AttributeIterator findAttribute(Attributes& attributes, const std::string& name) {
CAF_CM_STATIC_FUNC_VALIDATE("MarkupParser", "findAttribute");
CAF_CM_VALIDATE_STRING(name);
return std::find_if(attributes.begin(),
attributes.end(),
std::bind2nd(AttributeName(), name));
}
/*
** Returns the length of the longest attribute name in #obj#.
*/
int
LongestNameLength(const Object obj) {
Attribute attr;
int nameLen;
int returnValue = 0;
ForEachAttribute(obj, attr) {
nameLen = strlen(AttributeName(attr));
if(nameLen > returnValue)
returnValue = nameLen;
}
void Disasm::PrintAttributeValue(uint8 id, const AttrValue* table, int size) {
if (NumOfArgs() == 1 && ArgAt(0)->Type == HP_UByteData) {
uint8 value = ArgAt(0)->val.ubyte;
for (int i = 0; i < size; i ++, table ++) {
if (table->value == value) {
if (fVerbose) PrintAttr(ArgAt(0));
printf("%s %s\n", table->name, AttributeName(id));
return;
}
}
}
GenericPrintAttribute(id);
}
void Disasm::GenericPrintAttribute(uint8 id) {
for (int i = 0; i < NumOfArgs(); i ++) {
PrintAttr(ArgAt(i));
}
printf(" %s\n", AttributeName(id));
}
bool LootRandomizer::SetAttribute(const csString &op, const csString &attrName, float modifier, RandomizedOverlay* overlay, psItemStats* baseItem, csArray<ValueModifier> &values)
{
float* value[3] = { NULL, NULL, NULL };
// Attribute Names:
// item
// weight
// damage
// slash
// pierce
// blunt
// ...
// protection
// slash
// pierce
// blunt
// ...
// speed
csString AttributeName(attrName);
AttributeName.Downcase();
if(AttributeName.StartsWith("var."))
{
//if var. was found we have a script variable
//parse it and place it in the array which will be used later
//to handle those variables.
ValueModifier val;
//start the name of the variable after var.
val.name = attrName.Slice(4);
val.value = modifier;
val.op = op;
//add the variable to the array
values.Push(val);
return true;
}
if(AttributeName.Compare("item.weight"))
{
// Initialize the value if needed
if(CS::IsNaN(overlay->weight))
{
overlay->weight = baseItem->GetWeight();
}
value[0] = &overlay->weight;
}
else if(AttributeName.Compare("item.speed"))
{
// Initialize the value if needed
if(CS::IsNaN(overlay->latency))
{
overlay->latency = baseItem->Weapon().Latency();
}
value[0] = &overlay->latency;
}
else if(AttributeName.Compare("item.damage"))
{
for(int i = 0; i < 3; i++)
{
// Initialize the value if needed
if(CS::IsNaN(overlay->damageStats[i]))
{
overlay->damageStats[i] = baseItem->Weapon().Damage((PSITEMSTATS_DAMAGETYPE)i);
}
}
value[0] = &overlay->damageStats[PSITEMSTATS_DAMAGETYPE_SLASH];
value[1] = &overlay->damageStats[PSITEMSTATS_DAMAGETYPE_BLUNT];
value[2] = &overlay->damageStats[PSITEMSTATS_DAMAGETYPE_PIERCE];
}
else if(AttributeName.Compare("item.damage.slash"))
{
// Initialize the value if needed
if(CS::IsNaN(overlay->damageStats[PSITEMSTATS_DAMAGETYPE_SLASH]))
{
overlay->damageStats[PSITEMSTATS_DAMAGETYPE_SLASH] = baseItem->Weapon().Damage(PSITEMSTATS_DAMAGETYPE_SLASH);
}
value[0] = &overlay->damageStats[PSITEMSTATS_DAMAGETYPE_SLASH];
}
else if(AttributeName.Compare("item.damage.pierce"))
{
// Initialize the value if needed
if(CS::IsNaN(overlay->damageStats[PSITEMSTATS_DAMAGETYPE_PIERCE]))
{
overlay->damageStats[PSITEMSTATS_DAMAGETYPE_PIERCE] = baseItem->Weapon().Damage(PSITEMSTATS_DAMAGETYPE_PIERCE);
}
value[0] = &overlay->damageStats[PSITEMSTATS_DAMAGETYPE_PIERCE];
}
else if(AttributeName.Compare("item.damage.blunt"))
{
// Initialize the value if needed
if(CS::IsNaN(overlay->damageStats[PSITEMSTATS_DAMAGETYPE_BLUNT]))
{
overlay->damageStats[PSITEMSTATS_DAMAGETYPE_BLUNT] = baseItem->Weapon().Damage(PSITEMSTATS_DAMAGETYPE_BLUNT);
}
value[0] = &overlay->damageStats[PSITEMSTATS_DAMAGETYPE_BLUNT];
}
else if(AttributeName.Compare("item.protection"))
{
for(int i = 0; i < 3; i++)
{
// Initialize the value if needed
if(CS::IsNaN(overlay->damageStats[i]))
{
overlay->damageStats[i] = baseItem->Armor().Protection((PSITEMSTATS_DAMAGETYPE)i);
}
}
value[0] = &overlay->damageStats[PSITEMSTATS_DAMAGETYPE_SLASH];
value[1] = &overlay->damageStats[PSITEMSTATS_DAMAGETYPE_BLUNT];
value[2] = &overlay->damageStats[PSITEMSTATS_DAMAGETYPE_PIERCE];
}
else if(AttributeName.Compare("item.protection.slash"))
{
// Initialize the value if needed
if(CS::IsNaN(overlay->damageStats[PSITEMSTATS_DAMAGETYPE_SLASH]))
{
overlay->damageStats[PSITEMSTATS_DAMAGETYPE_SLASH] = baseItem->Armor().Protection(PSITEMSTATS_DAMAGETYPE_SLASH);
}
value[0] = &overlay->damageStats[PSITEMSTATS_DAMAGETYPE_SLASH];
}
else if(AttributeName.Compare("item.protection.pierce"))
{
// Initialize the value if needed
if(CS::IsNaN(overlay->damageStats[PSITEMSTATS_DAMAGETYPE_PIERCE]))
{
overlay->damageStats[PSITEMSTATS_DAMAGETYPE_PIERCE] = baseItem->Armor().Protection(PSITEMSTATS_DAMAGETYPE_PIERCE);
}
value[0] = &overlay->damageStats[PSITEMSTATS_DAMAGETYPE_PIERCE];
}
else if(AttributeName.Compare("item.protection.blunt"))
{
// Initialize the value if needed
if(CS::IsNaN(overlay->damageStats[PSITEMSTATS_DAMAGETYPE_BLUNT]))
{
overlay->damageStats[PSITEMSTATS_DAMAGETYPE_BLUNT] = baseItem->Armor().Protection(PSITEMSTATS_DAMAGETYPE_BLUNT);
}
value[0] = &overlay->damageStats[PSITEMSTATS_DAMAGETYPE_BLUNT];
}
SetAttributeApplyOP(value, modifier, 3, op);
return true;
}
