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action_crop.C
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// action_crop.C
//
// Copyright 1996-2001 Per Abrahamsen and Søren Hansen
// Copyright 2000-2001 KVL.
//
// This file is part of Daisy.
//
// Daisy is free software; you can redistribute it and/or modify
// it under the terms of the GNU Lesser Public License as published by
// the Free Software Foundation; either version 2.1 of the License, or
// (at your option) any later version.
//
// Daisy is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU Lesser Public License for more details.
//
// You should have received a copy of the GNU Lesser Public License
// along with Daisy; if not, write to the Free Software
// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
#define BUILD_DLL
#include "action.h"
#include "daisy.h"
#include "field.h"
#include "crop.h"
#include "time.h"
#include "am.h"
#include "log.h"
#include "harvest.h"
#include "check_range.h"
#include "im.h"
#include "submodeler.h"
#include "vcheck.h"
#include "memutils.h"
#include "mathlib.h"
#include "librarian.h"
#include "vegetation.h"
#include "units.h"
#include "treelog.h"
#include "frame_model.h"
#include "frame_submodel.h"
#include <sstream>
struct ActionCrop : public Action
{
const Metalib& metalib;
// Submodules.
struct MM_DD // Dates.
{
// Parameters.
const int month;
const int day;
const int hour;
// Simulation.
bool match (const Time& time) const;
// Create and Destroy.
static bool check_alist (const Metalib&, const Frame& al, Treelog&);
static void load_syntax (Frame&);
MM_DD (const FrameSubmodel&);
~MM_DD ();
};
struct Sow // Sowing.
{
// Parameters.
const MM_DD date;
const std::unique_ptr<const FrameModel> crop;
// State.
bool done;
// Simulation.
void doIt (const Metalib&, Daisy&, const Scope&, Treelog&);
void output (Log&) const;
// Create and Destroy.
static bool check_alist (const Metalib&, const Frame& al, Treelog&);
static void load_syntax (Frame&);
Sow (const FrameSubmodel&);
~Sow ();
};
Sow *const primary;
Sow *const secondary;
struct Annual // Annual harvest.
{
// Parameters.
MM_DD latest;
const double loss;
const bool remove_residuals;
// State.
bool done;
// Simulation.
bool doIt (Daisy&, const Scope&, Treelog&, symbol name);
void output (Log&) const;
// Create and Destroy.
static bool check_alist (const Metalib&, const Frame& al, Treelog&);
static void load_syntax (Frame&);
Annual (const FrameSubmodel&);
~Annual ();
};
Annual *const harvest_annual;
struct Perennial // Perinnial harvest.
{
// Content.
const int seasons;
MM_DD end;
const double DS;
const double DM;
int year_of_last_harvest;
const std::vector<boost::shared_ptr<const FrameModel>/**/> *const fertilize;
int fertilize_index;
const std::vector<boost::shared_ptr<const FrameModel>/**/> *const fertilize_rest;
int fertilize_rest_index;
int fertilize_year;
// Simulation.
private:
void harvest (Daisy&, Treelog&);
public:
bool doIt (Daisy&, const Scope&, Treelog&, symbol name);
bool doIt (Daisy&, const Scope&, Treelog&,
symbol primary, symbol secondary);
bool done (const Daisy&, Treelog&) const;
void output (Log&) const;
// Create and Destroy.
static bool check_alist (const Metalib&, const Frame& al, Treelog&);
static void load_syntax (Frame&);
Perennial (const FrameSubmodel&);
~Perennial ();
};
Perennial *const harvest_perennial;
struct Fertilize // Fertilizing.
{
const int month;
const int day;
const std::unique_ptr<const FrameModel> what;
static bool check_alist (const Metalib&, const Frame& al, Treelog&);
static void load_syntax (Frame&);
Fertilize (const Block&);
~Fertilize ();
};
const std::vector <const Fertilize*> fertilize_at;
int fertilize_at_index;
const bool fertilize_incorporate;
void fertilize (const Metalib&, Daisy&, Treelog&, const FrameModel& am) const;
struct Tillage // Tillage operations.
{
// Content.
const int month;
const int day;
std::unique_ptr<Action> operation;
// Simulation.
void output (Log&) const;
// Create and Destroy.
static bool check_alist (const Metalib&, const Frame& al, Treelog&);
static void load_syntax (Frame&);
Tillage (const Block&);
~Tillage ();
};
const std::vector<const Tillage*> tillage;
int tillage_index;
struct Spray // Spray operations.
{
// Content.
const int month;
const int day;
const symbol name;
const double amount;
// Simulation.
void output (Log&) const;
// Create and Destroy.
static bool check_alist (const Metalib&, const Frame& al, Treelog&);
static void load_syntax (Frame&);
Spray (const Frame&);
~Spray ();
};
const std::vector<const Spray*> spray;
int spray_index;
struct Irrigation // Irrigation.
{
// Content.
const MM_DD from;
const MM_DD to;
const double flux; // Application speed [mm/h]
const double amount;
const double potential;
// Simulation.
bool doIt (Daisy&, const Scope&, Treelog&) const;
// Create and Destroy.
static void load_syntax (Frame&);
Irrigation (const FrameSubmodel&);
~Irrigation ();
};
const Irrigation *const irrigation;
const Irrigation *const irrigation_rest;
int irrigation_year;
int irrigation_delay;
// Simulation.
void tick (const Daisy&, const Scope&, Treelog&);
void doIt (Daisy&, const Scope&, Treelog&);
bool done (const Daisy&, const Scope&, Treelog&) const;
void output (Log&) const;
// Create and Destroy.
void initialize (const Daisy&, const Scope&, Treelog&);
bool check (const Daisy&, const Scope&, Treelog& err) const;
ActionCrop (const BlockModel& al);
~ActionCrop ();
};
bool
ActionCrop::MM_DD::match (const Time& time) const
{ return time.month () == month
&& time.mday () == day
&& time.hour () == hour; }
bool
ActionCrop::MM_DD::check_alist (const Metalib&, const Frame& frame, Treelog& err)
{
bool ok = true;
const int mm = frame.integer ("month");
const int dd = frame.integer ("day");
const int hh = frame.integer ("hour");
if (mm < 1 || mm > 12)
{
err.entry ("month should be between 1 and 12");
ok = false;
}
// don't test for bad month.
else if (dd < 1 || dd > Time::month_length (1 /* not a leap year */, mm))
{
std::ostringstream tmp;
tmp << "day should be between 1 and " << Time::month_length (1, mm);
err.entry (tmp.str ());
ok = false;
}
if (hh < 0 || hh > 23)
{
err.entry ("hour should be between 0 and 23");
ok = false;
}
return ok;
}
void
ActionCrop::MM_DD::load_syntax (Frame& frame)
{
frame.add_check (check_alist);
frame.declare_integer ("month", Attribute::Const,
"Month in the year.");
frame.declare_integer ("day", Attribute::Const,
"Day in the month.");
frame.declare_integer ("hour", Attribute::Const,
"Hour in the day.");
frame.set ("hour", 8);
frame.order ("month", "day");
}
ActionCrop::MM_DD::MM_DD (const FrameSubmodel& al)
: month (al.integer ("month")),
day (al.integer ("day")),
hour (al.integer ("hour"))
{ }
ActionCrop::MM_DD::~MM_DD ()
{ }
void
ActionCrop::Sow::doIt (const Metalib& metalib, Daisy& daisy,
const Scope&, Treelog& msg)
{
if (!done && date.match (daisy.time ()))
{
msg.message ("Sowing " + crop->type_name ());
daisy.field ().sow (metalib, *crop, 0.0, 0.0, -42.42e42,
daisy.time (), msg);
done = true;
}
}
void
ActionCrop::Sow::output (Log& log) const
{
output_variable (done, log);
}
bool
ActionCrop::Sow::check_alist (const Metalib&, const Frame&, Treelog&)
{
bool ok = true;
return ok;
}
void
ActionCrop::Sow::load_syntax (Frame& frame)
{
frame.add_check (check_alist);
frame.declare_submodule ("date", Attribute::Const, "Date to sow.",
MM_DD::load_syntax);
frame.declare_object ("crop", Crop::component, "Crop to sow.");
frame.declare_boolean ("done", Attribute::State,
"True iff the crop has been sowed.");
frame.set ("done", false);
}
ActionCrop::Sow::Sow (const FrameSubmodel& al)
: date (al.submodel ("date")),
crop (&al.model ("crop")),
done (al.flag ("done"))
{ }
ActionCrop::Sow::~Sow ()
{ }
bool
ActionCrop::Annual::doIt (Daisy& daisy,
const Scope&, Treelog& msg, symbol name)
{
if (!done && (daisy.field ().crop_ds (name) >= 2.0
|| latest.match (daisy.time ())))
{
const double stub = 8.0;
const double stem = remove_residuals ? 1.0 : 0.0;
const double leaf = remove_residuals ? 1.0 : 0.0;
const double sorg = (1.0 - loss);
daisy.field ().harvest (daisy.time (),
Vegetation::all_crops (), stub, stem, leaf, sorg,
false, daisy.harvest (), msg);
msg.message ("Annual harvest of " + name);
done = true;
return true;
}
return false;
}
void
ActionCrop::Annual::output (Log& log) const
{
output_variable (done, log);
}
bool
ActionCrop::Annual::check_alist (const Metalib&, const Frame&, Treelog&)
{
bool ok = true;
return ok;
}
void
ActionCrop::Annual::load_syntax (Frame& frame)
{
frame.add_check (check_alist);
frame.declare_fraction ("loss", Attribute::Const, "Fraction lost during harvest.");
frame.declare_boolean ("remove_residuals", Attribute::Const,
"Remove residuals at harvest.");
frame.declare_submodule ("latest", Attribute::Const,
"Latest harvest date.\n\
If the crop is ripe before this date, it will be harvested at that point.",
MM_DD::load_syntax);
frame.declare_boolean ("done", Attribute::State,
"True iff the crop has been sowed.");
frame.set ("done", false);
}
ActionCrop::Annual::Annual (const FrameSubmodel& al)
: latest (al.submodel ("latest")),
loss (al.number ("loss")),
remove_residuals (al.flag ("remove_residuals")),
done (al.flag ("done"))
{ }
ActionCrop::Annual::~Annual ()
{ }
void
ActionCrop::Perennial::harvest (Daisy& daisy, Treelog& msg)
{
const double stub = 8.0;
const double stem = 1.0;
const double leaf = 1.0;
const double sorg = 1.0;
daisy.field ().harvest (daisy.time (),
Vegetation::all_crops (), stub, stem, leaf, sorg,
false, daisy.harvest (), msg);
msg.message ("Perennial harvest");
}
bool
ActionCrop::Perennial::doIt (Daisy& daisy,
const Scope&, Treelog& msg, symbol name)
{
const double stub = 8.0;
if (year_of_last_harvest < 0)
year_of_last_harvest = daisy.time ().year () + seasons - 1;
if (daisy.field ().crop_ds (name) >= DS
|| daisy.field ().crop_dm (name, stub) >= DM)
{
harvest (daisy, msg);
return true;
}
return false;
}
bool
ActionCrop::Perennial::doIt (Daisy& daisy, const Scope&, Treelog& msg,
symbol primary, symbol secondary)
{
const double stub = 8.0;
if (year_of_last_harvest < 0)
year_of_last_harvest = daisy.time ().year () + seasons - 1;
if (daisy.field ().crop_ds (primary) >= DS
|| daisy.field ().crop_ds (secondary) >= DS
|| (daisy.field ().crop_dm (primary, stub)
+ daisy.field ().crop_dm (secondary, stub)) >= DM)
{
harvest (daisy, msg);
return true;
}
return false;
}
bool
ActionCrop::Perennial::done (const Daisy& daisy, Treelog&) const
{
if (year_of_last_harvest < 0)
return false;
daisy_assert (daisy.time ().year () <= year_of_last_harvest);
return daisy.time ().year () == year_of_last_harvest && end.match (daisy.time ());
}
void
ActionCrop::Perennial::output (Log& log) const
{
if (year_of_last_harvest >= 0)
output_variable (year_of_last_harvest, log);
output_variable (fertilize_index, log);
output_variable (fertilize_rest_index, log);
if (fertilize_year >= 0)
output_variable (fertilize_year, log);
}
bool
ActionCrop::Perennial::check_alist (const Metalib&, const Frame& al, Treelog& err)
{
bool ok = true;
if (al.integer ("seasons") < 1)
{
err.entry ("Perennial harvest should last at least 1 season");
ok = false;
}
if (al.check ("fertilize_rest") && !al.check ("fertilize"))
{
err.entry ("'fertilize_rest' specified, but 'fertilize' isn't");
ok = false;
}
return ok;
}
void
ActionCrop::Perennial::load_syntax (Frame& frame)
{
frame.add_check (check_alist);
frame.declare_integer ("seasons", Attribute::Const,
"Number of seasons to harvest crop.\n\
The crop will be harvested whenever the specified DS or DM are reached.\n\
The first season is the year the crop management starts.");
frame.declare_submodule ("end", Attribute::Const,
"End management this date the last season.",
MM_DD::load_syntax);
static RangeEI ds_range (0.0, 2.0);
frame.declare ("DS", Attribute::None (), ds_range, Attribute::Const,
"Development stage at or above which to initiate harvest.");
frame.declare ("DM", "kg DM/ha", Check::positive (), Attribute::Const,
"Dry matter at or above which to initiate harvest.");
frame.declare_integer ("year_of_last_harvest", Attribute::OptionalState,
"Year of last season.");
frame.declare_object ("fertilize", AM::component,
Attribute::OptionalConst, Attribute::Variable, "\
Fertilizer applications after harvest first season.\n\
First season is defined as the year where the first harvest occurs.");
frame.declare_integer ("fertilize_index", Attribute::State,
"Next entry in 'fertilize' to execute.");
frame.set ("fertilize_index", 0);
frame.declare_object ("fertilize_rest", AM::component,
Attribute::OptionalConst, Attribute::Variable,"\
Fertilizer applications after harvest remaining seasons.\n\
If missing, use the same fertilizer as first season.");
frame.declare_integer ("fertilize_rest_index", Attribute::State,
"Next entry in 'fertilize_rest' to execute.");
frame.set ("fertilize_rest_index", 0);
frame.declare_integer ("fertilize_year", Attribute::OptionalState,
"Year last fertilization was applid.");
}
ActionCrop::Perennial::Perennial (const FrameSubmodel& al)
: seasons (al.integer ("seasons")),
end (al.submodel ("end")),
DS (al.number ("DS")),
DM (al.number ("DM")),
year_of_last_harvest (al.check ("year_of_last_harvest")
? al.integer ("year_of_last_harvest")
: -1),
fertilize (al.check ("fertilize")
? &al.model_sequence ("fertilize")
: NULL),
fertilize_index (al.integer ("fertilize_index")),
fertilize_rest (al.check ("fertilize_rest")
? &al.model_sequence ("fertilize_rest")
: NULL),
fertilize_rest_index (al.integer ("fertilize_rest_index")),
fertilize_year (al.check ("fertilize_year")
? al.integer ("fertilize_year")
: -1)
{ }
ActionCrop::Perennial::~Perennial ()
{ }
bool
ActionCrop::Fertilize::check_alist (const Metalib&, const Frame& al, Treelog& err)
{
bool ok = true;
const int mm = al.integer ("month");
const int dd = al.integer ("day");
if (mm < 1 || mm > 12)
{
err.entry ("month should be between 1 and 12");
ok = false;
}
// don't test for bad month.
else if (dd < 1 || dd > Time::month_length (1 /* not a leap year */, mm))
{
std::ostringstream tmp;
tmp << "day should be between 1 and " << Time::month_length (1, mm);
err.entry (tmp.str ());
ok = false;
}
return ok;
}
void
ActionCrop::Fertilize::load_syntax (Frame& frame)
{
frame.add_check (check_alist);
frame.declare_integer ("month", Attribute::Const,
"Month in the year.");
frame.declare_integer ("day", Attribute::Const,
"Day in the month.");
frame.declare_object ("what", AM::component, "Fertilizer to apply.");
frame.order ("month", "day", "what");
}
ActionCrop::Fertilize::Fertilize (const Block& al)
: month (al.integer ("month")),
day (al.integer ("day")),
what (&al.model ("what"))
{ }
ActionCrop::Fertilize::~Fertilize ()
{ }
void
ActionCrop::fertilize (const Metalib& metalib, Daisy& daisy, Treelog& msg,
const FrameModel& am) const
{
msg.message (std::string ("[Fertilizing ") + am.type_name () + "]");
const double from = 0.0;
const double to = -18.0;
if (fertilize_incorporate)
daisy.field ().fertilize (metalib, am, from, to,
daisy.time (), msg);
else
daisy.field ().fertilize (metalib, am, daisy.time (), msg);
}
void
ActionCrop::Tillage::output (Log& log) const
{
output_object (operation, "operation", log);
}
bool
ActionCrop::Tillage::check_alist (const Metalib&, const Frame& al, Treelog& err)
{
bool ok = true;
const int mm = al.integer ("month");
const int dd = al.integer ("day");
if (dd > Time::month_length (1 /* not a leap year */, mm))
{
std::ostringstream tmp;
tmp << "day should be between 1 and " << Time::month_length (1, mm);
err.entry (tmp.str ());
ok = false;
}
return ok;
}
void
ActionCrop::Tillage::load_syntax (Frame& frame)
{
frame.add_check (check_alist);
frame.declare_integer ("month", Attribute::Const,
"Month in the year.");
frame.set_check ("month", VCheck::valid_month ());
frame.declare_integer ("day", Attribute::Const,
"Day in the month.");
frame.set_check ("mday", VCheck::valid_mday ());
frame.declare_object ("operation", Action::component,
"Tillage operation.");
frame.order ("month", "day", "operation");
}
ActionCrop::Tillage::Tillage (const Block& al)
: month (al.integer ("month")),
day (al.integer ("day")),
operation (Librarian::build_item<Action> (al, "operation"))
{ }
ActionCrop::Tillage::~Tillage ()
{ }
void
ActionCrop::Spray::output (Log&) const
{ }
bool
ActionCrop::Spray::check_alist (const Metalib&, const Frame& al, Treelog& err)
{
bool ok = true;
const int mm = al.integer ("month");
const int dd = al.integer ("day");
if (mm < 1 || mm > 12)
{
err.entry ("month should be between 1 and 12");
ok = false;
}
// don't test for bad month.
else if (dd < 1 || dd > Time::month_length (1 /* not a leap year */, mm))
{
std::ostringstream tmp;
tmp << "day should be between 1 and " << Time::month_length (1, mm);
err.entry (tmp.str ());
ok = false;
}
return ok;
}
void
ActionCrop::Spray::load_syntax (Frame& frame)
{
frame.add_check (check_alist);
frame.declare_integer ("month", Attribute::Const,
"Month in the year.");
frame.declare_integer ("day", Attribute::Const,
"Day in the month.");
frame.declare_string ("name", Attribute::Const,
"Name of chemichal to spray.");
frame.declare ("amount", "g/ha", Check::non_negative (), Attribute::Const,
"Amount of chemichal to spray.");
frame.order ("month", "day", "name", "amount");
}
ActionCrop::Spray::Spray (const Frame& al)
: month (al.integer ("month")),
day (al.integer ("day")),
name (al.name ("name")),
amount (al.number ("amount"))
{ }
ActionCrop::Spray::~Spray ()
{ }
bool
ActionCrop::Irrigation::doIt (Daisy& daisy, const Scope&, Treelog& msg) const
{
if (iszero (amount))
return false;
const int mm = daisy.time ().month ();
const int dd = daisy.time ().yday ();
if (mm < from.month || (mm == from.month && dd < from.day))
return false;
if (mm > to.month || (mm == to.month && dd > to.day))
return false;
const double depth = -20;
if (daisy.field ().soil_water_potential (depth) >= potential)
return false;
std::ostringstream tmp;
tmp << "Irrigating " << amount << " mm";
msg.message (tmp.str ());
const Units& units = daisy.units ();
daisy.field ().irrigate (amount/flux, flux, ::Irrigation::at_air_temperature,
::Irrigation::overhead,
IM (units.get_unit (IM::solute_unit ())),
boost::shared_ptr<Volume> (), false, msg);
return true;
}
void
ActionCrop::Irrigation::load_syntax (Frame& frame)
{
frame.declare_submodule ("from", Attribute::Const,
"Start of irrigation period.",
MM_DD::load_syntax);
frame.declare_submodule ("to", Attribute::Const,
"End of irrigation period.",
MM_DD::load_syntax);
frame.declare ("flux", "mm/h", Check::positive (), Attribute::Const,
"Water application speed.");
frame.set ("flux", 2.0);
frame.declare ("amount", "mm", Check::non_negative (), Attribute::Const,
"Amount of water to apply on irrigation.");
frame.declare ("potential", "cm", Check::negative (), Attribute::Const,
"Soil potential at which to irrigate.");
}
ActionCrop::Irrigation::Irrigation (const FrameSubmodel& al)
: from (al.submodel ("from")),
to (al.submodel ("to")),
flux (al.number ("flux")),
amount (al.number ("amount")),
potential (al.number ("potential"))
{ }
ActionCrop::Irrigation::~Irrigation ()
{ }
void
ActionCrop::doIt (Daisy& daisy, const Scope& scope, Treelog& msg)
{
// Sowing.
primary->doIt (metalib, daisy, scope, msg);
if (secondary)
secondary->doIt (metalib, daisy, scope, msg);
// Harvesting.
bool harvested = false;
if (harvest_annual && harvest_perennial)
{
// We have both annual and perennial crops.
daisy_assert (secondary);
if (harvest_annual->done)
{
// If annual done, do perennial.
if (secondary->done
&& harvest_perennial->doIt (daisy, scope, msg,
secondary->crop->type_name ()))
harvested = true;
}
else if (primary->done
&& harvest_annual->doIt (daisy, scope, msg,
primary->crop->type_name ()))
// else do annual.
harvested = true;
}
else if (harvest_annual)
{
// We have only annual crops. Let 'primary' when they are harvested.
if (primary->done
&& harvest_annual->doIt (daisy, scope,
msg, primary->crop->type_name ()))
harvested = true;
}
else
{
// We have only perennial crops.
daisy_assert (harvest_perennial);
if (secondary)
{
// If we have two, let them both control.
if ((primary->done || secondary->done)
&& harvest_perennial->doIt (daisy, scope, msg,
primary->crop->type_name (),
secondary->crop->type_name ()))
harvested = true;
}
else if (primary->done
&& harvest_perennial->doIt (daisy, scope, msg,
primary->crop->type_name ()))
// If we have only one, it is of course in control.
harvested = true;
}
// Fertilize.
if (fertilize_at_index < fertilize_at.size ()
&& daisy.time ().hour () == 8
&& daisy.time ().month () == fertilize_at[fertilize_at_index]->month
&& daisy.time ().mday () == fertilize_at[fertilize_at_index]->day)
{
// Fertilize by date.
fertilize (metalib, daisy, msg, *fertilize_at[fertilize_at_index]->what);
fertilize_at_index++;
}
if (harvested && harvest_perennial && harvest_perennial->fertilize)
{
// Fertilize after harvest.
if (harvest_perennial->fertilize_year < 0)
{
// First season initialization.
harvest_perennial->fertilize_year = daisy.time ().year ();
harvest_perennial->fertilize_rest_index
= harvest_perennial->fertilize_rest->size ();
}
else if (harvest_perennial->fertilize_year < daisy.time ().year ())
{
// New season initialization.
if (harvest_perennial->fertilize_rest)
{
// If we have 'fertilize_rest', use it.
harvest_perennial->fertilize_rest_index = 0;
harvest_perennial->fertilize_index
= harvest_perennial->fertilize->size ();
}
else
{
// Otherwise, reuse 'fertilize'.
harvest_perennial->fertilize_index = 0;
}
harvest_perennial->fertilize_year = daisy.time ().year ();
}
if (harvest_perennial->fertilize_index
< harvest_perennial->fertilize->size ())
{
// If 'fertilize' is active, use it.
const FrameModel& model = *(*harvest_perennial->fertilize)
[harvest_perennial->fertilize_index];
fertilize (metalib, daisy, msg, model);
harvest_perennial->fertilize_index++;
}
else if (harvest_perennial->fertilize_rest
&& (harvest_perennial->fertilize_rest_index
< harvest_perennial->fertilize_rest->size ()))
{
// Else, if 'fertilize_rest' is active, us that.
const FrameModel& model = *(*harvest_perennial->fertilize_rest)
[harvest_perennial->fertilize_rest_index];
fertilize (metalib, daisy, msg, model);
harvest_perennial->fertilize_rest_index++;
}
}
// Tillage.
if (tillage_index < tillage.size ()
&& daisy.time ().hour () == 8
&& daisy.time ().month () == tillage[tillage_index]->month
&& daisy.time ().mday () == tillage[tillage_index]->day)
{
tillage[tillage_index]->operation->doIt (daisy, scope, msg);
tillage_index++;
}
// Spray.
if (spray_index < spray.size ()
&& daisy.time ().hour () == 8
&& daisy.time ().month () == spray[spray_index]->month
&& daisy.time ().mday () == spray[spray_index]->day)
{
symbol chemical = spray[spray_index]->name;
const double amount = spray[spray_index]->amount;
msg.message ("Spraying " + chemical);
daisy.field ().spray_overhead (chemical, amount, msg);
spray_index++;
}
// Irrigation.
if (irrigation_year < 0)
irrigation_year = daisy.time ().year ();
if (irrigation_delay > 0)
irrigation_delay--;
else if (irrigation)
{
if (irrigation_rest && irrigation_year != daisy.time ().year ())
{
if (irrigation_rest->doIt (daisy, scope, msg))
irrigation_delay = 48;
}
else if (irrigation->doIt (daisy, scope, msg))
irrigation_delay = 48;
}
}
bool
ActionCrop::done (const Daisy& daisy, const Scope&, Treelog& msg) const
{ return (!harvest_annual || harvest_annual->done)
&& (!harvest_perennial || harvest_perennial->done (daisy, msg)); }
void
ActionCrop::output (Log& log) const
{
output_submodule (*primary, "primary", log);
if (secondary)
output_submodule (*secondary, "secondary", log);
if (harvest_annual)
output_submodule (*harvest_annual, "harvest_annual", log);
if (harvest_perennial)
output_submodule (*harvest_perennial, "harvest_perennial", log);
output_variable (fertilize_at_index, log);
output_ordered (tillage, "tillage", log);
output_variable (tillage_index, log);
output_ordered (spray, "spray", log);
output_variable (spray_index, log);
if (irrigation_year >= 0)
output_variable (irrigation_year, log);
output_variable (irrigation_delay, log);
}
void
ActionCrop::tick (const Daisy& daisy, const Scope& scope, Treelog& msg)
{
for (std::vector<const Tillage*>::const_iterator i = tillage.begin ();
i != tillage.end ();
i++)
(*i)->operation->tick (daisy, scope, msg);
}
void
ActionCrop::initialize (const Daisy& daisy, const Scope& scope, Treelog& msg)
{
for (std::vector<const Tillage*>::const_iterator i = tillage.begin ();
i != tillage.end ();
i++)
(*i)->operation->initialize (daisy, scope, msg);
}
bool
ActionCrop::check (const Daisy& daisy, const Scope& scope, Treelog& msg) const
{
bool ok = true;
for (std::vector<const Tillage*>::const_iterator i = tillage.begin ();
i != tillage.end ();
i++)
if (!(*i)->operation->check (daisy, scope, msg))
ok = false;
return ok;
}
ActionCrop::ActionCrop (const BlockModel& al)
: Action (al),
metalib (al.metalib ()),
primary (new Sow (al.submodel ("primary"))),
secondary (al.check ("secondary")
? new Sow (al.submodel ("secondary"))
: NULL),
harvest_annual (al.check ("harvest_annual")
? new Annual (al.submodel ("harvest_annual"))
: NULL),
harvest_perennial (al.check ("harvest_perennial")
? new Perennial (al.submodel ("harvest_perennial"))
: NULL),
fertilize_at (map_submodel_const<Fertilize> (al, "fertilize_at")),
fertilize_at_index (al.integer ("fertilize_at_index")),
fertilize_incorporate (al.flag ("fertilize_incorporate")),
tillage (map_submodel_const<Tillage> (al, "tillage")),
tillage_index (al.integer ("tillage_index")),
spray (map_construct_const<Spray> (al.submodel_sequence ("spray"))),
spray_index (al.integer ("spray_index")),