public void Move()
{
for (int i = 0; i < char_ui_elems.Count; i++)
{
CharInfoHolder char_info_holder = char_ui_elems[i].GetComponent <CharInfoHolder>();
if (char_info_holder == null)
{
throw new System.Exception(char_ui_elems[i].name + " UI element does not have CharInfoHolder component defined");
}
SODict curr_char_info = GetSingleElem.Get(curr_char) as SODict;
if (curr_char_info == char_info_holder.char_info)
{
// Enable / Show the Image
image.enabled = true;
// This RectTransform
RectTransform curr_rect_transform = GetComponent <RectTransform>();
// Move to chosen char RectTransform
curr_rect_transform.position = char_info_holder.gameObject.GetComponent <RectTransform>().position;
}
}
}
public static SODict Get(int level, SOList difficulty_list)
{
for (int i = 0, l = difficulty_list.v.Count; i < l; i++)
{
SODict level_difficulty_elem = difficulty_list.v[i] as SODict;
int from_lvl = (level_difficulty_elem.v["from_lvl"] as IntVariable).v;
int to_lvl = (level_difficulty_elem.v["to_lvl"] as IntVariable).v;
// Debug.Log("from_lvl: " + from_lvl + " to_lvl: " + to_lvl);
if (from_lvl <= level && level <= to_lvl)
{
// Debug.Log("return");
return(level_difficulty_elem);
}
// If none is appropriate, the level is higher than the to_lvl of the last elem
// So just return the last configured setting
if (i == l - 1)
{
return(level_difficulty_elem);
}
}
return(null);
}
public GameObject GetCharModelByRef(SODict char_info)
{
if (planes_refs.ContainsKey(char_info))
{
return(planes_refs[char_info]);
}
throw new System.Exception(char_info.name + " char info does not exist in planes_refs dctonary!");
}
public void Change(SODict new_char_info)
{
if (owned_characters.v.Contains(new_char_info))
{
string single_key = GetSingleElem.GetKey(curr_char);
curr_char.ChangeValue(single_key, new_char_info);
curr_char_updated.Raise();
}
}
public void UpdateMesh()
{
SODict curr_char_info = GetSingleElem.Get(curr_char) as SODict;
GameObject char_model = planes_ref_holder.GetCharModelByRef(curr_char_info);
MeshRenderer char_model_mesh_renderer = char_model.GetComponentInChildren <MeshRenderer>();
MeshFilter char_model_mesh_filter = char_model.GetComponentInChildren <MeshFilter>();
planes_ref_holder.CopyCharModel(transform.gameObject, char_model_mesh_renderer, char_model_mesh_filter);
}
public static ScriptableObject Get(SODict sodict)
{
// sodict should always have only one key
if (sodict.v.Count != 1)
{
throw new System.Exception("The curr_char SODict count does not equal 1!");
}
// Get a single elem from that single key
SODict single_elem = null;
foreach (KeyValuePair <string, ScriptableObject> entry in sodict.v)
{
single_elem = sodict.v[entry.Key] as SODict;
}
return(single_elem);
}
public void CreateLevel()
{
// Local level variable to predict how much platforms_count will be in the future
int predicted_level = levels_passed.v;
// Update the real level progress data
SODict level_difficulty_elem = GetElemByLevel.Get(levels_passed.v, difficulty_list);
int level_platforms_count = (level_difficulty_elem.v["platforms_count"] as IntVariable).v;
// Create tiles
for (int i = 0; i < level_platforms_count + extra_platforms; i++)
{
dist_z += height_step;
CreateNextTile();
}
currlevel_platforms_count.v = (level_difficulty_elem.v["platforms_count"] as IntVariable).v;
currlevel_platforms_passed.v = 0;
}
public void SetCoinsByList(IntVariable levels_passed)
{
SODict elem = GetElemByLevel.Get(levels_passed.v - 1, difficulty_list);
coins = (elem.v["coins"] as IntVariable).v;
}
