src/battle/PartyLayout.cpp

   1 #include "PartyLayout.h"
   2
   3 #include "../loader/Interpreter.h"
   4 #include "../loader/TypeDescription.h"
   5
   6 using math::Vector;
   7 using loader::FieldDescription;
   8 using loader::Interpreter;
   9 using loader::TypeDescription;
  10 using std::vector;
  11
  12 namespace battle {
  13
  14 Vector<int> PartyLayout::CalculatePosition(int index, int width, int height) const {
  15         assert(index >= 0 && index < numPositions);
  16         return Vector<int>(
  17                         positions[index].X() * width / 255,
  18                         positions[index].Y() * height / 223
  19                         );
  20 }
  21
  22 void PartyLayout::CalculatePositions(int width, int height, vector<Vector<int> > &dest) const {
  23         dest.clear();
  24         dest.reserve(numPositions);
  25         for (int i(0); i < numPositions; ++i) {
  26                 dest.push_back(Vector<int>(
  27                                 positions[i].X() * width / 255,
  28                                 positions[i].Y() * height / 223
  29                                 ));
  30         }
  31 }
  32
  33
  34 void PartyLayout::CreateTypeDescription() {
  35         PartyLayout p;
  36
  37         TypeDescription &td(TypeDescription::Create(TYPE_ID, "PartyLayout"));
  38         td.SetDescription("Positions of party members");
  39         td.SetConstructor(&Construct);
  40         td.SetSize(sizeof(PartyLayout));
  41
  42         td.AddField("positions", FieldDescription(((char *)&p.positions) - ((char *)&p), Interpreter::VECTOR_ID).SetReferenced().SetAggregate().SetDescription("the members' positions"));
  43 }
  44
  45 void PartyLayout::Construct(void *data) {
  46         new (data) PartyLayout;
  47 }
  48
  49 }