// ***************************************************************************
static DECLARE_INTERFACE_USER_FCT(getBotChatItemSheetForItemType)
{
if(args.size()!=1)
{
nlwarning("<getBotChatItemSheetForItemType> requires 1 arg");
return false;
}
// get arg
uint a0= (uint)args[0].getInteger();
clamp(a0,(uint)0,uint(ITEM_TYPE::UNDEFINED));
// get sheet name
string name= CBotChatPageTrade::getItemSheetNameForItemType((ITEM_TYPE::TItemType)a0);
// result
CSheetId sheetId;
sheetId.buildSheetId(name);
result.setInteger(sheetId.asInt());
return true;
}
void CPrimitivePlugin::drawPrimitive(const NLLIGO::IPrimitive *primitive, const TRenderContext &ctx)
{
// AFX_MANAGE_STATE(AfxGetStaticModuleState());
static const float POINT_ARROW_LINE_SIZE = 20.f;
static const float POINT_ARROW_HEAD_SIZE = 8.f;
static const float POINT_DOT_SIZE = 3.f;
static const uint CIRCLE_SEGMENT_SIZE = 20;
static const uint CIRCLE_MIN_SEGMENT_COUNT = 8;
std::string *sheetName;
primitive->getPropertyByName("sheet_client", sheetName);
TCreatureInfo *info = NULL;
if (!sheetName->empty())
{
// two step init of id to remove a flooding NeL warning
CSheetId id;
id.buildSheetId(*sheetName+".creature");
std::map<NLMISC::CSheetId, TCreatureInfo>::iterator it(_CreatureInfos.find(id));
if (it != _CreatureInfos.end())
{
info = &(it->second);
}
}
const CPrimPoint *point = dynamic_cast<const CPrimPoint *>(primitive);
if (point)
{
// Clip ?
if (!ctx.Display->isClipped (&point->Point, 1))
{
// Position in world
CVector center = point->Point;
ctx.Display->worldToPixel (center);
// Dot
CVector dot0, dot1, dot2, dot3;
dot0 = center;
dot0.x += POINT_DOT_SIZE;
dot0.y += POINT_DOT_SIZE;
dot1 = center;
dot1.x -= POINT_DOT_SIZE;
dot1.y += POINT_DOT_SIZE;
dot2 = center;
dot2.x -= POINT_DOT_SIZE;
dot2.y -= POINT_DOT_SIZE;
dot3 = center;
dot3.x += POINT_DOT_SIZE;
dot3.y -= POINT_DOT_SIZE;
// Transform primitive
transformVector (dot0, point->Angle, center);
transformVector (dot1, point->Angle, center);
transformVector (dot2, point->Angle, center);
transformVector (dot3, point->Angle, center);
// In world space
ctx.Display->pixelToWorld (center);
ctx.Display->pixelToWorld (dot0);
ctx.Display->pixelToWorld (dot1);
ctx.Display->pixelToWorld (dot2);
ctx.Display->pixelToWorld (dot3);
// Draw it
ctx.Display->triRenderProxy (ctx.MainColor, dot0, dot1, dot2, ctx.Selected?2:0);
ctx.Display->triRenderProxy (ctx.MainColor, dot2, dot3, dot0, ctx.Selected?2:0);
// Need detail?
if (ctx.ShowDetail)
{
// Prim class available ?
const CPrimitiveClass *primClass = ctx.PrimitiveClass;
if (primClass != NULL)
{
// Draw an arraow ?
if (primClass->ShowArrow)
{
// Position in world
center = point->Point;
ctx.Display->worldToPixel (center);
CVector arrow = center;
CVector arrow0 = center;
arrow.x += POINT_ARROW_LINE_SIZE;
CVector arrow1 = arrow;
CVector arrow2 = arrow;
arrow0.x += POINT_ARROW_LINE_SIZE + POINT_ARROW_HEAD_SIZE;
arrow1.y += POINT_ARROW_HEAD_SIZE;
arrow2.y -= POINT_ARROW_HEAD_SIZE;
// Transform primitive
transformVector (arrow, point->Angle, center);
transformVector (arrow0, point->Angle, center);
transformVector (arrow1, point->Angle, center);
transformVector (arrow2, point->Angle, center);
// In world space
ctx.Display->pixelToWorld (center);
ctx.Display->pixelToWorld (arrow);
ctx.Display->pixelToWorld (arrow0);
ctx.Display->pixelToWorld (arrow1);
ctx.Display->pixelToWorld (arrow2);
// Draw it
ctx.Display->lineRenderProxy (ctx.MainColor, center, arrow, ctx.Selected?2:0);
ctx.Display->triRenderProxy (ctx.ArrowColor, arrow0, arrow1, arrow2, ctx.Selected?2:0);
}
}
// Have bounding info ?
if (info != NULL)
{
if (info->HaveRadius)
{
// Get it
float fRadius = info->Radius;
// Get the perimeter
float perimeter = 2.f*(float)Pi*fRadius;
// Get the perimeter on the screen
perimeter *= (float)ctx.Display->getWidth() / (ctx.Display->_CurViewMax.x - ctx.Display->_CurViewMin.x);
// Get the segement count
perimeter /= (float)CIRCLE_SEGMENT_SIZE;
// Clamp
if (perimeter < CIRCLE_MIN_SEGMENT_COUNT)
perimeter = CIRCLE_MIN_SEGMENT_COUNT;
// Segment count
uint segmentCount = (uint)perimeter;
// Draw a circle
CVector posInit = center;
posInit.x += fRadius;
CVector posPrevious = posInit;
for (uint i=1; i<segmentCount+1; i++)
{
CVector pos = posInit;
transformVector (pos, (float)i*2.f*(float)Pi/(float)segmentCount, center);
ctx.Display->lineRenderProxy (ctx.MainColor, pos, posPrevious, ctx.Selected?2:0);
posPrevious = pos;
}
}
if (info->HaveBox)
{
CVector center = point->Point;
// ctx.Display->worldToPixel (center);
// Dot
CVector dot0, dot1, dot2, dot3;
dot0 = center;
dot0.x += info->Length/2;
dot0.y += info->Width/2;
dot1 = center;
dot1.x -= info->Length/2;
dot1.y += info->Width/2;
dot2 = center;
dot2.x -= info->Length/2;
dot2.y -= info->Width/2;
dot3 = center;
dot3.x += info->Length/2;
dot3.y -= info->Width/2;
// Transform primitive
transformVector (dot0, point->Angle, center);
transformVector (dot1, point->Angle, center);
transformVector (dot2, point->Angle, center);
transformVector (dot3, point->Angle, center);
// In world space
/* ctx.Display->pixelToWorld (center);
ctx.Display->pixelToWorld (dot0);
ctx.Display->pixelToWorld (dot1);
ctx.Display->pixelToWorld (dot2);
ctx.Display->pixelToWorld (dot3);
*/
// Draw it
ctx.Display->lineRenderProxy (ctx.MainColor, dot0, dot1, ctx.Selected?2:0);
ctx.Display->lineRenderProxy (ctx.MainColor, dot1, dot2, ctx.Selected?2:0);
ctx.Display->lineRenderProxy (ctx.MainColor, dot2, dot3, ctx.Selected?2:0);
ctx.Display->lineRenderProxy (ctx.MainColor, dot3, dot0, ctx.Selected?2:0);
}
}
}
}
}
}
// ***************************************************************************
void CSBrickSheet::build (const NLGEORGES::UFormElm &root)
{
string sTmp;
uint i;
// read the array of skills
string skillUseStr;
TRANSLATE_VAL(skillUseStr, "Basics.Skill");
while(strFindReplace(skillUseStr, ":", " "));
std::vector<string> listSkill;
splitString(skillUseStr," ",listSkill);
// build the req skill array
UsedSkills.clear();
UsedSkills.reserve(listSkill.size());
for(i=0;i<listSkill.size();i++)
{
SKILLS::ESkills skill= SKILLS::toSkill(listSkill[i]);
// Yoyo: patch to read auto generated bricks
if(skill==SKILLS::unknown)
{
skill = (SKILLS::ESkills)SKILLS::toSkill("S" + listSkill[i]);
}
// keep only whats work
if(skill!=SKILLS::unknown)
{
UsedSkills.push_back(skill);
}
}
// if empty, fill at least with unknown
if(UsedSkills.empty())
UsedSkills.push_back(SKILLS::unknown);
// get family id
root.getValueByName (sTmp, "Basics.FamilyId" );
BrickFamily = BRICK_FAMILIES::toSBrickFamily (sTmp);
if(BrickFamily==BRICK_FAMILIES::Unknown)
nlwarning("CSBrickSheet:build: BrickFamily Unknown '%s'.", sTmp.c_str());
/*
// Yoyo: patch to read auto generated bricks
if(BrickFamily==BRICK_FAMILIES::Unknown)
{
string sheetName= Id.toString();
std::string::size_type end= sheetName.find(".sbrick")-2;
BrickFamily = BRICK_FAMILIES::toSBrickFamily ( NLMISC::toUpper(sheetName.substr(0,end)) );
if(BrickFamily==BRICK_FAMILIES::Unknown)
nlwarning("Unknown Family for SBrick: %s", sheetName.c_str());
}
*/
root.getValueByName (IndexInFamily, "Basics.IndexInFamily" );
root.getValueByName (Level, "Basics.Level" );
// read icons
string Icon;
root.getValueByName (Icon, "Client.Icon" );
Icon = strlwr(Icon);
IdIcon = ClientSheetsStrings.add(Icon);
string IconBack;
root.getValueByName (IconBack, "Client.IconBack" );
IconBack = strlwr(IconBack);
IdIconBack = ClientSheetsStrings.add(IconBack);
string IconOver;
root.getValueByName (IconOver, "Client.IconOver" );
IconOver = strlwr(IconOver);
IdIconOver = ClientSheetsStrings.add(IconOver);
string IconOver2;
root.getValueByName (IconOver2, "Client.IconOver2" );
IconOver2 = strlwr(IconOver2);
IdIconOver2 = ClientSheetsStrings.add(IconOver2);
root.getValueByName (IconColor, "Client.IconColor" );
root.getValueByName (IconBackColor, "Client.IconBackColor");
root.getValueByName (IconOverColor, "Client.IconOverColor");
root.getValueByName (IconOver2Color, "Client.IconOver2Color");
root.getValueByName (SabrinaCost, "Basics.SabrinaCost" );
root.getValueByName (SabrinaRelativeCost, "Basics.SabrinaRelativeValue" );
// mandatory families
MandatoryFamilies.clear();
char tmp[256];
for(i=0;i<SBRICK_MAX_MANDATORY;i++)
{
sprintf(tmp, "Mandatory.f%d", i);
root.getValueByName (sTmp, tmp);
if (!sTmp.empty())
{
BRICK_FAMILIES::TBrickFamily bf= BRICK_FAMILIES::toSBrickFamily(sTmp);
if(bf != BRICK_FAMILIES::Unknown)
MandatoryFamilies.push_back( bf );
else
nlwarning("Unknown Mandatory family %s",sTmp.c_str());
}
}
// Optional families
OptionalFamilies.clear();
for(i=0;i<SBRICK_MAX_OPTIONAL;i++)
{
sprintf(tmp, "Optional.f%d", i);
root.getValueByName (sTmp, tmp);
if (!sTmp.empty())
{
BRICK_FAMILIES::TBrickFamily bf= BRICK_FAMILIES::toSBrickFamily(sTmp);
if(bf != BRICK_FAMILIES::Unknown)
OptionalFamilies.push_back( bf );
else
nlwarning("Unknown optional family %s",sTmp.c_str());
}
}
// Parameter families
ParameterFamilies.clear();
for(i=0;i<SBRICK_MAX_PARAMETER;i++)
{
sprintf(tmp, "Parameter.f%d", i);
root.getValueByName (sTmp, tmp);
if (!sTmp.empty())
{
BRICK_FAMILIES::TBrickFamily bf= BRICK_FAMILIES::toSBrickFamily(sTmp);
if(bf != BRICK_FAMILIES::Unknown)
ParameterFamilies.push_back( bf );
else
nlwarning("Unknown Parameter family %s",sTmp.c_str());
}
}
// Credit families
CreditFamilies.clear();
for(i=0;i<SBRICK_MAX_CREDIT;i++)
{
sprintf(tmp, "Credit.f%d", i);
root.getValueByName (sTmp, tmp);
BRICK_FAMILIES::TBrickFamily bf= BRICK_FAMILIES::toSBrickFamily(sTmp);
if(bf != BRICK_FAMILIES::Unknown)
CreditFamilies.push_back( bf );
}
string ForbiddenDef;
root.getValueByName (ForbiddenDef, "Basics.ForbiddenDef" );
IdForbiddenDef = ClientSheetsStrings.add(ForbiddenDef);
string ForbiddenExclude;
root.getValueByName (ForbiddenExclude, "Basics.ForbiddenExclude" );
IdForbiddenExclude = ClientSheetsStrings.add(ForbiddenExclude);
// **** Properties
Properties.clear();
for(i=0;i<MaxProperties;i++)
{
string val;
root.getValueByName(val, toString("Basics.Property %d", i).c_str() );
if(!val.empty() && val!="NULL")
{
CProperty prop;
prop.Text= val;
Properties.push_back(prop);
}
}
// **** Faber
// The FaberPlan are stored in Mandatory only, but the tool filter is in root
if( isFaber() && (isMandatory() || isRoot()) )
{
string val;
FaberPlan.ItemPartMps.clear();
FaberPlan.FormulaMps.clear();
// Get Item Built
TRANSLATE_VAL(val, "faber.Create.Crafted Item");
FaberPlan.ItemBuilt.buildSheetId(val);
// Get Skill Filters
TRANSLATE_ENUM ( FaberPlan.ToolType, TOOL_TYPE::Unknown, TOOL_TYPE::toToolType, "faber.Tool type");
// Get NB item built (for ammo)
TRANSLATE_VAL( FaberPlan.NbItemBuilt, "faber.Create.Nb built items");
// MPs. Try all MP1 .. 5 slots. Stop when not valid
for (uint k=0; k< MAX_FABER_REQ_MP; ++k)
{
sint32 mpQuantity= 0;
root.getValueByName(mpQuantity, toString("faber.Create.Quantity %d", k+1).c_str() );
// if the req quantity is not 0
if ( mpQuantity>0 )
{
CFaberPlan::CItemPartMP mpVal;
mpVal.Quantity= mpQuantity;
// No error if unknown: filter not used (all MPs match)
TRANSLATE_ENUM_NODB( mpVal.FaberTypeFilter, RM_FABER_TYPE::Unknown, RM_FABER_TYPE::toFaberType,
toString("faber.Create.MP %d", k+1).c_str() );
// Add this req MP.
FaberPlan.ItemPartMps.push_back(mpVal);
}
// else subsequents MP slots are not used
else
break;
}
// Formula MPs. Try all MP1 .. 5 slots. Stop when not valid
for (uint k=0; k< MAX_FABER_REQ_MP; ++k)
{
sint32 mpQuantity= 0;
root.getValueByName(mpQuantity, toString("faber.Create.Quantity formula %d", k+1).c_str() );
// if the req quantity is not 0
if ( mpQuantity>0 )
{
CFaberPlan::CFormulaMP mpVal;
mpVal.Quantity= mpQuantity;
// No error if unknown: filter not used (all MPs match)
TRANSLATE_VAL(val, toString("faber.Create.MP formula %d", k+1).c_str());
mpVal.ItemRequired.buildSheetId(val);
// Add this req MP.
FaberPlan.FormulaMps.push_back(mpVal);
}
// else subsequents MP slots are not used
else
break;
}
}
// read minmax range/cast time when guigui ready
TRANSLATE_VAL(MinCastTime, "Basics.MinCastTime");
TRANSLATE_VAL(MaxCastTime, "Basics.MaxCastTime");
TRANSLATE_VAL(MinRange, "Basics.MinRange");
TRANSLATE_VAL(MaxRange, "Basics.MaxRange");
// Read SPCost
TRANSLATE_VAL(SPCost, "Basics.SPCost");
// Read AvoidCyclic
TRANSLATE_VAL(AvoidCyclic, "Basics.AvoidCyclic");
// Read UsableWithEmptyHands
TRANSLATE_VAL(UsableWithEmptyHands, "Basics.UsableWithEmptyHands");
// Read Action Nature
string val;
TRANSLATE_ENUM(ActionNature, ACTNATURE::UNKNOWN, ACTNATURE::toActionNature, "Basics.Action Nature");
// Read CivRestriction
TRANSLATE_ENUM(CivRestriction, EGSPD::CPeople::Common, EGSPD::CPeople::fromString, "Basics.CivRestriction");
// **** parse properties, to precompute the Bricks Flags.
BrickRequiredFlags= 0;
for(i=0;i<Properties.size();i++)
{
string text= NLMISC::toLower(Properties[i].Text);
// If the property is an opening property
const string openingProp[]= { "opening_1:", "opening_2:", "opening_3:" };
// or if the property is a general brick flag
const string neededBrickFlag= "needed_brick_flag";
const uint nOpeningProp= sizeof(openingProp) / sizeof(openingProp[0]);
for(uint j=0;j<nOpeningProp;j++)
{
const string &prop= openingProp[j];
// if found this property
if( text.compare(0, prop.size(), prop)==0 ||
(j==0 && text.compare(0, neededBrickFlag.size(), neededBrickFlag)==0)
)
{
// get all the opening requirement
vector<string> strList;
strList.reserve(10);
splitString(text, ":", strList);
for(uint k=1;k<strList.size();k++)
{
// remove empty space, and convert to a bit
strRemoveChar(strList[k], ' ');
BRICK_FLAGS::TBrickFlag evFlag;
evFlag= BRICK_FLAGS::toBrickFlag(strList[k]);
if(evFlag!=BRICK_FLAGS::UnknownFlag)
BrickRequiredFlags|= (uint64(1)<<(uint)evFlag);
}
break;
}
}
}
// **** parse required skills
// parse the sheet str
string skillReqStr;
TRANSLATE_VAL(skillReqStr, "Basics.LearnRequiresOneOfSkills");
while(strFindReplace(skillReqStr, ":", " "));
listSkill.clear();
splitString(skillReqStr," ",listSkill);
// build the req skill array
RequiredSkills.clear();
RequiredSkills.reserve(listSkill.size()/2);
for(i=0;i<listSkill.size()/2;i++)
{
CSkillValue sv;
sv.Skill= SKILLS::toSkill(listSkill[i*2]);
fromString(listSkill[i*2+1], sv.Value);
// keep only whats work
if(sv.Skill!=SKILLS::unknown)
{
RequiredSkills.push_back(sv);
}
}
// **** parse required bricks
// parse the sheet str
string brickReqStr;
TRANSLATE_VAL(brickReqStr, "Basics.LearnRequiresBricks");
while(strFindReplace(brickReqStr, ":", " "));
std::vector<string> listBrick;
listBrick.clear();
splitString(brickReqStr," ",listBrick);
// build the req skill array
RequiredBricks.clear();
RequiredBricks.reserve(listBrick.size());
for(i=0;i<listBrick.size();i++)
{
CSheetId sheetId;
string str= listBrick[i];
strlwr(str);
if(str.find(".sbrick")==string::npos)
str+= ".sbrick";
sheetId.buildSheetId(str);
if(sheetId!=CSheetId::Unknown)
{
RequiredBricks.push_back(sheetId);
}
}
// faction index
string faction;
root.getValueByName (faction, "Basics.Faction" );
FactionIndex = CStaticFames::getInstance().getFactionIndex( faction );
// min fame value
TRANSLATE_VAL(MinFameValue, "Basics.Minimum fame");
// **** Magic only: try to get a ResistType against this brick
for(i=0;i<Properties.size();i++)
{
string text= toLower(Properties[i].Text);
// *** If the property is a DamageType
const string dmgTypeProp= "ma_dmg_type:";
if( text.compare(0, dmgTypeProp.size(), dmgTypeProp)==0 )
{
// extract the dmg type
string dtStr= text.substr(dmgTypeProp.size());
strRemoveChar(dtStr, ' ');
DMGTYPE::EDamageType dt= DMGTYPE::stringToDamageType(dtStr);
if(dt!=DMGTYPE::UNDEFINED)
{
// Convert to a resist type
RESISTANCE_TYPE::TResistanceType rt= DMGTYPE::getAssociatedResistanceType(dt);
if(rt!=RESISTANCE_TYPE::None)
MagicResistType= rt;
}
}
// *** Do the same if the property is an effect family (affliction spells)
const string effectFamProp= "ma_effect:";
if( text.compare(0, effectFamProp.size(), effectFamProp)==0 )
{
// extract the effect family
string efStr= text.substr(effectFamProp.size());
strRemoveChar(efStr, ' ');
EFFECT_FAMILIES::TEffectFamily ef= EFFECT_FAMILIES::toEffectFamily(efStr);
if(ef!=EFFECT_FAMILIES::Unknown)
{
// Convert to a resist type
RESISTANCE_TYPE::TResistanceType rt= EFFECT_FAMILIES::getAssociatedResistanceType(ef);
if(rt!=RESISTANCE_TYPE::None)
MagicResistType= rt;
}
}
}
}