def read(self, raw, offset):
self.data = dict()
#int8_t age_entry_count;
#int8_t building_connection_count;
#int8_t unit_connection_count;
#int8_t research_connection_count;
header_struct = Struct(endianness + "4b")
header = header_struct.unpack_from(raw, offset)
offset_info(offset, header, "techtree: entries[age, building, unit, research]", header_struct)
offset += header_struct.size
self.data["age_entry_count"] = header[0]
self.data["building_connection_count"] = header[1]
self.data["unit_connection_count"] = header[2]
self.data["research_connection_count"] = header[3]
self.data["age_tech_tree"] = list()
for i in range(self.data["age_entry_count"]):
dbg("=== age_tech_tree %d" % i, 2)
t = AgeTechTree()
offset = t.read(raw, offset)
self.data["age_tech_tree"] += [t.data]
tmp_struct = Struct(endianness + "i")
offset += tmp_struct.size
self.data["building_connection"] = list()
for i in range(self.data["building_connection_count"]):
dbg("=== building_connection %d" % i, 2)
t = BuildingConnection()
offset = t.read(raw, offset)
self.data["building_connection"] += [t.data]
self.data["unit_connection"] = list()
for i in range(self.data["unit_connection_count"]):
dbg("=== unit_connection %d" % i, 2)
t = UnitConnection()
offset = t.read(raw, offset)
self.data["unit_connection"] += [t.data]
self.data["research_connection"] = list()
for i in range(self.data["research_connection_count"]):
dbg("=== research_connection %d" % i, 2)
t = ResearchConnection()
offset = t.read(raw, offset)
self.data["research_connection"] += [t.data]
return offset
def read(self, raw, offset): self.data = dict() #int16_t type; #int16_t amount; hit_type_struct = Struct(endianness + "2h") pc = hit_type_struct.unpack_from(raw, offset) offset_info(offset, pc, ">=60 hittype", hit_type_struct, mode=1) offset += hit_type_struct.size self.data["type"] = pc[0] self.data["amount"] = pc[1] return offset
def read(self, raw, offset): self.data = dict() #int16_t unit_id; #float misplaced0; #float misplaced1; building_annex_struct = Struct(endianness + "h 2f") pc = building_annex_struct.unpack_from(raw, offset) offset_info(offset, pc, ">=80 b_annex", building_annex_struct, mode=1) offset += building_annex_struct.size self.data["unit_id"] = pc[0] self.data["misplaced0"] = pc[1] self.data["misplaced1"] = pc[2] return offset
def read(self, raw, offset): self.data = dict() #int16_t type; #int16_t amount; #int16_t enabled; ressource_cost_struct = Struct(endianness + "3h") pc = ressource_cost_struct.unpack_from(raw, offset) offset_info(offset, pc, ">=70 ressource cost", ressource_cost_struct, mode=1) offset += ressource_cost_struct.size self.data["type"] = pc[0] self.data["amount"] = pc[1] self.data["enabled"] = pc[2] return offset
def read(self, raw, offset): self.data = dict() #int16_t a; #float b; #int8_t c; ressource_storage_struct = Struct(endianness + "h f b") pc = ressource_storage_struct.unpack_from(raw, offset) offset_info(offset, pc, "ressource storage", ressource_storage_struct, mode=1) offset += ressource_storage_struct.size self.data["a"] = pc[0] self.data["b"] = pc[1] self.data["c"] = pc[2] return offset
def read(self, raw, offset): self.data = dict() #int16_t graphic_id; #int8_t damage_percent; #int8_t unknown; #int8_t unknown; damage_graphic_struct = Struct(endianness + "h 3b") pc = damage_graphic_struct.unpack_from(raw, offset) offset_info(offset, pc, "damage graphic", damage_graphic_struct, mode=1) offset += damage_graphic_struct.size self.data["graphic_id"] = pc[0] check_file(pc[0]) self.data["damage_percent"] = pc[1] #self.data[""] = pc[2] #self.data[""] = pc[3] return offset
def read(self, raw, offset): self.data = dict() #int32_t id; #int8_t unknown; #int32_t upper_building; #int32_t required_researches; #int32_t age; #int32_t unit_or_research0; #int32_t unit_or_research1; #int32_t unknown[8]; #int32_t mode0; #int32_t mode1; #int32_t unknown[7]; #int32_t vertical_line; #int8_t unit_count; unit_connection_struct = Struct(endianness + "i b 5i 8i 2i 7i i b") pc = unit_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "uconnection: id X upperbuilding req_researches age ur0 ur1 X[8] mode0 mode1 X[7] verticalline unitcount", unit_connection_struct) offset += unit_connection_struct.size self.data["id"] = pc[0] #self.data[""] = pc[1] self.data["upper_building"] = pc[2] self.data["required_researches"] = pc[3] self.data["age"] = pc[4] self.data["unit_or_research0"] = pc[5] self.data["unit_or_research1"] = pc[6] #self.data[""] = pc[7:(7+8)] self.data["mode0"] = pc[15] self.data["mode1"] = pc[16] #self.data[""] = pc[17:(17+7)] self.data["vertical_line"] = pc[24] self.data["unit_count"] = pc[25] #int32_t unit[unit_count]; unit_connection_struct = Struct(endianness + "%di" % self.data["unit_count"]) pc = unit_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "uconnection: unit", unit_connection_struct, 1) offset += unit_connection_struct.size self.data["unit"] = pc #int32_t location_in_age; #int32_t required_research; #int32_t line_mode; #int32_t enabling_research; unit_connection_struct = Struct(endianness + "4i") pc = unit_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "uconnection: locationinage requiredresearch linemode enablingresearch", unit_connection_struct) offset += unit_connection_struct.size self.data["location_in_age"] = pc[0] self.data["required_research"] = pc[1] self.data["line_mode"] = pc[2] self.data["enabling_research"] = pc[3] return offset
def read(self, raw, offset): self.data = dict() #int32_t id; #int8_t unknown; #int32_t upper_building; #int8_t building_count; research_connection_struct = Struct(endianness + "i b i b") pc = research_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "rconnection: id X upperbuilding building_count", research_connection_struct) offset += research_connection_struct.size self.data["id"] = pc[0] #self.data[""] = pc[1] self.data["upper_building"] = pc[2] self.data["building_count"] = pc[3] #int32_t building[building_count]; research_connection_struct = Struct(endianness + "%di" % self.data["building_count"]) pc = research_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "rconnection: building", research_connection_struct, 1) offset += research_connection_struct.size self.data["building"] = pc #int8_t unit_count; research_connection_struct = Struct(endianness + "b") pc = research_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "rconnection: unit_count", research_connection_struct, 1) offset += research_connection_struct.size self.data["unit_count"] = pc[0] #int32_t unit[unit_count]; research_connection_struct = Struct(endianness + "%di" % self.data["unit_count"]) pc = research_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "rconnection: unit", research_connection_struct, 1) offset += research_connection_struct.size self.data["unit"] = pc #int8_t research_count; research_connection_struct = Struct(endianness + "b") pc = research_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "rconnection: research_count", research_connection_struct, 1) offset += research_connection_struct.size self.data["research_count"] = pc[0] #int32_t research[research_count]; research_connection_struct = Struct(endianness + "%di" % self.data["research_count"]) pc = research_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "rconnection: research", research_connection_struct, 1) offset += research_connection_struct.size self.data["research"] = pc #int32_t required_research; #int32_t age; #int32_t upper_research; #int32_t unknown[9]; #int32_t line_mode; #int32_t unknown[8]; #int32_t vertical_line; #int32_t location_in_age; #int32_t unknown; research_connection_struct = Struct(endianness + "3i 9i i 8i 3i") pc = research_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "rconnection: requiredresearch age upperresearch X[9] linemode X[8] vericalline locationinage X", research_connection_struct) offset += research_connection_struct.size self.data["required_research"] = pc[0] self.data["age"] = pc[1] self.data["upper_research"] = pc[2] #self.data[""] = pc[3:(3+9)] self.data["line_mode"] = pc[12] #self.data[""] = pc[13:(13+8)] self.data["vertical_line"] = pc[21] self.data["location_in_age"] = pc[22] #self.data[""] = pc[23] return offset
def read(self, raw, offset): self.data = dict() #int32_t id; #int8_t unknown; #int8_t building_count; building_connection_struct = Struct(endianness + "i 2b") pc = building_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "bconnection: id X building_count", building_connection_struct, 1) offset += building_connection_struct.size self.data["id"] = pc[0] #self.data[""] = pc[1] self.data["building_count"] = pc[2] #int32_t building[building_count]; building_connection_struct = Struct(endianness + "%di" % self.data["building_count"]) pc = building_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "bconnection: buildings", building_connection_struct, 1) offset += building_connection_struct.size self.data["building"] = pc #int8_t unit_count; building_connection_struct = Struct(endianness + "b") pc = building_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "bconnection: unit_count", building_connection_struct, 1) offset += building_connection_struct.size self.data["unit_count"] = pc[0] #int32_t unit[unit_count]; building_connection_struct = Struct(endianness + "%di" % self.data["unit_count"]) pc = building_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "bconnection: unit", building_connection_struct, 1) offset += building_connection_struct.size self.data["unit"] = pc #int8_t research_count; building_connection_struct = Struct(endianness + "b") pc = building_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "bconnection: research_count", building_connection_struct, 1) offset += building_connection_struct.size self.data["research_count"] = pc[0] #int32_t research[research_count]; building_connection_struct = Struct(endianness + "%di" % self.data["research_count"]) pc = building_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "bconnection: research", building_connection_struct, 1) offset += building_connection_struct.size self.data["research"] = pc #int32_t age; #int32_t unit_or_research0; #int32_t unit_or_research1; #int32_t unknown[8]; #int32_t mode0; #int32_t mode1; #int32_t unknown[7]; #int8_t unknown[11]; #int32_t connection; #int32_t enabling_research; building_connection_struct = Struct(endianness + "3i 8i 2i 7i xxxx 11b 2i") pc = building_connection_struct.unpack_from(raw, offset) offset_info(offset, pc, "bconnection: age ur0 ur1 X[8] mode0 mode1 X[18] connection enablingresearch", building_connection_struct) offset += building_connection_struct.size self.data["age"] = pc[0] self.data["unit_or_research0"] = pc[1] self.data["unit_or_research1"] = pc[2] #self.data[""] = pc[3:(3+8)] self.data["mode0"] = pc[11] self.data["mode1"] = pc[12] #self.data[""] = pc[13:(13+7)] #self.data[""] = pc[20:(20+11)] self.data["connection"] = pc[31] self.data["enabling_research"] = pc[32] return offset
def read(self, raw, offset): self.data = dict() #int32_t unknown; #int32_t id; #int8_t unknown; #int8_t building_count; age_tech_tree_struct = Struct(endianness + "2i 2b") pc = age_tech_tree_struct.unpack_from(raw, offset) offset_info(offset, pc, "techtree: X id X buildingcount", age_tech_tree_struct, 1) offset += age_tech_tree_struct.size #self.data[""] = pc[0] self.data["id"] = pc[1] #self.data[""] = pc[2] self.data["building_count"] = pc[3] #int32_t building[building_count]; age_tech_tree_struct = Struct(endianness + "%di" % self.data["building_count"]) pc = age_tech_tree_struct.unpack_from(raw, offset) offset_info(offset, pc, "techtree: building", age_tech_tree_struct, 1) offset += age_tech_tree_struct.size self.data["building"] = pc #int8_t unit_count; age_tech_tree_struct = Struct(endianness + "b") pc = age_tech_tree_struct.unpack_from(raw, offset) offset_info(offset, pc, "techtree: unitcount", age_tech_tree_struct, 1) offset += age_tech_tree_struct.size self.data["unit_count"] = pc[0] #int32_t unit[unit_count]; age_tech_tree_struct = Struct(endianness + "%di" % self.data["unit_count"]) pc = age_tech_tree_struct.unpack_from(raw, offset) offset_info(offset, pc, "techtree: unit", age_tech_tree_struct, 1) offset += age_tech_tree_struct.size self.data["unit"] = pc #int8_t research_count; age_tech_tree_struct = Struct(endianness + "b") pc = age_tech_tree_struct.unpack_from(raw, offset) offset_info(offset, pc, "techtree: researchcount", age_tech_tree_struct, 1) offset += age_tech_tree_struct.size self.data["research_count"] = pc[0] #int32_t research[research_count]; age_tech_tree_struct = Struct(endianness + "%di" % self.data["research_count"]) pc = age_tech_tree_struct.unpack_from(raw, offset) offset_info(offset, pc, "techtree: research", age_tech_tree_struct, 1) offset += age_tech_tree_struct.size self.data["research"] = pc #int32_t unknown; #int32_t unknown; #int16_t zeroes[49]; age_tech_tree_struct = Struct(endianness + "2i 49h") pc = age_tech_tree_struct.unpack_from(raw, offset) offset_info(offset, pc, "techtree: X X zeroes", age_tech_tree_struct) offset += age_tech_tree_struct.size #self.data[""] = pc[0] #self.data[""] = pc[1] #self.data[""] = pc[2:(2+49)] return offset
def read(self, raw, offset):
self.data = dict()
#unit type==:
#object = 10
#flag = 20
#dead_fish = 30
#bird = 40
#projectile = 60
#creatable = 70
#building = 80
#tree = 90
#int8_t type;
#uint16_t name_length;
#int16_t id0;
#uint16_t language_dll_name;
#uint16_t language_dll_creation;
#int16_t unit_class;
#int16_t graphic_standing0;
#int16_t graphic_standing1;
#int16_t graphic_dying0;
#int16_t graphic_dying1;
#int8_t death_mode;
#int16_t hit_points;
#float line_of_sight;
#int8_t garnison_capacity;
#float radius_size0;
#float radius_size1;
#float hp_bar_height0;
#int16_t sound_train0;
#int16_t sound_train1;
#int16_t dead_unit_id;
#int8_t placement_mode;
#int8_t air_mode;
#int16_t icon_id;
#int8_t hidden_in_editor;
#int16_t unknown;
#int16_t enabled;
#int16_t placement_by_pass_terrain0;
#int16_t placement_by_pass_terrain1;
#int16_t placement_terrain0;
#int16_t placement_terrain1;
#float editor_radius0;
#float editor_radius1;
#int8_t building_mode;
#int8_t visible_in_fog;
#int16_t terrain_restriction;
#int8_t fly_mode;
#int16_t ressource_capacity;
#float ressource_decay;
#int8_t blast_type;
#int8_t unknown;
#int8_t interaction_mode;
#int8_t minimap_mode;
#int16_t command_attribute;
#int16_t unknown;
#int16_t unknown;
#uint16_t language_dll_help;
#int16_t[4] hot_keys;
#int8_t unknown;
#int8_t unknown;
#bool unselectable;
#int8_t unknown;
#int8_t unknown;
#int8_t unknown;
#int8_t selection_mask;
#int8_t selection_shape_type;
#int8_t selection_shape;
#int8_t attribute;
#int8_t civilisation;
#int16_t unknown;
#int8_t selection_effect;
#uint8_t editor_selection_color;
#float selection_radius0;
#float selection_radius1;
#float hp_bar_height1;
unit0_struct = Struct(endianness + "b H h 2H 5h b h f b 3f 3h 2b h b 6h 2f 2b h b h f 4b 3h H 4h 2b ? 8b h b B 3f")
pc = unit0_struct.unpack_from(raw, offset)
offset_info(offset, pc, "unit header0", unit0_struct)
offset += unit0_struct.size
self.data["type"] = pc[0]
self.data["name_length"] = pc[1]
if self.data["name_length"] > 100:
raise Exception("name is longer than 100, very unlikely: %d" % self.data["name_length"])
self.data["id0"] = pc[2]
self.data["language_dll_name"] = pc[3]
self.data["language_dll_creation"] = pc[4]
self.data["unit_class"] = pc[5]
self.data["graphic_standing0"] = pc[6]
check_file(pc[6])
self.data["graphic_standing1"] = pc[7]
check_file(pc[7])
self.data["graphic_dying0"] = pc[8]
self.data["graphic_dying1"] = pc[9]
self.data["death_mode"] = pc[10]
self.data["hit_points"] = pc[11]
self.data["line_of_sight"] = pc[12]
self.data["garnison_capacity"] = pc[13]
self.data["radius_size0"] = pc[14]
self.data["radius_size1"] = pc[15]
self.data["hp_bar_height0"] = pc[16]
self.data["sound_train0"] = pc[17]
check_file(pc[17])
self.data["sound_train1"] = pc[18]
check_file(pc[18])
self.data["dead_unit_id"] = pc[19]
self.data["placement_mode"] = pc[20]
self.data["air_mode"] = pc[21]
self.data["icon_id"] = pc[22]
self.data["hidden_in_editor"] = pc[23]
#self.data[""] = pc[24]
self.data["enabled"] = pc[25]
self.data["placement_by_pass_terrain0"] = pc[26]
self.data["placement_by_pass_terrain1"] = pc[27]
self.data["placement_terrain0"] = pc[28]
self.data["placement_terrain1"] = pc[29]
self.data["editor_radius0"] = pc[30]
self.data["editor_radius1"] = pc[31]
self.data["building_mode"] = pc[32]
self.data["visible_in_fog"] = pc[33]
self.data["terrain_restriction"] = pc[34]
self.data["fly_mode"] = pc[35]
self.data["ressource_capacity"] = pc[36]
self.data["ressource_decay"] = pc[37]
self.data["blast_type"] = pc[38]
#self.data[""] = pc[39]
self.data["interaction_mode"] = pc[40]
self.data["minimap_mode"] = pc[41]
self.data["command_attribute"] = pc[42]
#self.data[""] = pc[43]
#self.data[""] = pc[44]
self.data["language_dll_help"] = pc[45]
self.data["hot_keys"] = pc[46:(46+4)]
#self.data[""] = pc[50]
#self.data[""] = pc[51]
self.data["unselectable"] = pc[52]
#self.data[""] = pc[53]
#self.data[""] = pc[54]
#self.data[""] = pc[55]
self.data["selection_mask"] = pc[56]
self.data["selection_shape_type"] = pc[57]
self.data["selection_shape"] = pc[58]
self.data["attribute"] = pc[59]
self.data["civilisation"] = pc[60]
#self.data[""] = pc[61]
self.data["selection_effect"] = pc[61]
self.data["editor_selection_color"] = pc[62]
self.data["selection_radius0"] = pc[63]
self.data["selection_radius1"] = pc[64]
self.data["hp_bar_height1"] = pc[65]
self.data["ressource_storage"] = list()
for i in range(3):
t = RessourceStorage()
offset = t.read(raw, offset)
self.data["ressource_storage"] += [t.data]
#int8_t damage_graphic_count
unit1_struct = Struct(endianness + "b")
pc = unit1_struct.unpack_from(raw, offset)
offset += unit1_struct.size
self.data["damage_graphic_count"], = pc
self.data["damage_graphic"] = list()
for i in range(self.data["damage_graphic_count"]):
t = DamageGraphic()
offset = t.read(raw, offset)
self.data["damage_graphic"] += [t.data]
#int16_t selection_sound;
#int16_t dying_sound;
#int16_t attack_sound;
#char name[name_length];
#int16_t id1;
#int16_t id2;
unit2_struct = Struct(endianness + "3h %ds 2h" % self.data["name_length"])
pc = unit2_struct.unpack_from(raw, offset)
offset_info(offset, pc, "unit header 2", unit2_struct)
offset += unit2_struct.size
self.data["sound_selection"] = pc[0]
check_file(pc[0])
self.data["sound_dying"] = pc[1]
check_file(pc[1])
self.data["sound_attack"] = pc[2]
check_file(pc[2])
self.data["name"] = zstr(pc[3])
self.data["id1"] = pc[4]
self.data["id2"] = pc[5]
dbg("unit type = %d\nname = %s" % (self.data["type"], self.data["name"]), 2)
#every thing else only exists for non-trees (!= 90)
#and things with id >= 20
if self.data["type"] != 90 and self.data["type"] >= 20:
#float speed;
tmp_struct = Struct(endianness + "f")
pc = tmp_struct.unpack_from(raw, offset)
offset_info(offset, pc, ">=20 SPEED", tmp_struct)
offset += tmp_struct.size
self.data["speed"], = pc
if math.isnan(self.data["speed"]):
raise Exception("Speed is NaN!")
dbg("speed:" + str(pc), 2)
if self.data["type"] >= 30:
#int16_t walking_graphics0;
#int16_t walking_graphics1;
#float rotation_speed;
#int8_t unknown;
#int16_t tracking_unit;
#bool tracking_unit_used;
#float tracking_unit_density;
#float unknown;
#int8_t unknown[17];
tmp_struct = Struct(endianness + "2h f b h ? 2f 17b")
pc = tmp_struct.unpack_from(raw, offset)
offset_info(offset, pc, ">=30", tmp_struct)
offset += tmp_struct.size
self.data["walking_graphics0"] = pc[0]
check_file(pc[0])
self.data["walking_graphics1"] = pc[1]
check_file(pc[1])
self.data["rotation_speed"] = pc[2]
#self.data[""] = pc[2]
self.data["tracking_unit"] = pc[3]
self.data["tracking_unit_used"] = pc[4]
self.data["tracking_unit_density"] = pc[5]
#self.data[""] = pc[6]
#self.data[""] = pc[7:(7+17)]
if self.data["type"] >= 40:
#int16_t sheep_conversion;
#float search_radius;
#float work_rate;
#int16_t drop_site0;
#int16_t drop_site1;
#int8_t villager_mode;
#int16_t move_sound;
#int16_t stop_sound;
#int8_t animal_mode;
tmp_struct = Struct(endianness + "h 2f 2h b 2h b")
pc = tmp_struct.unpack_from(raw, offset)
offset_info(offset, pc, ">=40", tmp_struct)
offset += tmp_struct.size
self.data["sheep_conversion"] = pc[0]
self.data["search_radius"] = pc[1]
self.data["work_rate"] = pc[2]
self.data["drop_site0"] = pc[3]
self.data["drop_site1"] = pc[4]
self.data["villager_mode"] = pc[5]
self.data["move_sound"] = pc[6]
check_file(pc[6])
self.data["stop_sound"] = pc[7]
check_file(pc[7])
self.data["animal_mode"] = pc[8]
if self.data["type"] >= 60:
#int8_t unknown;
#int8_t unknown;
tmp_struct = Struct(endianness + "2b")
pc = tmp_struct.unpack_from(raw, offset)
offset_info(offset, pc, ">=60 header0", tmp_struct)
offset += tmp_struct.size
#self.data[""] = pc[0]
#self.data[""] = pc[1]
#uint16_t attack_count;
tmp_struct = Struct(endianness + "H")
pc = tmp_struct.unpack_from(raw, offset)
offset += tmp_struct.size
self.data["attack_count"] = pc[0]
self.data["attack"] = list()
for i in range(self.data["attack_count"]):
t = HitType()
offset_tmp = t.read(raw, offset)
self.data["attack"] += [t.data]
offset = offset_tmp
#uint16_t armor_count;
tmp_struct = Struct(endianness + "H")
pc = tmp_struct.unpack_from(raw, offset)
offset += tmp_struct.size
self.data["armor_count"] = pc[0]
self.data["armor"] = list()
for i in range(self.data["armor_count"]):
t = HitType()
offset_tmp = t.read(raw, offset)
self.data["armor"] += [t.data]
offset = offset_tmp
#int16_t unknown;
#float max_range;
#float blast_radius;
#float reload_time0;
#int16_t projectile_unit_id;
#int16_t accuracy_percent;
#int8_t tower_mode;
#int16_t delay;
#float graphics_displacement[3];
#int8_t unknown;
#float min_range;
#float garnison_recovery_rate;
#int16_t attack_graphic;
#int16_t melee_armor_displayed;
#int16_t attack_displayed;
#int16_t range_displayed;
#float reload_time1;
tmp_struct = Struct(endianness + "h 3f 2h b h 3f b 2f 4h xx f")
pc = tmp_struct.unpack_from(raw, offset)
offset_info(offset, pc, ">=60 data", tmp_struct)
offset += tmp_struct.size - 2
#self.data[""] = pc[0]
self.data["max_range"] = pc[1]
self.data["blast_radius"] = pc[2]
self.data["reload_time0"] = pc[3]
self.data["projectile_unit_id"] = pc[4]
self.data["accuracy_percent"] = pc[5]
self.data["tower_mode"] = pc[6]
self.data["delay"] = pc[7]
self.data["graphics_displacement"] = pc[8:(8+3)]
#self.data[""] = pc[11]
self.data["min_range"] = pc[12]
self.data["garnison_recovery_rate"] = pc[13]
self.data["attack_graphic"] = pc[14]
self.data["melee_armor_displayed"] = pc[15]
self.data["attack_displayed"] = pc[16]
self.data["range_displayed"] = pc[17]
self.data["reload_time1"] = pc[18]
if self.data["type"] == 60:
#int8_t stretch_mode;
#int8_t compensation_mode;
#int8_t drop_animation_mode;
#int8_t penetration_mode;
#int8_t unknown;
#float projectile_arc;
tmp_struct = Struct(endianness + "5b x x f")
pc = tmp_struct.unpack_from(raw, offset)
offset_info(offset, pc, "==60", tmp_struct)
offset += tmp_struct.size
self.data["stretch_mode"] = pc[0]
self.data["compensation_mode"] = pc[1]
self.data["drop_animation_mode"] = pc[2]
self.data["penetration_mode"] = pc[3]
#self.data[""] = pc[4]
self.data["projectile_arc"] = pc[5]
if self.data["type"] >= 70:
self.data["ressource_cost"] = list()
for i in range(3):
t = RessourceCost()
offset = t.read(raw, offset)
self.data["ressource_cost"] += [t.data]
#int16_t train_time;
#int16_t train_location_id;
#int8_t button_id;
#int32_t unknown;
#int32_t unknown;
#int8_t missile_graphic_delay;
#int8_t hero_mode;
#int16_t garnison_graphic0;
#int16_t garnison_graphic1;
#float attack_missile_duplication0;
#int8_t attack_missile_duplication1;
#float attack_missile_duplication_spawning[3];
#int32_t attack_missile_duplication_unit;
#int32_t attack_missile_duplication_graphic;
#int8_t unknown;
#int16_t pierce_armor_displayed;
tmp_struct = Struct(endianness + "2h b 2i 2b 2h xx f b 3f 2i b h")
pc = tmp_struct.unpack_from(raw, offset)
offset_info(offset, pc, ">=70", tmp_struct)
offset += tmp_struct.size
self.data["train_time"] = pc[0]
self.data["train_location_id"] = pc[1]
self.data["button_id"] = pc[2]
#self.data[""] = pc[3]
#self.data[""] = pc[4]
self.data["missile_graphic_delay"] = pc[5]
self.data["hero_mode"] = pc[6]
self.data["garnison_graphic0"] = pc[7]
self.data["garnison_graphic1"] = pc[8]
self.data["attack_missile_duplication0"] = pc[9]
self.data["attack_missile_duplication1"] = pc[10]
self.data["attack_missile_duplication_spawning"] = pc[11:(11+3)]
self.data["attack_missile_duplication_unit"] = pc[14]
self.data["attack_missile_duplication_graphic"] = pc[15]
#self.data[""] = pc[16]
self.data["pierce_armor_displayed"] = pc[17]
#raise Exception()
if self.data["type"] >= 80:
#int16_t construction_graphic_id;
#int16_t snow_graphic_id;
#int16_t adjacent_mode;
#int8_t unknown;
#int8_t unknown;
#int16_t stack_unit_id;
#int16_t terrain_id;
#int16_t unknown;
#int16_t research_id;
#int8_t unknown;
tmp_struct = Struct(endianness + "3h 2b 4h b")
pc = tmp_struct.unpack_from(raw, offset)
offset_info(offset, pc, ">=80 header 0", tmp_struct)
offset += tmp_struct.size
self.data["construction_graphic_id"] = pc[0]
check_file(pc[0])
self.data["snow_graphic_id"] = pc[1]
check_file(pc[1])
self.data["adjacent_mode"] = pc[2]
#self.data[""] = pc[3]
#self.data[""] = pc[4]
self.data["stack_unit_id"] = pc[5]
self.data["terrain_id"] = pc[6]
#self.data[""] = pc[7]
#self.data["research_id"] = pc[8]
#self.data[""] = pc[9]
self.data["building_annex"] = list()
for i in range(4):
t = BuildingAnnex()
offset_tmp = t.read(raw, offset)
offset = offset_tmp
self.data["building_annex"] += [t.data]
#int16_t head_unit;
#int16_t transform_unit;
#int16_t unknown;
#int16_t construction_sound_id;
#int8_t garnison_type;
#float garnison_heal_rate;
#int32_t unknown;
#int16_t unknown;
#int8_t unknown[6];
tmp_struct = Struct(endianness + "4h b f i h 6b")
pc = tmp_struct.unpack_from(raw, offset)
offset_info(offset, pc, ">=80 header 1", tmp_struct)
offset += tmp_struct.size
self.data["head_unit"] = pc[0]
self.data["transform_unit"] = pc[1]
#self.data[""] = pc[2]
self.data["construction_sound_id"] = pc[3]
check_file(pc[3])
self.data["garnison_type"] = pc[4]
self.data["garnison_heal_rate"] = pc[5]
#self.data[""] = pc[6]
#self.data[""] = pc[7]
#self.data[""] = pc[8:(8+6)]
return offset
