public Projectile_Properties parseProjectileJSON()
{
StreamReader fs = File.OpenText(Properties.Settings.Default.ProjecitleJSONFilePath);
string JSON = fs.ReadToEnd();
Projectile_Properties projectile_Properties = JsonConvert.DeserializeObject <Projectile_Properties>(JSON);
fs.Close();
return(projectile_Properties);
}
public void convertProjectileBintoJSON()
{
FileStream fs = File.OpenRead(Properties.Settings.Default.ProjecitleBinaryFilePath);
changeStreamFile(fs);
string fileName = Path.GetFileNameWithoutExtension(Properties.Settings.Default.ProjecitleBinaryFilePath);
string outputPath = Properties.Settings.Default.outputProjectileJSONFolderPath + @"\" + fileName + @"_Projectile.JSON";
uint magic = readUIntBigEndian();
uint hash = readUIntBigEndian();
uint unitID = readUIntBigEndian();
Projectile_Properties projectile_Properties = new Projectile_Properties();
projectile_Properties.magic = magic;
projectile_Properties.unit_ID = unitID;
projectile_Properties.hash = hash;
List <Individual_Projectile_Properties> individual_projectiles = new List <Individual_Projectile_Properties>();
uint properties_pointer = readUIntBigEndian();
uint set_count = readUIntBigEndian();
// Determine MBON or FB
uint fileSize = (uint)fs.Length;
uint properties_size = fileSize - (0x14 + set_count * 4);
bool ifMBON = properties_size % (0x128 * set_count) == 0 ? true : false;
int prop_length = ifMBON ? 0x128 : 0x118;
for (int i = 0; i < set_count; i++)
{
uint projectile_hash = readUIntBigEndian();
uint returnAddress = (uint)Stream.Position;
Stream.Seek(properties_pointer + (i * prop_length), SeekOrigin.Begin);
Individual_Projectile_Properties proj = new Individual_Projectile_Properties();
proj.hash = projectile_hash;
proj.projectile_Type = readUIntBigEndian();
if (Properties.Settings.Default.convertMBONProjecitle)
{
if (convertAssistProjectileType.ContainsKey(proj.projectile_Type))
{
proj.projectile_Type = convertAssistProjectileType[proj.projectile_Type];
}
else if (proj.projectile_Type > 0xFF && Properties.Settings.Default.truncateProjectileType)
{
string projectileTypeStr = proj.projectile_Type.ToString();
string removedProjectiles = projectileTypeStr.Remove(projectileTypeStr.Length - 4, 1);
proj.projectile_Type = uint.Parse(removedProjectiles);
}
else if (proj.projectile_Type < 0xFF && proj.projectile_Type != 1 && proj.projectile_Type != 6)
{
throw new Exception("Unregcongized projectile type!");
}
else if (proj.projectile_Type == 0x6)
{
// Only found in forbidden's last 2 ex burst thing, not sure what. Not called probably, ignore for now
}
}
proj.hit_properties_hash = readUIntBigEndian();
proj.model_nud_hash = readUIntBigEndian();
proj.model_vbn_index = readUIntBigEndian();
proj.aim_enum = readUIntBigEndian();
proj.translate_Y = readFloat(true);
proj.translate_Z = readFloat(true);
proj.translate_X = readFloat(true);
proj.rotate_X_angle = readFloat(true);
proj.rotate_Z_angle = readFloat(true);
proj.cosmetic_hash = readUIntBigEndian();
proj.unk_0x2C = readUIntBigEndian();
proj.unk_0x30 = readUIntBigEndian();
proj.unk_0x34 = readUIntBigEndian();
proj.muzzle_random_angle_correction_multiplier = readUIntBigEndian();
proj.ammo_reduce_amount = readUIntBigEndian();
proj.duration_frame = readUIntBigEndian();
proj.max_travel_distance = readFloat(true);
proj.initial_speed = readFloat(true);
proj.acceleration = readFloat(true);
proj.acceleration_start_frame = readUIntBigEndian();
proj.unk_0x54 = readUIntBigEndian();
proj.max_speed = readFloat(true);
proj.throwable_arc_unk_0x5C = readUIntBigEndian();
proj.throwable_arc_unk_0x60 = readUIntBigEndian();
proj.throwable_arc_unk_0x64 = readUIntBigEndian();
proj.throwable_arc_unk_0x68 = readUIntBigEndian();
proj.throwable_arc_unk_0x6C = readUIntBigEndian();
proj.throwable_arc_unk_0x70 = readUIntBigEndian();
proj.throwable_arc_unk_0x74 = readUIntBigEndian();
proj.horizontal_guidance_amount = readFloat(true);
proj.horizontal_guidance_angle = readFloat(true);
proj.vertical_guidance_amount = readFloat(true);
proj.vertical_guidance_angle = readFloat(true);
proj.unk_0x88 = readUIntBigEndian();
proj.unk_0x8C = readUIntBigEndian();
proj.unk_0x90 = readFloat(true);
proj.unk_0x94 = readFloat(true);
proj.unk_0x98 = readFloat(true);
proj.unk_0x9C = readFloat(true);
proj.unk_0xA0 = readUIntBigEndian();
proj.unk_0xA4 = readUIntBigEndian();
proj.unk_0xA8 = readUIntBigEndian();
proj.gerobi_length = readFloat(true);
proj.size = readFloat(true);
proj.penetrate_target = readUIntBigEndian();
proj.unk_0xB8 = readUIntBigEndian();
proj.sound_effect_hash = readUIntBigEndian();
proj.unk_0xC0 = readUIntBigEndian();
proj.unk_0xC4 = readUIntBigEndian();
proj.continue_projectile_hash = readUIntBigEndian();
proj.unk_0xCC = readUIntBigEndian();
proj.unk_0xD0 = readUIntBigEndian();
proj.unk_0xD4 = readUIntBigEndian();
proj.unk_0xD8 = readUIntBigEndian();
if (Properties.Settings.Default.convertMBONProjecitle)
{
// for MBON, there's a new 0x10 appended after 0xD8, which is still unknown on the usage.
// We will monitor if cases rises up for non 0 in this 0x10 here.
if (ifMBON)
{
// TODO: Check what these does
uint temp1 = readUIntBigEndian();
float temp2 = readFloat(true);
float temp3 = readFloat(true);
float temp4 = readFloat(true);
}
proj.gerobi_wiggle = readFloat(true);
proj.effect_conductivity = readFloat(true);
proj.unk_0xE4 = readFloat(true);
proj.unk_0xE8 = readFloat(true);
proj.unk_0xEC = readFloat(true);
proj.unk_0xF0 = readFloat(true);
proj.unk_0xF4 = readFloat(true);
proj.unk_0xF8 = readFloat(true);
proj.unk_0xFC = readFloat(true);
proj.unk_0x100 = readFloat(true);
proj.unk_0x104 = readFloat(true);
proj.unk_0x108 = readFloat(true);
proj.unk_0x10C = readFloat(true);
proj.unk_0x110 = readFloat(true);
proj.unk_0x114 = readFloat(true);
proj.unk_0x118 = 0; // temp 1
proj.unk_0x11C = 0; // temp 2
proj.unk_0x120 = 0; // temp 3
proj.unk_0x124 = 0; // temp 4
}
else
{
if (ifMBON)
{
proj.unk_0x118 = readFloat(true); // temp 1
proj.unk_0x11C = readFloat(true); // temp 2
proj.unk_0x120 = readFloat(true); // temp 3
proj.unk_0x124 = readFloat(true); // temp 4
}
proj.gerobi_wiggle = readFloat(true);
proj.effect_conductivity = readFloat(true);
proj.unk_0xE4 = readFloat(true);
proj.unk_0xE8 = readFloat(true);
proj.unk_0xEC = readFloat(true);
proj.unk_0xF0 = readFloat(true);
proj.unk_0xF4 = readFloat(true);
proj.unk_0xF8 = readFloat(true);
proj.unk_0xFC = readFloat(true);
proj.unk_0x100 = readFloat(true);
proj.unk_0x104 = readFloat(true);
proj.unk_0x108 = readFloat(true);
proj.unk_0x10C = readFloat(true);
proj.unk_0x110 = readFloat(true);
proj.unk_0x114 = readFloat(true);
}
individual_projectiles.Add(proj);
Stream.Seek(returnAddress, SeekOrigin.Begin);
}
fs.Close();
projectile_Properties.individual_Projectile_Properties = individual_projectiles;
string JSON = JsonConvert.SerializeObject(projectile_Properties, Formatting.Indented);
//JsonSerializerOptions json_options = new JsonSerializerOptions();
//json_options.WriteIndented = true;
//string JSON = JsonSerializer.Serialize<Projectile_Properties>(projectile_Properties, json_options);
StreamWriter fsJSON = File.CreateText(outputPath);
fsJSON.Write(JSON);
fsJSON.Close();
}
public void writeProjectileBinary(Projectile_Properties projectile_Properties)
{
List <Individual_Projectile_Properties> projectiles = projectile_Properties.individual_Projectile_Properties;
MemoryStream output_projectile = new MemoryStream();
List <uint> projectile_hashes = projectiles.Select(x => x.hash).ToList();
uint magic = projectile_Properties.magic;
uint hash = projectile_Properties.hash;
uint unitID = projectile_Properties.unit_ID;
appendUIntMemoryStream(output_projectile, magic, true);
appendUIntMemoryStream(output_projectile, hash, true);
appendUIntMemoryStream(output_projectile, unitID, true);
appendUIntMemoryStream(output_projectile, (0x10 + 0x4 + (uint)((projectile_hashes.Count) * 4)), true); // pointer
appendUIntMemoryStream(output_projectile, (uint)projectile_hashes.Count, true);
for (int i = 0; i < projectile_hashes.Count; i++)
{
appendUIntMemoryStream(output_projectile, projectile_hashes[i], true);
}
for (int i = 0; i < projectiles.Count; i++)
{
Individual_Projectile_Properties proj = projectiles[i];
appendUIntMemoryStream(output_projectile, proj.projectile_Type, true);
appendUIntMemoryStream(output_projectile, proj.hit_properties_hash, true);
appendUIntMemoryStream(output_projectile, proj.model_nud_hash, true);
appendUIntMemoryStream(output_projectile, proj.model_vbn_index, true);
appendUIntMemoryStream(output_projectile, proj.aim_enum, true);
appendFloatMemoryStream(output_projectile, proj.translate_Y, true);
appendFloatMemoryStream(output_projectile, proj.translate_Z, true);
appendFloatMemoryStream(output_projectile, proj.translate_X, true);
appendFloatMemoryStream(output_projectile, proj.rotate_X_angle, true);
appendFloatMemoryStream(output_projectile, proj.rotate_Z_angle, true);
appendUIntMemoryStream(output_projectile, proj.cosmetic_hash, true);
appendUIntMemoryStream(output_projectile, proj.unk_0x2C, true);
appendUIntMemoryStream(output_projectile, proj.unk_0x30, true);
appendUIntMemoryStream(output_projectile, proj.unk_0x34, true);
appendUIntMemoryStream(output_projectile, proj.muzzle_random_angle_correction_multiplier, true);
appendUIntMemoryStream(output_projectile, proj.ammo_reduce_amount, true);
appendUIntMemoryStream(output_projectile, proj.duration_frame, true);
appendFloatMemoryStream(output_projectile, proj.max_travel_distance, true);
appendFloatMemoryStream(output_projectile, proj.initial_speed, true);
appendFloatMemoryStream(output_projectile, proj.acceleration, true);
appendUIntMemoryStream(output_projectile, proj.acceleration_start_frame, true);
appendUIntMemoryStream(output_projectile, proj.unk_0x54, true);
appendFloatMemoryStream(output_projectile, proj.max_speed, true);
appendUIntMemoryStream(output_projectile, proj.throwable_arc_unk_0x5C, true);
appendUIntMemoryStream(output_projectile, proj.throwable_arc_unk_0x60, true);
appendUIntMemoryStream(output_projectile, proj.throwable_arc_unk_0x64, true);
appendUIntMemoryStream(output_projectile, proj.throwable_arc_unk_0x68, true);
appendUIntMemoryStream(output_projectile, proj.throwable_arc_unk_0x6C, true);
appendUIntMemoryStream(output_projectile, proj.throwable_arc_unk_0x70, true);
appendUIntMemoryStream(output_projectile, proj.throwable_arc_unk_0x74, true);
appendFloatMemoryStream(output_projectile, proj.horizontal_guidance_amount, true);
appendFloatMemoryStream(output_projectile, proj.horizontal_guidance_angle, true);
appendFloatMemoryStream(output_projectile, proj.vertical_guidance_amount, true);
appendFloatMemoryStream(output_projectile, proj.vertical_guidance_angle, true);
appendUIntMemoryStream(output_projectile, proj.unk_0x88, true);
appendUIntMemoryStream(output_projectile, proj.unk_0x8C, true);
appendFloatMemoryStream(output_projectile, proj.unk_0x90, true);
appendFloatMemoryStream(output_projectile, proj.unk_0x94, true);
appendFloatMemoryStream(output_projectile, proj.unk_0x98, true);
appendFloatMemoryStream(output_projectile, proj.unk_0x9C, true);
appendUIntMemoryStream(output_projectile, proj.unk_0xA0, true);
appendUIntMemoryStream(output_projectile, proj.unk_0xA4, true);
appendUIntMemoryStream(output_projectile, proj.unk_0xA8, true);
appendFloatMemoryStream(output_projectile, proj.gerobi_length, true);
appendFloatMemoryStream(output_projectile, proj.size, true);
appendUIntMemoryStream(output_projectile, proj.penetrate_target, true);
appendUIntMemoryStream(output_projectile, proj.unk_0xB8, true);
appendUIntMemoryStream(output_projectile, proj.sound_effect_hash, true);
appendUIntMemoryStream(output_projectile, proj.unk_0xC0, true);
appendUIntMemoryStream(output_projectile, proj.unk_0xC4, true);
appendUIntMemoryStream(output_projectile, proj.continue_projectile_hash, true);
appendUIntMemoryStream(output_projectile, proj.unk_0xCC, true);
appendUIntMemoryStream(output_projectile, proj.unk_0xD0, true);
appendUIntMemoryStream(output_projectile, proj.unk_0xD4, true);
appendUIntMemoryStream(output_projectile, proj.unk_0xD8, true);
appendFloatMemoryStream(output_projectile, proj.gerobi_wiggle, true);
appendFloatMemoryStream(output_projectile, proj.effect_conductivity, true);
appendFloatMemoryStream(output_projectile, proj.unk_0xE4, true);
appendFloatMemoryStream(output_projectile, proj.unk_0xE8, true);
appendFloatMemoryStream(output_projectile, proj.unk_0xEC, true);
appendFloatMemoryStream(output_projectile, proj.unk_0xF0, true);
appendFloatMemoryStream(output_projectile, proj.unk_0xF4, true);
appendFloatMemoryStream(output_projectile, proj.unk_0xF8, true);
appendFloatMemoryStream(output_projectile, proj.unk_0xFC, true);
appendFloatMemoryStream(output_projectile, proj.unk_0x100, true);
appendFloatMemoryStream(output_projectile, proj.unk_0x104, true);
appendFloatMemoryStream(output_projectile, proj.unk_0x108, true);
appendFloatMemoryStream(output_projectile, proj.unk_0x10C, true);
appendFloatMemoryStream(output_projectile, proj.unk_0x110, true);
appendFloatMemoryStream(output_projectile, proj.unk_0x114, true);
if (Properties.Settings.Default.ProjectileBinaryInputGameVer == 1)
{
appendFloatMemoryStream(output_projectile, proj.unk_0x118, true);
appendFloatMemoryStream(output_projectile, proj.unk_0x11C, true);
appendFloatMemoryStream(output_projectile, proj.unk_0x120, true);
appendFloatMemoryStream(output_projectile, proj.unk_0x124, true);
}
string fileName = System.IO.Path.GetFileNameWithoutExtension(Properties.Settings.Default.ProjecitleJSONFilePath);
FileStream ofs = File.Create(Properties.Settings.Default.outputProjectileBinFolderPath + @"\" + fileName + ".bin");
output_projectile.Seek(0, SeekOrigin.Begin);
output_projectile.CopyTo(ofs);
ofs.Close();
}
}