public void setState(ThermoState state, double totalVolume)
{
setState(state.Temperature, state.Pressure, state.Enthalpy, state.Density, state.InternalEnergy, state.ThermalConductivity, state.Viscosity, state.SpecificHeat, totalVolume);
}
// Start is called before the first frame update
void Start()
{
// All this code does, at end of day, is find all the objects to manage,
// and set initial values and such as needed.
thermo = GameObject.Find("Oracle").GetComponent <ThermoState>();
cam_offset = GameObject.Find("CamOffset");
ceye = GameObject.Find("CenterEyeAnchor");
hand_emptys = new Material[] { hand_empty };
hand_touchings = new Material[] { hand_touching };
hand_grabbings = new Material[] { hand_grabbing };
lhand = GameObject.Find("LeftControllerAnchor");
lactualhand = lhand.transform.GetChild(0).gameObject;
lhand_pos = lhand.transform.position;
lhand_vel = new Vector3(0f, 0f, 0f);
lhand_meshrenderer = GameObject.Find("hands:Lhand").GetComponent <SkinnedMeshRenderer>();
rhand = GameObject.Find("RightControllerAnchor");
ractualhand = rhand.transform.GetChild(0).gameObject;
rhand_pos = rhand.transform.position;
rhand_vel = new Vector3(0f, 0f, 0f);
rhand_meshrenderer = GameObject.Find("hands:Rhand").GetComponent <SkinnedMeshRenderer>();
lhand_meshrenderer.materials = hand_emptys;
rhand_meshrenderer.materials = hand_emptys;
// As we grab them, set ranges on tool dials (sliders).
Tool t;
tools = new List <Tool>();
t = GameObject.Find("Tool_Insulator").GetComponent <Tool>(); tool_insulator = t; tools.Add(t); t.dial_dial.min_map = 0f; t.dial_dial.max_map = 1f; t.dial_dial.unit = "n";
t = GameObject.Find("Tool_Clamp").GetComponent <Tool>(); tool_clamp = t; tools.Add(t); t.dial_dial.min_map = 0f; t.dial_dial.max_map = 1f; t.dial_dial.unit = "h";
t = GameObject.Find("Tool_Burner").GetComponent <Tool>(); tool_burner = t; tools.Add(t); t.dial_dial.min_map = 1f; t.dial_dial.max_map = 1000f * 100f; t.dial_dial.unit = "J/s";
t = GameObject.Find("Tool_Coil").GetComponent <Tool>(); tool_coil = t; tools.Add(t); t.dial_dial.min_map = -1f; t.dial_dial.max_map = -1000f * 100f; t.dial_dial.unit = "J/s";
double kg_corresponding_to_10mpa = thermo.surfacearea_insqr * (10 * 1453.8 /*MPa->psi*/) * 0.453592 /*lb->kg*/;
double kg_corresponding_to_2mpa = thermo.surfacearea_insqr * (2 * 1453.8 /*MPa->psi*/) * 0.453592 /*lb->kg*/; // 10 MPa seems way too big, sooooo... we'll just do 2 MPa.
t = GameObject.Find("Tool_Weight").GetComponent <Tool>(); tool_weight = t; tools.Add(t); t.dial_dial.min_map = 0f; t.dial_dial.max_map = (float)kg_corresponding_to_10mpa; t.dial_dial.unit = "kg";
t = GameObject.Find("Tool_Balloon").GetComponent <Tool>(); tool_balloon = t; tools.Add(t); t.dial_dial.min_map = 0f; t.dial_dial.max_map = -(float)kg_corresponding_to_10mpa; t.dial_dial.unit = "kg";
flame = GameObject.Find("Flame").GetComponent <ParticleSystem>();
workspace = GameObject.Find("Workspace");
handle_workspace = GameObject.Find("Handle_Workspace");
handle_workspace_touchable = handle_workspace.GetComponent <Touchable>();
// set initial states of meshrenderers and transforms for our tools.
for (int i = 0; i < tools.Count; i++)
{
t = tools[i];
t.active_available_meshrenderer.enabled = false;
t.active_snap_meshrenderer.enabled = false;
t.storage_available_meshrenderer.enabled = false;
t.storage_snap_meshrenderer.enabled = false;
GameObject g = t.gameObject;
g.transform.SetParent(t.storage.gameObject.transform);
t.stored = true;
g.transform.localPosition = new Vector3(0f, 0f, 0f);
g.transform.localScale = new Vector3(1f, 1f, 1f);
g.transform.localRotation = Quaternion.identity;
float v = t.storage.transform.localScale.x; //can grab any dimension
Vector3 invscale = new Vector3(1f / v, 1f / v, 1f / v);
t.text.transform.localScale = invscale;
t.textv_tmpro.SetText("{0:3}" + t.dial_dial.unit, (float)t.dial_dial.map);
}
vessel = GameObject.Find("Vessel");
graph = GameObject.Find("Graph");
state_dot = GameObject.Find("gstate");
challenge_dot = GameObject.Find("cstate");
clipboard = GameObject.Find("Clipboard");
challenge_ball_collide = challenge_dot.GetComponent <ChallengeBall>();
vrcenter = GameObject.Find("VRCenter");
vrcenter_fingertoggleable = vrcenter.GetComponent <FingerToggleable>();
vrcenter_backing_meshrenderer = vrcenter.transform.GetChild(1).GetComponent <MeshRenderer>();
movables = new List <Touchable>();
for (int i = 0; i < tools.Count; i++)
{
movables.Add(tools[i].touchable); //important that tools take priority, so they can be grabbed and removed
}
movables.Add(graph.GetComponent <Touchable>());
movables.Add(clipboard.GetComponent <Touchable>());
halfer = GameObject.Find("Halfer");
halfer_touchable = halfer.GetComponent <Touchable>();
reset = GameObject.Find("Reset");
reset_touchable = reset.GetComponent <Touchable>();
halfables = new List <Halfable>();
halfables.Add(GameObject.Find("Container").GetComponent <Halfable>());
halfables.Add(GameObject.Find("Tool_Insulator").GetComponent <Halfable>());
halfables.Add(GameObject.Find("Tool_Coil").GetComponent <Halfable>());
// A bunch of stuff related to initializing clipboard.
instructions_parent = GameObject.Find("Instructions");
challenge_parent = GameObject.Find("Challenge");
quiz_parent = GameObject.Find("Quiz");
mode_tabs = new List <Tab>();
mode_tabs.Add(GameObject.Find("ModeInstructions").GetComponent <Tab>());
mode_tabs.Add(GameObject.Find("ModeChallenge").GetComponent <Tab>());
mode_tabs.Add(GameObject.Find("ModeQuiz").GetComponent <Tab>());
questions = new List <string>();
options = new List <string>();
answers = new List <int>(); //the correct answer
givens = new List <int>(); //the recorded answer given by the user (default -1)
questions.Add("Here is an example question- in what region is the water?");
options.Add("A. Solid");
options.Add("B. Liquid");
options.Add("C. Vapor");
options.Add("D. Two Phase");
answers.Add(2);
givens.Add(-1);
questions.Add("Here is an example question- in what region is the water?");
options.Add("A. Solid");
options.Add("B. Liquid");
options.Add("C. Vapor");
options.Add("D. Two Phase");
answers.Add(2);
givens.Add(-1);
questions.Add("Here is an example question- in what region is the water?");
options.Add("A. Solid");
options.Add("B. Liquid");
options.Add("C. Vapor");
options.Add("D. Two Phase");
answers.Add(2);
givens.Add(-1);
questions.Add("Here is an example question- in what region is the water?");
options.Add("A. Solid");
options.Add("B. Liquid");
options.Add("C. Vapor");
options.Add("D. Two Phase");
answers.Add(2);
givens.Add(-1);
questions.Add("Here is an example question- in what region is the water?");
options.Add("A. Solid");
options.Add("B. Liquid");
options.Add("C. Vapor");
options.Add("D. Two Phase");
answers.Add(2);
givens.Add(-1);
option_tabs = new List <Tab>();
option_tabs.Add(GameObject.Find("QA").GetComponent <Tab>());
option_tabs.Add(GameObject.Find("QB").GetComponent <Tab>());
option_tabs.Add(GameObject.Find("QC").GetComponent <Tab>());
option_tabs.Add(GameObject.Find("QD").GetComponent <Tab>());
qconfirm_tab = GameObject.Find("QConfirm").GetComponent <Tab>();
board = GameObject.Find("Board");
qtext_tmp = GameObject.Find("Qtext").GetComponent <TextMeshPro>();
SetQuizText();
SetChallengeBall();
SetAllHalfed(true);
}
public void initiate(ThermoState state, double totalVolume)
{
setState(state, totalVolume);
}
