src/storage.h

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#ifndef CYCLUS_STORAGES_STORAGE_H_
#define CYCLUS_STORAGES_STORAGE_H_
 
#include <string>
#include <list>
#include <vector>
 
#include "cyclus.h"
#include "cycamore_version.h"
 
#include "boost/shared_ptr.hpp"
 
#pragma cyclus exec from cyclus.system import CY_LARGE_DOUBLE, CY_LARGE_INT, CY_NEAR_ZERO
 
namespace cycamore {
class Storage
  : public cyclus::Facility,
    public cyclus::toolkit::CommodityProducer,
    public cyclus::toolkit::Position {
 public:
  Storage(cyclus::Context* ctx);
 
  #pragma cyclus decl
 
  #pragma cyclus note {"doc": "Storage is a simple facility which accepts any number of commodities " \
                              "and holds them for a user specified amount of time. The commodities accepted "\
                              "are chosen based on the specified preferences list. Once the desired amount of material "\
                              "has entered the facility it is passed into a 'processing' buffer where it is held until "\
                              "the residence time has passed. The material is then passed into a 'ready' buffer where it is "\
                              "queued for removal. Currently, all input commodities are lumped into a single output commodity. "\
                              "Storage also has the functionality to handle materials in discrete or continuous batches. Discrete "\
                              "mode, which is the default, does not split or combine material batches. Continuous mode, however, "\
                              "divides material batches if necessary in order to push materials through the facility as quickly "\
                              "as possible."}
 
  virtual std::string str();
 
  // --- Facility Members ---
 
  // --- Agent Members ---
  virtual void EnterNotify();
 
  virtual void Tick();
 
  virtual void Tock();
 
  virtual std::string version() { return CYCAMORE_VERSION; }
 
 protected:
  void InitBuyPolicyParameters();
  void AddMat_(cyclus::Material::Ptr mat);
 
  void BeginProcessing_();
 
  void ProcessMat_(double cap);
 
  void ReadyMatl_(int time);
 
    /* --- Storage Members --- */
 
  inline double current_capacity() {
    return (inventory_tracker.space()); }
 
  inline double capacity() { return inventory_tracker.capacity(); }
 
  int ready_time(){ return context()->time() - residence_time; }
 
  /* --- Module Members --- */
 
  #pragma cyclus var {"tooltip":"input commodity",\
                      "doc":"commodities accepted by this facility",\
                      "uilabel":"Input Commodities",\
                      "uitype":["oneormore","incommodity"]}
  std::vector<std::string> in_commods;
 
  #pragma cyclus var {"default": [],\
                      "doc":"preferences for each of the given commodities, in the same order."\
                      "Defauts to 1 if unspecified",\
                      "uilabel":"In Commody Preferences", \
                      "range": [None, [CY_NEAR_ZERO, CY_LARGE_DOUBLE]], \
                      "uitype":["oneormore", "range"]}
  std::vector<double> in_commod_prefs;
 
  #pragma cyclus var {"tooltip":"output commodity",\
                      "doc":"commodity produced by this facility. Multiple commodity tracking is"\
                      " currently not supported, one output commodity catches all input commodities.",\
                      "uilabel":"Output Commodities",\
                      "uitype":["oneormore","outcommodity"]}
  std::vector<std::string> out_commods;
 
  #pragma cyclus var {"default":"",\
                      "tooltip":"input recipe",\
                      "doc":"recipe accepted by this facility, if unspecified a dummy recipe is used",\
                      "uilabel":"Input Recipe",\
                      "uitype":"inrecipe"}
  std::string in_recipe;
 
  #pragma cyclus var {"default": 0,\
                      "tooltip":"residence time (timesteps)",\
                      "doc":"the minimum holding time for a received commodity (timesteps).",\
                      "units":"time steps",\
                      "uilabel":"Residence Time", \
                      "uitype": "range", \
                      "range": [0, 12000]}
  int residence_time;
 
  #pragma cyclus var {"default": 0,\
                      "tooltip":"sell quantity (kg)",\
                      "doc":"material will be sold in integer multiples of this quantity. If"\
                      " the buffer contains less than the sell quantity, no material will be"\
                      " offered", \
                      "uilabel":"Sell Quantity",\
                      "uitype": "range", \
                      "range": [0.0, CY_LARGE_DOUBLE], \
                      "units": "kg"}
  double sell_quantity;
 
  #pragma cyclus var {"default": CY_LARGE_DOUBLE,\
                     "tooltip":"throughput per timestep (kg)",\
                     "doc":"the max amount that can be moved through the facility per timestep (kg)",\
                     "uilabel":"Throughput",\
                     "uitype": "range", \
                     "range": [0.0, CY_LARGE_DOUBLE], \
                     "units":"kg"}
  double throughput;
 
  #pragma cyclus var {"default": CY_LARGE_DOUBLE,\
                      "tooltip":"maximum inventory size (kg)",\
                      "doc":"the maximum amount of material that can be in all storage buffer stages",\
                      "uilabel":"Maximum Inventory Size",\
                      "uitype": "range", \
                      "range": [0.0, CY_LARGE_DOUBLE], \
                      "units":"kg"}
  double max_inv_size;
 
  #pragma cyclus var {"default": False,\
                      "tooltip":"Bool to determine how Storage handles batches",\
                      "doc":"Determines if Storage will divide resource objects. Only controls material "\
                            "handling within this facility, has no effect on DRE material handling. "\
                            "If true, batches are handled as discrete quanta, neither split nor combined. "\
                            "Otherwise, batches may be divided during processing. Default to false (continuous))",\
                      "uilabel":"Batch Handling"}
  bool discrete_handling;
 
  #pragma cyclus var {"default": "Fixed",\
                      "tooltip": "Type of active buying frequency",\
                      "doc": "Options: Fixed, Uniform, Normal. Fixed requires active_buying_val. Uniform "\
                      "requires active_buying_min and active_buying_max.  Normal "\
                      "requires active_buying_mean and active_buying_std, with optional "\
                      "active_buying_min and active_buying_max.",\
                      "uitype": "combobox",\
                      "categorical": ["Fixed", "Uniform", "Normal"],\
                      "uilabel": "Active Buying Frequency Type"}
  std::string active_buying_frequency_type;
 
  #pragma cyclus var {"default": -1,\
                      "tooltip": "Fixed active buying frequency",\
                      "doc": "The length in time steps of the active buying period. Required for fixed "\
                      "active_buying_frequency_type. Must be greater than or equal to 1 (i.e., agent "\
                      "cannot always be dormant)",\
                      "uitype": "range", \
                      "range": [1, CY_LARGE_INT], \
                      "uilabel": "Active Buying Frequency Value"}
  int active_buying_val;
 
  #pragma cyclus var {"default": -1,\
                      "tooltip": "Active buying distribution minimum",\
                      "doc": "The minimum length in time steps of the active buying period. Required for "\
                      "Uniform and optional for Normal active_buying_frequency_type. Must be greater than "\
                      "or equal to 1 ",\
                      "uitype": "range", \
                      "range": [1, CY_LARGE_INT], \
                      "uilabel": "Active Buying Frequency Minimum"}
  int active_buying_min;
 
  #pragma cyclus var {"default": -1,\
                      "tooltip": "Active buying distribution maximum",\
                      "doc": "The maximum length in time steps of the active buying period. Required for "\
                      "Uniform active_buying_frequency_type, optional for Normal. Must be greater than or equal to active_buying_min ",\
                      "uitype": "range", \
                      "range": [1, CY_LARGE_INT], \
                      "uilabel": "Active Buying Frequency Maximum"}
  int active_buying_max;
 
  #pragma cyclus var {"default": -1,\
                      "tooltip": "Active buying distribution mean",\
                      "doc": "The mean length in time steps of the active buying period. Required for "\
                      "Normal active_buying_frequency_type. Must be greater than or equal to 1 ",\
                      "uitype": "range", \
                      "range": [1.0, CY_LARGE_DOUBLE], \
                      "uilabel": "Active Buying Frequency Mean"}
  double active_buying_mean;
 
  #pragma cyclus var {"default": -1,\
                      "tooltip": "Active buying distribution standard deviation",\
                      "doc": "The standard deviation of the length in time steps of the active buying period. "\
                      "Required for Normal active_buying_frequency_type. Must be greater than or equal to 0 ",\
                      "uitype": "range", \
                      "range": [0.0, CY_LARGE_DOUBLE], \
                      "uilabel": "Active Buying Frequency Standard Deviation"}
  double active_buying_stddev;
 
  #pragma cyclus var {"default": "Fixed",\
                      "tooltip": "Type of dormant buying frequency",\
                      "doc": "Options: Fixed, Uniform, Normal. Fixed requires dormant_buying_val. Uniform "\
                      "requires dormant_buying_min and dormant_buying_max. Normal requires "\
                      "dormant_buying_mean and dormant_buying_std, with optional dormant_buying_min "\
                      "and dormant_buying_max.",\
                      "uitype": "combobox",\
                      "categorical": ["Fixed", "Uniform", "Normal"],\
                      "uilabel": "Dormant Buying Frequency Type"}
  std::string dormant_buying_frequency_type;
 
  #pragma cyclus var {"default": -1,\
                      "tooltip": "Fixed dormant buying frequency",\
                      "doc": "The length in time steps of the dormant buying period. Required for fixed "\
                      "dormant_buying_frequency_type. Default is -1, agent has no dormant period and stays active.",\
                      "uitype": "range", \
                      "range": [-1, CY_LARGE_INT], \
                      "uilabel": "Dormant Buying Frequency Value"}
  int dormant_buying_val;
 
  #pragma cyclus var {"default": -1,\
                      "tooltip": "Dormant buying distribution minimum",\
                      "doc": "The minimum length in time steps of the dormant buying period. Required for Uniform and optional for "\
                      "Normal dormant_buying_frequency_type.",\
                      "uitype": "range", \
                      "range": [0, CY_LARGE_INT], \
                      "uilabel": "Dormant Buying Frequency Minimum"}
  int dormant_buying_min;
 
  #pragma cyclus var {"default": -1,\
                      "tooltip": "Dormant buying distribution maximum",\
                      "doc": "The maximum length in time steps of the dormant buying period. Required for "\
                      "Uniform dormant_buying_frequency_type, optional for Normal. Must be greater than or equal to dormant_buying_min ",\
                      "uitype": "range", \
                      "range": [0, CY_LARGE_INT], \
                      "uilabel": "Dormant Buying Frequency Maximum"}
  int dormant_buying_max;
 
  #pragma cyclus var {"default": -1,\
                      "tooltip": "Dormant buying distribution mean",\
                      "doc": "The mean length in time steps of the dormant buying period. Required for "\
                      "Normal dormant_buying_frequency_type. Must be greater than or equal to 0 ",\
                      "uitype": "range", \
                      "range": [0.0, CY_LARGE_DOUBLE], \
                      "uilabel": "Dormant Buying Frequency Mean"}
  double dormant_buying_mean;
 
  #pragma cyclus var {"default": -1,\
                      "tooltip": "Dormant buying distribution standard deviation",\
                      "doc": "The standard deviation of the length in time steps of the dormant buying period. "\
                      "Required for Normal dormant_buying_frequency_type. Must be greater than or equal to 0 ",\
                      "uitype": "range", \
                      "range": [0.0, CY_LARGE_DOUBLE], \
                      "uilabel": "Dormant Buying Frequency Standard Deviation"}
  double dormant_buying_stddev;
 
  #pragma cyclus var {"default": "Fixed",\
                      "tooltip": "Type of behavior used to determine size of buy request",\
                      "doc": "Behavior function used to determine the size of requests made. All values are "\
                      "a fraction of maximum capacity, determined by the throughput and capacity remaining."\
                      " Options: Fixed, Uniform, Normal. Fixed is default behavior. Uniform requires "\
                      "buying_size_min and buying_size_max. Normal requires "\
                      "buying_size_mean and buying_size_stddev, optional buying_size_min and "\
                      "buying_size_max.",\
                      "uitype": "combobox",\
                      "categorical": ["Fixed", "Uniform", "Normal"],\
                      "uilabel": "Buying Size Type"}
  std::string buying_size_type;
 
  #pragma cyclus var {"default": 1.0,\
                      "tooltip": "Fixed buying size",\
                      "doc": "The size of the buy request as a fraction of maximum capacity. Optional for Fixed "\
                      "buying_size_type. Must be greater than or equal to 0.0",\
                      "uitype": "range", \
                      "range": [0.0, 1.0], \
                      "uilabel": "Buying Size Value"}
  double buying_size_val;
 
  #pragma cyclus var {"default": -1.0,\
                      "tooltip": "Buying size distribution minimum",\
                      "doc": "The minimum size of the buy request as a fraction of maximum capacity. "\
                      "Required for Uniform and optional for Normal buying_size_type. Must be greater than "\
                      "or equal to zero.",\
                      "uitype": "range", \
                      "range": [0.0, 1.0], \
                      "uilabel": "Buying Size Minimum"}
  double buying_size_min;
 
  #pragma cyclus var {"default": -1.0,\
                      "tooltip": "Buying size distribution maximum",\
                      "doc": "The maximum size of the buy request as a fraction of maximum capacity. "\
                      "Required for Uniform buying_size_type, optional for Normal. Must be greater than "\
                      "or equal to buying_size_min ",\
                      "uitype": "range", \
                      "range": [0.0, 1.0], \
                      "uilabel": "Buying Size Maximum"}
  double buying_size_max;
 
  #pragma cyclus var {"default": -1.0,\
                      "tooltip": "Buying size distribution mean",\
                      "doc": "The mean size of the buy request as a fraction of maximum capacity. "\
                      "Required for Normal buying_size_type.",\
                      "uitype": "range", \
                      "range": [0.0, 1.0], \
                      "uilabel": "Buying Size Mean"}
  double buying_size_mean;
 
  #pragma cyclus var {"default": -1.0,\
                      "tooltip": "Buying size distribution standard deviation",\
                      "doc": "The standard deviation of the size of the buy request as a fraction of "\
                      "maximum capacity. Required for Normal buying_size_type.",\
                      "uitype": "range", \
                      "range": [0.0, 1.0], \
                      "uilabel": "Buying Size Standard Deviation"}
  double buying_size_stddev;
 
  #pragma cyclus var {"default": -1,\
                      "tooltip":"Reorder point",\
                      "doc":"The point at which the facility will request more material. "\
                      "Above this point, no request will be made. Must be less than max_inv_size."\
                      "If paired with reorder_quantity, this agent will have an (R,Q) inventory policy. "\
                      "If reorder_point is used alone, this agent will have an (s,S) inventory policy, "\
                      " with S (the maximum) being set at max_inv_size.",\
                      "uilabel":"Reorder Point"}
  double reorder_point;
 
  #pragma cyclus var {"default": -1,\
                      "tooltip":"Reorder amount (R,Q inventory policy)",\
                      "doc":"The amount of material that will be requested when the reorder point is reached. "\
                      "Exclusive request, so will demand exactly reorder_quantity."\
                      "Reorder_point + reorder_quantity must be less than max_inv_size.",\
                      "uilabel":"Reorder Quantity"}
  double reorder_quantity;
 
  #pragma cyclus var {"default": -1,\
                      "tooltip": "Total amount of material that can be recieved per cycle.",\
                      "doc": "After receiving this much material cumulatively, the agent will go dormant. "\
                      "Must be paired with dormant_buying_frequency_type and any other dormant parameters. "\
                      "The per-time step demand is unchanged except the cycle cap is almost reached.",\
                      "uilabel": "Cumulative Cap"}
  double cumulative_cap;
 
  #pragma cyclus var {"default": "unpackaged", \
                      "tooltip": "Output package", \
                      "doc": "Outgoing material will be packaged when trading.", \
                      "uitype": "package", \
                      "uilabel": "Package"}
  std::string package;
 
  #pragma cyclus var {"default": "unrestricted", \
                      "tooltip": "Output transport unit", \
                      "doc": "Outgoing material, after packaging, will be "\
                      "further restricted by transport unit when trading.", \
                      "uitype": "transportunit", \
                      "uilabel": "Transport Unit"}
  std::string transport_unit;
 
  #pragma cyclus var {"tooltip":"Incoming material buffer"}
  cyclus::toolkit::ResBuf<cyclus::Material> inventory;
 
  #pragma cyclus var {"tooltip":"Output material buffer"}
  cyclus::toolkit::ResBuf<cyclus::Material> stocks;
 
  #pragma cyclus var {"tooltip":"Buffer for material held for required residence_time"}
  cyclus::toolkit::ResBuf<cyclus::Material> ready;
 
  #pragma cyclus var{"default": [],\
                      "internal": True}
  std::list<int> entry_times;
 
  #pragma cyclus var {"tooltip":"Buffer for material still waiting for required residence_time"}
  cyclus::toolkit::ResBuf<cyclus::Material> processing;
 
  #pragma cyclus var {"tooltip": "Total Inventory Tracker to restrict maximum agent inventory"}
  cyclus::toolkit::TotalInvTracker inventory_tracker;
 
  cyclus::toolkit::MatlBuyPolicy buy_policy;
 
  cyclus::toolkit::MatlSellPolicy sell_policy;
 
  #pragma cyclus var { \
    "default": 0.0, \
    "uilabel": "Geographical latitude in degrees as a double", \
    "doc": "Latitude of the agent's geographical position. The value should " \
           "be expressed in degrees as a double." \
  }
  double latitude;
 
  #pragma cyclus var { \
    "default": 0.0, \
    "uilabel": "Geographical longitude in degrees as a double", \
    "doc": "Longitude of the agent's geographical position. The value should " \
           "be expressed in degrees as a double." \
  }
  double longitude;
 
  cyclus::IntDistribution::Ptr active_dist_ = NULL;
  cyclus::IntDistribution::Ptr dormant_dist_ = NULL;
  cyclus::DoubleDistribution::Ptr size_dist_ = NULL;
 
  cyclus::toolkit::Position coordinates;
 
  void RecordPosition();
 
  friend class StorageTest;
};
 
}  // namespace cycamore
 
#endif  // CYCLUS_STORAGES_STORAGE_H_