DT_DOTA_PlayerResource

Arrays

• These arrays index from 0000-0004 for Radiant, 0005-0009 for Dire, and 0010-#### for spectators, etc.

When a DT_DOTA_PlayerResource is found, such as players=world.find_all_by_dt('DT_DOTA_PlayerResource'), an collections.OrderedDict is returned. The only item in players is a tuple (ehandle,state) pair. ehandle is the ehandle for this DT, and the state is a regular dict. The keys in this dict are tuples of a data point, and a player. for example:

• ('m_iReliableGold','0003'): contains the reliable gold of player 3
• ('m_iPlayerTeams','0000'): contains the team of player 0
• ('m_iPlayerSteamIDs','0006'): contains the steamID of player 6
• ('m_iLastHitCount','0005'): contains the number of last hits player 5 has

Visual of players=world.find_all_by_dt('DT_DOTA_PlayerResource')

Example

This example shows how we can make a plot of each player's total earned gold as a function of time. This method uses the m_iszPlayerNames and m_iTotalEarnedGold to get this information.

import io
from skadi.replay import demo as rd
import matplotlib.pyplot as plt
    
demfile= 'YOURDEMPATH'
   
gold={} #Initialize a dict file that will store all the earned gold, by player name
    
infile=io.open(demfile,'r+b')
demo = rd.construct(infile)
stream=demo.stream(tick=5000)
    
player_dt='DT_DOTA_PlayerResource'
players = stream.world.find_all_by_dt(player_dt)
    
#This list will allow us to access all the correct properties by player
player_id_list=['0000','0001','0002','0003','0004','0005','0006','0007','0008','0009']
    
#Construct the dict with keys that are each players name.
#The values in the dict will be a list of int.
for ehandle,state in players.items():
    for i in range(len(player_id_list)):
        gold[state[('m_iszPlayerNames',player_id_list[i])]]=[]
        
ticks=[]

for tick, string_tables, world in demo.stream(tick=5000):
    players = world.find_all_by_dt(player_dt) #Find all the 'DT_DOTA_PlayerResource' ehandles
        
    for ehandle, state in players.items(): #Iterate through the ehandles (in this case, there is only one)
        ticks.append(tick)
        for i in range(len(player_id_list)): #For each tick, we want to get the player's earned gold. 
            name=state[('m_iszPlayerNames',player_id_list[i])]
            player_gold=state[('m_iTotalEarnedGold',player_id_list[i])]    
            gold[name].append(player_gold)
                  
for i in gold.keys():
    plt.plot(ticks,gold[i])
        
plt.show()

Full List of DT_DOTA_PlayerResource arrays names:

• m_iszSelectedHero
• m_iReliableGold : the player's reliable gold
• m_bIsBroadcaster
• m_nSelectedHeroID : hero ID for that player entry (http://wiki.teamfortress.com/wiki/WebAPI/GetHeroes)
• m_UnitShareMasks
• m_iNearbyCreepDeathCount
• m_iszPlayerNames : the player's name
• m_bHasRepicked
• m_iTimedRewardCrates
• m_iTimedRewardDrops
• m_bFakeClient
• m_iBroadcasterLanguage
• m_iLastHitStreak
• m_bBattleBonusActive
• m_iMetaLevel
• m_hSelectedHero : ehandle for the DT_DOTA_Unit_Hero entity
• m_iMetaExperienceBonusRate
• m_iLastHitMultikill
• m_iLastHitCount
• m_iLevel
• m_iDenyCount
• m_iConnectionState
• m_iDeaths
• m_bFullyJoinedServer
• m_iBroadcasterChannelSlot
• m_iMetaExperience
• m_iTotalEarnedXP
• m_iPlayerSteamIDs : steam ID for that player
• m_nPossibleHeroSelection
• m_bVoiceChatBanned
• m_iUnreliableGold : the player's unreliable gold
• m_iLastBuybackTime
• m_iAssists
• m_nSuggestedHeroes
• m_iBattleBonusRate
• m_iKills
• m_iTotalEarnedGold : The player's total earned gold
• m_iPlayerTeams : the player's side in game
  • 2: Radiant
  • 3: Dire
  • 5: Spectator
• m_iRespawnSeconds
• m_bHasRandomed
• m_iStreak
• m_iBroadcasterChannel
• m_flBuybackCooldownTime : The game time that the player can buy back. Will be 0 until the player buys back for the first time.
• m_bAFK
• m_iMetaExperienceAwarded