C4ValueArray::C4ValueArray(const C4ValueArray &ValueArray2)
: iSize(0), iCapacity(0), pData(NULL)
{
SetSize(ValueArray2.GetSize());
for (int32_t i = 0; i < iSize; i++)
pData[i].Set(ValueArray2.GetItem(i));
}
C4ValueArray * C4PropList::GetProperties() const
{
C4ValueArray * a;
int i;
if (GetPrototype())
{
a = GetPrototype()->GetProperties();
i = a->GetSize();
a->SetSize(i + Properties.GetSize());
}
else
{
a = new C4ValueArray(Properties.GetSize());
i = 0;
}
const C4Property * p = Properties.First();
while (p)
{
assert(p->Key != nullptr && "Proplist key is nullpointer");
(*a)[i++] = C4VString(p->Key);
assert(((*a)[i - 1].GetType() == C4V_String) && "Proplist key is non-string");
p = Properties.Next(p);
}
return a;
}
bool C4MapScriptAlgo::GetXYProps(const C4PropList *props, C4PropertyName k, int32_t *out_xy, bool zero_defaults)
{
// Evaluate property named "k" in proplist props to store two numbers in out_xy:
// If props->k is a single integer, fill both numbers in out_xy with it
// If props->k is an array, check that it contains two numbers and store them in out_xy
if (!props->HasProperty(&Strings.P[k]))
{
if (zero_defaults) out_xy[0] = out_xy[1] = 0;
return false;
}
C4Value val; C4ValueArray *arr;
props->GetProperty(k, &val);
if ((arr = val.getArray()))
{
if (arr->GetSize() != 2)
throw C4AulExecError(FormatString("C4MapScriptAlgo: Expected either integer or array with two integer elements in property \"%s\".", Strings.P[k].GetCStr()).getData());
out_xy[0] = arr->GetItem(0).getInt();
out_xy[1] = arr->GetItem(1).getInt();
}
else
{
out_xy[0] = out_xy[1] = val.getInt();
}
return true;
}
// return is to be freed by the caller
C4ValueArray *C4FindObject::FindMany(const C4ObjectList &Objs)
{
// Trivial case
if (IsImpossible())
return new C4ValueArray();
// Set up array
C4ValueArray *pArray = new C4ValueArray(32);
int32_t iSize = 0;
// Search
for (C4Object *obj : Objs)
if (obj->Status)
if (Check(obj))
{
// Grow the array, if neccessary
if (iSize >= pArray->GetSize())
pArray->SetSize(iSize * 2);
// Add object
(*pArray)[iSize++] = C4VObj(obj);
}
// Shrink array
pArray->SetSize(iSize);
// Recheck object status (may shrink array again)
CheckObjectStatus(pArray);
// Apply sorting
if (pSort) pSort->SortObjects(pArray);
return pArray;
}
void C4ParticleProperties::SetCollisionFunc(const C4Value &source)
{
C4ValueArray *valueArray;
if (!(valueArray = source.getArray())) return;
int arraySize = valueArray->GetSize();
if (arraySize < 1) return;
int type = (*valueArray)[0].getInt();
switch (type)
{
case C4PC_Die:
collisionCallback = &C4ParticleProperties::CollisionDie;
break;
case C4PC_Bounce:
collisionCallback = &C4ParticleProperties::CollisionBounce;
bouncyness = 1.f;
if (arraySize >= 2)
bouncyness = ((float)(*valueArray)[1].getInt());
break;
case C4PC_Stop:
collisionCallback = &C4ParticleProperties::CollisionStop;
break;
default:
assert(false);
break;
}
}
bool C4ValueArray::operator==(const C4ValueArray& IntList2) const
{
for (int32_t i=0; i<std::max(iSize, IntList2.GetSize()); i++)
if (GetItem(i) != IntList2.GetItem(i))
return false;
return true;
}
static C4ValueArray *FnLayerCreateMatTexMask(C4PropList * _this, const C4Value &mask_spec)
{
// layer script function: Generate an array 256 bools representing the given mask_spec
C4MapScriptMatTexMask mat_mask(mask_spec);
C4ValueArray *result = new C4ValueArray(C4M_MaxTexIndex + 1);
for (int32_t i=0; i < C4M_MaxTexIndex + 1; ++i)
{
result->SetItem(i, C4VBool(mat_mask(uint8_t(i), C4M_MaxTexIndex)));
}
return result;
}
C4ValueArray * C4Effect::GetProperties() const
{
C4ValueArray * a = C4PropList::GetProperties();
int i;
i = a->GetSize();
a->SetSize(i + 5);
(*a)[i++] = C4VString(&::Strings.P[P_Name]);
(*a)[i++] = C4VString(&::Strings.P[P_Priority]);
(*a)[i++] = C4VString(&::Strings.P[P_Interval]);
(*a)[i++] = C4VString(&::Strings.P[P_CommandTarget]);
(*a)[i++] = C4VString(&::Strings.P[P_Time]);
return a;
}
C4MapScriptAlgoPolygon::C4MapScriptAlgoPolygon(const C4PropList *props)
{
// Get MAPALGO_Polygon properties
C4Value vptx, vpty;
props->GetProperty(P_X, &vptx); props->GetProperty(P_Y, &vpty);
C4ValueArray *ptx = vptx.getArray(), *pty = vpty.getArray();
if (!ptx || !pty || ptx->GetSize() != pty->GetSize())
throw C4AulExecError("C4MapScriptAlgoPolygon: Expected two equally sized int arrays in properties \"X\" and \"Y\".");
poly.resize(ptx->GetSize());
for (int32_t i=0; i<ptx->GetSize(); ++i)
{
poly[i].x = ptx->GetItem(i).getInt();
poly[i].y = pty->GetItem(i).getInt();
}
wdt = props->GetPropertyInt(P_Wdt);
if (!wdt) wdt = 1;
empty = !!props->GetPropertyInt(P_Empty);
open = !!props->GetPropertyInt(P_Open);
if (open && !empty) throw C4AulExecError("C4MapScriptAlgoPolygon: Only empty polygons may be open.");
}
C4MapScriptAlgoModifier::C4MapScriptAlgoModifier(const C4PropList *props, int32_t min_ops, int32_t max_ops)
{
// Evaluate "Op" property of all algos that take another algo or layer as an operand
// Op may be a proplist or an array of proplists
C4Value vops; int32_t n; C4ValueArray temp_ops;
props->GetProperty(P_Op, &vops);
C4ValueArray *ops = vops.getArray();
if (!ops)
{
C4PropList *op = vops.getPropList();
if (op)
{
temp_ops.SetItem(0, vops);
ops = &temp_ops;
n = 1;
}
}
else
{
n = ops->GetSize();
}
if (!ops || n<min_ops || (max_ops && n>max_ops))
throw C4AulExecError(FormatString("C4MapScriptAlgo: Expected between %d and %d operands in property \"Op\".", (int)min_ops, (int)max_ops).getData());
operands.resize(n);
try
{
// can easily crash this by building a recursive prop list
// unfortunately, protecting against that is not trivial
for (int32_t i=0; i<n; ++i)
{
C4MapScriptAlgo *new_algo = FnParAlgo(ops->GetItem(i).getPropList());
if (!new_algo) throw C4AulExecError(FormatString("C4MapScriptAlgo: Operand %d in property \"Op\" not valid.", (int)i).getData());
operands[i] = new_algo;
}
}
catch (...)
{
Clear();
throw;
}
}
C4ValueArray *C4FindObject::FindMany(const C4ObjectList &Objs,
const C4LSectors &Sct) {
// Trivial case
if (IsImpossible()) return new C4ValueArray();
C4Rect *pBounds = GetBounds();
if (!pBounds) return FindMany(Objs);
// Prepare for array that may be generated
C4ValueArray *pArray;
int32_t iSize;
// Check shape lists?
if (UseShapes()) {
// Get area
C4LArea Area(&Game.Objects.Sectors, *pBounds);
C4LSector *pSct;
C4ObjectList *pLst = Area.FirstObjectShapes(&pSct);
// Check if a single-sector check is enough
if (!Area.Next(pSct)) return FindMany(pSct->ObjectShapes);
// Set up array
pArray = new C4ValueArray(32);
iSize = 0;
// Create marker, search all areas
uint32_t iMarker = ::Game.Objects.GetNextMarker();
for (; pLst; pLst = Area.NextObjectShapes(pLst, &pSct))
for (C4ObjectLink *pLnk = pLst->First; pLnk; pLnk = pLnk->Next)
if (pLnk->Obj->Status)
if (pLnk->Obj->Marker != iMarker) {
pLnk->Obj->Marker = iMarker;
if (Check(pLnk->Obj)) {
// Grow the array, if neccessary
if (iSize >= pArray->GetSize()) pArray->SetSize(iSize * 2);
// Add object
(*pArray)[iSize++] = C4VObj(pLnk->Obj);
}
}
} else {
// Set up array
pArray = new C4ValueArray(32);
iSize = 0;
// Search
C4LArea Area(&Game.Objects.Sectors, *pBounds);
C4LSector *pSct;
for (C4ObjectList *pLst = Area.FirstObjects(&pSct); pLst;
pLst = Area.NextObjects(pLst, &pSct))
for (C4ObjectLink *pLnk = pLst->First; pLnk; pLnk = pLnk->Next)
if (pLnk->Obj->Status)
if (Check(pLnk->Obj)) {
// Grow the array, if neccessary
if (iSize >= pArray->GetSize()) pArray->SetSize(iSize * 2);
// Add object
(*pArray)[iSize++] = C4VObj(pLnk->Obj);
}
}
// Shrink array
pArray->SetSize(iSize);
// Recheck object status (may shrink array again)
CheckObjectStatus(pArray);
// Apply sorting
if (pSort) pSort->SortObjects(pArray);
return pArray;
}
bool C4EditCursor::DoContextMenu(DWORD dwKeyState)
{
bool fObjectSelected = !!Selection.ObjectCount();
#ifdef USE_WIN32_WINDOWS
POINT point; GetCursorPos(&point);
HMENU hContext = GetSubMenu(hMenu,0);
SetMenuItemEnable( hContext, IDM_VIEWPORT_DELETE, fObjectSelected && Console.Editing);
SetMenuItemEnable( hContext, IDM_VIEWPORT_DUPLICATE, fObjectSelected && Console.Editing);
SetMenuItemEnable( hContext, IDM_VIEWPORT_CONTENTS, fObjectSelected && Selection.GetObject()->Contents.ObjectCount() && Console.Editing);
SetMenuItemText(hContext,IDM_VIEWPORT_DELETE,LoadResStr("IDS_MNU_DELETE"));
SetMenuItemText(hContext,IDM_VIEWPORT_DUPLICATE,LoadResStr("IDS_MNU_DUPLICATE"));
SetMenuItemText(hContext,IDM_VIEWPORT_CONTENTS,LoadResStr("IDS_MNU_CONTENTS"));
ObjselectDelItems();
C4FindObjectAtPoint pFO(X,Y);
C4ValueArray * atcursor; atcursor = pFO.FindMany(::Objects, ::Objects.Sectors); // needs freeing (single object ptr)
int itemcount = atcursor->GetSize();
if(itemcount > 0)
{
const int maxitems = 25; // Maximum displayed objects. if you raise it, also change note with IDM_VPORTDYN_FIRST in resource.h
if(itemcount > maxitems) itemcount = maxitems+1;
itemsObjselect.resize(itemcount+1); // +1 for a separator
itemsObjselect[0].ItemId = IDM_VPORTDYN_FIRST;
itemsObjselect[0].Object = NULL;
AppendMenu(hContext, MF_SEPARATOR, IDM_VPORTDYN_FIRST, NULL);
int i = 1;
for(std::vector<ObjselItemDt>::iterator it = itemsObjselect.begin() + 1; it != itemsObjselect.end(); ++it, ++i)
{
C4Object * obj = (*atcursor)[i-1].getObj();
assert(obj);
it->ItemId = IDM_VPORTDYN_FIRST+i;
it->Object = obj;
AppendMenu(hContext, MF_STRING, it->ItemId, FormatString("%s #%i (%i/%i)", obj->GetName(), obj->Number, obj->GetX(), obj->GetY()).GetWideChar());
}
if(atcursor->GetSize() > maxitems)
{
AppendMenu(hContext, MF_GRAYED, IDM_VPORTDYN_FIRST+maxitems+1, L"...");
itemsObjselect[maxitems+1].ItemId = IDM_VPORTDYN_FIRST+maxitems+1;
itemsObjselect[maxitems+1].Object = NULL;
}
}
delete atcursor;
int32_t iItem = TrackPopupMenu(
hContext,
TPM_LEFTALIGN | TPM_TOPALIGN | TPM_RETURNCMD | TPM_LEFTBUTTON | TPM_NONOTIFY,
point.x,point.y, 0,
Console.hWindow,
NULL);
switch (iItem)
{
case IDM_VIEWPORT_DELETE: Delete(); break;
case IDM_VIEWPORT_DUPLICATE: Duplicate(); break;
case IDM_VIEWPORT_CONTENTS: GrabContents(); break;
case 0: break;
default:
for(std::vector<ObjselItemDt>::iterator it = itemsObjselect.begin() + 1; it != itemsObjselect.end(); ++it)
if(it->ItemId == iItem)
{
DoContextObjsel(it->Object, (dwKeyState & MK_SHIFT) == 0);
break;
}
break;
}
ObjselectDelItems();
#else
#ifdef WITH_DEVELOPER_MODE
gtk_widget_set_sensitive(itemDelete, fObjectSelected && Console.Editing);
gtk_widget_set_sensitive(itemDuplicate, fObjectSelected && Console.Editing);
gtk_widget_set_sensitive(itemGrabContents, fObjectSelected && Selection.GetObject()->Contents.ObjectCount() && Console.Editing);
ObjselectDelItems();
C4FindObjectAtPoint pFO(X,Y);
C4ValueArray * atcursor; atcursor = pFO.FindMany(::Objects, ::Objects.Sectors); // needs freeing
int itemcount = atcursor->GetSize();
if(itemcount > 0)
{
itemsObjselect.resize(itemcount+1); // +1 for a separator
itemsObjselect[0].MenuItem = gtk_separator_menu_item_new();
itemsObjselect[0].EditCursor = this;
gtk_menu_shell_append(GTK_MENU_SHELL(menuContext), itemsObjselect[0].MenuItem);
int i = 0;
for(std::vector<ObjselItemDt>::iterator it = itemsObjselect.begin() + 1; it != itemsObjselect.end(); ++it, ++i)
{
it->EditCursor = this;
C4Object * obj = (*atcursor)[i].getObj();
assert(obj);
it->Object = obj;
GtkWidget * wdg = gtk_menu_item_new_with_label(FormatString("%s #%i (%i/%i)", obj->GetName(), obj->Number, obj->GetX(), obj->GetY()).getData());
it->MenuItem = wdg;
gtk_menu_shell_append(GTK_MENU_SHELL(menuContext), wdg);
g_signal_connect(G_OBJECT(wdg), "activate", G_CALLBACK(OnObjselect), &*it);
}
}
delete atcursor;
gtk_widget_show_all(menuContext);
gtk_menu_popup(GTK_MENU(menuContext), NULL, NULL, NULL, NULL, 3, 0);
#endif
#endif
return true;
}
void C4ParticleValueProvider::Set(const C4ValueArray &fromArray)
{
startValue = endValue = 1.0f;
valueFunction = &C4ParticleValueProvider::Const;
size_t arraySize = (size_t) fromArray.GetSize();
if (arraySize < 2) return;
int type = fromArray[0].getInt();
switch (type)
{
case C4PV_Const:
if (arraySize >= 2)
{
SetType(C4PV_Const);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[1], &C4ParticleValueProvider::startValue);
}
break;
case C4PV_Linear:
if (arraySize >= 3)
{
SetType(C4PV_Linear);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[1], &C4ParticleValueProvider::startValue);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[2], &C4ParticleValueProvider::endValue);
}
break;
case C4PV_Random:
if (arraySize >= 3)
{
SetType(C4PV_Random);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[1], &C4ParticleValueProvider::startValue);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[2], &C4ParticleValueProvider::endValue);
if (arraySize >= 4)
SetParameterValue(VAL_TYPE_INT, fromArray[3], 0, &C4ParticleValueProvider::rerollInterval);
alreadyRolled = 0;
}
break;
case C4PV_Direction:
if (arraySize >= 2)
{
SetType(C4PV_Direction);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[1], &C4ParticleValueProvider::startValue);
}
break;
case C4PV_Step:
if (arraySize >= 4)
{
SetType(C4PV_Step);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[1], &C4ParticleValueProvider::startValue);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[2], &C4ParticleValueProvider::currentValue);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[3], &C4ParticleValueProvider::delay);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[4], &C4ParticleValueProvider::maxValue);
if (delay == 0.f) delay = 1.f;
}
break;
case C4PV_KeyFrames:
if (arraySize >= 5)
{
SetType(C4PV_KeyFrames);
SetParameterValue(VAL_TYPE_INT, fromArray[1], 0, &C4ParticleValueProvider::smoothing);
keyFrames.resize(arraySize + 4 - 1); // 2*2 additional information floats at the beginning and ending, offset the first array item, though
keyFrameCount = 0;
const size_t startingOffset = 2;
size_t i = startingOffset;
for (; i < arraySize; ++i)
{
SetParameterValue(VAL_TYPE_KEYFRAMES, fromArray[(int32_t)i], 0, 0, 2 + i - startingOffset);
}
keyFrameCount = (i - startingOffset) / 2 + 2;
startValue = keyFrames[2 + 1];
endValue = keyFrames[2 * keyFrameCount - 1];
// add two points for easier interpolation at beginning and ending
keyFrames[0] = -500.f;
keyFrames[1] = keyFrames[2 + 1];
keyFrames[2 * keyFrameCount - 2] = 1500.f;
keyFrames[2 * keyFrameCount - 1] = keyFrames[keyFrameCount - 1 - 2];
}
break;
case C4PV_Sin:
if (arraySize >= 3)
{
SetType(C4PV_Sin); // Sin(parameterValue) * maxValue + startValue
SetParameterValue(VAL_TYPE_FLOAT, fromArray[1], &C4ParticleValueProvider::parameterValue);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[2], &C4ParticleValueProvider::maxValue);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[3], &C4ParticleValueProvider::startValue);
}
break;
case C4PV_Speed:
if (arraySize >= 3)
{
SetType(C4PV_Speed);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[1], &C4ParticleValueProvider::speedFactor);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[2], &C4ParticleValueProvider::startValue);
}
break;
case C4PV_Wind:
if (arraySize >= 3)
{
SetType(C4PV_Wind);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[1], &C4ParticleValueProvider::speedFactor);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[2], &C4ParticleValueProvider::startValue);
}
break;
case C4PV_Gravity:
if (arraySize >= 3)
{
SetType(C4PV_Gravity);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[1], &C4ParticleValueProvider::speedFactor);
SetParameterValue(VAL_TYPE_FLOAT, fromArray[2], &C4ParticleValueProvider::startValue);
}
break;
default:
throw C4AulExecError("invalid particle value provider supplied");
break;
}
}