public void moveShip(ref StateOfShip ship)
{
Vector3D speed_Bship = ship.m_arrControlShip[0].m_shipControl.GetShipVelocities().LinearVelocity;
Vector3D.Rotate(ref speed_Bship, ref Babs_2_Bship, out speed_Bship);
if (USE_DEBUG)
{
ship.m_arrControlShip.ForEach(advCock => advCock.DebugSpeed());
}
Vector3 allCockpitInput_Bship = new Vector3(0, 0, 0);
ship.m_arrControlShip.ForEach(advCock => allCockpitInput_Bship += advCock.getMoveIndicator_Bship());
if (allCockpitInput_Bship.AbsMax() > 1)
{
allCockpitInput_Bship /= allCockpitInput_Bship.AbsMax();
}
Vector3 direction_Bship;
if (ship.m_arrControlShip[0].m_shipControl.DampenersOverride)
{
var dampenersMoveIndicator = -speed_Bship / ship.maxSpeedBy10Ticks_Bship_ms_noZero;
if (dampenersMoveIndicator.AbsMax() > 1)
{
dampenersMoveIndicator /= dampenersMoveIndicator.AbsMax();
}
direction_Bship = new Vector3(
allCockpitInput_Bship.X == 0 && Math.Abs(speed_Bship.X) > 0.0009 ? dampenersMoveIndicator.X : allCockpitInput_Bship.X,
allCockpitInput_Bship.Y == 0 && Math.Abs(speed_Bship.Y) > 0.0009 ? dampenersMoveIndicator.Y : allCockpitInput_Bship.Y,
allCockpitInput_Bship.Z == 0 && Math.Abs(speed_Bship.Z) > 0.0009 ? dampenersMoveIndicator.Z : allCockpitInput_Bship.Z);
}
else
{
direction_Bship = allCockpitInput_Bship;
}
if (direction_Bship != lastDirection_Bship)
{
ship.SetPower(direction_Bship);
lastDirection_Bship = direction_Bship;
}
}
public Program()
{
// The constructor, called only once every session and
// always before any other method is called. Use it to
// initialize your script.
//
// The constructor is optional and can be removed if not
// needed.
//
// It's recommended to set RuntimeInfo.UpdateFrequency
// here, which will allow your script to run itself without a
// timer block.
// Me.CustomData = defaultParam_ini;
bool needResetIni = false;
MyIniParseResult result;
if (!param_ini.TryParse(Me.CustomData, out result))
{
Me.CustomData = "";
param_ini.TryParse("", out result);
needResetIni = true;
}
param_ini.AddSection("Thruster_architecture");
param_ini.SetSectionComment("Thruster_architecture", " Each modifiaction need a recompile to be apply\n Delete a line \"Key = Value\" to recover default value\n (or delete all Custom data)");
needResetIni |= getOrAddIniBool("Thruster_architecture", "AUTO_FIT_GRAVITY_FEILD", ref AUTO_FIT_GRAVITY_FEILD, com_autoFit);
needResetIni |= getOrAddIniFloat("Thruster_architecture", "FILLING_OF_GRAVITY_FEILD", ref FILLING_OF_GRAVITY_FEILD, com_filling);
needResetIni |= getOrAddIniString("Thrusters_components", "GROUP_NAME_OF_THRUSTER_COMPONENT", ref GROUP_NAME_OF_THRUSTER_COMPONENT, com_groupName);
needResetIni |= getOrAddIniBool("Thrusters_components", "RENAME_GRAVITY_GENERATOR", ref RENAME_GRAVITY_GENERATOR, com_rename);
needResetIni |= getOrAddIniInt("Time_optimisation", "NB_SIMPLEX_STEPS_PER_TICKS", ref NB_SIMPLEX_STEPS_PER_TICKS, com_nbSimplex);
param_ini.AddSection("Developper_option");
param_ini.SetSectionComment("Developper_option", about);
needResetIni |= getOrAddIniBool("Developper_option", "USE_DEBUG", ref USE_DEBUG, com_useDebug);
needResetIni |= getOrAddIniBool("Developper_option", "COMPUTE_NEW_STATS_SHIP_EVERY_TIME", ref COMPUTE_NEW_STATS_SHIP_EVERY_TIME);
if (needResetIni)
{
Me.CustomData = param_ini.ToString();
}
setFont(Me.GetSurface(0));
setFontBIG(Me.GetSurface(1));
Me.GetSurface(0).WriteText("::GRAVITY THRUSTER::");
stateOfShip = new StateOfShip[2];
stateOfShip[0] = new StateOfShip(this);
stateOfShip[1] = new StateOfShip(this);
//stateOfShip[0] = new StateOfShip(this);
idCurrentStateOfShip = 0;
idNextStateOfShip = 1;
//nexStateOfShip = new StateOfShip(this);
firstCompute = true;
NewStateOfShipNeedMoreComputeTime = stateOfShip[idNextStateOfShip].ComputeNewStateMachine_OverTime(NB_SIMPLEX_STEPS_PER_TICKS);
//PrintLog();
Runtime.UpdateFrequency = UpdateFrequency.Once | UpdateFrequency.Update10;
}
