void ConstructText(GlyphData glyphdata, GameObject glyphprefabs, int counts)
{
float sizing;
float.TryParse(string.Format(glyphdata.size), out sizing);
sizing = sizing * SIZE_UNIT_SCALE_FACTOR;
Debug.Log("SIZE OF THE OBJECT" + sizing);
if (Marker == glyphdata.marker)
{
LoadTextGlyph("text");
GameObject TextInstance = InstantiateGlyph(textPrefab, glyphprefabs.transform);
String _sensor_name = "";
TextMesh textMesh = TextInstance.GetComponent(typeof(TextMesh)) as TextMesh;
//TextInstance.transform.localScale = new Vector3(sizing, sizing, sizing);
if (glyphdata.one_glyph == "1")
{
foreach (GlyphData f in glyphdata.Fields)
{
_sensor_name += f.sensor_name + " (" + f.channel + ") : " + f.normal_value + "\n";
}
textMesh.text = _sensor_name;
Debug.Log(" Mark " + glyphdata.mark + " Text: " + textMesh.text + " oneglyph kah? " + glyphdata.one_glyph);
textMesh.characterSize = 0.4f;
}
else
{
textMesh.text = glyphdata.sensor_name + " : " + glyphdata.normal_value;
//TextInstance.transform.localPosition += new Vector3(counts, 0, 0);
Debug.Log("NOT ONEGLYPH Mark " + glyphdata.mark + " Text: " + glyphdata.sensor_name + " oneglyph kah? " + glyphdata.normal_value);
textMesh.characterSize = 0.5f;
}
textMesh.anchor = TextAnchor.MiddleCenter;
float offsetPosY = ((glyphprefabs.transform.position.y - (0.7f)) * SIZE_UNIT_SCALE_FACTOR);
Vector3 offsetPos = new Vector3(0, offsetPosY, 0);
TextInstance.transform.localPosition = offsetPos;
}
}
/* Later, need to make it more neat*/
void ParsingJson(JSONNode response, ref List <GlyphData> m_glyph_data)
{
int num_devices = response.AsArray.Count;
Debug.Log("Number of Device " + num_devices);
for (int i = 0; i < num_devices; i++)
{
int num_sensors = response[i]["sensor"].AsArray.Count;
string _one_glyph = string.Format(response[i].AsObject["as_one_glyph"].Value);
string _did = string.Format(response[i].AsObject["_id"].Value);
string _glyph = string.Format(response[i].AsObject["glyph"].Value);
GlyphData _root = new GlyphData(_did, "root");
string _marker = string.Format(response[i].AsObject["marker"].Value);
for (int j = 0; j < num_sensors; j++)
{
String channel;
//float channel_value;
_did = string.Format(response[i]["sensor"][j].AsObject["_id"].Value);
string _sid = string.Format(response[i]["sensor"][j].AsObject["_id"].Value);
Debug.Log("jumlah sensor :" + response[i]["sensor"].AsArray.Count);
if (_one_glyph == "1")
{
GlyphData _child = new GlyphData(_did, _sid);
//float.TryParse(string.Format(response[i]["sensor"][i]["data"][j].AsObject["value"].Value),out channel_value);
_child.channel = string.Format(response[i]["sensor"][j].AsObject["channel"].Value);
float data_value;
float data_max;
float data_min;
float opacity;
//float set_size;
float.TryParse(string.Format(response[i]["sensor"][j].AsObject["data"].Value), out data_value);
float.TryParse(string.Format(response[i]["sensor"][j].AsObject["max_val"].Value), out data_max);
float.TryParse(string.Format(response[i]["sensor"][j].AsObject["min_val"].Value), out data_min);
float.TryParse(string.Format(response[i]["sensor"][j].AsObject["opacity"].Value).Substring(0, string.Format(response[i]["sensor"][j].AsObject["opacity"].Value).Length - 1), out opacity);
//float.TryParse(string.Format(response[i]["sensor"][j].AsObject["set_size"].Value),out set_size);
if (data_max < data_value)
{
data_max = data_value;
}
//Debug.Log("COCACOLOR " + string.Format(response[i]["sensor"][j].AsObject["def_color"].Value));
_child.normal_value = data_value.ToString("R");
_child.sensor_name = string.Format(response[i]["sensor"][j].AsObject["sensor_name"].Value);
_child.value = ((data_value - (data_min)) / (data_max - data_min)).ToString("R");
Debug.Log("Normalized value " + ((data_value - (data_min)) / (data_max - data_min)).ToString("R"));
if (_child.channel == "color")
{
_child.value = string.Format(response[i]["sensor"][j].AsObject["min_color"].Value) + string.Format(response[i]["sensor"][j].AsObject["max_color"].Value + _child.value);
Debug.Log("INI ADALAH VALUE DARI SINGLE " + response[i]["sensor"][j].AsObject["min_color"].Value);
}
_child.one_glyph = _one_glyph;
_root.opacity = (opacity / 100).ToString("R");
//_root.size = central_size;
_root.size = string.Format(response[i]["sensor"][j].AsObject["set_size"].Value);//set_size;
_root.def_color = string.Format(response[i]["sensor"][j].AsObject["def_color"].Value);
_root.mark = _glyph;
_root.marker = _marker;
_root.Fields.Add(_child);
}
else
{
_root = new GlyphData(_did, _sid);
float data_value;
float data_max;
float data_min;
float opacity;
//float set_size;
float.TryParse(string.Format(response[i]["sensor"][j].AsObject["data"].Value), out data_value);
float.TryParse(string.Format(response[i]["sensor"][j].AsObject["max_val"].Value), out data_max);
float.TryParse(string.Format(response[i]["sensor"][j].AsObject["min_val"].Value), out data_min);
//float.TryParse(string.Format(response[i]["sensor"][j].AsObject["set_size"].Value),out set_size);
float.TryParse(string.Format(response[i]["sensor"][j].AsObject["opacity"].Value).Substring(0, string.Format(response[i]["sensor"][j].AsObject["opacity"].Value).Length - 1), out opacity);
if (data_max < data_value)
{
data_max = data_value;
}
_root.normal_value = data_value.ToString("R");
_root.sensor_name = string.Format(response[i]["sensor"][j].AsObject["sensor_name"].Value);
_root.value = ((data_value - (data_min)) / (data_max - data_min)).ToString("R");
Debug.Log("Normalized value ROOT " + ((data_value - (data_min)) / (data_max - data_min)).ToString("R"));
_root.mark = string.Format(response[i]["sensor"][j].AsObject["glyph"].Value);
_root.marker = _marker;
_root.def_color = string.Format(response[i]["sensor"][j].AsObject["def_color"].Value);
_root.opacity = (opacity / 100).ToString("R");
//_root.size = central_size;
_root.size = string.Format(response[i]["sensor"][j].AsObject["set_size"].Value);
//set_size;
Debug.Log("OPACITY " + _root.opacity);
_root.channel = string.Format(response[i]["sensor"][j].AsObject["channel"].Value);
if (_root.channel == "color")
{
_root.value = string.Format(response[i]["sensor"][j].AsObject["min_color"].Value) + string.Format(response[i]["sensor"][j].AsObject["max_color"].Value + _root.value);
}
m_glyph_data.Add(_root);
}
}
if (_one_glyph == "1")
{
_root.one_glyph = _one_glyph;
m_glyph_data.Add(_root);
}
}
//float sizing;
//float.TryParse(string.Format(glyphdata.size), out sizing);
//TextInstance.transform.localScale = new Vector3(sizing, sizing, sizing);
gameObject.transform.localEulerAngles = new Vector3(90, 90, 0);
gameObject.transform.localPosition = new Vector3(0.8f * SIZE_UNIT_SCALE_FACTOR, 0, 0);
}
void ConstructGlyph(GlyphData glyphdata, int counts, string ruler)
{
float val = 1.0f;
float sizing;
float.TryParse(string.Format(glyphdata.size), out sizing);
sizing = sizing * SIZE_UNIT_SCALE_FACTOR;
Debug.Log("GLYPH : " + glyphdata.mark);
Debug.Log("COUNTS : " + counts);
if (Marker == glyphdata.marker)
{
LoadGlyph(glyphdata.mark);
GameObject glyphInstance = InstantiateGlyph(glyphPrefab, gameObject.transform);
glyphInstance.transform.localScale = new Vector3(sizing, sizing, sizing); //it'll be changed later!
SetChannelValue(glyphInstance, "color", glyphdata.def_color);
//Debug.Log("COLOR MARKER :"+ glyphdata.opacity);
//Debug.Log("COLOR MARKER :"+ glyphdata.def_color);
//Debug.Log("VALUE :"+ glyphdata.value);
if (glyphdata.one_glyph == "1")
{
//Debug.Log("SIZE VALUE of ONE MARKER:"+ sizing);
//Debug.Log("SIZE VALUE of ONE MARKER:"+ glyphInstance.transform.localScale);
foreach (GlyphData f in glyphdata.Fields)
{
float.TryParse(string.Format(f.value), out val);
if (ruler == "1")
{
if (f.channel == "height")
{
SetChannelValue(glyphInstance, "opacity", "0.1");
}
else
{
glyphInstance.SetActive(false);
}
}
else
{
if (f.channel == "height")
{
glyphInstance.transform.localPosition += new Vector3(0, (SIZE_UNIT_SCALE_FACTOR * ((sizing / 2f) * -1f)), 0);
}
else
{
Debug.Log("AS ONE GLYPH :" + f.channel + " VALUE " + f.value);
SetChannelValue(glyphInstance, f.channel, f.value);
}
}
}
}
else
{
Debug.Log("SIZE VALUE of MULTIPLE MARKER:" + glyphInstance.transform.localScale);
float.TryParse(string.Format(glyphdata.value), out val);
if (ruler == "1")
{
if (glyphdata.channel == "height")
{
SetChannelValue(glyphInstance, "opacity", "0.1");
}
else
{
glyphInstance.SetActive(false);
}
}
else
{
SetChannelValue(glyphInstance, glyphdata.channel, glyphdata.value);
if (glyphdata.channel == "height")
{
glyphInstance.transform.localPosition += new Vector3(0, (SIZE_UNIT_SCALE_FACTOR * ((sizing / 2f) * -1f)), 0);
}
}
glyphInstance.transform.localPosition += new Vector3(SIZE_UNIT_SCALE_FACTOR * counts, 0, 0);
}
if (ruler != "1")
{
SetChannelValue(glyphInstance, "opacity", glyphdata.opacity);
ConstructText(glyphdata, glyphInstance, counts);
}
}
}