using BrewMonster.ELEMENT_DATA; using ModelRenderer.Scripts.GameData; using BrewMonster; using System.Runtime.InteropServices; using System.Collections.Generic; using System.Linq; using System; using BrewMonster.abase; using CSNetwork.GPDataType; public static class generate_item_temp { public static int generate_weapon(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls, GEN_ADDON_MODE normal_addon ,item_tag_t tag,List sa_list = null) { DATA_TYPE datatype = DATA_TYPE.DT_INVALID; data = new byte[0]; size = 0; int i=0; object obj = itemdataman._edm.get_data_ptr(id, idspace,ref datatype); if(obj == null || datatype != DATA_TYPE.DT_WEAPON_ESSENCE) { return -1; } WEAPON_ESSENCE ess = (WEAPON_ESSENCE)obj; //$$$$$$$$$$$ ��ڼ��Ʒû�ж��Բ�� if(ess.id_sub_type == 300 || ess.id_sub_type == 293 || ess.id_sub_type == 76 || ess.id_sub_type == 291) { return -1; } size =(uint)(Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(_item_content)) + Marshal.SizeOf(typeof(_weapon_essence))); // ��׶�? uint hole_num = 0; if(normal_addon == GEN_ADDON_MODE.ADDON_LIST_DROP) { float[] drop_probability_socket = { ess.drop_probability_socket0, ess.drop_probability_socket1, ess.drop_probability_socket2 }; hole_num = (uint)element_data.RandSelect(drop_probability_socket.ToList(), cls, LOWER.LOWER_TREND); //�׶��Ŀ } else //if(normal_addon == element_data::ADDON_LIST_PRODUCE || normal_addon == element_data::ADDON_LIST_SPEC) { float[] make_probability_socket = { ess.make_probability_socket0, ess.make_probability_socket1, ess.make_probability_socket2 }; hole_num = (uint)element_data.RandSelect(make_probability_socket.ToList(), cls, LOWER.LOWER_TREND); //�׶��Ŀ } size += hole_num*sizeof(int); // size ��hole_num��type //��tag size //ASSERT(tag_size >= sizeof(short)); size += tag.size; // ��addons uint candidate_num = itemdataman.ELEMENTDATAMAN_MAX_NUM_ADDONS; byte[] addon_buf = new byte[candidate_num*Marshal.SizeOf(typeof(itemdataman._addon))]; float[] probability_addon_num = { ess.probability_addon_num0, ess.probability_addon_num1, ess.probability_addon_num2, ess.probability_addon_num3, ess.probability_addon_num4, ess.probability_addon_num5 }; //log each probability_addon_num uint addon_num = (uint)element_data.RandSelect(probability_addon_num.ToList(), cls, LOWER.LOWER_TREND); //��Ա��Ŀ��Ŀ uint addon_size = 0; // if(ess->fixed_props) // { // addon_size = generate_equipment_addon_buffer_2(DT_WEAPON_ESSENCE, (int*)&(ess->addons[0]), sizeof(int)+sizeof(float),32, addon_buf,addon_num); // } // else // { // if(addon_num || normal_addon == element_data::ADDON_LIST_SPEC) // { // generate_template_addon(DT_WEAPON_ESSENCE,ess->probability_unique, // (char*)ess->uniques,(char*)ess->rands,(char*)ess->addons, // addon_buf,addon_num,addon_size,cls,normal_addon,sa_list); // } // else // { // if (normal_addon == element_data::ADDON_LIST_SPEC) // { // addon_size = generate_spec_addon_buffer(DT_WEAPON_ESSENCE,addon_buf,ELEMENTDATAMAN_MAX_NUM_ADDONS,addon_num,sa_list); // } // } // } if(ess.fixed_props!=0) { // this list store the addon id // addon_size = generate_equipment_addon_buffer_2(DT_WEAPON_ESSENCE, (int*)&(ess->addons[0]), sizeof(int)+sizeof(float),32, addon_buf,addon_num); List addon_list = ess.addons.Select(a => (int)a.id_addon).ToList(); addon_size = itemdataman.generate_equipment_addon_buffer_2(DATA_TYPE.DT_WEAPON_ESSENCE, addon_list, addon_buf,0, addon_num); } else { if(addon_num > 0 || normal_addon == GEN_ADDON_MODE.ADDON_LIST_SPEC) { List unique_list = ess.uniques.Select(a => (int)a.id_unique).ToList(); List produce_list = ess.rands.Select(a => (int)a.id_rand).ToList(); List addons_list = ess.addons.Select(a => (int)a.id_addon).ToList(); itemdataman.generate_template_addon( DATA_TYPE.DT_WEAPON_ESSENCE,ess.probability_unique, unique_list,produce_list,addons_list, addon_buf,ref addon_num,ref addon_size,cls,normal_addon,sa_list); } else { if (normal_addon == GEN_ADDON_MODE.ADDON_LIST_SPEC) { addon_size = itemdataman.generate_spec_addon_buffer(DATA_TYPE.DT_WEAPON_ESSENCE,addon_buf,0,itemdataman.ELEMENTDATAMAN_MAX_NUM_ADDONS, addon_num,sa_list); } } } size += addon_size; // allocate the buffer with exact length // *data = (char *)abase::fastalloc(size); data = new byte[size]; //byte[] buf = data; int offset = 0; // *(unsigned int*)buf = id; buf += sizeof(unsigned int); //��Ʒ��ģ��ID // *(size_t*)buf = 1; buf += sizeof(size_t); //��Ʒ�� // *(size_t*)buf = ess->pile_num_max; buf += sizeof(size_t); //��Ʒ�Ķѵ�� // *(int*)buf = ELEMENTDATAMAN_EQUIP_MASK_WEAPON|(addon_num?0x40000000:0); buf += sizeof(int); //��Ʒ�Ŀ�װ��־��̶�ֵ�� // *(int*)buf = ess->proc_type; buf += sizeof(int); //��Ʒ�Ĵ��ʽ // *(int*)buf = DT_WEAPON_ESSENCE; buf += sizeof(int); //��Ʒ��Ӧ��ID WriteUInt(data, ref offset, id); WriteUInt(data, ref offset, 1); WriteInt(data, ref offset, ess.pile_num_max); WriteInt(data, ref offset,(int)(itemdataman.ELEMENTDATAMAN_EQUIP_MASK_WEAPON|(addon_num>0?0x40000000:0))); WriteUInt(data, ref offset, ess.proc_type); WriteInt(data, ref offset, (int)DATA_TYPE.DT_WEAPON_ESSENCE); // if(ess->has_guid == 1){ // int g1,g2; // get_item_guid(id,g1,g2); // *(int*)buf = g1; buf += sizeof(int); //��Ʒ��Ӧ��ID guid // *(int*)buf = g2; buf += sizeof(int); //��Ʒ��Ӧ��ID guid // } // else{ // *(int*)buf = 0; buf += sizeof(int); //��Ʒ��Ӧ��ID guid // *(int*)buf = 0; buf += sizeof(int); //��Ʒ��Ӧ��ID guid // } // *(int*)buf = ess->price; buf += sizeof(int); //��Ʒ�ļ۸� // *(int*)buf = 0; buf += sizeof(int); //��ʱ�� if(ess.has_guid == 1) { int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); WriteInt(data, ref offset, g2); } else { WriteInt(data, ref offset, 0); WriteInt(data, ref offset, 0); } WriteInt(data, ref offset, ess.price); WriteInt(data, ref offset, 0); // size_t* content_length = (size_t*)buf; buf += sizeof(size_t); //��סbuf��ָ�룬�Ժ�� // char ** item_content = (char **)buf; buf += sizeof(char *); //��סbuf��ָ�룬�Ժ�� // *item_content = buf; // *content_length = (char *)(*data)+size-buf; // Then content_length store the length of the content. // The item_content store the position of the start point of the content. // Skip content_length and item_content pointer. So the remain is the content. // After that we can calculate the content_length and item_content pointer. int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); // prerequisition // char * require_ptr = buf; // *(short*)buf = ess->require_level; buf += sizeof(short); //prerequisition level // *(short*)buf = ess->character_combo_id&0xFFFF; buf += sizeof(short); //prerequisition race // *(short*)buf = ess->require_strength; buf += sizeof(short); //prerequisition strength // *(short*)buf = ess->require_tili; buf += sizeof(short); //prerequisition val // *(short*)buf = ess->require_agility; buf += sizeof(short); //prerequisition agility // *(short*)buf = ess->require_energy; buf += sizeof(short); //prerequisition energy int require_ptr = offset; WriteShort(data, ref offset, (short)ess.require_level); WriteShort(data, ref offset, (short)(ess.character_combo_id&0xFFFF)); WriteShort(data, ref offset, (short)ess.require_strength); WriteShort(data, ref offset, (short)ess.require_tili); WriteShort(data, ref offset, (short)ess.require_agility); WriteShort(data, ref offset, (short)ess.require_energy); // int temp2 = element_data::RandNormal(ess->durability_min, ess->durability_max, cls,element_data::LOWER_TREND); // int temp; // if(normal_addon != element_data::ADDON_LIST_DROP || ess->proc_type & 0x1000) // { // temp = temp2; // } // else // { // temp = element_data::RandNormal(ess->durability_drop_min, ess->durability_drop_max, cls,element_data::UPPER_TREND); // if(temp > temp2) temp = temp2; // } int temp2 = element_data.RandNormal(ess.durability_min, ess.durability_max, cls, LOWER.LOWER_TREND); int temp = temp2; if(normal_addon != GEN_ADDON_MODE.ADDON_LIST_DROP || (ess.proc_type & 0x1000) != 0) { temp = temp2; } else { temp = element_data.RandNormal(ess.durability_drop_min, ess.durability_drop_max, cls, UPPER.UPPER_TREND); if(temp > temp2) temp = temp2; } // *(int*)buf = temp; buf += sizeof(int); //prerequisition durability // *(int*)buf = temp2; buf += sizeof(int); //prerequisition max_durability WriteInt(data, ref offset, temp); // durability WriteInt(data, ref offset, temp2); // max_durability // //��߱�ǩע��ǩ��ڱ��С�ͱ��֮�� // *(short*)buf = sizeof(_weapon_essence); buf += sizeof(short); //װ��С��ֽڣ�? // memcpy(buf,tag,tag_size); // buf += tag_size; WriteShort(data, ref offset, (short)Marshal.SizeOf(typeof(_weapon_essence))); WriteByte(data, ref offset, tag.type); // MadeFrom WriteByte(data, ref offset, (byte)tag.size); //essence //char ��[]; //ÿ�ֲ�ͬװ��ı��ṹ��? // char * essence_ptr = buf; int essence_ptr = offset; // switch(ess->short_range_mode) // { // default: // case 0: *(short*)buf = 1; break; //Զ�� // case 1: *(short*)buf = 0; break; //�� // case 2: *(short*)buf = 2; break; //�̿ͽ�� // } // buf += sizeof(short); //��? ��Ӧģ��Ľ��Զ�̱��? switch(ess.short_range_mode) { default: case 0: WriteShort(data, ref offset, (short)1); break; case 1: WriteShort(data, ref offset, (short)0); break; case 2: WriteShort(data, ref offset, (short)2); break; } // *(short*)buf = 0; buf += sizeof(short); //��ֵ��ʹ��? // *(int*)buf = ess->id_major_type; buf += sizeof(int); //�� Ӧģ��Ĵ��? ��絶�� // *(int*)buf = ess->level; buf += sizeof(int); //�� ĳЩ��Ҫ�� // *(int*)buf = ess->require_projectile; buf += sizeof(int); //��Ҫ��ҩ�� // *(int*)buf = ess->damage_low; buf += sizeof(int); //��С��ֵ // *(int*)buf = element_data::RandNormal(ess->damage_high_min, ess->damage_high_max, cls,element_data::LOWER_TREND); buf += sizeof(int); //��ֵ // *(int*)buf = ess->magic_daage_low; buf += sizeof(int); //ħ��? // *(int*)buf = element_data::RandNormal(ess->magic_damage_high_min, ess->magic_damage_high_max, cls,element_data::LOWER_TREND); buf += sizeof(int); //ħ�� WriteShort(data, ref offset, (short)0); WriteUInt(data, ref offset, ess.id_major_type); WriteInt(data, ref offset, ess.level); WriteUInt(data, ref offset, ess.require_projectile); WriteInt(data, ref offset, ess.damage_low); WriteInt(data, ref offset, element_data.RandNormal(ess.damage_high_min, ess.damage_high_max, cls, LOWER.LOWER_TREND)); WriteInt(data, ref offset, ess.magic_damage_low); WriteInt(data, ref offset, element_data.RandNormal(ess.magic_damage_high_min, ess.magic_damage_high_max, cls, LOWER.LOWER_TREND)); // WEAPON_SUB_TYPE * subtype = (WEAPON_SUB_TYPE * )get_data_ptr(ess->id_sub_type, ID_SPACE_ESSENCE, datatype); // if(subtype == NULL || datatype != DT_WEAPON_SUB_TYPE) // { // // assert(false); // *(int*)buf = 0; buf += sizeof(int); // } // else // { // unsigned int index = element_data::RandSelect(&(subtype->probability_fastest), sizeof(float), 5, cls,element_data::MIDDLE_TREND); // *(int*)buf = (int)(subtype->attack_speed*20.f + 0.1f) + (index - 2); buf += sizeof(int); //ģ��е��0.05��? // } WEAPON_SUB_TYPE subtype = new WEAPON_SUB_TYPE(); object sub_type_temp = itemdataman._edm.get_data_ptr(ess.id_sub_type, ID_SPACE.ID_SPACE_ESSENCE, ref datatype); if(sub_type_temp == null || datatype != DATA_TYPE.DT_WEAPON_SUB_TYPE) { WriteInt(data, ref offset, 0); } else { subtype = (WEAPON_SUB_TYPE)sub_type_temp; float[] probability_attack_speed = { subtype.probability_fastest, subtype.probability_fast, subtype.probability_normal, subtype.probability_slow, subtype.probability_slowest }; int index = element_data.RandSelect(probability_attack_speed.ToList(), cls, MIDDLE.MIDDLE_TREND); WriteInt(data, ref offset, (int)(subtype.attack_speed*20f + 0.1f) + (index - 2)); } // *(float*)buf = ess->attack_range; buf += sizeof(float); // *(float*)buf = subtype->attack_short_range; buf += sizeof(float); // *(short*)buf = hole_num; buf += sizeof(short); //�׶��Ŀ // *(short*)buf = 0; buf += sizeof(short); //�׶�� // for(i=0; i>13)*sizeof(int)+sizeof(int); // } addon_data addon_data = new addon_data(); prerequisition prerequisition = new prerequisition(); // Read prerequisition from data buffer (where it was written) once before the loop int require_ptr_copy = require_ptr; ReadPrerequisition(data, ref require_ptr_copy, out prerequisition); for(i = 0; i < addon_num; i++) { ReadInt(addon_buf, ref addon_sld, out addon_data.id); ReadAddonData(addon_buf, ref addon_sld, out addon_data); itemdataman.addon_update_ess_data(addon_data, essence_ptr, Marshal.SizeOf(typeof(_weapon_essence)), prerequisition); addon_sld += ((addon_data.id & 0x6000)>>13)*sizeof(int)+sizeof(int); } // memcpy(buf, addon_buf, addon_size); // set_to_classid(DT_WEAPON_ESSENCE, (item_data*)(*data), -1); itemdataman.update_require_data(ref prerequisition); // Write updated prerequisition back to data buffer int require_ptr_write = require_ptr; WritePrerequisition(data, ref require_ptr_write, prerequisition); // Copy the entire addon buffer instead of writing a single addon_data if(addon_size > 0) { Array.Copy(addon_buf, 0, data, offset, (int)addon_size); offset += (int)addon_size; } itemdataman.set_to_classid(DATA_TYPE.DT_WEAPON_ESSENCE, data, -1); return 0; } private static void generate_magic_defense(int[] res, List res_list , RAND_CLASS cls, bool b_fixed = false) // { float[] count_prop = {0.35f,0.25f,0.20f,0.15f,0.05f,0.051f}; float[] md_adjust = {1.0f,1.1f,1.3f,1.6f,2.0f}; int RE_num = 0; if(!b_fixed) { RE_num = element_data.RandSelect(count_prop.ToList(), cls, LOWER.LOWER_TREND); } if(RE_num == 5) return; // Ensure RE_num is within valid range for md_adjust array (0-4) if(RE_num < 0 || RE_num >= md_adjust.Length) { return; } int[] md = {0,1,2,3,4}; for(int i = 0; i < RE_num; i++) { int r = abase.Rand(i,4); int t = md[i]; md[i] = md[r]; md[r] = t; } float adj = md_adjust[RE_num]; for(int i = 0; i < 5 - RE_num; i++) { int index = md[i]; int low = res_list[index].low; int high= res_list[index].high; res[index] = (int)(element_data.RandNormal(low, high, cls, LOWER.LOWER_TREND) * adj); } } public static int generate_armor(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls, GEN_ADDON_MODE normal_addon ,item_tag_t tag,List sa_list = null) { DATA_TYPE datatype = DATA_TYPE.DT_INVALID; data = new byte[0]; size = 0; int i=0; object obj = itemdataman._edm.get_data_ptr(id, idspace,ref datatype); if(obj == null || datatype != DATA_TYPE.DT_ARMOR_ESSENCE) { return -1; } ARMOR_ESSENCE ess = (ARMOR_ESSENCE)obj; size =(uint) (Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(_item_content)) + Marshal.SizeOf(typeof(ARMOR_ESSENCE))); data = new byte[size]; int offset = 0; short hole_num = 0; if(normal_addon == GEN_ADDON_MODE.ADDON_LIST_DROP) { float[] drop_probability_socket = { ess.drop_probability_socket0, ess.drop_probability_socket1, ess.drop_probability_socket2 }; hole_num = (short)element_data.RandSelect(drop_probability_socket.ToList(), cls, LOWER.LOWER_TREND); //�׶��Ŀ } else //if(normal_addon == element_data::ADDON_LIST_PRODUCE || normal_addon == element_data::ADDON_LIST_SPEC) { float[] make_probability_socket = { ess.make_probability_socket0, ess.make_probability_socket1, ess.make_probability_socket2 }; hole_num = (short)element_data.RandSelect(make_probability_socket.ToList(), cls, MIDDLE.MIDDLE_TREND); //�׶��Ŀ } size += (uint)(hole_num*sizeof(int)); // size ��hole_num��type size += (uint)Marshal.SizeOf(typeof(item_tag_t)); uint candidate_num = itemdataman.ELEMENTDATAMAN_MAX_NUM_ADDONS; byte[] addon_buf = new byte[candidate_num*Marshal.SizeOf(typeof(itemdataman._addon))]; float[] probability_addon_num = { ess.probability_addon_num0, ess.probability_addon_num1, ess.probability_addon_num2, ess.probability_addon_num3, ess.probability_addon_num4 }; uint addon_num = (uint)element_data.RandSelect(probability_addon_num.ToList(), cls, LOWER.LOWER_TREND); //��Ա��Ŀ��Ŀ uint addon_size = 0; if(ess.fixed_props!=0) { List addon_list = ess.addons.Select(a => (int)a.id_addon).ToList(); addon_size = itemdataman.generate_equipment_addon_buffer_2(DATA_TYPE.DT_ARMOR_ESSENCE, addon_list, addon_buf,0, addon_num); } else { if(normal_addon == GEN_ADDON_MODE.ADDON_LIST_DROP) { List addon_list = ess.addons.Select(a => (int)a.id_addon).ToList(); addon_size = itemdataman.generate_equipment_addon_buffer(DATA_TYPE.DT_ARMOR_ESSENCE, addon_list, (int)candidate_num, addon_buf,0, addon_num); } else if(normal_addon == GEN_ADDON_MODE.ADDON_LIST_PRODUCE) { List addon_list = ess.rands.Select(a => (int)a.id_rand).ToList(); addon_size = itemdataman.generate_equipment_addon_buffer(DATA_TYPE.DT_ARMOR_ESSENCE, addon_list, (int)candidate_num, addon_buf,0, addon_num); } else if(normal_addon == GEN_ADDON_MODE.ADDON_LIST_SPEC) { addon_size = itemdataman.generate_spec_addon_buffer(DATA_TYPE.DT_ARMOR_ESSENCE,addon_buf,0,itemdataman.ELEMENTDATAMAN_MAX_NUM_ADDONS, addon_num,sa_list); } else { addon_size = 0; addon_num = 0; } } size += addon_size; data = new byte[size]; WriteUInt(data, ref offset, id); WriteUInt(data, ref offset, 1); WriteInt(data, ref offset, ess.pile_num_max); object sub_type_temp = itemdataman._edm.get_data_ptr(ess.id_sub_type, ID_SPACE.ID_SPACE_ESSENCE, ref datatype); if(sub_type_temp == null || datatype != DATA_TYPE.DT_ARMOR_SUB_TYPE) { return -1; } else { ARMOR_SUB_TYPE sub_type = (ARMOR_SUB_TYPE)sub_type_temp; WriteUInt(data, ref offset, sub_type.equip_mask|((addon_num > 0)?itemdataman.ELEMENTDATAMAN_EQUIP_MASK_HAS_ADDON:0)); } WriteUInt(data, ref offset, ess.proc_type); WriteInt(data, ref offset, (int)DATA_TYPE.DT_ARMOR_ESSENCE); if(ess.has_guid == 1) { int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); WriteInt(data, ref offset, g2); } else { WriteInt(data, ref offset, 0); WriteInt(data, ref offset, 0); } WriteInt(data, ref offset, ess.price); WriteInt(data, ref offset, 0); int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); int require_ptr = offset; WriteShort(data, ref offset, (short)ess.require_level); WriteShort(data, ref offset, (short)(ess.character_combo_id&0xFFFF)); WriteShort(data, ref offset, (short)ess.require_strength); WriteShort(data, ref offset, (short)ess.require_tili); WriteShort(data, ref offset, (short)ess.require_agility); WriteShort(data, ref offset, (short)ess.require_energy); int temp2 = element_data.RandNormal(ess.durability_min, ess.durability_max, cls, LOWER.LOWER_TREND); int temp = temp2; if(normal_addon != GEN_ADDON_MODE.ADDON_LIST_DROP || (ess.proc_type & 0x1000) != 0) { temp = temp2; } else { temp = element_data.RandNormal(ess.durability_drop_min, ess.durability_drop_max, cls, UPPER.UPPER_TREND); if(temp > temp2) temp = temp2; } WriteInt(data, ref offset, temp); // durability WriteInt(data, ref offset, temp2); // max_durability WriteShort(data, ref offset, (short)Marshal.SizeOf(typeof(ARMOR_ESSENCE))); WriteByte(data, ref offset, (byte)tag.type); // MadeFrom WriteByte(data, ref offset, (byte)tag.size); int essence_ptr = offset; WriteInt(data, ref offset, element_data.RandNormal(ess.defence_low, ess.defence_high, cls, LOWER.LOWER_TREND)); WriteInt(data, ref offset, element_data.RandNormal(ess.armor_enhance_low, ess.armor_enhance_high, cls, LOWER.LOWER_TREND)); WriteInt(data, ref offset, element_data.RandNormal(ess.mp_enhance_low, ess.mp_enhance_high, cls, LOWER.LOWER_TREND)); WriteInt(data, ref offset, element_data.RandNormal(ess.hp_enhance_low, ess.hp_enhance_high, cls, LOWER.LOWER_TREND)); int[] res = {0,0,0,0,0}; List res_list = ess.magic_defences.ToList(); generate_magic_defense(res, res_list, cls, ess.force_all_magic_defences != 0 || ess.fixed_props!=0); WriteInt(data, ref offset, res[0]); WriteInt(data, ref offset, res[1]); WriteInt(data, ref offset, res[2]); WriteInt(data, ref offset, res[3]); WriteInt(data, ref offset, res[4]); WriteShort(data, ref offset, hole_num); WriteShort(data, ref offset, 0); for(i = 0; i < hole_num; i++) { WriteInt(data, ref offset, 0); } WriteInt(data, ref offset, (int)addon_num); int addon_sld = offset; addon_data addon_data = new addon_data(); prerequisition prerequisition = new prerequisition(); // Read prerequisition from data buffer (where it was written) once before the loop int require_ptr_copy_armor = require_ptr; ReadPrerequisition(data, ref require_ptr_copy_armor, out prerequisition); for(i = 0; i < addon_num; i++) { ReadInt(addon_buf, ref addon_sld, out addon_data.id); ReadAddonData(addon_buf, ref addon_sld, out addon_data); itemdataman.addon_update_ess_data(addon_data, essence_ptr, Marshal.SizeOf(typeof(_weapon_essence)), prerequisition); addon_sld += ((addon_data.id & 0x6000)>>13)*sizeof(int)+sizeof(int); } itemdataman.update_require_data(ref prerequisition); // Write updated prerequisition back to data buffer int require_ptr_write_armor = require_ptr; WritePrerequisition(data, ref require_ptr_write_armor, prerequisition); if(addon_size > 0) { Array.Copy(addon_buf, 0, data, offset, (int)addon_size); offset += (int)addon_size; } itemdataman.set_to_classid(DATA_TYPE.DT_ARMOR_ESSENCE, data, -1); return 0; } public static int generate_decoration(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls, GEN_ADDON_MODE normal_addon ,item_tag_t tag,List sa_list = null) { DATA_TYPE datatype = DATA_TYPE.DT_INVALID; int i=0; data = new byte[0]; size = 0; object obj = itemdataman._edm.get_data_ptr(id, idspace, ref datatype); if(obj == null || datatype != DATA_TYPE.DT_DECORATION_ESSENCE) { return -1; } DECORATION_ESSENCE ess = (DECORATION_ESSENCE)obj; size = (uint)(Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(_item_content)) + Marshal.SizeOf(typeof(DECORATION_ESSENCE))); // �׶� uint hole_num = 0; //�׶��Ŀ // ��addons byte[] addon_buf = new byte[itemdataman.ELEMENTDATAMAN_MAX_NUM_ADDONS*Marshal.SizeOf(typeof(itemdataman._addon))]; float[] probability_addon_num = { ess.probability_addon_num0, ess.probability_addon_num1, ess.probability_addon_num2, ess.probability_addon_num3, ess.probability_addon_num4 }; uint addon_num = (uint)element_data.RandSelect(probability_addon_num.ToList(), cls, LOWER.LOWER_TREND); //��Ա��Ŀ��Ŀ uint addon_size = 0; if(ess.fixed_props != 0) { addon_size = itemdataman.generate_equipment_addon_buffer_2(DATA_TYPE.DT_DECORATION_ESSENCE, ess.addons.Select(a => (int)a.id_addon).ToList(), addon_buf,0, addon_num); } else { if(normal_addon == GEN_ADDON_MODE.ADDON_LIST_DROP) addon_size = itemdataman.generate_equipment_addon_buffer(DATA_TYPE.DT_DECORATION_ESSENCE, ess.addons.Select(a => (int)a.id_addon).ToList(), 32, addon_buf,0, addon_num); else if(normal_addon == GEN_ADDON_MODE.ADDON_LIST_PRODUCE) addon_size = itemdataman.generate_equipment_addon_buffer(DATA_TYPE.DT_DECORATION_ESSENCE, ess.rands.Select(a => (int)a.id_rand).ToList(), 32, addon_buf,0, addon_num); else if (normal_addon == GEN_ADDON_MODE.ADDON_LIST_SPEC) { addon_size = itemdataman.generate_spec_addon_buffer(DATA_TYPE.DT_DECORATION_ESSENCE,addon_buf,0,itemdataman.ELEMENTDATAMAN_MAX_NUM_ADDONS, addon_num,sa_list); } else { addon_size = 0; addon_num = 0; } } size += addon_size; //��tag size //ASSERT(tag_size >= sizeof(short)); size += tag.size; // allocate the buffer with exact length data = new byte[size]; int offset = 0; WriteUInt(data, ref offset, id); //��Ʒ��ģ��ID WriteUInt(data, ref offset, 1); //��Ʒ�� WriteUInt(data, ref offset, (uint)ess.pile_num_max); //��Ʒ�Ķѵ�� object sub_type_temp = itemdataman._edm.get_data_ptr(ess.id_sub_type, ID_SPACE.ID_SPACE_ESSENCE, ref datatype); if(sub_type_temp == null || datatype != DATA_TYPE.DT_DECORATION_SUB_TYPE) { return -1; } DECORATION_SUB_TYPE sub_type = (DECORATION_SUB_TYPE)sub_type_temp; WriteInt(data, ref offset, (int)(sub_type.equip_mask|(addon_num>0?0x40000000:0))); //��Ʒ�Ŀ�װ��־ WriteUInt(data, ref offset, ess.proc_type); //��Ʒ�Ĵ��ʽ WriteInt(data, ref offset, (int)DATA_TYPE.DT_DECORATION_ESSENCE); //��Ʒ��Ӧ��ID if(ess.has_guid == 1){ int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); //��Ʒ��Ӧ��ID guid WriteInt(data, ref offset, g2); //��Ʒ��Ӧ��ID guid } else{ WriteInt(data, ref offset, 0); //��Ʒ��Ӧ��ID guid WriteInt(data, ref offset, 0); //��Ʒ��Ӧ��ID guid } WriteInt(data, ref offset, ess.price); //��Ʒ�ļ۸� WriteInt(data, ref offset, 0); //��ʱ�� int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); // prerequisition int require_ptr = offset; WriteShort(data, ref offset, (short)ess.require_level); WriteShort(data, ref offset, (short)(ess.character_combo_id&0xFFFF)); WriteShort(data, ref offset, (short)ess.require_strength); WriteShort(data, ref offset, (short)ess.require_tili); WriteShort(data, ref offset, (short)ess.require_agility); WriteShort(data, ref offset, (short)ess.require_energy); int temp2 = element_data.RandNormal(ess.durability_min, ess.durability_max, cls, LOWER.LOWER_TREND); int temp; if(normal_addon != GEN_ADDON_MODE.ADDON_LIST_DROP || (ess.proc_type & 0x1000) != 0) { temp = temp2; } else { temp = element_data.RandNormal(ess.durability_drop_min, ess.durability_drop_max, cls, UPPER.UPPER_TREND); if(temp > temp2) temp = temp2; } WriteInt(data, ref offset, temp); //prerequisition durability WriteInt(data, ref offset, temp2); //prerequisition max_durability //��߱�ǩע��ǩ��ڱ��С�ͱ��֮�� WriteShort(data, ref offset, (short)Marshal.SizeOf(typeof(DECORATION_ESSENCE))); //װ��С��ֽڣ� WriteByte(data, ref offset, tag.type); // MadeFrom WriteByte(data, ref offset, (byte)tag.size); // �� int essence_ptr = offset; WriteInt(data, ref offset, element_data.RandNormal(ess.damage_low, ess.damage_high, cls, LOWER.LOWER_TREND)); //int damage; WriteInt(data, ref offset, element_data.RandNormal(ess.magic_damage_low, ess.magic_damage_high, cls, LOWER.LOWER_TREND)); //int magic_damage; WriteInt(data, ref offset, element_data.RandNormal(ess.defence_low, ess.defence_high, cls, LOWER.LOWER_TREND)); //int defense; WriteInt(data, ref offset, element_data.RandNormal(ess.armor_enhance_low, ess.armor_enhance_high, cls, LOWER.LOWER_TREND)); //int armor; //�� int[] res = {0,0,0,0,0}; List res_list = ess.magic_defences.ToList(); generate_magic_defense(res,res_list,cls,ess.fixed_props!=0); WriteInt(data, ref offset, res[0]); WriteInt(data, ref offset, res[1]); WriteInt(data, ref offset, res[2]); WriteInt(data, ref offset, res[3]); WriteInt(data, ref offset, res[4]); // �׶� WriteShort(data, ref offset, (short)hole_num); //�׶��Ŀ WriteShort(data, ref offset, (short)0); //�׶�� // addon WriteInt(data, ref offset, (int)addon_num); int addon_sld = offset; addon_data addon_data = new addon_data(); prerequisition prerequisition = new prerequisition(); // Read prerequisition from data buffer (where it was written) once before the loop int require_ptr_copy = require_ptr; ReadPrerequisition(data, ref require_ptr_copy, out prerequisition); for(i = 0; i < addon_num; i++) { ReadInt(addon_buf, ref addon_sld, out addon_data.id); ReadAddonData(addon_buf, ref addon_sld, out addon_data); itemdataman.addon_update_ess_data(addon_data, essence_ptr, Marshal.SizeOf(typeof(_weapon_essence)), prerequisition); addon_sld += ((addon_data.id & 0x6000)>>13)*sizeof(int)+sizeof(int); } itemdataman.update_require_data(ref prerequisition); int require_ptr_write = require_ptr; WritePrerequisition(data, ref require_ptr_write, prerequisition); if(addon_size > 0) { Array.Copy(addon_buf, 0, data, offset, (int)addon_size); offset += (int)addon_size; } itemdataman.set_to_classid(DATA_TYPE.DT_DECORATION_ESSENCE, data, -1); //if id == 335 log all addon data if(id == 335) { BMLogger.Log("Log for item with id: " + id); for(int j = 0; j < addon_num; j++) { ReadInt(addon_buf, ref addon_sld, out addon_data.id); ReadAddonData(addon_buf, ref addon_sld, out addon_data); BMLogger.Log("addon_data.id: " + addon_data.id); } } return 0; } public static int generate_projectile(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls) { DATA_TYPE datatype = DATA_TYPE.DT_INVALID; data = new byte[0]; size = 0; object obj = itemdataman._edm.get_data_ptr(id, idspace, ref datatype); if(obj == null || datatype != DATA_TYPE.DT_PROJECTILE_ESSENCE) { return -1; } PROJECTILE_ESSENCE ess = (PROJECTILE_ESSENCE)obj; size = (uint)(Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(_item_content)) + Marshal.SizeOf(typeof(PROJECTILE_ESSENCE))); byte[] addon_buf = new byte[itemdataman.ELEMENTDATAMAN_MAX_NUM_ADDONS*Marshal.SizeOf(typeof(itemdataman._addon))]; uint addon_num = 4; //��Ա��Ŀ��Ŀ�̶� 4 uint addon_size = 0; addon_size = itemdataman.generate_equipment_addon_buffer_2(DATA_TYPE.DT_PROJECTILE_ESSENCE, new List { (int)ess.id_addon0, (int)ess.id_addon1, (int)ess.id_addon2, (int)ess.id_addon3 }, addon_buf,0, addon_num); size += addon_size; //��tag size size += sizeof(short); // allocate the buffer with exact length data = new byte[size]; int offset = 0; WriteUInt(data, ref offset, id); //��Ʒ��ģ��ID WriteUInt(data, ref offset, 1); //��Ʒ�� WriteUInt(data, ref offset, (uint)ess.pile_num_max); //��Ʒ�Ķѵ�� WriteInt(data, ref offset, (int)(itemdataman.ELEMENTDATAMAN_EQUIP_MASK_PROJECTILE|(addon_num>0?0x40000000:0))); //��Ʒ�Ŀ�װ��־ WriteInt(data, ref offset, (int)ess.proc_type); //��Ʒ�Ĵ��ʽ WriteInt(data, ref offset, (int)DATA_TYPE.DT_PROJECTILE_ESSENCE); //��Ʒ��Ӧ��ID if(ess.has_guid == 1){ int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); //��Ʒ��Ӧ��ID guid WriteInt(data, ref offset, g2); //��Ʒ��Ӧ��ID guid } else{ WriteInt(data, ref offset, 0); //��Ʒ��Ӧ��ID guid WriteInt(data, ref offset, 0); //��Ʒ��Ӧ��ID guid } WriteInt(data, ref offset, ess.price); //��Ʒ�ļ۸� WriteInt(data, ref offset, 0); //��ʱ�� int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); // prerequisition int require_ptr = offset; //��int��6�� WriteShort(data, ref offset, 0); //prerequisition level WriteShort(data, ref offset, -1); // 0xFFFF = -1 WriteShort(data, ref offset, 0); WriteShort(data, ref offset, 0); //prerequisition strength WriteShort(data, ref offset, 0); //prerequisition agility WriteShort(data, ref offset, 0); //prerequisition energy WriteInt(data, ref offset, 1); //prerequisition durability WriteInt(data, ref offset, 1); //prerequisition max_durability WriteShort(data, ref offset, (short)Marshal.SizeOf(typeof(PROJECTILE_ESSENCE))); //װ��С��ֽڣ� WriteByte(data, ref offset, (byte)ITEM_MAKE_TAG.IMT_NULL); WriteByte(data, ref offset, 0); // projectile_essence �� int essence_ptr = offset; WriteInt(data, ref offset, (int)ess.type); //��ҩ�� WriteInt(data, ref offset, ess.damage_enhance); //��Ĺ�� WriteInt(data, ref offset, ess.damage_scale_enhance); //��ձ��ӹ�� WriteInt(data, ref offset, ess.require_weapon_level_min); //��Ҫ��ȼ� WriteInt(data, ref offset, ess.require_weapon_level_max); //��Ҫ��ȼ� // �׶� WriteShort(data, ref offset, (short)0); WriteShort(data, ref offset, (short)0); // addon WriteInt(data, ref offset, (int)addon_num); int addon_sld = offset; addon_data addon_data = new addon_data(); prerequisition prerequisition = new prerequisition(); // Read prerequisition from data buffer (where it was written) once before the loop int require_ptr_copy = require_ptr; ReadPrerequisition(data, ref require_ptr_copy, out prerequisition); for(int i = 0; i < addon_num; i++) { ReadInt(addon_buf, ref addon_sld, out addon_data.id); ReadAddonData(addon_buf, ref addon_sld, out addon_data); itemdataman.addon_update_ess_data(addon_data, essence_ptr, Marshal.SizeOf(typeof(_weapon_essence)), prerequisition); addon_sld += ((addon_data.id & 0x6000)>>13)*sizeof(int)+sizeof(int); } itemdataman.update_require_data(ref prerequisition); int require_ptr_write = require_ptr; WritePrerequisition(data, ref require_ptr_write, prerequisition); if(addon_size > 0) { Array.Copy(addon_buf, 0, data, offset, (int)addon_size); offset += (int)addon_size; } itemdataman.set_to_classid(DATA_TYPE.DT_PROJECTILE_ESSENCE, data, -1); return 0; } public static int generate_fashion_item(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls, item_tag_t tag) { DATA_TYPE datatype = DATA_TYPE.DT_INVALID; data = new byte[0]; size = 0; object obj = itemdataman._edm.get_data_ptr(id, idspace, ref datatype); if(obj == null || datatype != DATA_TYPE.DT_FASHION_ESSENCE) { return -1; } FASHION_ESSENCE ess = (FASHION_ESSENCE)obj; size = (uint)(Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(FASHION_ESSENCE))); //ASSERT(tag_size >= 2); size += tag.size; object obj_sub_type = itemdataman._edm.get_data_ptr(ess.id_sub_type, idspace, ref datatype); if(obj_sub_type == null || datatype != DATA_TYPE.DT_FASHION_SUB_TYPE) { return -1; } FASHION_SUB_TYPE sub_type = (FASHION_SUB_TYPE)obj_sub_type; data = new byte[size]; int offset =0; WriteUInt(data, ref offset, id); //��Ʒ��ģ��ID WriteUInt(data, ref offset, 1); //��Ʒ�� WriteUInt(data, ref offset, (uint)ess.pile_num_max); //��Ʒ�Ķѵ�� WriteUInt(data, ref offset, sub_type.equip_fashion_mask); //��Ʒ�Ŀ�װ��־��̶�ֵ�� WriteInt(data, ref offset, (int)ess.proc_type); //��Ʒ�Ĵ��ʽ WriteInt(data, ref offset, (int)DATA_TYPE.DT_FASHION_ESSENCE); //��Ʒ��Ӧ��ID if(ess.has_guid == 1) { int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); WriteInt(data, ref offset, g2); } else { WriteInt(data, ref offset, 0); WriteInt(data, ref offset, 0); } WriteInt(data, ref offset, ess.price); WriteInt(data, ref offset, 0); int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); short color = (short)element_data.RandNormal(0, 0x7FFF, cls, ANY.ANY_TREND); WriteShort(data, ref offset, (short)ess.require_level); WriteShort(data, ref offset, color); WriteShort(data, ref offset, (short)ess.gender); WriteByte(data, ref offset, tag.type); WriteByte(data, ref offset, (byte)tag.size); itemdataman.set_to_classid(DATA_TYPE.DT_FASHION_ESSENCE, data, -1); return 0; } public static int generate_taskdice(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls) { DATA_TYPE datatype = DATA_TYPE.DT_INVALID; data = new byte[0]; size = 0; object obj = itemdataman._edm.get_data_ptr(id, idspace, ref datatype); if(obj == null || datatype != DATA_TYPE.DT_TASKDICE_ESSENCE) { return -1; } TASKDICE_ESSENCE ess = (TASKDICE_ESSENCE)obj; size = (uint)(Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(TASKDICE_ESSENCE))); data = new byte[size]; int offset = 0; WriteUInt(data, ref offset, id); WriteUInt(data, ref offset, 1); WriteInt(data, ref offset, ess.pile_num_max); WriteInt(data, ref offset, 0); WriteUInt(data, ref offset, ess.proc_type); WriteInt(data, ref offset, (int)DATA_TYPE.DT_TASKDICE_ESSENCE); if(ess.has_guid == 1) { int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); WriteInt(data, ref offset, g2); } else { WriteInt(data, ref offset, 0); WriteInt(data, ref offset, 0); } WriteInt(data, ref offset, 0); WriteInt(data, ref offset, 0); int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); itemdataman.set_to_classid(DATA_TYPE.DT_TASKDICE_ESSENCE, data, -1); return 0; } public static int generate_tasknormalmatter(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls, GEN_ADDON_MODE normal_addon ,item_tag_t tag,List sa_list = null) { // DATA_TYPE datatype; DATA_TYPE datatype = DATA_TYPE.DT_INVALID; data = new byte[0]; size = 0; int i=0; // TASKNORMALMATTER_ESSENCE * ess = (TASKNORMALMATTER_ESSENCE *)get_data_ptr(id, idspace, datatype); object obj = itemdataman._edm.get_data_ptr(id, idspace,ref datatype); if(obj == null || datatype != DATA_TYPE.DT_TASKNORMALMATTER_ESSENCE) { return -1; } TASKNORMALMATTER_ESSENCE ess = (TASKNORMALMATTER_ESSENCE)obj; size =(uint) (Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(TASKNORMALMATTER_ESSENCE))); data = new byte[size]; int offset = 0; WriteUInt(data, ref offset, ess.id); WriteUInt(data, ref offset, 1); WriteInt(data, ref offset, ess.pile_num_max); WriteInt(data, ref offset, 0); WriteUInt(data, ref offset, ess.proc_type); WriteInt(data, ref offset, (int)DATA_TYPE.DT_TASKNORMALMATTER_ESSENCE); if(ess.has_guid == 1) { int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); WriteInt(data, ref offset, g2); } else { WriteInt(data, ref offset, 0); WriteInt(data, ref offset, 0); } WriteInt(data, ref offset, ess.price); WriteInt(data, ref offset, 0); int content_length; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); itemdataman.set_to_classid(DATA_TYPE.DT_TASKNORMALMATTER_ESSENCE, data, -1); return 0; } public static int generate_wingmanwing(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls, item_tag_t tag) { DATA_TYPE datatype = DATA_TYPE.DT_INVALID; data = new byte[0]; size = 0; object obj = itemdataman._edm.get_data_ptr(id, idspace, ref datatype); if(obj == null || datatype != DATA_TYPE.DT_WINGMANWING_ESSENCE) { return -1; } WINGMANWING_ESSENCE ess = (WINGMANWING_ESSENCE)obj; size = (uint)(Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(WINGMANWING_ESSENCE))); data = new byte[size]; size += tag.size; int offset = 0; WriteUInt(data, ref offset, id); WriteUInt(data, ref offset, 1); WriteUInt(data, ref offset, (uint)ess.pile_num_max); WriteInt(data, ref offset, (int)itemdataman.ELEMENTDATAMAN_EQUIP_MASK_FLYSWORD); WriteInt(data, ref offset, (int)ess.proc_type); WriteInt(data, ref offset, (int)DATA_TYPE.DT_WINGMANWING_ESSENCE); if(ess.has_guid == 1){ int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); WriteInt(data, ref offset, g2); } else{ WriteInt(data, ref offset, 0); WriteInt(data, ref offset, 0); } WriteInt(data, ref offset, ess.price); WriteInt(data, ref offset, 0); int content_length; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); WriteInt(data, ref offset, ess.require_player_level_min); WriteInt(data, ref offset, ess.mp_launch); WriteInt(data, ref offset, ess.mp_per_second); float inc_speed = ess.speed_increase; if(inc_speed >10.0f) inc_speed = 10.0f; WriteFloat(data, ref offset, (float)inc_speed); WriteByte(data, ref offset, tag.type); WriteByte(data, ref offset, (byte)tag.size); itemdataman.set_to_classid(DATA_TYPE.DT_WINGMANWING_ESSENCE, data, -1); return 0; } public static int generate_medicine(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls) { DATA_TYPE datatype = DATA_TYPE.DT_INVALID; data = new byte[0]; size = 0; int i=0; object obj = itemdataman._edm.get_data_ptr(id, idspace, ref datatype); if(obj == null || datatype != DATA_TYPE.DT_MEDICINE_ESSENCE) { return -1; } MEDICINE_ESSENCE ess = (MEDICINE_ESSENCE)obj; size = (uint)(Marshal.SizeOf(typeof(item_data))); switch(ess.id_major_type) { case 1794: // ��Ѫ�� case 1802: // ��ħ�� case 1810: // ��Ѫ��ħ�� size += (uint)(Marshal.SizeOf(typeof(uint)) + Marshal.SizeOf(typeof(uint)) + Marshal.SizeOf(typeof(uint)) + Marshal.SizeOf(typeof(int))); break; case 1815: // �ⶾҩ case 2038: // ˲��ⶾҩ size += sizeof(int) + sizeof(int); break; default: return -1; } data = new byte[size]; int offset = 0; WriteUInt(data, ref offset, id); //��Ʒ��ģ��ID WriteUInt(data, ref offset, 1); //��Ʒ�� WriteInt(data, ref offset, ess.pile_num_max); //��Ʒ�Ķѵ�� WriteInt(data, ref offset, 0); //��Ʒ�Ŀ�װ��־ WriteUInt(data, ref offset, ess.proc_type); //��Ʒ�Ĵ��ʽ WriteInt(data, ref offset, (int)DATA_TYPE.DT_MEDICINE_ESSENCE); //��Ʒ��Ӧ��ID if(ess.has_guid == 1) { int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); //��Ʒ��Ӧ��ID guid WriteInt(data, ref offset, g2); //��Ʒ��Ӧ��ID guid } else { WriteInt(data, ref offset, 0); //��Ʒ��Ӧ��ID guid WriteInt(data, ref offset, 0); //��Ʒ��Ӧ��ID guid } WriteInt(data, ref offset, ess.price); //��Ʒ�ļ۸� WriteInt(data, ref offset, 0); //��ʱ�� int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); switch(ess.id_major_type) { case 1794: // ��Ѫ�� if(ess.cool_time < 1000) ess.cool_time *= 100; WriteInt(data, ref offset, ess.hp_add_total); WriteInt(data, ref offset, ess.hp_add_time); WriteInt(data, ref offset, ess.cool_time); WriteInt(data, ref offset, ess.require_level); break; case 1802: // ��ħ�� if(ess.cool_time < 1000) ess.cool_time *= 100; WriteInt(data, ref offset, ess.mp_add_total); WriteInt(data, ref offset, ess.mp_add_time); WriteInt(data, ref offset, ess.cool_time); WriteInt(data, ref offset, ess.require_level); break; case 1810: // ��Ѫ��ħ�� if(ess.cool_time < 1000) ess.cool_time *= 100; WriteInt(data, ref offset, ess.mp_add_total); WriteInt(data, ref offset, ess.hp_add_total); WriteInt(data, ref offset, ess.cool_time); WriteInt(data, ref offset, ess.require_level); break; case 1815: // �ⶾҩ case 2038: // ˲��ⶾҩ if(ess.cool_time < 1000) ess.cool_time *= 100; WriteInt(data, ref offset, ess.cool_time); WriteInt(data, ref offset, ess.require_level); break; default: return -1; } itemdataman.set_to_classid(DATA_TYPE.DT_MEDICINE_ESSENCE, data, (int)ess.id_major_type); return 0; } public static int generate_material(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls) { DATA_TYPE datatype = DATA_TYPE.DT_INVALID; object obj = itemdataman._edm.get_data_ptr(id, idspace, ref datatype); data = new byte[0]; size = 0; if(obj == null || datatype != DATA_TYPE.DT_MATERIAL_ESSENCE) { return -1; } MATERIAL_ESSENCE ess = (MATERIAL_ESSENCE)obj; size = (uint)(Marshal.SizeOf(typeof(item_data))); data = new byte[size]; int offset = 0; if(ess.has_guid == 1){ int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); WriteInt(data, ref offset, g2); } else{ WriteInt(data, ref offset, 0); WriteInt(data, ref offset, 0); } int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); itemdataman.set_to_classid(DATA_TYPE.DT_MATERIAL_ESSENCE, data, -1); return 0; } public static int generate_skilltome(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls) { DATA_TYPE datatype = DATA_TYPE.DT_INVALID; data = new byte[0]; size = 0; object obj = itemdataman._edm.get_data_ptr(id, idspace, ref datatype); if(obj == null || datatype != DATA_TYPE.DT_SKILLTOME_ESSENCE) { return -1; } SKILLTOME_ESSENCE ess = (SKILLTOME_ESSENCE)obj; size = (uint)(Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(SKILLTOME_ESSENCE))); data = new byte[size]; int offset = 0; WriteUInt(data, ref offset, id); WriteUInt(data, ref offset, 1); WriteUInt(data, ref offset, (uint)ess.pile_num_max); //��Ʒ�Ķѵ�� WriteInt(data, ref offset, 0); //��Ʒ�Ŀ�װ��־ WriteInt(data, ref offset, (int)ess.proc_type); //��Ʒ�Ĵ��ʽ WriteInt(data, ref offset, (int)DATA_TYPE.DT_SKILLTOME_ESSENCE); //��Ʒ��Ӧ��ID if(ess.has_guid == 1){ int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); //��Ʒ��Ӧ��ID guid WriteInt(data, ref offset, g2); //��Ʒ��Ӧ��ID guid } else{ WriteInt(data, ref offset, 0); //��Ʒ��Ӧ��ID guid WriteInt(data, ref offset, 0); //��Ʒ��Ӧ��ID guid } WriteInt(data, ref offset, ess.price); //��Ʒ�ļ۸� WriteInt(data, ref offset, 0); //��ʱ�� int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); itemdataman.set_to_classid(DATA_TYPE.DT_SKILLTOME_ESSENCE, data, -1); return 0; } public static int generate_pet_egg(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls) { DATA_TYPE datatype = DATA_TYPE.DT_INVALID; data = new byte[0]; size = 0; object obj = itemdataman._edm.get_data_ptr(id, idspace, ref datatype); if(obj == null || datatype != DATA_TYPE.DT_PET_EGG_ESSENCE) return -1; PET_EGG_ESSENCE ess = (PET_EGG_ESSENCE)obj; object petessobj = itemdataman._edm.get_data_ptr((uint)ess.id_pet, idspace, ref datatype); if(petessobj == null || datatype != DATA_TYPE.DT_PET_ESSENCE) return -1; PET_ESSENCE petess = (PET_ESSENCE)petessobj; size = (uint)(Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(PET_EGG_ESSENCE))); //��ܵı䳤�� PetSkill[] skills = new PetSkill[32]; int skill_count = 0; int i; for(i = 0; i < 32; i ++) { if(ess.skills[i].id_skill <= 0 || ess.skills[i].level <= 0 ) continue; skills[skill_count].skill = ess.skills[i].id_skill; skills[skill_count].level = ess.skills[i].level; skill_count ++; } int pet_class; switch(petess.id_type) { case 8781: // �� pet_class = 0; break; case 8782: // ս�� pet_class = 1; break; case 8783: // ��ͳ�� pet_class = 2; break; case 28752: // �ٻ�� pet_class = 3; break; case 28913: // ֲ�� pet_class = 4; break; case 37698: // �� pet_class = 5; break; default: pet_class = 4; break; } size += (uint)(sizeof(int)*2 * skill_count); if(pet_class == 5) { size += (uint)Marshal.SizeOf(typeof(_evo_prop)); } // allocate the buffer with exact length data = new byte[size]; int offset = 0; WriteUInt(data, ref offset, id); //��Ʒ��ģ��ID WriteUInt(data, ref offset, 1); //��Ʒ�� WriteUInt(data, ref offset, (uint)ess.pile_num_max); //��Ʒ�Ķѵ�� WriteInt(data, ref offset, 0); //��Ʒ�Ŀ�װ��־ WriteInt(data, ref offset, (int)ess.proc_type); //��Ʒ�Ĵ��ʽ WriteInt(data, ref offset, (int)DATA_TYPE.DT_PET_EGG_ESSENCE); //��Ʒ��Ӧ��ID if(ess.has_guid == 1){ int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); //��Ʒ��Ӧ��ID guid WriteInt(data, ref offset, g2); //��Ʒ��Ӧ��ID guid } else{ WriteInt(data, ref offset, 0); //��Ʒ��Ӧ��ID guid WriteInt(data, ref offset, 0); //��Ʒ��Ӧ��ID guid } WriteInt(data, ref offset, ess.price); offset += sizeof(int); int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); WriteInt(data, ref offset, petess.level_require); WriteInt(data, ref offset, (int)(petess.character_combo_id&0xFFFF)); WriteInt(data, ref offset, ess.honor_point); WriteInt(data, ref offset, (int)ess.id_pet); WriteInt(data, ref offset, 0); WriteInt(data, ref offset, (int)ess.id); WriteInt(data, ref offset, pet_class); WriteShort(data, ref offset, (short)ess.level); WriteShort(data, ref offset, 0); WriteInt(data, ref offset, ess.exp); WriteInt(data, ref offset, ess.skill_point); WriteShort(data, ref offset, 0); WriteShort(data, ref offset, (short)skill_count); Array.Clear(data, offset, 16); offset += 16; for(i = 0; i < skill_count; i ++) { WriteInt(data, ref offset, skills[i].skill); WriteInt(data, ref offset, skills[i].level); } if(pet_class == 5) { Array.Clear(data, offset, Marshal.SizeOf(typeof(_evo_prop))); } //ASSERT( (buf - (char*)*data) == (int)size); itemdataman.set_to_classid(DATA_TYPE.DT_PET_EGG_ESSENCE, data, -1); return 0; } public static int generate_pet_food(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls) { DATA_TYPE datatype = DATA_TYPE.DT_INVALID; data = new byte[0]; size = 0; object obj = itemdataman._edm.get_data_ptr(id, idspace, ref datatype); if(obj == null || datatype != DATA_TYPE.DT_PET_FOOD_ESSENCE) return -1; PET_FOOD_ESSENCE ess = (PET_FOOD_ESSENCE)obj; size = (uint)(Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(PET_FOOD_ESSENCE))); data = new byte[size]; int offset = 0; WriteUInt(data, ref offset, id); //��Ʒ��ģ��ID WriteUInt(data, ref offset, 1); //��Ʒ�� WriteUInt(data, ref offset, (uint)ess.pile_num_max); //��Ʒ�Ķѵ�� WriteInt(data, ref offset, 0); //��Ʒ�Ŀ�װ��־ WriteInt(data, ref offset, (int)ess.proc_type); //��Ʒ�Ĵ��ʽ WriteInt(data, ref offset, (int)DATA_TYPE.DT_PET_EGG_ESSENCE); //��Ʒ��Ӧ��ID if(ess.has_guid == 1){ int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); //��Ʒ��Ӧ��ID guid WriteInt(data, ref offset, g2); //��Ʒ��Ӧ��ID guid } else{ WriteInt(data, ref offset, 0); //��Ʒ��Ӧ��ID guid WriteInt(data, ref offset, 0); //��Ʒ��Ӧ��ID guid } WriteInt(data, ref offset, ess.price); //��Ʒ�ļ۸� WriteInt(data, ref offset, 0); //��ʱ�� int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); WriteInt(data, ref offset, ess.food_type); //��Ʒ�Ŀ�װ��־ WriteInt(data, ref offset, ess.hornor); //��Ʒ��Ӧ��ID guid //ASSERT( (buf - (char*)*data) == (int)size); itemdataman.set_to_classid(DATA_TYPE.DT_PET_FOOD_ESSENCE, data, -1); return 0; } public static int generate_flysword(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls,item_tag_t tag) { data = new byte[0]; size = 0; DATA_TYPE datatype = DATA_TYPE.DT_INVALID; object obj = itemdataman._edm.get_data_ptr(id, idspace, ref datatype); if(obj == null || datatype != DATA_TYPE.DT_FLYSWORD_ESSENCE) return -1; FLYSWORD_ESSENCE ess = (FLYSWORD_ESSENCE)obj; size = (uint)(Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(FLYSWORD_ESSENCE))); data = new byte[size]; int offset = 0; WriteUInt(data, ref offset, id); WriteUInt(data, ref offset, 1); WriteUInt(data, ref offset, (uint)ess.pile_num_max); WriteInt(data, ref offset, (int)itemdataman.ELEMENTDATAMAN_EQUIP_MASK_FLYSWORD); WriteInt(data, ref offset, (int)ess.proc_type); WriteInt(data, ref offset, (int)DATA_TYPE.DT_FLYSWORD_ESSENCE); if(ess.has_guid == 1){ int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); WriteInt(data, ref offset, g2); } else{ WriteInt(data, ref offset, 0); } WriteInt(data, ref offset, ess.price); WriteInt(data, ref offset, 0); //��ʱ�� int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); int t = element_data.RandNormal((int)ess.time_max_min, (int)ess.time_max_max, cls, LOWER.LOWER_TREND); // essence WriteInt(data, ref offset, (int)(t*0.5f)); WriteInt(data, ref offset, (int)t); WriteShort(data, ref offset, (short)ess.require_player_level_min); WriteByte(data, ref offset, (byte)ess.level); WriteByte(data, ref offset, 0); WriteInt(data, ref offset, (int)ess.character_combo_id); WriteInt(data, ref offset, (int)ess.time_increase_per_element); float speed = element_data.Rand(ess.speed_increase_min, ess.speed_increase_max, cls, LOWER.LOWER_TREND); WriteFloat(data, ref offset, speed); speed = element_data.Rand(ess.speed_rush_increase_min, ess.speed_rush_increase_max, cls, LOWER.LOWER_TREND); WriteFloat(data, ref offset, speed); //��߱�ǩ WriteByte(data, ref offset, tag.type); WriteByte(data, ref offset, (byte)tag.size); itemdataman.set_to_classid(DATA_TYPE.DT_FLYSWORD_ESSENCE, data, -1); return 0; } public static int generate_townscroll(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls) { DATA_TYPE datatype = DATA_TYPE.DT_INVALID; data = new byte[0]; size = 0; object obj = itemdataman._edm.get_data_ptr(id, idspace, ref datatype); if(obj == null || datatype != DATA_TYPE.DT_TOWNSCROLL_ESSENCE) return -1; TOWNSCROLL_ESSENCE ess = (TOWNSCROLL_ESSENCE)obj; size = (uint)(Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(TOWNSCROLL_ESSENCE))); data = new byte[size]; int offset = 0; WriteUInt(data, ref offset, id); WriteUInt(data, ref offset, 1); WriteUInt(data, ref offset, (uint)ess.pile_num_max); WriteInt(data, ref offset, 0); WriteInt(data, ref offset, (int)ess.proc_type); WriteInt(data, ref offset, (int)DATA_TYPE.DT_TOWNSCROLL_ESSENCE); if(ess.has_guid == 1){ int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); WriteInt(data, ref offset, g2); } else{ WriteInt(data, ref offset, 0); WriteInt(data, ref offset, 0); } WriteInt(data, ref offset, ess.price); WriteInt(data, ref offset, 0); int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); WriteInt(data, ref offset, (int )(ess.use_time * 20)); //ʹ��ʱ�� itemdataman.set_to_classid(DATA_TYPE.DT_TOWNSCROLL_ESSENCE, data, -1); return 0; } public static int generate_revivescroll(uint id, ID_SPACE idspace, out byte[] data, out uint size, RAND_CLASS cls) { data = new byte[0]; size = 0; DATA_TYPE datatype = DATA_TYPE.DT_INVALID; object obj = itemdataman._edm.get_data_ptr(id, idspace, ref datatype); if(obj == null || datatype != DATA_TYPE.DT_REVIVESCROLL_ESSENCE) return -1; REVIVESCROLL_ESSENCE ess = (REVIVESCROLL_ESSENCE)obj; size = (uint)(Marshal.SizeOf(typeof(item_data)) + Marshal.SizeOf(typeof(REVIVESCROLL_ESSENCE))); // allocate the buffer with exact length data = new byte[size]; int offset = 0; WriteUInt(data, ref offset, id); //��Ʒ��ģ��ID WriteUInt(data, ref offset, 1); //��Ʒ�� WriteUInt(data, ref offset, (uint)ess.pile_num_max); //��Ʒ�Ķѵ�� WriteInt(data, ref offset, 0); //��Ʒ�Ŀ�װ��־ WriteInt(data, ref offset, (int)ess.proc_type); //��Ʒ�Ĵ��ʽ WriteInt(data, ref offset, (int)DATA_TYPE.DT_REVIVESCROLL_ESSENCE); //��Ʒ��Ӧ��ID if(ess.has_guid == 1){ int g1,g2; itemdataman.get_item_guid(id,out g1,out g2); WriteInt(data, ref offset, g1); WriteInt(data, ref offset, g2); } else{ WriteInt(data, ref offset, 0); WriteInt(data, ref offset, 0); } WriteInt(data, ref offset, ess.price); WriteInt(data, ref offset, 0); int content_length = 0; int content_length_ptr = offset; WriteInt(data, ref offset, 0); int item_content = offset; WriteInt(data, ref offset, 0); content_length = (int)(size - offset); WriteInt(data, ref content_length_ptr, content_length); WriteInt(data, ref item_content, offset); itemdataman.set_to_classid(DATA_TYPE.DT_REVIVESCROLL_ESSENCE, data, -1); return 0; } #region Write Functions private static void WriteUInt(byte[] buf, ref int offset, uint value) { Array.Copy(BitConverter.GetBytes(value), 0, buf, offset, 4); offset = offset + 4; } private static void WriteInt(byte[] buf, ref int offset, int value) { Array.Copy(BitConverter.GetBytes(value), 0, buf, offset, 4); offset = offset + 4; } private static void WriteShort(byte[] buf, ref int offset, short value) { Array.Copy(BitConverter.GetBytes(value), 0, buf, offset, 2); offset = offset + 2; } private static void WriteFloat(byte[] buf, ref int offset, float value) { Array.Copy(BitConverter.GetBytes(value), 0, buf, offset, 4); offset = offset + 4; } private static void WriteTag(byte[] buf, ref int offset, item_tag_t tag) { buf[offset] = tag.type; offset = offset + 1; buf[offset] = tag.size; offset = offset + 1; } private static void WriteAddonData(byte[] buf, ref int offset, addon_data value) { WriteInt(buf, ref offset, value.id); for(int i = 0; i < 3; i++) { WriteInt(buf, ref offset, value.arg[i]); } } private static void WriteByte(byte[] buf, ref int offset, byte value) { buf[offset] = value; offset = offset + 1; } #endregion #region Read Functions private static void ReadInt(byte[] buf, ref int offset, out int value) { value = BitConverter.ToInt32(buf, offset); offset = offset + 4; } private static void ReadAddonData(byte[] buf, ref int offset, out addon_data value) { value = new addon_data(); value.id = BitConverter.ToInt32(buf, offset); offset = offset + 4; value.arg = new int[3]; for(int i = 0; i < 3; i++) { value.arg[i] = BitConverter.ToInt32(buf, offset); offset = offset + 4; } } private static void ReadPrerequisition(byte[] buf, ref int offset, out prerequisition value) { value = new prerequisition(); value.level = BitConverter.ToInt16(buf, offset); offset = offset + 2; value.race = BitConverter.ToInt16(buf, offset); offset = offset + 2; value.strength = BitConverter.ToInt16(buf, offset); offset = offset + 2; value.vitality = BitConverter.ToInt16(buf, offset); offset = offset + 2; value.agility = BitConverter.ToInt16(buf, offset); offset = offset + 2; value.energy = BitConverter.ToInt16(buf, offset); offset = offset + 2; value.durability = BitConverter.ToInt32(buf, offset); offset = offset + 4; value.max_durability = BitConverter.ToInt32(buf, offset); offset = offset + 4; } private static void WritePrerequisition(byte[] buf, ref int offset, prerequisition value) { WriteShort(buf, ref offset, value.level); WriteShort(buf, ref offset, value.race); WriteShort(buf, ref offset, value.strength); WriteShort(buf, ref offset, value.vitality); WriteShort(buf, ref offset, value.agility); WriteShort(buf, ref offset, value.energy); WriteInt(buf, ref offset, value.durability); WriteInt(buf, ref offset, value.max_durability); } #endregion }