public float GetTraceRange(int mid)
{
bool flag = this.dMon.ContainsKey(mid);
float result;
if (flag)
{
SXML expr_1D = this.dMon[mid];
float?arg_59_0;
if (expr_1D == null)
{
arg_59_0 = null;
}
else
{
SXML expr_3B = expr_1D.GetNode("ai", "");
arg_59_0 = ((expr_3B != null) ? new float?(expr_3B.getFloat("tracerang")) : null);
}
result = (arg_59_0 ?? 0f) / 53.333f;
}
else
{
result = 0f;
}
return(result);
}
private void OnPetStageChange()
{
Transform transform = SelfRole._inst.m_curModel.FindChild("birdstop");
for (int i = 0; i < transform.childCount; i++)
{
UnityEngine.Object.Destroy(transform.GetChild(i));
}
A3_PetModel instance = ModelBase <A3_PetModel> .getInstance();
SXML node = instance.PetXML.GetNode("pet.stage", "stage==" + instance.Stage.ToString());
string @string = node.getString("avatar");
GameObject gameObject = Resources.Load <GameObject>("profession/" + @string);
GameObject x = Resources.Load <GameObject>("profession/birdpath");
bool flag = this._birdPrefab == null || x == null;
if (!flag)
{
GameObject gameObject2 = UnityEngine.Object.Instantiate(this._birdPrefab, transform.position, Quaternion.identity) as GameObject;
GameObject gameObject3 = UnityEngine.Object.Instantiate(this._pathPrefab, transform.position, Quaternion.identity) as GameObject;
bool flag2 = gameObject2 == null || gameObject3 == null;
if (!flag2)
{
gameObject3.transform.parent = transform;
PetBird petBird = gameObject2.AddComponent <PetBird>();
petBird.Path = gameObject3;
}
}
}
public override void PlaySkill(int id)
{
debug.Log("PlaySkill: " + id);
//flytxt.instance.fly(id.ToString ());
MS0000_Default_Event mde = m_curModel.gameObject.GetComponent <MS0000_Default_Event>();
mde.effect = null;
if (id != 1)
{
if (ismapEffect)
{
mde.vec = effectVec;
ismapEffect = false;
}
// mde.onSFX_EFF(id.ToString());
mde.effect = id.ToString();
}
else
{
selfFx(id);
}
int play_skill;
if (id == 1)
{
play_skill = 1;
}
else
{
SXML sxml = XMLMgr.instance.GetSXML("skill.skill", "id==" + id);
if (sxml != null)
{
play_skill = sxml.getInt("action_tp");
flyskill(sxml.getString("name"));
}
else
{
play_skill = 1;
}
}
m_fAttackCount = 0.5f;
if (play_skill == 1)
{
OtherSkillShow();
EnterAttackState();
}
else
{
m_fSkillShowTime = 5.0f;
m_curAni.SetInteger(EnumAni.ANI_I_SKILL, play_skill);
m_curAni.SetBool(EnumAni.ANI_ATTACK, false);
}
//selfFx(play_skill);
}
public override void PlaySkill(int id)
{
Debug.Log("PlaySkill: " + id);
MS0000_Default_Event component = this.m_curModel.gameObject.GetComponent <MS0000_Default_Event>();
component.effect = null;
bool flag = id != 1;
if (flag)
{
bool flag2 = this.ismapEffect;
if (flag2)
{
component.vec = this.effectVec;
this.ismapEffect = false;
}
component.effect = id.ToString();
}
else
{
this.selfFx(id);
}
bool flag3 = id == 1;
int num;
if (flag3)
{
num = 1;
}
else
{
SXML sXML = XMLMgr.instance.GetSXML("skill.skill", "id==" + id);
bool flag4 = sXML != null;
if (flag4)
{
num = sXML.getInt("action_tp");
}
else
{
num = 1;
}
}
this.m_fAttackCount = 0.5f;
bool flag5 = num == 1;
if (flag5)
{
base.OtherSkillShow();
this.EnterAttackState();
}
else
{
this.m_fSkillShowTime = 5f;
this.m_curAni.SetInteger(EnumAni.ANI_I_SKILL, num);
this.m_curAni.SetBool(EnumAni.ANI_ATTACK, false);
}
}
public override void FrameMove(float delta_time)
{
base.FrameMove(delta_time);
if (!show)
{
SXML xml = XMLMgr.instance.GetSXML("monsters.monsters", "id==" + dartid);
ani.speed = xml.GetNodeList("att")[0].getFloat("speed_run");
show = true;
}
}
//召唤兽普通攻击特效
void selfFx(int id)
{
MS0000_Default_Event mde = m_curModel.gameObject.GetComponent <MS0000_Default_Event>();
SXML sxml = XMLMgr.instance.GetSXML("monsters.monsters", "id==" + summonid);
if (sxml != null && sxml.getString("skillid_1") != "")
{
// mde.onSFX_EFF(sxml.getString("skillid_"+id));
mde.effect = sxml.getString("skillid_" + id);
}
}
private void selfFx(int id)
{
MS0000_Default_Event component = this.m_curModel.gameObject.GetComponent <MS0000_Default_Event>();
SXML sXML = XMLMgr.instance.GetSXML("monsters.monsters", "id==" + this.summonid);
bool flag = sXML != null && sXML.getString("skillid_1") != "";
if (flag)
{
component.effect = sXML.getString("skillid_" + id);
}
}
public override void FrameMove(float delta_time)
{
base.FrameMove(delta_time);
bool flag = !this.show;
if (flag)
{
SXML sXML = XMLMgr.instance.GetSXML("monsters.monsters", "id==" + this.dartid);
this.ani.speed = sXML.GetNodeList("att", "")[0].getFloat("speed_run");
this.show = true;
}
}
public void SetSkin()
{
SXML sXML = XMLMgr.instance.GetSXML("mlzd", "");
int num = SelfRole._inst.zhuan * 10 + SelfRole._inst.lvl;
int num2 = 2;
int num3 = 3;
List <SXML> nodeList = sXML.GetNodeList("stage", "");
foreach (SXML current in nodeList)
{
string @string = current.getString("lvl");
int num4 = int.Parse(@string.Split(new char[]
{
','
})[0]);
int num5 = int.Parse(@string.Split(new char[]
{
','
})[1]);
bool flag = num <= num4 * 10 + num5;
if (flag)
{
num2 = current.getInt("waiguan");
break;
}
}
GameObject gameObject = this.m_curModel.parent.gameObject;
string avatar_path = "profession/assa/";
Transform[] componentsInChildren = gameObject.GetComponentsInChildren <Transform>();
for (int i = 0; i < componentsInChildren.Length; i++)
{
Transform transform = componentsInChildren[i];
transform.gameObject.layer = EnumLayer.LM_SELFROLE;
}
Transform transform2 = gameObject.transform.FindChild("model");
ProfessionAvatar professionAvatar = new ProfessionAvatar();
professionAvatar.Init(avatar_path, "l_", this.m_curGameObj.layer, EnumMaterial.EMT_EQUIP_L, this.m_curModel, "");
professionAvatar.set_body(num3 * 100 + num2 * 10 + 3, 0);
professionAvatar.set_weaponl(num3 * 100 + num2 * 10 + 6, 0);
professionAvatar.set_weaponr(num3 * 100 + num2 * 10 + 6, 0);
professionAvatar.set_wing(0, 0);
this.m_curPhy = this.m_curModel.transform.FindChild("physics");
try
{
this.m_curPhy.gameObject.layer = EnumLayer.LM_BT_FIGHT;
}
catch (Exception var_18_1F5)
{
}
}
public Material set_strength_shader(Material ml, Texture2D tex1, int id, int fxlevel)
{
//Material cur_mat = ml;
Texture tex = ml.GetTexture(EnumShader.SPI_MAINTEX);
////例如 mage_skin0_diff_h 到 mage_skin0_q
//string tex1_name = tex.name.Substring(0, tex.name.Length - 6) + "q";
////debug.Log("材质是"+ tex1_name);
////Texture tex1 = GAMEAPI.ABFight_LoadTexture2D("mtl_" + tex1_name);
//Texture tex1 = null;
Material mtl_inst = GameObject.Instantiate(m_fxLvMtl) as Material;
mtl_inst.SetTexture(EnumShader.SPI_MAINTEX, tex);
if (tex1 != null)
{
mtl_inst.SetTexture(EnumShader.SPI_SUBTEX, tex1);
}
SXML xml = XMLMgr.instance.GetSXML("item.stage", "stage_level==" + fxlevel);
if (xml == null)
{
return(mtl_inst);
}
xml = xml.GetNode("stage_info", "itemid==" + id);
if (xml == null)
{
return(mtl_inst);
}
xml = xml.GetNode("intensify_light", null);
if (xml == null)
{
return(mtl_inst);
}
string[] high_light = xml.getString("high_light").Split(',');
string[] strength_light = xml.getString("strength_light").Split(',');
string[] color = xml.getString("color").Split(',');
Vector4 splRim = new Vector4(float.Parse(high_light[0]), float.Parse(high_light[1]), float.Parse(high_light[2]), float.Parse(high_light[3]));
Vector4 strAnim = new Vector4(float.Parse(strength_light[0]), float.Parse(strength_light[1]), float.Parse(strength_light[2]), float.Parse(strength_light[3]));
Color strColor = new Color(float.Parse(color[0]) / 255, float.Parse(color[1]) / 255, float.Parse(color[2]) / 255);
mtl_inst.SetVector(EnumShader.SPI_SPLRIM, splRim);
mtl_inst.SetVector(EnumShader.SPI_STRANIM, strAnim);
mtl_inst.SetColor(EnumShader.SPI_STRCOLOR, strColor);
return(mtl_inst);
}
public void SetSkin()
{
SXML itemsXMl = XMLMgr.instance.GetSXML("mlzd");
int lvln = SelfRole._inst.zhuan * 10 + SelfRole._inst.lvl;
int waiguan = 2;
int a_w_b_c = 1;
var vv = itemsXMl.GetNodeList("stage");
foreach (var v in vv)
{
string ss = v.getString("lvl");
int a = int.Parse(ss.Split(',')[0]);
int b = int.Parse(ss.Split(',')[1]);
if (lvln <= a * 10 + b)
{
waiguan = v.getInt("waiguan");
break;
}
}
GameObject m_Obj = this.m_curGameObj;
string m_strAvatarPath = "";
m_strAvatarPath = "profession_warrior_";
foreach (Transform tran in m_Obj.GetComponentsInChildren <Transform>())
{
tran.gameObject.layer = EnumLayer.LM_SELFROLE; // 更改物体的Layer层
}
Transform cur_model = m_Obj.transform.FindChild("model");
m_proAvatar.Init_PA(A3_PROFESSION.Warrior, m_strAvatarPath, "l_", m_curGameObj.layer, EnumMaterial.EMT_EQUIP_L, m_curModel);
m_proAvatar.set_body(a_w_b_c * 100 + waiguan * 10 + 3, 0);
m_proAvatar.set_weaponl(a_w_b_c * 100 + waiguan * 10 + 6, 0);
m_proAvatar.set_weaponr(a_w_b_c * 100 + waiguan * 10 + 6, 0);
m_proAvatar.set_wing(0, 0);
//m_proAvatar.set_wing(SelfRole._inst.get_wingid(), SelfRole._inst.get_windfxid());
//m_proAvatar.set_equip_color(SelfRole._inst.get_equip_colorid());
m_curPhy = m_curModel.transform.FindChild("physics");
try {
m_curPhy.gameObject.layer = EnumLayer.LM_BT_FIGHT;
} catch (System.Exception ex) {
}
}
public BluetoothConnector(SXML.Receiver receiver, Bluetooth.BluetoothController[] bluetoothControllers, HousenCS.MITes.MITesDecoder[] mitesDecoders)
{
this.receiver = receiver;
this.bluetoothControllers = bluetoothControllers;
this.mitesDecoders = mitesDecoders;
// TODO At some point close this properly
if (!Directory.Exists("\\Wockets"))
Directory.CreateDirectory("\\Wockets");
try
{
this.log = new StreamWriter("\\Wockets\\log-" + receiver.ID + ".txt", true);
}
catch (IOException e)
{
// If an exception is thrown, then make sure we don't crash. NIH demo only.
// TODO remove and fix more elegantly
this.log = new StreamWriter("\\Wockets\\log-" + receiver.ID + "-" + Environment.TickCount + ".txt", true);
}
}
private void OnPetStageChange()
{
Transform stop = SelfRole._inst.m_curModel.FindChild("birdstop");
for (int i = 0; i < stop.childCount; i++)
{
GameObject.Destroy(stop.GetChild(i));
}
A3_PetModel petModel = A3_PetModel.getInstance();
SXML stageXML = petModel.PetXML.GetNode("pet.stage", "stage==" + petModel.Stage.ToString());
string avatar = stageXML.getString("avatar");
GameObject birdPrefab = GAMEAPI.ABModel_LoadNow_GameObject("profession_" + avatar);
GameObject pathPrefab = GAMEAPI.ABModel_LoadNow_GameObject("profession_birdpath");
if (_birdPrefab == null || pathPrefab == null)
{
return;
}
GameObject bird = GameObject.Instantiate(_birdPrefab, stop.position, Quaternion.identity) as GameObject;
GameObject path = GameObject.Instantiate(_pathPrefab, stop.position, Quaternion.identity) as GameObject;
if (bird == null || path == null)
{
return;
}
path.transform.parent = stop;
PetBird bd = null;
bd = bird.AddComponent <PetBird>();
bd.Path = path;
}
public Material set_strength_shader(Material ml, int id, int fxlevel)
{
Material material = UnityEngine.Object.Instantiate <Material>(this.m_fxLvMtl);
Texture texture = ml.GetTexture(EnumShader.SPI_MAINTEX);
material.SetTexture(EnumShader.SPI_MAINTEX, texture);
string str = texture.name.Substring(0, texture.name.Length - 6) + "q";
debug.Log("材质是" + str);
Texture texture2 = Resources.Load("mtl/" + str) as Texture2D;
bool flag = texture2 != null;
if (flag)
{
material.SetTexture(EnumShader.SPI_SUBTEX, texture2);
}
SXML sXML = XMLMgr.instance.GetSXML("item.stage", "stage_level==" + fxlevel);
bool flag2 = sXML == null;
Material result;
if (flag2)
{
result = material;
}
else
{
sXML = sXML.GetNode("stage_info", "itemid==" + id);
bool flag3 = sXML == null;
if (flag3)
{
result = material;
}
else
{
sXML = sXML.GetNode("intensify_light", null);
bool flag4 = sXML == null;
if (flag4)
{
result = material;
}
else
{
string[] array = sXML.getString("high_light").Split(new char[]
{
','
});
string[] array2 = sXML.getString("strength_light").Split(new char[]
{
','
});
string[] array3 = sXML.getString("color").Split(new char[]
{
','
});
Vector4 vector = new Vector4(float.Parse(array[0]), float.Parse(array[1]), float.Parse(array[2]), float.Parse(array[3]));
Vector4 vector2 = new Vector4(float.Parse(array2[0]), float.Parse(array2[1]), float.Parse(array2[2]), float.Parse(array2[3]));
Color color = new Color(float.Parse(array3[0]) / 255f, float.Parse(array3[1]) / 255f, float.Parse(array3[2]) / 255f);
material.SetVector(EnumShader.SPI_SPLRIM, vector);
material.SetVector(EnumShader.SPI_STRANIM, vector2);
material.SetColor(EnumShader.SPI_STRCOLOR, color);
result = material;
}
}
}
return(result);
}
public static void Initialize(MITesDecoder aMITesDecoder, string aDataDirectory,
AXML.Annotation aannotation, SXML.SensorAnnotation sannotation, GeneralConfiguration configuration)//, string masterDirectory)
{
Extractor.aannotation = aannotation;
Extractor.sannotation = sannotation;
Extractor.dconfiguration = configuration;
// count the sensors for feature extraction and identify their indicies in
// sensor annotation - at the moment only accelerometers are used
Extractor.sensorIndicies = new Hashtable();
Extractor.extractorSensorCount = 0;
foreach (SXML.Sensor sensor in sannotation.Sensors)
{
int channel=Convert.ToInt32(sensor.ID);
if (channel > 0) // if accelerometer
{
Extractor.sensorIndicies[channel] = extractorSensorCount;
Extractor.extractorSensorCount++;
}
}
//load sensor data
//SXML.Reader sreader = new SXML.Reader(masterDirectory, aDataDirectory);
//Extractor.sannotation = sreader.parse();
//load configuration
// ConfigurationReader creader = new ConfigurationReader(aDataDirectory);
// Extractor.dconfiguration = creader.parse();
//load annotation data
//AXML.Reader reader = new AXML.Reader(masterDirectory, aDataDirectory + "\\" + AXML.Reader.DEFAULT_XML_FILE);
//Extractor.aannotation = reader.parse();
//CHANGE: gathers training samples based on the first category only
Extractor.trainingTime = new Hashtable();//int[((AXML.Category)Extractor.aannotation.Categories[0]).Labels.Count];
//for (int i = 0; (i < Extractor.trainingTime.Length); i++)
foreach (AXML.Label label in ((AXML.Category)Extractor.aannotation.Categories[0]).Labels)
Extractor.trainingTime.Add(label.Name, 0);
//Extractor.trainingTime[i] = 0;
Extractor.trainingCompleted = false;
Extractor.inputRowSize = Extractor.extractorSensorCount * 3;
Extractor.fftInterpolationPower = dconfiguration.FFTInterpolatedPower;
Extractor.fftMaximumFrequencies = dconfiguration.FFTMaximumFrequencies;
//Extractor.trainingTimePerClass = configuration.TrainingTime;
//Extractor.trainingWaitTime = configuration.TrainingWaitTime;
Extractor.inputColumnSize = (int)Math.Pow(2, Extractor.fftInterpolationPower);
Extractor.num_features = Extractor.inputRowSize; // number of distances
Extractor.num_features += 1; //total mean;
Extractor.num_features += Extractor.inputRowSize; // number of variances
Extractor.num_features += Extractor.inputRowSize; // number of ranges
Extractor.num_features += 2 * Extractor.fftMaximumFrequencies * Extractor.inputRowSize; // number of fft magnitudes and frequencies
Extractor.num_features += Extractor.inputRowSize; // number of energies
Extractor.num_features += ((Extractor.inputRowSize * Extractor.inputRowSize) - Extractor.inputRowSize) / 2; //correlation coefficients off-di
Extractor.features = new double[Extractor.num_features];
Extractor.arffAttriburesLabels = new string[Extractor.num_features];
Extractor.attributeLocation = new Hashtable();
Extractor.standardized = new double[inputRowSize][];
for (int i = 0; (i < inputRowSize); i++)
Extractor.standardized[i] = new double[Extractor.inputColumnSize];//input[0].Length];
Extractor.means = new double[inputRowSize];
inputFFT = new int[Extractor.inputColumnSize];
FFT.Initialize(fftInterpolationPower, fftMaximumFrequencies);
Extractor.aMITesDecoder = aMITesDecoder;
//Create the ARFF File header
string arffHeader = "@RELATION wockets\n\n" + Extractor.GetArffHeader();//sannotation.Sensors.Count * 3, configuration.FFTMaximumFrequencies);
arffHeader += "@ATTRIBUTE activity {";
foreach (AXML.Label label in ((AXML.Category)Extractor.aannotation.Categories[0]).Labels)
arffHeader += label.Name.Replace(' ', '_') + ",";
arffHeader += "unknown}\n";
arffHeader += "\n@DATA\n\n";
//Calculating windowing parameters
//total number of points per interpolated window
Extractor.INTERPOLATED_SAMPLING_RATE_PER_WINDOW = (int)Math.Pow(2, dconfiguration.FFTInterpolatedPower); //128;
//space between interpolated samples
Extractor.INTERPOLATED_SAMPLES_SPACING = (double)dconfiguration.WindowTime / INTERPOLATED_SAMPLING_RATE_PER_WINDOW;
//expected sampling rate per MITes
//Extractor.EXPECTED_SAMPLING_RATE = dconfiguration.ExpectedSamplingRate / sannotation.Sensors.Count; //samples per second
//expected samples per window
//Extractor.EXPECTED_WINDOW_SIZE = (int)(EXPECTED_SAMPLING_RATE * (dconfiguration.WindowTime / 1000.0)); // expectedSamplingRate per window
//what would be considered a good sampling rate
//Extractor.EXPECTED_GOOD_SAMPLING_RATE = EXPECTED_WINDOW_SIZE - (int)(dconfiguration.MaximumNonconsecutiveFrameLoss * EXPECTED_WINDOW_SIZE); //number of packets lost per second
//space between samples
//Extractor.EXPECTED_SAMPLES_SPACING = (double)dconfiguration.WindowTime / EXPECTED_WINDOW_SIZE;
Extractor.EXPECTED_SAMPLING_RATES = new int[Extractor.extractorSensorCount];
Extractor.EXPECTED_WINDOW_SIZES = new int[Extractor.extractorSensorCount];
Extractor.EXPECTED_GOOD_SAMPLING_RATES = new int[Extractor.extractorSensorCount];
Extractor.EXPECTED_SAMPLES_SPACING = new double[Extractor.extractorSensorCount];
//foreach (SXML.Sensor sensor in sannotation.Sensors)
foreach (DictionaryEntry sensorEntry in Extractor.sensorIndicies)
{
//Get the channel and index in data array for only
// extractor sensors (sensors that will be used to compute
// features i.e. accelerometers)
int channel=(int)sensorEntry.Key;
int sensorIndex = (int)sensorEntry.Value;
SXML.Sensor sensor = ((SXML.Sensor)sannotation.Sensors[(int)sannotation.SensorsIndex[channel]]);
int receiverID = Convert.ToInt32(sensor.Receiver);
if (channel == MITesDecoder.MAX_CHANNEL) //Built in sensor
Extractor.EXPECTED_SAMPLING_RATES[sensorIndex] = sensor.SamplingRate; //used sensor sampling rate
else
Extractor.EXPECTED_SAMPLING_RATES[sensorIndex] = dconfiguration.ExpectedSamplingRate / sannotation.NumberSensors[receiverID];
Extractor.EXPECTED_WINDOW_SIZES[sensorIndex] = (int)(Extractor.EXPECTED_SAMPLING_RATES[sensorIndex] * (dconfiguration.WindowTime / 1000.0));
Extractor.EXPECTED_GOOD_SAMPLING_RATES[sensorIndex] = Extractor.EXPECTED_WINDOW_SIZES[sensorIndex] - (int)(dconfiguration.MaximumNonconsecutiveFrameLoss * Extractor.EXPECTED_WINDOW_SIZES[sensorIndex]);
Extractor.EXPECTED_SAMPLES_SPACING[sensorIndex] = (double)dconfiguration.WindowTime / Extractor.EXPECTED_WINDOW_SIZES[sensorIndex];
}
//window counters and delimiters
Extractor.next_window_end = 0;
Extractor.total_window_count = 0;
Extractor.num_feature_windows = 0;
//data quality variables
Extractor.isAcceptableLossRate = true;
Extractor.isAcceptableConsecutiveLoss = true;
Extractor.unacceptable_window_count = 0;
Extractor.unacceptable_consecutive_window_loss_count = 0;
//2 D array that stores Sensor axes + time stamps on each row X expected WINDOW SIZE
Extractor.data = new double[Extractor.extractorSensorCount * 4][]; // 1 row for each axis
// 2D array that stores Sensor axes X INTERPOLATED WINDOW SIZE
Extractor.interpolated_data = new double[Extractor.extractorSensorCount * 3][];
// array to store the y location for each axes as data is received
// will be different for every sensor of course
Extractor.y_index = new int[Extractor.extractorSensorCount];
//Initialize expected data array
foreach (DictionaryEntry sensorEntry in Extractor.sensorIndicies)
{
//Get the channel and index in data array for only
// extractor sensors (sensors that will be used to compute
// features i.e. accelerometers)
int channel=(int)sensorEntry.Key;
int sensorIndex = (int)sensorEntry.Value;
int adjusted_sensor_index = sensorIndex * 4;
//Initialize 4 rows x,y,z timestamp
for (int j = 0; j < 4; j++)
{
Extractor.data[adjusted_sensor_index] = new double[EXPECTED_WINDOW_SIZES[sensorIndex]];
for (int k = 0; (k < EXPECTED_WINDOW_SIZES[sensorIndex]); k++)
Extractor.data[adjusted_sensor_index][k] = 0;
adjusted_sensor_index++;
}
}
//Here it is equal across all sensors, so we do not need to consider
//the sampling rate of each sensor separately
for (int j = 0; (j < (Extractor.extractorSensorCount * 3)); j++)
{
Extractor.interpolated_data[j] = new double[INTERPOLATED_SAMPLING_RATE_PER_WINDOW];
for (int k = 0; (k < INTERPOLATED_SAMPLING_RATE_PER_WINDOW); k++)
Extractor.interpolated_data[j][k] = 0;
}
//Initialize y index for each sensor
for (int j = 0; (j < Extractor.extractorSensorCount); j++)
Extractor.y_index[j] = 0;
}
public bool WillPick(uint tpid)
{
a3_ItemData itemDataById = ModelBase <a3_BagModel> .getInstance().getItemDataById(tpid);
int quality = itemDataById.quality;
int num = 1 << quality - 1;
bool result = true;
bool flag = itemDataById.item_type == 1;
if (flag)
{
SXML sXML = XMLMgr.instance.GetSXML("autoplay", "");
string[] source = sXML.GetNode("eqp_cailiao", "").getString("list").Split(new char[]
{
','
});
string[] source2 = sXML.GetNode("pet_cailiao", "").getString("list").Split(new char[]
{
','
});
string[] source3 = sXML.GetNode("wing_cailiao", "").getString("list").Split(new char[]
{
','
});
string[] source4 = sXML.GetNode("summon_cailiao", "").getString("list").Split(new char[]
{
','
});
string[] source5 = sXML.GetNode("drugs", "").getString("list").Split(new char[]
{
','
});
bool flag2 = source.Contains(tpid.ToString()) && this.PickEqp_cailiao != 1;
if (flag2)
{
result = false;
}
else
{
bool flag3 = source2.Contains(tpid.ToString()) && this.PickPet_cailiao != 1;
if (flag3)
{
result = false;
}
else
{
bool flag4 = source3.Contains(tpid.ToString()) && this.PickWing_cailiao != 1;
if (flag4)
{
result = false;
}
else
{
bool flag5 = source4.Contains(tpid.ToString()) && this.PickSummon_cailiao != 1;
if (flag5)
{
result = false;
}
else
{
bool flag6 = source5.Contains(tpid.ToString()) && this.PickDrugs != 1;
if (flag6)
{
result = false;
}
else
{
bool flag7 = this.PickOther != 1;
if (flag7)
{
result = false;
}
}
}
}
}
}
}
else
{
bool flag8 = itemDataById.item_type == 2;
if (flag8)
{
result = ((num & this.PickEqp) != 0);
}
else
{
bool flag9 = tpid == 0u;
if (flag9)
{
bool flag10 = this.PickGold != 1;
if (flag10)
{
result = false;
}
}
}
}
return(result);
}
public static void Initialize(MITesDecoder aMITesDecoder, string aDataDirectory,
AXML.Annotation aannotation,SXML.SensorAnnotation sannotation)//, string masterDirectory)
{
Extractor.aannotation = aannotation;
Extractor.sannotation = sannotation;
//load sensor data
//SXML.Reader sreader = new SXML.Reader(masterDirectory, aDataDirectory);
//Extractor.sannotation = sreader.parse();
//load configuration
ConfigurationReader creader = new ConfigurationReader(aDataDirectory);
Extractor.dconfiguration = creader.parse();
//load annotation data
//AXML.Reader reader = new AXML.Reader(masterDirectory, aDataDirectory + "\\" + AXML.Reader.DEFAULT_XML_FILE);
//Extractor.aannotation = reader.parse();
//CHANGE: gathers training samples based on the first category only
Extractor.trainingTime = new Hashtable();//int[((AXML.Category)Extractor.aannotation.Categories[0]).Labels.Count];
//for (int i = 0; (i < Extractor.trainingTime.Length); i++)
foreach (AXML.Label label in ((AXML.Category)Extractor.aannotation.Categories[0]).Labels)
Extractor.trainingTime.Add(label.Name, 0);
//Extractor.trainingTime[i] = 0;
Extractor.trainingCompleted = false;
Extractor.inputRowSize = sannotation.Sensors.Count * 3;
Extractor.fftInterpolationPower = dconfiguration.FFTInterpolatedPower;
Extractor.fftMaximumFrequencies = dconfiguration.FFTMaximumFrequencies;
//Extractor.trainingTimePerClass = configuration.TrainingTime;
//Extractor.trainingWaitTime = configuration.TrainingWaitTime;
Extractor.inputColumnSize = (int)Math.Pow(2, Extractor.fftInterpolationPower);
Extractor.num_features = Extractor.inputRowSize; // number of distances
Extractor.num_features += 1; //total mean;
Extractor.num_features += Extractor.inputRowSize; // number of variances
Extractor.num_features += Extractor.inputRowSize; // number of ranges
Extractor.num_features += 2 * Extractor.fftMaximumFrequencies * Extractor.inputRowSize; // number of fft magnitudes and frequencies
Extractor.num_features += Extractor.inputRowSize; // number of energies
Extractor.num_features += ((Extractor.inputRowSize * Extractor.inputRowSize) - Extractor.inputRowSize) / 2; //correlation coefficients off-di
Extractor.features = new double[Extractor.num_features];
Extractor.arffAttriburesLabels = new string[Extractor.num_features];
Extractor.standardized = new double[inputRowSize][];
for (int i = 0; (i < inputRowSize); i++)
Extractor.standardized[i] = new double[Extractor.inputColumnSize];//input[0].Length];
Extractor.means = new double[inputRowSize];
inputFFT = new int[Extractor.inputColumnSize];
FFT.Initialize(fftInterpolationPower, fftMaximumFrequencies);
Extractor.aMITesDecoder = aMITesDecoder;
//Create the ARFF File header
string arffHeader = "@RELATION wockets\n\n" + Extractor.GetArffHeader();//sannotation.Sensors.Count * 3, configuration.FFTMaximumFrequencies);
arffHeader += "@ATTRIBUTE activity {";
foreach (AXML.Label label in ((AXML.Category)Extractor.aannotation.Categories[0]).Labels)
arffHeader += label.Name.Replace(' ', '_') + ",";
arffHeader += "unknown}\n";
arffHeader += "\n@DATA\n\n";
//Calculating windowing parameters
//total number of points per interpolated window
Extractor.INTERPOLATED_SAMPLING_RATE_PER_WINDOW = (int)Math.Pow(2, dconfiguration.FFTInterpolatedPower); //128;
//expected sampling rate per MITes
Extractor.EXPECTED_SAMPLING_RATE = dconfiguration.ExpectedSamplingRate / sannotation.Sensors.Count; //samples per second
//expected samples per window
Extractor.EXPECTED_WINDOW_SIZE = (int)(EXPECTED_SAMPLING_RATE * (dconfiguration.WindowTime / 1000.0)); // expectedSamplingRate per window
//what would be considered a good sampling rate
Extractor.EXPECTED_GOOD_SAMPLING_RATE = EXPECTED_WINDOW_SIZE - (int)(dconfiguration.MaximumNonconsecutiveFrameLoss * EXPECTED_WINDOW_SIZE); //number of packets lost per second
//space between samples
Extractor.EXPECTED_SAMPLES_SPACING = (double)dconfiguration.WindowTime / EXPECTED_WINDOW_SIZE;
//space between interpolated samples
Extractor.INTERPOLATED_SAMPLES_SPACING = (double)dconfiguration.WindowTime / INTERPOLATED_SAMPLING_RATE_PER_WINDOW;
//window counters and delimiters
Extractor.next_window_end = 0;
Extractor.total_window_count = 0;
Extractor.num_feature_windows = 0;
//data quality variables
Extractor.isAcceptableLossRate = true;
Extractor.isAcceptableConsecutiveLoss = true;
Extractor.unacceptable_window_count = 0;
Extractor.unacceptable_consecutive_window_loss_count = 0;
//2 D array that stores Sensor axes + time stamps on each row X expected WINDOW SIZE
Extractor.data = new double[Extractor.sannotation.Sensors.Count * 4][]; // 1 row for each axis
// 2D array that stores Sensor axes X INTERPOLATED WINDOW SIZE
Extractor.interpolated_data = new double[Extractor.sannotation.Sensors.Count * 3][];
// array to store the y location for each axes as data is received
// will be different for every sensor of course
Extractor.y_index = new int[Extractor.sannotation.Sensors.Count];
//Initialize expected data array
for (int j = 0; (j < (Extractor.sannotation.Sensors.Count * 4)); j++)
{
Extractor.data[j] = new double[EXPECTED_WINDOW_SIZE];
for (int k = 0; (k < EXPECTED_WINDOW_SIZE); k++)
Extractor.data[j][k] = 0;
}
//Initialize interpolated data array
for (int j = 0; (j < (Extractor.sannotation.Sensors.Count * 3)); j++)
{
Extractor.interpolated_data[j] = new double[INTERPOLATED_SAMPLING_RATE_PER_WINDOW];
for (int k = 0; (k < INTERPOLATED_SAMPLING_RATE_PER_WINDOW); k++)
Extractor.interpolated_data[j][k] = 0;
}
//Initialize y index for each sensor
for (int j = 0; (j < Extractor.sannotation.Sensors.Count); j++)
Extractor.y_index[j] = 0;
}
public MonsterRole AddMonster(int id, Vector3 pos, uint serverid = 0u, float roatate = 0f, int boset_num = 0, int carr = 0, string name = null)
{
this.init();
bool flag = this.m_mapMonster.ContainsKey(serverid);
MonsterRole result;
if (flag)
{
result = null;
}
else
{
SXML sXML = this.dMon[id];
int num = sXML.getInt("obj");
float @float = sXML.getFloat("scale");
bool flag2 = serverid <= 0u;
if (flag2)
{
bool flag3 = Globle.m_nTestMonsterID > 0;
if (flag3)
{
num = Globle.m_nTestMonsterID;
}
}
bool flag4 = sXML.getInt("collect_tar") > 0;
bool isHardDemo = Globle.isHardDemo;
Type type;
if (isHardDemo)
{
type = MonsterMgr.getTypeHandle("Md" + num);
}
else
{
bool flag5 = flag4;
if (flag5)
{
bool flag6 = num == 122;
if (flag6)
{
type = Type.GetType("CollectBox");
}
else
{
type = Type.GetType("CollectRole");
}
}
else
{
type = Type.GetType("M" + num);
}
}
bool flag7 = id == 4002 || carr == 2;
if (flag7)
{
type = Type.GetType("M000P2");
}
else
{
bool flag8 = id == 4003 || carr == 3;
if (flag8)
{
type = Type.GetType("M000P3");
}
else
{
bool flag9 = id == 4005 || carr == 5;
if (flag9)
{
type = Type.GetType("M000P5");
}
}
}
bool flag10 = type == null;
if (flag10)
{
type = Type.GetType("M00000");
}
MonsterRole monsterRole = (MonsterRole)Activator.CreateInstance(type);
bool flag11 = name != null;
if (flag11)
{
monsterRole.ownerName = name;
}
bool flag12 = carr == 0;
if (flag12)
{
monsterRole.roleName = sXML.getString("name");
}
monsterRole.tempXMl = sXML;
monsterRole.m_circle_type = sXML.getInt("boss_circle");
bool flag13 = sXML.getFloat("boss_circle_scale") == -1f;
if (flag13)
{
monsterRole.m_circle_scale = 1f;
}
else
{
monsterRole.m_circle_scale = sXML.getFloat("boss_circle_scale");
}
monsterRole.isBoos = (sXML.getInt("boss") == 1);
bool flag14 = @float > 0f;
if (flag14)
{
monsterRole.scale = @float;
}
bool flag15 = monsterRole != null;
if (flag15)
{
bool flag16 = id == 4002 || carr == 2;
if (flag16)
{
monsterRole.Init("profession/warrior_inst", EnumLayer.LM_MONSTER, pos, roatate);
}
else
{
bool flag17 = id == 4003 || carr == 3;
if (flag17)
{
monsterRole.Init("profession/mage_inst", EnumLayer.LM_MONSTER, pos, roatate);
}
else
{
bool flag18 = id == 4005 || carr == 5;
if (flag18)
{
monsterRole.Init("profession/assa_inst", EnumLayer.LM_MONSTER, pos, roatate);
}
else
{
bool flag19 = flag4;
if (flag19)
{
monsterRole.Init("npc/" + num, EnumLayer.LM_MONSTER, pos, roatate);
}
else
{
monsterRole.Init("monster/" + num, EnumLayer.LM_MONSTER, pos, roatate);
}
}
}
}
monsterRole.monsterid = id;
bool flag20 = boset_num > 0;
if (flag20)
{
PlayerNameUIMgr.getInstance().show(monsterRole);
PlayerNameUIMgr.getInstance().seticon_forDaobao(monsterRole, boset_num);
}
bool flag21 = ModelBase <A3_ActiveModel> .getInstance().mwlr_map_info.Count > 0;
if (flag21)
{
PlayerNameUIMgr.getInstance().seticon_forMonsterHunter(monsterRole, ModelBase <A3_ActiveModel> .getInstance().mwlr_map_info[0]["target_mid"] != id);
}
bool flag22 = serverid > 0u;
if (flag22)
{
monsterRole.m_unIID = serverid;
this.m_mapMonster.Add(serverid, monsterRole);
}
else
{
monsterRole.isfake = true;
monsterRole.m_unIID = this.idIdx;
this.m_mapFakeMonster.Add(this.idIdx, monsterRole);
this.idIdx += 1u;
}
bool flag23 = !GRMap.loading;
if (flag23)
{
monsterRole.refreshViewType(2);
}
}
this.m_listMonster.Add(monsterRole);
bool flag24 = monsterRole != null;
if (flag24)
{
base.dispatchEvent(GameEvent.Create(MonsterMgr.EVENT_MONSTER_ADD, this, monsterRole, false));
}
result = monsterRole;
}
return(result);
}
public MonsterRole AddDartCar(Variant d)
{
this.init();
bool loading = GRMap.loading;
MonsterRole result;
if (loading)
{
this.cacheProxy.Add(d);
result = null;
}
else
{
Vector3 pos = new Vector3(d["x"] / 53.333f, 0f, d["y"] / 53.333f);
int num = d["mid"];
uint num2 = d["iid"];
bool flag = this.m_mapMonster.ContainsKey(num2);
if (flag)
{
this.RemoveMonster(num2);
}
SXML sXML = this.dMon[num];
int num3 = sXML.getInt("obj");
float @float = sXML.getFloat("scale");
string empty = string.Empty;
bool flag2 = num2 <= 0u;
if (flag2)
{
bool flag3 = Globle.m_nTestMonsterID > 0;
if (flag3)
{
num3 = Globle.m_nTestMonsterID;
}
}
MDC000 mDC = new MDC000();
mDC.tempXMl = sXML;
mDC.isBoos = (sXML.getInt("boss") == 1);
bool flag4 = @float > 0f;
if (flag4)
{
mDC.scale = @float;
}
bool flag5 = mDC != null;
if (flag5)
{
mDC.Init("monster/" + num3, EnumLayer.LM_MONSTER, pos, 0f);
mDC.curhp = d["hp"];
mDC.maxHp = d["battleAttrs"]["max_hp"];
mDC.escort_name = d["escort_name"];
PlayerNameUIMgr.getInstance().show(mDC);
PlayerNameUIMgr.getInstance().setDartName(mDC, d["escort_name"] + "军团的镖车");
mDC.roleName = d["escort_name"] + "军团的镖车";
mDC.monsterid = num;
bool flag6 = mDC.roleName == ModelBase <A3_LegionModel> .getInstance().myLegion.name;
if (flag6)
{
mDC.m_isMarked = false;
}
bool flag7 = num2 > 0u;
if (flag7)
{
mDC.m_unIID = num2;
this.m_mapMonster.Add(num2, mDC);
}
else
{
mDC.isfake = true;
mDC.m_unIID = this.idIdx;
this.m_mapFakeMonster.Add(this.idIdx, mDC);
this.idIdx += 1u;
}
bool flag8 = !GRMap.loading;
if (flag8)
{
mDC.refreshViewType(2);
}
mDC.dartid = num;
mDC.isDart = true;
}
this.m_listMonster.Add(mDC);
bool flag9 = mDC != null;
if (flag9)
{
base.dispatchEvent(GameEvent.Create(MonsterMgr.EVENT_MONSTER_ADD, this, mDC, false));
}
bool flag10 = d.ContainsKey("moving");
if (flag10)
{
uint @uint = d["iid"]._uint;
MonsterRole monster = MonsterMgr._inst.getMonster(@uint);
float float2 = d["moving"]["to_x"]._float;
float float3 = d["moving"]["to_y"]._float;
Vector3 sourcePosition = new Vector3(float2 * 32f / 53.333f, 0f, float3 * 32f / 53.333f);
NavMeshHit navMeshHit;
NavMesh.SamplePosition(sourcePosition, out navMeshHit, 100f, monster.m_layer);
monster.SetDestPos(navMeshHit.position);
}
result = mDC;
}
return(result);
}
public MonsterRole AddMonster(int id, Vector3 pos, uint serverid = 0, float roatate = 0, int boset_num = 0, int carr = 0, string name = null)
{
init();
if (m_mapMonster.ContainsKey(serverid))
{
return(m_mapMonster[serverid]);
}
MonsterRole mon = null;
//if (monID == 1)
//{
SXML xml = dMon[id];
int tempid = xml.getInt("obj");
float scale = xml.getFloat("scale");
//用来给美术测试新加的怪物用的
if (serverid <= 0)
{
if (Globle.m_nTestMonsterID > 0)
{
tempid = Globle.m_nTestMonsterID;
}
}
bool isCollect = xml.getInt("collect_tar") > 0;
bool isboxCollect = xml.getInt("collect_box") > 0; // 判断这个宝箱是不是采集用的 > 0 则是采集的用宝箱
//Type TCls;
//if (Globle.isHardDemo)
// TCls = getTypeHandle("Md" + tempid);
//else
//{
// if (isCollect)
// {
// if (tempid == 122 && !isboxCollect)
// {
// TCls = System.Type.GetType("CollectBox");
// }
// else TCls = System.Type.GetType("CollectRole");
// }
// else
// {
// TCls = System.Type.GetType("M" + tempid);
// }
//}
//if (id == 4002 || carr == 2) TCls = System.Type.GetType("M000P2");
//else if (id == 4003 || carr == 3) TCls = System.Type.GetType("M000P3");
//else if (id == 4005 || carr == 5) TCls = System.Type.GetType("M000P5");
//if (TCls == null)
//{
// TCls = System.Type.GetType("M00000");
//}
//mon = (MonsterRole)Activator.CreateInstance(TCls);
if (isCollect)
{
if (tempid == 122)
{
mon = new CollectBox();
}
else
{
mon = new CollectRole();
}
}
if (id == 4002 || carr == 2)
{
mon = new M000P2();
}
else if (id == 4003 || carr == 3)
{
mon = new M000P3();
}
else if (id == 4005 || carr == 5)
{
mon = new M000P5();
}
if (mon == null)
{
mon = new M00000();
}
if (name != null)
{
mon.ownerName = name;
}
if (carr == 0)
{
mon.roleName = xml.getString("name");
}
mon.tempXMl = xml;
mon.m_circle_type = xml.getInt("boss_circle");
if (xml.getFloat("boss_circle_scale") == -1)
{
mon.m_circle_scale = 1;
}
else
{
mon.m_circle_scale = xml.getFloat("boss_circle_scale");
}
mon.isBoos = xml.getInt("boss") == 1;
mon.isBoss_c = xml.getInt("boss_c") == 1;
if (scale > 0f)
{
mon.scale = scale;
}
if (serverid > 0)
{
mon.m_unIID = serverid;
m_mapMonster.Add(serverid, mon);
}
else
{
mon.isfake = true;
mon.m_unIID = idIdx;
m_mapFakeMonster.Add(idIdx, mon);
idIdx++;
}
if (mon != null)
{
if (id == 4002 || carr == 2)
{
mon.Init("profession_warrior_inst", EnumLayer.LM_MONSTER, pos, roatate);
}
else if (id == 4003 || carr == 3)
{
mon.Init("profession_mage_inst", EnumLayer.LM_MONSTER, pos, roatate);
}
else if (id == 4005 || carr == 5)
{
mon.Init("profession_assa_inst", EnumLayer.LM_MONSTER, pos, roatate);
}
else if (isCollect)
{
mon.Init("npc_" + tempid, EnumLayer.LM_MONSTER, pos, roatate);
}
else
{
mon.Init("monster_" + tempid, EnumLayer.LM_MONSTER, pos, roatate);
}
mon.monsterid = id;
if (boset_num > 0)
{
PlayerNameUIMgr.getInstance().show(mon);
PlayerNameUIMgr.getInstance().seticon_forDaobao(mon, boset_num);
}
if (A3_ActiveModel.getInstance().mwlr_map_info.Count > 0)
{
PlayerNameUIMgr.getInstance().seticon_forMonsterHunter(mon, A3_ActiveModel.getInstance().mwlr_map_info[0]["target_mid"] != id);
}
//if (GRMap.grmap_loading == false)
// mon.refreshViewType(2);
}
m_listMonster.Add(mon);
//}
//else if (monID == 2)
//{
// mon = new M10002Srg();
// mon.Init("monster/10002", EnumLayer.LM_MONSTER, bornpt);
// m_mapMonster.Add(idIdx, mon);
//}
//else if (monID == 3)
//{
// mon = new M10003Stl();
// mon.Init("monster/10003", EnumLayer.LM_MONSTER, bornpt);
// m_mapMonster.Add(idIdx, mon);
//}
//if (mon != null)
//{
// MonsterData dta = new MonsterData();
// dta.roleId = idIdx;
// dta.monid = monID;
// mon.monsterDta = dta;
//}
//idIdx++;
if (mon != null)
{
dispatchEvent(GameEvent.Create(MonsterMgr.EVENT_MONSTER_ADD, this, mon));
}
return(mon);
}
public MonsterRole AddDartCar(Variant d)//镖车
{
init();
if (GRMap.grmap_loading)
{
cacheProxy.Add(d);
return(null);
}
Vector3 born_pt = new Vector3(d["x"] / GameConstant.PIXEL_TRANS_UNITYPOS, 0f, d["y"] / GameConstant.PIXEL_TRANS_UNITYPOS);
int id = d["mid"];
uint serverid = d["iid"];
if (m_mapMonster.ContainsKey(serverid))
{
return(m_mapMonster[serverid]);
}
SXML xml = dMon[id];
int tempid = xml.getInt("obj");
float scale = xml.getFloat("scale");
string name = string.Empty;
if (serverid <= 0)
{
if (Globle.m_nTestMonsterID > 0)
{
tempid = Globle.m_nTestMonsterID;
}
}
MDC000 mon = new MDC000();
mon.tempXMl = xml;
mon.isBoos = xml.getInt("boss") == 1;
mon.isBoss_c = xml.getInt("boss_c") == 1;
if (scale > 0f)
{
mon.scale = scale;
}
if (mon != null)
{
if (serverid > 0)
{
mon.m_unIID = serverid;
m_mapMonster.Add(serverid, mon);//这个地图上的所有的monster
}
else
{
mon.isfake = true;
mon.m_unIID = idIdx;
m_mapFakeMonster.Add(idIdx, mon);
idIdx++;
}
mon.Init("monster_" + tempid, EnumLayer.LM_MONSTER, born_pt, 0);
mon.curhp = d["hp"];
mon.maxHp = d["battleAttrs"]["max_hp"];
mon.escort_name = d["escort_name"];
PlayerNameUIMgr.getInstance().show(mon);
PlayerNameUIMgr.getInstance().setDartName(mon, d["escort_name"] + ContMgr.getCont("MonsterMgr1"));
mon.roleName = d["escort_name"] + ContMgr.getCont("MonsterMgr1");
mon.monsterid = id;
if (mon.roleName == A3_LegionModel.getInstance().myLegion.name)
{
mon.m_isMarked = false;
}
//if (GRMap.grmap_loading == false)
// mon.refreshViewType(2);
mon.dartid = id;
mon.isDart = true;
}
m_listMonster.Add(mon);
if (mon != null)
{
dispatchEvent(GameEvent.Create(MonsterMgr.EVENT_MONSTER_ADD, this, mon));
}
if (d.ContainsKey("moving"))
{
uint iid = d["iid"]._uint;
var vv = MonsterMgr._inst.getMonster(iid);
float to_x = d["moving"]["to_x"]._float;
float to_y = d["moving"]["to_y"]._float;
NavMeshHit hit;
Vector3 vec = new Vector3(to_x * 32 / GameConstant.PIXEL_TRANS_UNITYPOS, 0f, to_y * 32 / GameConstant.PIXEL_TRANS_UNITYPOS);
NavMesh.SamplePosition(vec, out hit, 100f, vv.m_layer);
vv.SetDestPos(hit.position);
}
return(mon);
}
public MonsterRole AddSummon(Variant m)
{
init();
if (GRMap.grmap_loading)
{
cacheProxy.Add(m);
return(null);
}
Vector3 born_pt = new Vector3(m["x"] / GameConstant.PIXEL_TRANS_UNITYPOS, 0f, m["y"] / GameConstant.PIXEL_TRANS_UNITYPOS);
int id = m["mid"];
uint serverid = m["iid"];
if (m_mapMonster.ContainsKey(serverid))
{
if (m["owner_cid"] == PlayerModel.getInstance().cid)
{
if (a3_herohead.instance)
{
A3_SummonModel.getInstance().lastatkID = 0;
a3_herohead.instance.refresh_sumHp(m["hp"], m["battleAttrs"]["max_hp"]);
a3_herohead.instance.refresh_sumbar();
a3_herohead.instance.do_sum_CD = false;
}
}
return(m_mapMonster[serverid]);
}
//return null;
SXML xml = dMon[id];
int tempid = xml.getInt("obj");
float scale = xml.getFloat("scale");
string name = xml.getString("name");
if (serverid <= 0)
{
if (Globle.m_nTestMonsterID > 0)
{
tempid = Globle.m_nTestMonsterID;
}
}
MS0000 mon = new MS0000();
mon.tempXMl = xml;
mon.isBoos = xml.getInt("boss") == 1;
mon.isBoss_c = xml.getInt("boss_c") == 1;
if (scale > 0f)
{
mon.scale = scale;
}
if (mon != null)
{
if (serverid > 0)
{
mon.m_unIID = serverid;
m_mapMonster.Add(serverid, mon);
roleSummonMapping[m["owner_cid"]] = serverid; // 人物对应的召唤兽 id
}
else
{
mon.isfake = true;
mon.m_unIID = idIdx;
m_mapFakeMonster.Add(idIdx, mon);
idIdx++;
}
mon.masterid = m["owner_cid"];
mon.issummon = true;
mon.summonid = id;
if (SceneCamera.m_nModelDetail_Level != 1 && mon.masterid != PlayerModel.getInstance().cid)
{//设置隐藏召唤兽
mon.Init("monster_" + tempid, EnumLayer.LM_DEFAULT, born_pt, 0);
}
else
{
mon.Init("monster_" + tempid, EnumLayer.LM_MONSTER, born_pt, 0);
}
mon.m_layer = EnumLayer.LM_MONSTER;
PlayerNameUIMgr.getInstance().show(mon);
PlayerNameUIMgr.getInstance().setName(mon, name, m["owner_name"] + ContMgr.getCont("MonsterMgr"));
mon.roleName = name;
mon.monsterid = id;
//if (GRMap.grmap_loading == false)
// mon.refreshViewType(2);
//mon.master = RoleMgr._instance.getRole(m["owner_cid"]);
if (mon.masterid == PlayerModel.getInstance().cid)
{
if (a3_herohead.instance)
{
A3_SummonModel.getInstance().lastatkID = 0;
a3_herohead.instance.refresh_sumHp(m["hp"], m["battleAttrs"]["max_hp"]);
a3_herohead.instance.refresh_sumbar();
a3_herohead.instance.do_sum_CD = false;
}
}
}
m_listMonster.Add(mon);
if (mon != null)
{
dispatchEvent(GameEvent.Create(MonsterMgr.EVENT_MONSTER_ADD, this, mon));
}
if (mon != null)
{
mon.curhp = m["hp"];
mon.maxHp = m["battleAttrs"]["max_hp"];
mon.owner_cid = m["owner_cid"];
}
return(mon);
}
public void SetSkin()
{
SXML itemsXMl = XMLMgr.instance.GetSXML("mlzd");
int lvln = SelfRole._inst.zhuan * SelfRole._inst.lvl;
int waiguan = 2;
int a_w_b_c = 1;
var vv = itemsXMl.GetNodeList("stage");
foreach (var v in vv)
{
string ss = v.getString("lvl");
int a = int.Parse(ss.Split(',')[0]);
int b = int.Parse(ss.Split(',')[1]);
if (lvln <= a * b)
{
waiguan = v.getInt("waiguan");
break;
}
}
GameObject m_Obj = this.m_curModel.parent.gameObject;
ProfessionAvatar m_proAvatar;
string m_strAvatarPath = "";
if (SelfRole._inst is P2Warrior)
{
m_strAvatarPath = "profession/warrior/";
a_w_b_c = 1;
}
else if (SelfRole._inst is P3Mage)
{
m_strAvatarPath = "profession/mage/";
a_w_b_c = 2;
}
else if (SelfRole._inst is P5Assassin)
{
m_strAvatarPath = "profession/assa/";
a_w_b_c = 3;
}
foreach (Transform tran in m_Obj.GetComponentsInChildren <Transform>())
{
tran.gameObject.layer = EnumLayer.LM_FX; // 更改物体的Layer层
}
Transform cur_model = m_Obj.transform.FindChild("model");
//手上的小火球
if (SelfRole._inst.m_LockRole is P3Mage)
{
Transform cur_r_finger1 = cur_model.FindChild("R_Finger1");
var obj_prefab = Resources.Load <GameObject>("profession/avatar_ui/mage_r_finger_fire");
GameObject light_fire = GameObject.Instantiate(obj_prefab) as GameObject;
light_fire.transform.SetParent(cur_r_finger1, false);
}
m_proAvatar = new ProfessionAvatar();
m_proAvatar.Init(m_strAvatarPath, "h_", EnumLayer.LM_FX, EnumMaterial.EMT_EQUIP_H, cur_model);
m_proAvatar.set_body(a_w_b_c * 100 + waiguan * 10 + 3, 0);
m_proAvatar.set_weaponl(a_w_b_c * 100 + waiguan * 10 + 6, 0);
m_proAvatar.set_weaponr(a_w_b_c * 100 + waiguan * 10 + 6, 0);
m_proAvatar.set_wing(SelfRole._inst.get_wingid(), SelfRole._inst.get_windfxid());
m_proAvatar.set_equip_color(SelfRole._inst.get_equip_colorid());
m_curPhy = m_curModel.transform.FindChild("physics");
try {
m_curPhy.gameObject.layer = EnumLayer.LM_BT_FIGHT;
} catch (System.Exception ex) {
}
}
public MonsterRole AddSummon(Variant m)
{
this.init();
bool loading = GRMap.loading;
MonsterRole result;
if (loading)
{
this.cacheProxy.Add(m);
result = null;
}
else
{
Vector3 pos = new Vector3(m["x"] / 53.333f, 0f, m["y"] / 53.333f);
int num = m["mid"];
uint num2 = m["iid"];
bool flag = this.m_mapMonster.ContainsKey(num2);
if (flag)
{
this.RemoveMonster(num2);
}
SXML sXML = this.dMon[num];
int num3 = sXML.getInt("obj");
float @float = sXML.getFloat("scale");
string @string = sXML.getString("name");
bool flag2 = num2 <= 0u;
if (flag2)
{
bool flag3 = Globle.m_nTestMonsterID > 0;
if (flag3)
{
num3 = Globle.m_nTestMonsterID;
}
}
MS0000 mS = new MS0000();
mS.tempXMl = sXML;
mS.isBoos = (sXML.getInt("boss") == 1);
bool flag4 = @float > 0f;
if (flag4)
{
mS.scale = @float;
}
bool flag5 = mS != null;
if (flag5)
{
mS.Init("monster/" + num3, EnumLayer.LM_MONSTER, pos, 0f);
PlayerNameUIMgr.getInstance().show(mS);
PlayerNameUIMgr.getInstance().setName(mS, @string, m["owner_name"] + "的小伙伴");
mS.roleName = @string;
mS.monsterid = num;
bool flag6 = num2 > 0u;
if (flag6)
{
mS.m_unIID = num2;
this.m_mapMonster.Add(num2, mS);
}
else
{
mS.isfake = true;
mS.m_unIID = this.idIdx;
this.m_mapFakeMonster.Add(this.idIdx, mS);
this.idIdx += 1u;
}
bool flag7 = !GRMap.loading;
if (flag7)
{
mS.refreshViewType(2);
}
mS.issummon = true;
mS.summonid = num;
mS.masterid = m["owner_cid"];
bool flag8 = mS.masterid == ModelBase <PlayerModel> .getInstance().cid;
if (flag8)
{
bool flag9 = a3_herohead.instance;
if (flag9)
{
ModelBase <A3_SummonModel> .getInstance().lastatkID = 0u;
a3_herohead.instance.refresh_sumHp(m["hp"], m["battleAttrs"]["max_hp"]);
a3_herohead.instance.refresh_sumbar();
a3_herohead.instance.do_sum_CD = false;
}
}
}
this.m_listMonster.Add(mS);
bool flag10 = mS != null;
if (flag10)
{
base.dispatchEvent(GameEvent.Create(MonsterMgr.EVENT_MONSTER_ADD, this, mS, false));
}
bool flag11 = mS != null;
if (flag11)
{
mS.curhp = m["hp"];
mS.maxHp = m["battleAttrs"]["max_hp"];
mS.owner_cid = m["owner_cid"];
}
result = mS;
}
return(result);
}
