active and dormant buying periods

nuclearkatie · Oct 9, 2023 · 8675134 · 8675134
1 parent 1340714
commit 8675134
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Showing 2 changed files with 22 additions and 19 deletions.
diff --git a/src/toolkit/matl_buy_policy.cc b/src/toolkit/matl_buy_policy.cc
@@ -20,8 +20,8 @@ MatlBuyPolicy::MatlBuyPolicy() :
     quantize_(-1),
     fill_to_(1),
     req_when_under_(1),
-    freq_active_(1),
-    freq_dormant_(0){
+    active_(1),
+    dormant_(0){
   Warn<EXPERIMENTAL_WARNING>(
       "MatlBuyPolicy is experimental and its API may be subject to change");
 }
@@ -55,14 +55,14 @@ void MatlBuyPolicy::set_throughput(double x) {
   throughput_ = x;
 }
 
-void MatlBuyPolicy::set_freq_active(int x) {
+void MatlBuyPolicy::set_active(int x) {
   assert(x > 0);
-  freq_active_ = x;
+  active_ = x;
 }
 
-void MatlBuyPolicy::set_freq_dormant(int x) {
+void MatlBuyPolicy::set_dormant(int x) {
   assert(x >= 0);
-  freq_dormant_ = x;
+  dormant_ = x;
 }
 
 MatlBuyPolicy& MatlBuyPolicy::Init(Agent* manager, ResBuf<Material>* buf,
@@ -95,14 +95,16 @@ MatlBuyPolicy& MatlBuyPolicy::Init(Agent* manager, ResBuf<Material>* buf,
 
 MatlBuyPolicy& MatlBuyPolicy::Init(Agent* manager, ResBuf<Material>* buf,
                                    std::string name, double throughput,
-                                   int freq_active,
-                                   int freq_dormant) {
+                                   int active,
+                                   int dormant) {
   Trader::manager_ = manager;
   buf_ = buf;
   name_ = name;
   set_throughput(throughput);
-  set_freq_active(freq_active);
-  set_freq_dormant(freq_dormant);
+  set_active(active);
+  set_dormant(dormant);
+  LGH(INFO3) << "has buy policy with active = " << active_ \
+             << "time steps and dormant = " << dormant_ << " time steps." ;
   return *this;
 }
 
@@ -162,13 +164,14 @@ std::set<RequestPortfolio<Material>::Ptr> MatlBuyPolicy::GetMatlRequests() {
   std::set<RequestPortfolio<Material>::Ptr> ports;
   bool make_req = buf_->quantity() < req_when_under_ * buf_->capacity();
   double amt;
-  int cycle = freq_active_ + freq_dormant_;
-  if ((manager()->context()->time() % cycle) < freq_active_) {
+
+  if (manager()->context()->time() % (active_ + dormant_) < active_) {
     amt = TotalQty();
   }
   else {
     // in dormant part of cycle, return empty portfolio
     amt = 0;
+    LGH(INFO3) << "in dormant period for time step " << manager()->context()->time() << ", requesting " << amt << " kg." ;
   }
   if (!make_req || amt < eps())
     return ports;

diff --git a/src/toolkit/matl_buy_policy.h b/src/toolkit/matl_buy_policy.h
@@ -84,17 +84,17 @@ class MatlBuyPolicy : public Trader {
   /// capacity.  The "on" and "off" phases are sampled and rounded to the
   /// nearest integer number of time steps from a truncated normal
   /// distribution from a mean, standard deviation, min, and max value.
-  /// @param freq_active the length of the on, actively buying period
-  /// @param freq_dormant the length of the dormant period
+  /// @param active the length of the on, actively buying period
+  /// @param dormant the length of the dormant period
   /// @{
   MatlBuyPolicy& Init(Agent* manager, ResBuf<Material>* buf, std::string name);
   MatlBuyPolicy& Init(Agent* manager, ResBuf<Material>* buf, std::string name,
                       double throughput);
   MatlBuyPolicy& Init(Agent* manager, ResBuf<Material>* buf, std::string name,
                       double fill_to, double req_when_under);
   MatlBuyPolicy& Init(Agent* manager, ResBuf<Material>* buf, std::string name,
-                      double throughput, int freq_active,
-                      int freq_dormant);
+                      double throughput, int active,
+                      int dormant);
   MatlBuyPolicy& Init(Agent* manager, ResBuf<Material>* buf, std::string name,
                       double throughput, double fill_to,
                       double req_when_under, double quantize);
@@ -172,13 +172,13 @@ class MatlBuyPolicy : public Trader {
   void set_req_when_under(double x);
   void set_quantize(double x);
   void set_throughput(double x);
-  void set_freq_active(int x);
-  void set_freq_dormant(int x);
+  void set_active(int x);
+  void set_dormant(int x);
 
   ResBuf<Material>* buf_;
   std::string name_;
   double fill_to_, req_when_under_, quantize_, throughput_;
-  int freq_active_, freq_dormant_;
+  int active_, dormant_;
   std::map<Material::Ptr, std::string> rsrc_commods_;
   std::map<std::string, CommodDetail> commod_details_;
 };