 4, "GUNA") || compare(data.byte(kItemframe), 4, "SHLD")) {
cantDrop();
return;
}
data.byte(kObjecttype) = 4;
DynObject *object = getExAd(data.byte(kItemframe));
object->mapad[0] = 0;
object->mapad[1] = ((data.byte(kRyanx) + 4) >> 4) + data.byte(kMapx);
object->mapad[2] = (data.byte(kRyanx) + 4) & 0xF;
object->mapad[3] = ((data.byte(kRyany) + 8) >> 4) + data.byte(kMapy);
object->mapad[4] = (data.byte(kRyany) + 8) & 0xF;
data.byte(kPickup) = 0;
object->currentLocation = data.byte(kReallocation);
}
void DreamGenContext::checkObjectSize() {
al = checkObjectSizeCPP() ? 0 : 1;
}
bool DreamGenContext::checkObjectSizeCPP() {
byte containerSize = getOpenedSlotSize();
DynObject *object = getEitherAdCPP();
// If there is no size defined for the object in the editor, set its size
// to 6. This could be a bad idea, according to the original source.
byte objectSize = (object->objectSize != 255) ? object->objectSize : 6;
if (containerSize >= 100) {
// Special type of container: only objects of the same special type fit.
if (containerSize == objectSize)
return true;
errorMessage3();
return false;
}
if (objectSize >= 100) {
// Special type of object, but a regular container.
// Subtract 100 from the size to get its regular size.
objectSize -= 100;
}
if (containerSize >= objectSize)
return true;
errorMessage2();
return false;
}
} // End of namespace DreamGen
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