private void Configure()
{
#if AGXUNITY_UPDATING
throw new AGXUnity.Exception("AGX Dynamics for Unity is updating and AGX Dynamics " +
"binaries shouldn't be loaded into the process.");
#else
if (Application.isEditor)
{
// This case is handled by AGXUnityEditor.Manager.
}
// Running build with environment set. Use default environment setup.
// This can be useful to debug an application, being able to attach
// to a process with AGX Dynamics + AGXUnity.
else if (IO.Environment.IsSet(IO.Environment.Variable.AGX_DEPENDENCIES_DIR))
{
}
// Running build without environment, assuming all binaries are
// present in this process. Setup RUNTIME_PATH to Components in
// the data agx directory. RESOURCE_PATH is where the license
// file is assumed to be located.
else
{
var dataPath = Application.dataPath;
var dataPluginsPath = IO.Environment.GetPlayerPluginPath(dataPath);
var dataAGXRuntimePath = IO.Environment.GetPlayerAGXRuntimePath(dataPath);
IO.Environment.AddToPath(dataPluginsPath);
var envInstance = agxIO.Environment.instance();
// In case of installed AGX Dynamics, agxIO.Environment.instance() will
// read data from the registry and add runtime and resource paths to
// the installed version. Clear all, from registry, added paths since
// we assume all data needed is present in this runtime.
for (int i = 0; i < (int)agxIO.Environment.Type.NUM_TYPES; ++i)
{
envInstance.getFilePath((agxIO.Environment.Type)i).clear();
}
envInstance.getFilePath(agxIO.Environment.Type.RESOURCE_PATH).pushbackPath(".");
envInstance.getFilePath(agxIO.Environment.Type.RESOURCE_PATH).pushbackPath(dataPath);
envInstance.getFilePath(agxIO.Environment.Type.RESOURCE_PATH).pushbackPath(dataPluginsPath);
envInstance.getFilePath(agxIO.Environment.Type.RESOURCE_PATH).pushbackPath(dataAGXRuntimePath);
envInstance.getFilePath(agxIO.Environment.Type.RUNTIME_PATH).pushbackPath(dataAGXRuntimePath);
if (string.IsNullOrEmpty(envInstance.findComponent("Referenced.agxEntity")))
{
throw new AGXUnity.Exception("Unable to find Components directory in RUNTIME_PATH.");
}
}
agx.agxSWIG.setEntityCreationThreadSafe(true);
m_ai = new agx.AutoInit();
agx.agxSWIG.setNumThreads(4);
Initialized = true;
#endif
}
private void ConfigureAgX()
{
string binaryPath = FindBinaryPath();
// Check if agxDotNet.dll is in path.
if (!ExistInPath("agxDotNet.dll"))
{
// If it is not in path, lets look in the registry
binaryPath = FindRuntimePathFromRegistry();
// If no luck, then we need to bail out
if (binaryPath.Length == 0)
{
throw new AgXUnity.Exception("Unable to find agxDotNet.dll - part of the AgX installation.");
}
else
{
AddToPath(binaryPath);
}
}
string pluginPath = binaryPath + @"\plugins";
string dataPath = binaryPath + @"\data";
string cfgPath = dataPath + @"\cfg";
try {
// Components are initialized in parallel and destroy is executed
// from other worker threads. Enable local entity storages.
agx.agxSWIG.setEntityCreationThreadSafe(true);
m_ai = new agx.AutoInit();
agx.Thread.registerAsAgxThread();
agx.agxSWIG.setNumThreads(4);
agxIO.Environment.instance().getFilePath(agxIO.Environment.Type.RUNTIME_PATH).pushbackPath(binaryPath);
agxIO.Environment.instance().getFilePath(agxIO.Environment.Type.RUNTIME_PATH).pushbackPath(pluginPath);
agxIO.Environment.instance().getFilePath(agxIO.Environment.Type.RESOURCE_PATH).pushbackPath(binaryPath);
agxIO.Environment.instance().getFilePath(agxIO.Environment.Type.RESOURCE_PATH).pushbackPath(pluginPath);
agxIO.Environment.instance().getFilePath(agxIO.Environment.Type.RESOURCE_PATH).pushbackPath(dataPath);
agxIO.Environment.instance().getFilePath(agxIO.Environment.Type.RESOURCE_PATH).pushbackPath(cfgPath);
}
catch (System.Exception e) {
throw new AgXUnity.Exception("Unable to instantiate first AgX object. Some dependencies seems missing: " + e.ToString());
}
}
