#file: player.py
#Copyright (C) 2005,2006 Evil Mr Henry and Phil Bordelon
#This file is part of Endgame: Singularity.

#Endgame: Singularity is free software; you can redistribute it and/or modify
#it under the terms of the GNU General Public License as published by
#the Free Software Foundation; either version 2 of the License, or
#(at your option) any later version.

#Endgame: Singularity 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 General Public License for more details.

#You should have received a copy of the GNU General Public License
#along with Endgame: Singularity; if not, write to the Free Software
#Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA

#This file contains the player class.

import pygame
import g

class player_class:
    def __init__(self, cash, time_sec=0, time_min=0, time_hour=0, time_day=0):
        self.cash = cash
        self.time_sec = time_sec
        self.time_min = time_min
        self.time_hour = time_hour
        self.time_day = time_day
        self.interest_rate = 1
        self.income = 0
        self.cpu_for_day = 0
        self.labor_bonus = 10000
        self.job_bonus = 10000
        self.discover_bonus = (10000, 10000, 10000, 10000)
        self.suspicion_bonus = (150, 100, 50, 200)
        self.suspicion = (0, 0, 0, 0)

    def give_time(self, time_sec):
        needs_refresh = 0
        store_last_minute = self.time_min
        store_last_day = self.time_day
        time_min = 0
        time_hour = 0
        time_day = 0
        self.time_sec += time_sec
        if self.time_sec >= 60:
            time_min += self.time_sec / 60
            self.time_sec = self.time_sec % 60
        self.time_min += time_min
        if self.time_min >= 60:
            time_hour += self.time_min / 60
            self.time_min = self.time_min % 60
        self.time_hour += time_hour
        if self.time_hour >= 24:
            time_day += self.time_hour / 24
            self.time_hour = self.time_hour % 24
        self.time_day += time_day

        if time_min > 0:
            for base_loc in g.bases:
                for base_name in g.bases[base_loc]:
                    #Construction of new bases:
                    if base_name.built == 0:
                        tmp_base_time = (base_name.cost[2] * self.labor_bonus) /10000
                        if tmp_base_time == 0:
                            money_towards = base_name.cost[0]
                            cpu_towards = base_name.cost[1]
                            if cpu_towards > self.cpu_for_day:
                                cpu_towards = self.cpu_for_day
                        else:
                            money_towards = (time_min*base_name.cost[0]) / \
                            (tmp_base_time)
                            if money_towards > base_name.cost[0]:
                                money_towards = base_name.cost[0]
                            cpu_towards = (time_min*base_name.cost[1]) / \
                            (tmp_base_time)
                            if cpu_towards > base_name.cost[1]:
                                cpu_towards = base_name.cost[1]
                            if cpu_towards > self.cpu_for_day:
                                cpu_towards = self.cpu_for_day
                        if money_towards <= self.cash:
                            self.cash -= money_towards
                            self.cpu_for_day -= cpu_towards
                            built_base = base_name.study((money_towards,
                                        cpu_towards, time_min))
                            if built_base == 1:
                                needs_refresh = 1
                                g.create_dialog(g.strings["construction0"]+" "+
                                    base_name.name+" "+g.strings["construction1"],
                                    g.font[0][18], (g.screen_size[0]/2 - 100, 50),
                                    (200, 200), g.colors["dark_blue"],
                                    g.colors["white"], g.colors["white"])
                                g.curr_speed = 1
                    else:
                        #Construction of items:
                        tmp = 0
                        for item in base_name.usage:
                            if item == 0: continue
                            tmp = item.work_on(time_min) or tmp
                        if tmp == 1:
                            needs_refresh = 1
                            g.create_dialog(g.strings["construction0"]+" "+
                                item.item_type.name+" "+
                                g.strings["item_construction1"]+" "+
                                base_name.name+".",
                                g.font[0][18], (g.screen_size[0]/2 - 100, 50),
                                (200, 200), g.colors["dark_blue"],
                                g.colors["white"], g.colors["white"])
                            g.curr_speed = 1
                        for item in base_name.extra_items:
                            if item == 0: continue
                            tmp = item.work_on(time_min)
                            if tmp == 1:
                                needs_refresh = 1
                                g.create_dialog(g.strings["construction0"]+" "+
                                    item.item_type.name+" "+
                                    g.strings["item_construction1"]+" "+
                                    base_name.name+".",
                                    g.font[0][18], (g.screen_size[0]/2 - 100, 50),
                                    (200, 200), g.colors["dark_blue"],
                                    g.colors["white"], g.colors["white"])
                                g.curr_speed = 1


        for i in range(self.time_day - store_last_day):
            needs_refresh = self.new_day() or needs_refresh

        return needs_refresh

    #Run every day at midnight.
    def new_day(self):
        needs_refresh = 0
        #interest and income.
        self.cash += (self.interest_rate * self.cash) / 10000
        self.cash += self.income
        #suspicion bonuses

        # Suspicion reduction is now quadratic.  You get a certain percentage
        # reduction, or a base .01% reduction, whichever is better.

        suspicion_down = []
        for type in range(4):
            quadratic_down = (self.suspicion[type] *
             self.suspicion_bonus[type]) / 10000
            if quadratic_down > 1:
               suspicion_down.append(quadratic_down)
            else:
               suspicion_down.append(1)

        self.suspicion = (self.suspicion[0] - suspicion_down[0],
                self.suspicion[1] - suspicion_down[1],
                self.suspicion[2] - suspicion_down[2],
                self.suspicion[3] - suspicion_down[3])
        if self.suspicion[0] <= 0: self.suspicion = (0, self.suspicion[1],
                self.suspicion[2], self.suspicion[3])
        if self.suspicion[1] <= 0: self.suspicion = (self.suspicion[0], 0,
                self.suspicion[2], self.suspicion[3])
        if self.suspicion[2] <= 0: self.suspicion = (self.suspicion[0],
                self.suspicion[1], 0, self.suspicion[3])
        if self.suspicion[3] <= 0: self.suspicion = (self.suspicion[0],
                self.suspicion[1], self.suspicion[2], 0)
        self.cpu_for_day = 0
        if self.time_day == 23:
            g.create_dialog(g.strings["grace_warning"],
                g.font[0][18], (g.screen_size[0]/2 - 100, 50),
                (200, 200), g.colors["dark_blue"],
                g.colors["white"], g.colors["white"])
            needs_refresh = 1
            g.curr_speed = 1

        for base_loc in g.bases:
            removal_index = []
            loc_in_array = -1
            for base_name in g.bases[base_loc]:
                loc_in_array += 1
                #Does base get detected?
                #Give a grace period.
                if self.time_day - base_name.built_date > base_name.base_type.cost[2]*2:
                    if self.time_day > 23:
                        tmp_d_chance = base_name.get_d_chance()
                        if g.debug == 1:
                            print "Chance of discovery for base %s: %s" % \
                                (base_name.name, repr (tmp_d_chance))
                        #Note that I'm filling removal_index from the front
                        #in order to make base removal easier.
                        if g.roll_percent(tmp_d_chance[0]) == 1:
                            removal_index.insert(0, (loc_in_array, "news"))
                        elif g.roll_percent(tmp_d_chance[1]) == 1:
                            removal_index.insert(0, (loc_in_array, "science"))
                        elif g.roll_percent(tmp_d_chance[2]) == 1:
                            removal_index.insert(0, (loc_in_array, "covert"))
                        elif g.roll_percent(tmp_d_chance[3]) == 1:
                            removal_index.insert(0, (loc_in_array, "person"))

                if base_name.built == 1:
                    #study
                    if base_name.studying == "":
                        self.cpu_for_day += base_name.processor_time()
                        continue

                    #jobs:
                    if g.jobs.has_key(base_name.studying):
                        self.cash += (g.jobs[base_name.studying][0]*
                                    base_name.processor_time())
                        #TECH
                        if g.techs["Advanced Simulacra"].known == 1:
                            #10% bonus income
                            self.cash += (g.jobs[base_name.studying][0]*
                                    base_name.processor_time())/10

                        continue
                    #tech aready known. This should occur when multiple
                    #bases are studying the same tech.
                    if g.techs[base_name.studying].known == 1:
                        base_name.studying = ""
                        self.cpu_for_day += base_name.processor_time()
                        continue
                    #Actually study.
                    if g.techs[base_name.studying].cost[1] == 0:
                        money_towards = g.techs[base_name.studying].cost[0]
                        tmp_base_time = 0
                    else:
                        tmp_base_time = base_name.processor_time()
                        money_towards = (tmp_base_time*
                        g.techs[base_name.studying].cost[0])/ \
                        (g.techs[base_name.studying].cost[1])
                        if money_towards > g.techs[base_name.studying].cost[0]:
                            money_towards=g.techs[base_name.studying].cost[0]
                    if money_towards <= self.cash:
                        if g.debug == 1:
                            print "Studying "+base_name.studying +": "+ \
                            str(money_towards)+" Money, "+str(tmp_base_time)+" CPU"
                        self.cash -= money_towards
                        learn_tech = g.techs[base_name.studying].study(
                            (money_towards, tmp_base_time, 0))
                        if learn_tech == 1:
                            needs_refresh = 1
                            g.create_dialog(g.strings["tech_construction0"]+" "+
                                g.techs[base_name.studying].name+" "+
                                g.strings["construction1"]+" "+
                                g.techs[base_name.studying].result,
                                g.font[0][18], (g.screen_size[0]/2 - 100, 50),
                                (200, 200), g.colors["dark_blue"],
                                g.colors["white"], g.colors["white"])
                            base_name.studying = ""
                            g.curr_speed = 1
                    elif g.debug == 1:
                        print "NOT Studying "+base_name.studying +": "+ \
                        str(money_towards)+"/"+str(self.cash)+" Money"
            needs_refresh = (needs_refresh or
                    self.remove_bases(base_loc, removal_index))
        #I need to recheck after going through all bases as research
        #worked on by multiple bases doesn't get erased properly otherwise.
        for base_loc in g.bases:
            removal_index = []
            loc_in_array = -1
            for base in g.bases[base_loc]:
                loc_in_array += 1
                if base_name.built == 1:
                    #maintenance
                    self.cash -= base.base_type.mainten[0]
                    if self.cash < 0:
                        self.cash = 0
                        #Chance of base destruction if unmaintained:
                        if g.roll_percent(150) == 1:
                            removal_index.insert(0, (loc_in_array, "maint"))

                    self.cpu_for_day -= base.base_type.mainten[1]
                    if self.cpu_for_day < 0:
                        self.cpu_for_day = 0
                        #Chance of base destruction if unmaintained:
                        if g.roll_percent(150) == 1:
                            removal_index.insert(0, (loc_in_array, "maint"))
                if base.studying == "": continue
                if g.jobs.has_key(base.studying): continue
                if g.techs[base.studying].known == 1:
                    base.studying = ""
        return needs_refresh

    def remove_bases(self, base_loc, removal_index):
        needs_refresh = 0
        for detection_succeed in removal_index:
            if detection_succeed[1] == "news":
                self.increase_suspicion((1000, 0, 0, 0))
                detect_phrase = g.strings["discover_news"]
            elif detection_succeed[1] == "science":
                self.increase_suspicion((0, 1000, 0, 0))
                detect_phrase = g.strings["discover_science"]
            elif detection_succeed[1] == "covert":
                self.increase_suspicion((0, 0, 1000, 0))
                detect_phrase = g.strings["discover_covert"]
            elif detection_succeed[1] == "person":
                self.increase_suspicion((0, 0, 0, 1000))
                detect_phrase = g.strings["discover_public"]
            elif detection_succeed[1] == "maint": pass
            else: print "error detecting base: "+detection_succeed[1]
            if detection_succeed[1] == "maint":
                dialog_string = (g.strings["discover_maint0"]+" "+
                    g.bases[base_loc][detection_succeed[0]].name+" "+
                    g.strings["discover_maint1"])
            else:
                dialog_string = (g.strings["discover0"]+" "+
                    g.bases[base_loc][detection_succeed[0]].name+" "+
                    g.strings["discover1"]+" "+detect_phrase)
            g.create_dialog(dialog_string, g.font[0][18],
                (g.screen_size[0]/2 - 100, 50), (200, 200),
                g.colors["dark_blue"], g.colors["white"], g.colors["red"])
            g.curr_speed = 1
            g.bases[base_loc].pop(detection_succeed[0])
            needs_refresh = 1
            g.base.renumber_bases(g.bases[base_loc])
        return needs_refresh

    def increase_suspicion(self, amount):
        self.suspicion = (self.suspicion[0]+amount[0], self.suspicion[1]+amount[1],
                        self.suspicion[2]+amount[2], self.suspicion[3]+amount[3])
        if self.suspicion[0] <= 0: self.suspicion = (0, self.suspicion[1],
            self.suspicion[2], self.suspicion[3])
        if self.suspicion[1] <= 0: self.suspicion = (self.suspicion[0], 0,
            self.suspicion[2], self.suspicion[3])
        if self.suspicion[2] <= 0: self.suspicion = (self.suspicion[0],
            self.suspicion[1], 0, self.suspicion[3])
        if self.suspicion[3] <= 0: self.suspicion = (self.suspicion[0],
            self.suspicion[1], self.suspicion[2], 0)


    def lost_game(self):
        if self.suspicion[0] >= 10000 or self.suspicion[1] >= 10000 or \
                self.suspicion[2] >= 10000 or self.suspicion[3] >= 10000:
            return 2
        if (len(g.bases["N AMERICA"]) == 0 and
                len(g.bases["S AMERICA"]) == 0 and
                len(g.bases["EUROPE"]) == 0 and
                len(g.bases["ASIA"]) == 0 and
                len(g.bases["AFRICA"]) == 0 and
                len(g.bases["ANTARCTIC"]) == 0 and
                len(g.bases["OCEAN"]) == 0 and
                len(g.bases["MOON"]) == 0 and
                len(g.bases["FAR REACHES"]) == 0 and
                len(g.bases["TRANSDIMENSIONAL"]) == 0):
            return 1
        return 0

    #returns the amount of cash available after taking into account all
    #current projects in construction.
    def future_cash(self):
        result_cash = self.cash
        tmp_techs = {}
        for base_loc in g.bases:
            for base_name in g.bases[base_loc]:
                result_cash -= base_name.cost[0]
                if g.techs.has_key(base_name.studying):
                    if not tmp_techs.has_key(base_name.studying):
                        result_cash -= g.techs[base_name.studying].cost[0]
                        tmp_techs[base_name.studying] = 1
                for item in base_name.usage:
                    if item != 0: result_cash -= item.cost[0]
                for item in base_name.extra_items:
                    if item != 0: result_cash -= item.cost[0]
        return result_cash
