src/fuel_fab_tests.cc

Go to the documentation of this file.

#include "fuel_fab.h"
 
#include <gtest/gtest.h>
#include <sstream>
#include "cyclus.h"
 
using pyne::nucname::id;
using cyclus::Composition;
using cyclus::CompMap;
using cyclus::Material;
using cyclus::QueryResult;
using cyclus::Cond;
 
namespace cycamore {
namespace fuelfabtests {
 
Composition::Ptr c_uox() {
  CompMap m;
  m[id("u235")] = 0.04;
  m[id("u238")] = 0.96;
  return Composition::CreateFromMass(m);
};
 
Composition::Ptr c_mox() {
  CompMap m;
  m[id("u235")] = .7;
  m[id("u238")] = 100;
  m[id("pu239")] = 3.3;
  return Composition::CreateFromMass(m);
};
 
Composition::Ptr c_natu() {
  CompMap m;
  m[id("u235")] =  .007;
  m[id("u238")] =  .993;
  return Composition::CreateFromMass(m);
};
 
Composition::Ptr c_pustream() {
  CompMap m;
  m[id("pu239")] = 100;
  m[id("pu240")] = 10;
  m[id("pu241")] = 1;
  m[id("pu242")] = 1;
  return Composition::CreateFromMass(m);
};
 
Composition::Ptr c_pustreamlow() {
  CompMap m;
  m[id("pu239")] = 80;
  m[id("pu240")] = 10;
  m[id("pu241")] = 1;
  m[id("pu242")] = 1;
  return Composition::CreateFromMass(m);
};
 
Composition::Ptr c_pustreambad() {
  CompMap m;
  m[id("pu239")] = 1;
  m[id("pu240")] = 10;
  m[id("pu241")] = 1;
  m[id("pu242")] = 1;
  return Composition::CreateFromMass(m);
};
 
Composition::Ptr c_water() {
  CompMap m;
  m[id("O16")] =  1;
  m[id("H1")] =  2;
  return Composition::CreateFromAtom(m);
};
 
TEST(FuelFabTests, CosiWeight) {
  cyclus::Env::SetNucDataPath();
  CompMap m;
  m[942390000] = 1;
  Composition::Ptr c = Composition::CreateFromMass(m);
  double w = CosiWeight(c, "thermal");
  EXPECT_DOUBLE_EQ(1.0, w);
 
  m.clear();
  m[922380000] = 1;
  c = Composition::CreateFromMass(m);
  w = CosiWeight(c, "thermal");
  EXPECT_DOUBLE_EQ(0.0, w);
 
  m.clear();
  m[942390000] = 1;
  c = Composition::CreateFromMass(m);
  w = CosiWeight(c, "fission_spectrum_ave");
  EXPECT_DOUBLE_EQ(1.0, w);
 
  m.clear();
  m[922380000] = 1;
  c = Composition::CreateFromMass(m);
  w = CosiWeight(c, "fission_spectrum_ave");
  EXPECT_DOUBLE_EQ(0.0, w);
 
  m.clear();
  m[922380000] = 1;
  m[942390000] = 1;
  c = Composition::CreateFromAtom(m);
  w = CosiWeight(c, "thermal");
  EXPECT_DOUBLE_EQ(0.5, w) << "might be using mass-fractions instead of atom";
 
  m.clear();
  m[922380000] = 1;
  m[942390000] = 1;
  c = Composition::CreateFromAtom(m);
  w = CosiWeight(c, "fission_spectrum_ave");
  EXPECT_DOUBLE_EQ(0.5, w) << "might be using mass-fractions instead of atom";
 
  m.clear();
  m[922380000] = 1;
  m[942390000] = 1;
  m[922350000] = 1;
  c = Composition::CreateFromAtom(m);
  double w_therm = CosiWeight(c, "thermal");
  double w_fast = CosiWeight(c, "fission_spectrum_ave");
  EXPECT_GT(w_therm, w_fast);
}
 
TEST(FuelFabTests, CosiWeight_Mixed) {
  cyclus::Env::SetNucDataPath();
  double w_fill = CosiWeight(c_natu(), "thermal");
  double w_fiss = CosiWeight(c_pustream(), "thermal");
  double w_target = CosiWeight(c_uox(), "thermal");
 
  double fiss_frac = HighFrac(w_fill, w_target, w_fiss);
  double fill_frac = LowFrac(w_fill, w_target, w_fiss);
 
  // correct frac's from atom-based into mass-based for mixing
  fiss_frac = AtomToMassFrac(fiss_frac, c_pustream(), c_natu());
  fill_frac = AtomToMassFrac(fill_frac, c_natu(), c_pustream());
 
  Material::Ptr m1 = Material::CreateUntracked(fiss_frac, c_pustream());
  Material::Ptr m2 = Material::CreateUntracked(fill_frac, c_natu());
  m1->Absorb(m2);
  double got = CosiWeight(m1->comp(), "thermal");
  EXPECT_LT(std::abs((w_target-got)/w_target), 0.00001) << "mixed composition not within 0.001% of target";
}
 
TEST(FuelFabTests, HighFrac) {
  cyclus::Env::SetNucDataPath();
  double w_fill = CosiWeight(c_natu(), "thermal");
  double w_fiss = CosiWeight(c_pustream(), "thermal");
  double w_target = CosiWeight(c_uox(), "thermal");
 
  EXPECT_THROW(HighFrac(w_fiss, w_target, w_fill), cyclus::ValueError);
  EXPECT_THROW(HighFrac(w_target, w_fill, w_fiss), cyclus::ValueError);
  EXPECT_THROW(HighFrac(w_target, w_fiss, w_fill), cyclus::ValueError);
 
  double f = HighFrac(w_fill, w_target, w_fiss);
  EXPECT_DOUBLE_EQ((w_target-w_fill)/(w_fiss-w_fill), f);
}
 
TEST(FuelFabTests, LowFrac) {
  cyclus::Env::SetNucDataPath();
  double w_fill = CosiWeight(c_natu(), "thermal");
  double w_fiss = CosiWeight(c_pustream(), "thermal");
  double w_target = CosiWeight(c_uox(), "thermal");
 
  EXPECT_THROW(LowFrac(w_fiss, w_target, w_fill), cyclus::ValueError);
  EXPECT_THROW(LowFrac(w_target, w_fill, w_fiss), cyclus::ValueError);
  EXPECT_THROW(LowFrac(w_target, w_fiss, w_fill), cyclus::ValueError);
 
  double f = LowFrac(w_fill, w_target, w_fiss);
  EXPECT_DOUBLE_EQ((w_fiss-w_target)/(w_fiss-w_fill), f);
}
 
TEST(FuelFabTests, ValidWeights) {
  cyclus::Env::SetNucDataPath();
  double w_fill = CosiWeight(c_natu(), "thermal");
  double w_fiss = CosiWeight(c_pustream(), "thermal");
  double w_target = CosiWeight(c_uox(), "thermal");
 
  EXPECT_EQ(true, ValidWeights(w_fill, w_target, w_fiss));
  EXPECT_EQ(false, ValidWeights(w_fiss, w_target, w_fill));
  EXPECT_EQ(false, ValidWeights(w_target, w_fill, w_fiss));
  EXPECT_EQ(false, ValidWeights(w_fiss, w_fill, w_target));
  EXPECT_EQ(false, ValidWeights(w_target, w_fiss, w_fill));
  EXPECT_EQ(false, ValidWeights(w_fill, w_fiss, w_target));
}
 
// request (and receive) a specific recipe for fissile stream correctly.
TEST(FuelFabTests, FissRecipe) {
  std::string config =
     "<fill_commods> <val>dummy</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>1</fill_size>"
     ""
     "<fiss_commods> <val>stream1</val> <val>stream2</val> <val>stream3</val> </fiss_commods>"
     "<fiss_size>2.5</fiss_size>"
     "<fiss_recipe>spentuox</fiss_recipe>"
     ""
     "<outcommod>dummyout</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>0</throughput>"
     ;
 
  int simdur = 1;
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("stream1").Finalize();
  sim.AddRecipe("spentuox", c_pustream());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  int resid = sim.db().Query("Transactions", NULL).GetVal<int>("ResourceId");
  CompMap got = sim.GetMaterial(resid)->comp()->mass();
  CompMap want = c_pustream()->mass();
  cyclus::compmath::Normalize(&got);
  cyclus::compmath::Normalize(&want);
  CompMap::iterator it;
  for (it = want.begin(); it != want.end(); ++it) {
    EXPECT_DOUBLE_EQ(it->second, got[it->first]) << "nuclide qty off: " << pyne::nucname::name(it->first);
  }
}
 
// multiple fissile streams can be correctly requested and used as
// fissile material inventory.
TEST(FuelFabTests, MultipleFissStreams) {
  std::string config =
     "<fill_commods> <val>dummy</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>1</fill_size>"
     ""
     "<fiss_commods> <val>stream1</val> <val>stream2</val> <val>stream3</val> </fiss_commods>"
     "<fiss_size>2.5</fiss_size>"
     ""
     "<outcommod>dummyout</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>0</throughput>"
     ;
 
  int simdur = 1;
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("stream1").recipe("spentuox").capacity(1).Finalize();
  sim.AddSource("stream2").recipe("spentuox").capacity(1).Finalize();
  sim.AddSource("stream3").recipe("spentuox").capacity(1).Finalize();
  sim.AddRecipe("spentuox", c_pustream());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  QueryResult qr = sim.db().Query("Transactions", NULL);
  EXPECT_EQ(3, qr.rows.size());
 
  std::vector<Cond> conds;
  conds.push_back(Cond("Commodity", "==", std::string("stream1")));
  qr = sim.db().Query("Transactions", &conds);
  EXPECT_EQ(1, qr.rows.size());
 
  conds[0] = Cond("Commodity", "==", std::string("stream2"));
  qr = sim.db().Query("Transactions", &conds);
  EXPECT_EQ(1, qr.rows.size());
 
  conds[0] = Cond("Commodity", "==", std::string("stream3"));
  qr = sim.db().Query("Transactions", &conds);
  EXPECT_EQ(1, qr.rows.size());
}
 
// fissile stream preferences can be specified.
TEST(FuelFabTests, FissStreamPrefs) {
  std::string config =
     "<fill_commods> <val>dummy</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>1</fill_size>"
     ""
     "<fiss_commods>      <val>stream1</val> <val>stream2</val> <val>stream3</val> </fiss_commods>"
     "<fiss_commod_prefs> <val>1.0</val>     <val>0.1</val>     <val>2.0</val> </fiss_commod_prefs>"
     "<fiss_size>1.5</fiss_size>"
     ""
     "<outcommod>dummyout</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>0</throughput>"
     ;
 
  int simdur = 1;
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("stream1").recipe("spentuox").capacity(1).Finalize();
  sim.AddSource("stream2").recipe("spentuox").capacity(1).Finalize();
  sim.AddSource("stream3").recipe("spentuox").capacity(1).Finalize();
  sim.AddRecipe("spentuox", c_pustream());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  std::vector<Cond> conds;
  conds.push_back(Cond("Commodity", "==", std::string("stream1")));
  QueryResult qr = sim.db().Query("Transactions", &conds);
  Material::Ptr m = sim.GetMaterial(qr.GetVal<int>("ResourceId"));
  EXPECT_DOUBLE_EQ(0.5, m->quantity());
 
  conds[0] = Cond("Commodity", "==", std::string("stream2"));
  qr = sim.db().Query("Transactions", &conds);
  EXPECT_EQ(0, qr.rows.size());
 
  conds[0] = Cond("Commodity", "==", std::string("stream3"));
  qr = sim.db().Query("Transactions", &conds);
  m = sim.GetMaterial(qr.GetVal<int>("ResourceId"));
  EXPECT_DOUBLE_EQ(1.0, m->quantity());
}
 
// zero throughput must not result in a zero capacity constraint excception.
TEST(FuelFabTests, ZeroThroughput) {
  std::string config =
     "<fill_commods> <val>natu</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>3.9</fill_size>"
     ""
     "<fiss_commods> <val>spentuox</val> </fiss_commods>"
     "<fiss_recipe>spentuox</fiss_recipe>"
     "<fiss_size>3.5</fiss_size>"
     ""
     "<topup_commod>uox</topup_commod>"
     "<topup_recipe>uox</topup_recipe>"
     "<topup_size>3.3</topup_size>"
     ""
     "<outcommod>dummyout</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>0</throughput>"
     ;
 
  int simdur = 10;
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("uox").capacity(1).Finalize();
  sim.AddSource("spentuox").capacity(1).Finalize();
  sim.AddSource("natu").capacity(1).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("spentuox", c_pustream());
  sim.AddRecipe("natu", c_natu());
  EXPECT_NO_THROW(sim.Run());
}
 
// fill, fiss, and topup inventories are all requested for and
// filled as expected. Inventory size constraints are properly
// enforced after they are full.
TEST(FuelFabTests, FillAllInventories) {
  std::string config =
     "<fill_commods> <val>natu</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>3.9</fill_size>"
     ""
     "<fiss_commods> <val>spentuox</val> </fiss_commods>"
     "<fiss_recipe>spentuox</fiss_recipe>"
     "<fiss_size>3.5</fiss_size>"
     ""
     "<topup_commod>uox</topup_commod>"
     "<topup_recipe>uox</topup_recipe>"
     "<topup_size>3.3</topup_size>"
     ""
     "<outcommod>dummyout</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>1</throughput>"
     ;
 
  int simdur = 10;
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("uox").capacity(1).Finalize();
  sim.AddSource("spentuox").capacity(1).Finalize();
  sim.AddSource("natu").capacity(1).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("spentuox", c_pustream());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  cyclus::SqlStatement::Ptr stmt = sim.db().db().Prepare(
      "SELECT SUM(r.Quantity) FROM Transactions AS t"
      " INNER JOIN Resources AS r ON r.ResourceId = t.ResourceId"
      " WHERE t.Commodity = ?;"
      );
 
  stmt->BindText(1, "natu");
  stmt->Step();
  EXPECT_DOUBLE_EQ(3.9, stmt->GetDouble(0));
  stmt->Reset();
  stmt->BindText(1, "spentuox");
  stmt->Step();
  EXPECT_DOUBLE_EQ(3.5, stmt->GetDouble(0));
  stmt->Reset();
  stmt->BindText(1, "uox");
  stmt->Step();
  EXPECT_DOUBLE_EQ(3.3, stmt->GetDouble(0));
}
 
// Meet a request requiring zero fill inventory when we have zero fill
// inventory quantity.
TEST(FuelFabTests, ProvideStraightFiss_WithZeroFill) {
  std::string config =
     "<fill_commods> <val>nothing</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>100</fill_size>"
     ""
     "<fiss_commods> <val>anything</val> </fiss_commods>"
     "<fiss_recipe>spentuox</fiss_recipe>"
     "<fiss_size>100</fiss_size>"
     ""
     "<outcommod>recyclefuel</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>100</throughput>"
     ;
  int simdur = 6;
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("anything").Finalize();
  sim.AddSink("recyclefuel").recipe("spentuox").capacity(100).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("spentuox", c_pustream());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  std::vector<Cond> conds;
  conds.push_back(Cond("Commodity", "==", std::string("recyclefuel")));
  QueryResult qr = sim.db().Query("Transactions", NULL);
  // 6 = 3 receives of inventory, 3 sells of recycled fuel
  EXPECT_EQ(6, qr.rows.size());
}
 
TEST(FuelFabTests, ProvideStraightFill_ZeroFiss) {
  std::string config =
     "<fill_commods> <val>anything</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>100</fill_size>"
     ""
     "<fiss_commods> <val>nothing</val> </fiss_commods>"
     "<fiss_recipe>spentuox</fiss_recipe>"
     "<fiss_size>100</fiss_size>"
     ""
     "<outcommod>recyclefuel</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>100</throughput>"
     ;
  int simdur = 6;
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("anything").Finalize();
  sim.AddSink("recyclefuel").recipe("natu").capacity(100).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("spentuox", c_pustream());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  std::vector<Cond> conds;
  conds.push_back(Cond("Commodity", "==", std::string("recyclefuel")));
  QueryResult qr = sim.db().Query("Transactions", NULL);
  // 6 = 3 receives of inventory, 3 sells of recycled fuel
  EXPECT_EQ(6, qr.rows.size());
}
 
// throughput is properly restricted when faced with many fuel
// requests and with ample material inventory.
TEST(FuelFabTests, ThroughputLimit) {
  std::string config =
     "<fill_commods> <val>anything</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>100</fill_size>"
     ""
     "<fiss_commods> <val>anything</val> </fiss_commods>"
     "<fiss_recipe>pustream</fiss_recipe>"
     "<fiss_size>100</fiss_size>"
     ""
     "<outcommod>recyclefuel</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>3</throughput>"
     ;
  double throughput = 3;
 
  int simdur = 5;
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("anything").lifetime(1).Finalize();
  sim.AddSink("recyclefuel").recipe("uox").capacity(2*throughput).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("pustream", c_pustream());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  QueryResult qr = sim.db().Query("Transactions", NULL);
  EXPECT_LT(2, qr.rows.size());
 
  cyclus::SqlStatement::Ptr stmt = sim.db().db().Prepare(
      "SELECT SUM(r.Quantity) FROM Transactions AS t"
      " INNER JOIN Resources AS r ON r.ResourceId = t.ResourceId"
      " WHERE t.Commodity = 'recyclefuel';"
      );
 
  stmt->Step();
  EXPECT_DOUBLE_EQ(throughput * (simdur-1), stmt->GetDouble(0));
 
  stmt = sim.db().db().Prepare(
      "SELECT COUNT(*) FROM Transactions WHERE Commodity = 'recyclefuel';"
      );
 
  stmt->Step();
  EXPECT_DOUBLE_EQ(simdur-1, stmt->GetDouble(0));
}
 
// supplied fuel has proper equivalence weights as requested.
TEST(FuelFabTests, CorrectMixing) {
  std::string config =
     "<fill_commods> <val>natu</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>100</fill_size>"
     ""
     "<fiss_commods> <val>pustream</val> </fiss_commods>"
     "<fiss_recipe>pustream</fiss_recipe>"
     "<fiss_size>100</fiss_size>"
     ""
     "<outcommod>recyclefuel</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>100</throughput>"
     ;
  int simdur = 3;
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("pustream").Finalize();
  sim.AddSource("natu").Finalize();
  sim.AddSink("recyclefuel").recipe("uox").capacity(10).lifetime(2).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("pustream", c_pustream());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  std::vector<Cond> conds;
  conds.push_back(Cond("Commodity", "==", std::string("recyclefuel")));
  QueryResult qr = sim.db().Query("Transactions", &conds);
  EXPECT_EQ(1, qr.rows.size());
 
  Material::Ptr m = sim.GetMaterial(qr.GetVal<int>("ResourceId"));
  double got = CosiWeight(m->comp(), "thermal");
  double w_target = CosiWeight(c_uox(), "thermal");
  EXPECT_LT(std::abs((w_target-got)/w_target), 0.00001) << "mixed composition not within 0.001% of target";
 
  conds.push_back(Cond("Time", "==", 2));
 
  // TODO: do hand calcs to verify expected vals below - they are just regression values currently.
  conds[0] = Cond("Commodity", "==", std::string("natu"));
  qr = sim.db().Query("Transactions", &conds);
  m = sim.GetMaterial(qr.GetVal<int>("ResourceId"));
  EXPECT_NEAR(9.7463873197, m->quantity(), cyclus::CY_NEAR_ZERO) << "mixed wrong amount of Nat. U stream";
 
  conds[0] = Cond("Commodity", "==", std::string("pustream"));
  qr = sim.db().Query("Transactions", &conds);
  m = sim.GetMaterial(qr.GetVal<int>("ResourceId"));
  EXPECT_NEAR(0.25361268029, m->quantity(), cyclus::CY_NEAR_ZERO) << "mixed wrong amount of Pu stream";
}
 
// fuel is requested requiring more filler than is available with plenty of
// fissile.
TEST(FuelFabTests, FillConstrained) {
  cyclus::Env::SetNucDataPath();
  std::string config =
     "<fill_commods> <val>natu</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>1</fill_size>"
     ""
     "<fiss_commods> <val>pustream</val> </fiss_commods>"
     "<fiss_recipe>pustream</fiss_recipe>"
     "<fiss_size>10000</fiss_size>"
     ""
     "<outcommod>recyclefuel</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>10000</throughput>"
     ;
  double fillinv = 1;
  int simdur = 2;
 
  double w_fill = CosiWeight(c_natu(), "thermal");
  double w_fiss = CosiWeight(c_pustream(), "thermal");
  double w_target = CosiWeight(c_uox(), "thermal");
  double fiss_frac = HighFrac(w_fill, w_target, w_fiss);
  double fill_frac = LowFrac(w_fill, w_target, w_fiss);
  fiss_frac = AtomToMassFrac(fiss_frac, c_pustream(), c_natu());
  fill_frac = AtomToMassFrac(fill_frac, c_natu(), c_pustream());
  double max_provide = fillinv / fill_frac;
 
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("pustream").lifetime(1).Finalize();
  sim.AddSource("natu").lifetime(1).Finalize();
  sim.AddSink("recyclefuel").recipe("uox").capacity(2 * max_provide).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("pustream", c_pustream());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  std::vector<Cond> conds;
  conds.push_back(Cond("Commodity", "==", std::string("recyclefuel")));
  QueryResult qr = sim.db().Query("Transactions", &conds);
  Material::Ptr m = sim.GetMaterial(qr.GetVal<int>("ResourceId"));
 
  EXPECT_NEAR(max_provide, m->quantity(), cyclus::CY_NEAR_ZERO) << "matched trade uses more fill than available";
}
 
// fuel is requested requiring more fissile material than is available with
// plenty of filler.
TEST(FuelFabTests, FissConstrained) {
  cyclus::Env::SetNucDataPath();
  std::string config =
     "<fill_commods> <val>natu</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>10000</fill_size>"
     ""
     "<fiss_commods> <val>pustream</val> </fiss_commods>"
     "<fiss_recipe>pustream</fiss_recipe>"
     "<fiss_size>1</fiss_size>"
     ""
     "<outcommod>recyclefuel</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>10000</throughput>"
     ;
  double fissinv = 1;
  int simdur = 2;
 
  double w_fill = CosiWeight(c_natu(), "thermal");
  double w_fiss = CosiWeight(c_pustream(), "thermal");
  double w_target = CosiWeight(c_uox(), "thermal");
  double fiss_frac = HighFrac(w_fill, w_target, w_fiss);
  double fill_frac = LowFrac(w_fill, w_target, w_fiss);
  fiss_frac = AtomToMassFrac(fiss_frac, c_pustream(), c_natu());
  fill_frac = AtomToMassFrac(fill_frac, c_natu(), c_pustream());
  double max_provide = fissinv / fiss_frac;
 
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("pustream").lifetime(1).Finalize();
  sim.AddSource("natu").lifetime(1).Finalize();
  sim.AddSink("recyclefuel").recipe("uox").capacity(2 * max_provide).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("pustream", c_pustream());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  std::vector<Cond> conds;
  conds.push_back(Cond("Commodity", "==", std::string("recyclefuel")));
  QueryResult qr = sim.db().Query("Transactions", &conds);
  Material::Ptr m = sim.GetMaterial(qr.GetVal<int>("ResourceId"));
 
  EXPECT_NEAR(max_provide, m->quantity(), cyclus::CY_NEAR_ZERO) << "matched trade uses more fill than available";
}
 
// swap to topup inventory because fissile has too low reactivity.
TEST(FuelFabTests, SwapTopup) {
  std::string config =
     "<fill_commods> <val>natu</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>10000</fill_size>"
     ""
     "<fiss_commods> <val>pustreambad</val> </fiss_commods>"
     "<fiss_recipe>pustreambad</fiss_recipe>"
     "<fiss_size>10000</fiss_size>"
     ""
     "<topup_commod>pustream</topup_commod>"
     "<topup_recipe>pustream</topup_recipe>"
     "<topup_size>10000</topup_size>"
     ""
     "<outcommod>recyclefuel</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>10000</throughput>"
     ;
  int simdur = 3;
  double sink_cap = 10;
 
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("pustream").Finalize();
  sim.AddSource("pustreambad").Finalize();
  sim.AddSource("natu").Finalize();
  sim.AddSink("recyclefuel").recipe("uox").capacity(sink_cap).lifetime(2).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("pustream", c_pustream());
  sim.AddRecipe("pustreambad", c_pustreambad());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  std::vector<Cond> conds;
  conds.push_back(Cond("Commodity", "==", std::string("recyclefuel")));
  QueryResult qr = sim.db().Query("Transactions", &conds);
  ASSERT_EQ(1, qr.rows.size()) << "failed to meet fuel request";
  Material::Ptr m = sim.GetMaterial(qr.GetVal<int>("ResourceId"));
  EXPECT_NEAR(sink_cap, m->quantity(), cyclus::CY_NEAR_ZERO) << "supplied fuel was constrained too much";
 
  conds[0] = Cond("Commodity", "==", std::string("natu"));
  conds.push_back(Cond("Time", "==", 2));
  qr = sim.db().Query("Transactions", &conds);
  ASSERT_EQ(0, qr.rows.size()) << "failed to swith to topup - used fill - uh oh";
 
  conds[0] = Cond("Commodity", "==", std::string("pustream"));
  conds.push_back(Cond("Time", "==", 2));
  qr = sim.db().Query("Transactions", &conds);
  ASSERT_EQ(1, qr.rows.size()) << "didn't get more topup after supposedly using it - why?";
}
 
TEST(FuelFabTests, SwapTopup_ZeroFill) {
  std::string config =
     "<fill_commods> <val>natu</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>0</fill_size>"
     ""
     "<fiss_commods> <val>pustreambad</val> </fiss_commods>"
     "<fiss_recipe>pustreambad</fiss_recipe>"
     "<fiss_size>10000</fiss_size>"
     ""
     "<topup_commod>pustream</topup_commod>"
     "<topup_recipe>pustream</topup_recipe>"
     "<topup_size>10000</topup_size>"
     ""
     "<outcommod>recyclefuel</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>10000</throughput>"
     ;
  int simdur = 3;
  double sink_cap = 10;
 
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("pustream").Finalize();
  sim.AddSource("pustreambad").Finalize();
  sim.AddSource("natu").Finalize();
  sim.AddSink("recyclefuel").recipe("uox").capacity(sink_cap).lifetime(2).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("pustream", c_pustream());
  sim.AddRecipe("pustreambad", c_pustreambad());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  std::vector<Cond> conds;
  conds.push_back(Cond("Commodity", "==", std::string("recyclefuel")));
  QueryResult qr = sim.db().Query("Transactions", &conds);
  ASSERT_EQ(1, qr.rows.size()) << "failed to meet fuel request";
  Material::Ptr m = sim.GetMaterial(qr.GetVal<int>("ResourceId"));
  EXPECT_NEAR(sink_cap, m->quantity(), cyclus::CY_NEAR_ZERO) << "supplied fuel was constrained too much";
 
  conds[0] = Cond("Commodity", "==", std::string("pustream"));
  conds.push_back(Cond("Time", "==", 2));
  qr = sim.db().Query("Transactions", &conds);
  ASSERT_EQ(1, qr.rows.size()) << "failed to use topup - why?";
 
  conds[0] = Cond("Commodity", "==", std::string("pustreambad"));
  conds.push_back(Cond("Time", "==", 2));
  qr = sim.db().Query("Transactions", &conds);
  ASSERT_EQ(1, qr.rows.size()) << "failed to use fiss - why?";
}
 
// swap to topup inventory but are limited by topup inventory quantity.  This
// test makes sure the provided fuel is much less than requested due to a
// small topup inventory despite a surplus of fill that can't be used due to
// the fiss stream not having a high enough weight (so we must use topup with
// fiss).
TEST(FuelFabTests, SwapTopup_TopupConstrained) {
  cyclus::Env::SetNucDataPath();
  std::string config =
     "<fill_commods> <val>natu</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>10000</fill_size>"
     ""
     "<fiss_commods> <val>pustreambad</val> </fiss_commods>"
     "<fiss_recipe>pustreambad</fiss_recipe>"
     "<fiss_size>10000</fiss_size>"
     ""
     "<topup_commod>pustream</topup_commod>"
     "<topup_recipe>pustream</topup_recipe>"
     "<topup_size>1</topup_size>"
     ""
     "<outcommod>recyclefuel</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>10000</throughput>"
     ;
  double topupinv = 1;
  int simdur = 2;
 
  // compute max fuel mass providable in a single time step
  double w_fiss = CosiWeight(c_pustreambad(), "thermal");
  double w_topup = CosiWeight(c_pustream(), "thermal");
  double w_target = CosiWeight(c_uox(), "thermal");
  double topup_frac = HighFrac(w_fiss, w_target, w_topup);
  double fiss_frac = LowFrac(w_fiss, w_target, w_topup);
  fiss_frac = AtomToMassFrac(fiss_frac, c_pustreambad(), c_pustream());
  topup_frac = AtomToMassFrac(topup_frac, c_pustream(), c_pustreambad());
  double max_provide = topupinv / topup_frac;
 
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("pustream").Finalize();
  sim.AddSource("pustreambad").Finalize();
  sim.AddSource("natu").Finalize();
  sim.AddSink("recyclefuel").recipe("uox").capacity(2 * max_provide).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("pustream", c_pustream());
  sim.AddRecipe("pustreambad", c_pustreambad());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  std::vector<Cond> conds;
  conds.push_back(Cond("Commodity", "==", std::string("recyclefuel")));
  QueryResult qr = sim.db().Query("Transactions", &conds);
  ASSERT_EQ(1, qr.rows.size()) << "failed to meet fuel request";
  Material::Ptr m = sim.GetMaterial(qr.GetVal<int>("ResourceId"));
 
  EXPECT_NEAR(max_provide, m->quantity(), cyclus::CY_NEAR_ZERO) << "matched trade uses more fiss than available";
}
 
// swap to topup inventory but are limited by fiss inventory quantity.  This
// test makes sure the provided fuel is much less than requested due to a
// small fiss inventory.
TEST(FuelFabTests, SwapTopup_FissConstrained) {
  cyclus::Env::SetNucDataPath();
  std::string config =
     "<fill_commods> <val>natu</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>0</fill_size>"
     ""
     "<fiss_commods> <val>pustreambad</val> </fiss_commods>"
     "<fiss_recipe>pustreambad</fiss_recipe>"
     "<fiss_size>1</fiss_size>"
     ""
     "<topup_commod>pustream</topup_commod>"
     "<topup_recipe>pustream</topup_recipe>"
     "<topup_size>10000</topup_size>"
     ""
     "<outcommod>recyclefuel</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>10000</throughput>"
     ;
  double fissinv = 1;
  int simdur = 2;
 
  // compute max fuel mass providable in a single time step
  double w_fiss = CosiWeight(c_pustreambad(), "thermal");
  double w_topup = CosiWeight(c_pustream(), "thermal");
  double w_target = CosiWeight(c_uox(), "thermal");
  double topup_frac = HighFrac(w_fiss, w_target, w_topup);
  double fiss_frac = LowFrac(w_fiss, w_target, w_topup);
  fiss_frac = AtomToMassFrac(fiss_frac, c_pustreambad(), c_pustream());
  topup_frac = AtomToMassFrac(topup_frac, c_pustream(), c_pustreambad());
  double max_provide = fissinv / fiss_frac;
 
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("pustream").Finalize();
  sim.AddSource("pustreambad").Finalize();
  sim.AddSource("natu").Finalize();
  sim.AddSink("recyclefuel").recipe("uox").capacity(2 * max_provide).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("pustream", c_pustream());
  sim.AddRecipe("pustreambad", c_pustreambad());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  std::vector<Cond> conds;
  conds.push_back(Cond("Commodity", "==", std::string("recyclefuel")));
  QueryResult qr = sim.db().Query("Transactions", &conds);
  ASSERT_EQ(1, qr.rows.size()) << "failed to meet fuel request";
  Material::Ptr m = sim.GetMaterial(qr.GetVal<int>("ResourceId"));
 
  EXPECT_NEAR(max_provide, m->quantity(), cyclus::CY_NEAR_ZERO) << "matched trade uses more fiss than available";
}
 
// Before this test and a fix, the fuel fab (partially) assumed each entire material
// buffer had the same composition as the material on top of the buffer when
// calculating stream mixing ratios for material to supply.  This problem was
// compounded by the fact that material weights are computed on an atom basis
// and mixing is done on a mass basis - corresponding conversions resulted in
// the fab being matched for more than it could actually supply - due to
// thinking it had an inventory of higher quality material than was actually
// the case.  This test makes sure that doesn't happen again.
TEST(FuelFabTests, HomogenousBuffers) {
  std::string config =
     "<fill_commods> <val>natu</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>40</fill_size>"
     ""
     "<fiss_commods> <val>stream1</val> </fiss_commods>"
     "<fiss_size>4</fiss_size>"
     "<fiss_recipe>spentuox</fiss_recipe>"
     ""
     "<outcommod>out</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>1e10</throughput>"
     ;
 
  CompMap m;
  m[id("u235")] = 7;
  m[id("u238")] = 86;
  // the zr90 is important to force the atom-mass basis conversion to push the
  // dre to overmatch in the direction we want.
  m[id("zr90")] = 7;
  Composition::Ptr c = Composition::CreateFromMass(m);
 
  int simdur = 5;
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("stream1").start(0).lifetime(1).capacity(.01).recipe("special").Finalize();
  sim.AddSource("stream1").start(1).lifetime(1).capacity(3.98).recipe("natu").Finalize();
  sim.AddSource("natu").lifetime(1).Finalize();
  sim.AddSink("out").start(2).capacity(4).lifetime(1).recipe("uox").Finalize();
  sim.AddSink("out").start(2).capacity(4).lifetime(1).recipe("uox").Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("spentuox", c_pustream());
  sim.AddRecipe("natu", c_natu());
  sim.AddRecipe("special", c);
  ASSERT_NO_THROW(sim.Run());
}
 
// - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
TEST(FuelFabTests, PositionInitialize) {
  cyclus::Env::SetNucDataPath();
  std::string config =
     "<fill_commods> <val>natu</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>0</fill_size>"
     ""
     "<fiss_commods> <val>pustreambad</val> </fiss_commods>"
     "<fiss_recipe>pustreambad</fiss_recipe>"
     "<fiss_size>1</fiss_size>"
     ""
     "<topup_commod>pustream</topup_commod>"
     "<topup_recipe>pustream</topup_recipe>"
     "<topup_size>10000</topup_size>"
     ""
     "<outcommod>recyclefuel</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>10000</throughput>";
  double fillinv = 1;
  int simdur = 2;
 
  double w_fill = CosiWeight(c_natu(), "thermal");
  double w_fiss = CosiWeight(c_pustream(), "thermal");
  double w_target = CosiWeight(c_uox(), "thermal");
  double fiss_frac = HighFrac(w_fill, w_target, w_fiss);
  double fill_frac = LowFrac(w_fill, w_target, w_fiss);
  fiss_frac = AtomToMassFrac(fiss_frac, c_pustream(), c_natu());
  fill_frac = AtomToMassFrac(fill_frac, c_natu(), c_pustream());
  double max_provide = fillinv / fill_frac;
 
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("pustream").Finalize();
  sim.AddSource("pustreambad").Finalize();
  sim.AddSource("natu").Finalize();
  sim.AddSink("recyclefuel").recipe("uox").capacity(2 * max_provide).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("pustream", c_pustream());
  sim.AddRecipe("pustreambad", c_pustreambad());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  QueryResult qr = sim.db().Query("AgentPosition", NULL);
  EXPECT_EQ(qr.GetVal<double>("Latitude"), 0.0);
  EXPECT_EQ(qr.GetVal<double>("Longitude"), 0.0);
}
 
TEST(FuelFabTests, PositionInitialize2) {
  cyclus::Env::SetNucDataPath();
  std::string config =
     "<fill_commods> <val>natu</val> </fill_commods>"
     "<fill_recipe>natu</fill_recipe>"
     "<fill_size>0</fill_size>"
     ""
     "<fiss_commods> <val>pustreambad</val> </fiss_commods>"
     "<fiss_recipe>pustreambad</fiss_recipe>"
     "<fiss_size>1</fiss_size>"
     ""
     "<topup_commod>pustream</topup_commod>"
     "<topup_recipe>pustream</topup_recipe>"
     "<topup_size>10000</topup_size>"
     ""
     "<outcommod>recyclefuel</outcommod>"
     "<spectrum>thermal</spectrum>"
     "<throughput>10000</throughput>"
     "<latitude>-90.0</latitude> "
     "<longitude>-120.0</longitude> "
     ;
  double fillinv = 1;
  int simdur = 2;
 
  double w_fill = CosiWeight(c_natu(), "thermal");
  double w_fiss = CosiWeight(c_pustream(), "thermal");
  double w_target = CosiWeight(c_uox(), "thermal");
  double fiss_frac = HighFrac(w_fill, w_target, w_fiss);
  double fill_frac = LowFrac(w_fill, w_target, w_fiss);
  fiss_frac = AtomToMassFrac(fiss_frac, c_pustream(), c_natu());
  fill_frac = AtomToMassFrac(fill_frac, c_natu(), c_pustream());
  double max_provide = fillinv / fill_frac;
 
  cyclus::MockSim sim(cyclus::AgentSpec(":cycamore:FuelFab"), config, simdur);
  sim.AddSource("pustream").Finalize();
  sim.AddSource("pustreambad").Finalize();
  sim.AddSource("natu").Finalize();
  sim.AddSink("recyclefuel").recipe("uox").capacity(2 * max_provide).Finalize();
  sim.AddRecipe("uox", c_uox());
  sim.AddRecipe("pustream", c_pustream());
  sim.AddRecipe("pustreambad", c_pustreambad());
  sim.AddRecipe("natu", c_natu());
  int id = sim.Run();
 
  QueryResult qr = sim.db().Query("AgentPosition", NULL);
  EXPECT_EQ(qr.GetVal<double>("Latitude"), -90.0);
  EXPECT_EQ(qr.GetVal<double>("Longitude"), -120.0);
}
 
} // namespace fuelfabtests
} // namespace cycamore