public static int GetAbilityDC(MTEML teml, int level)
{
if (Main.instance != null && Main.instance.forbidExtreme && teml < MTEML.HIGH)
{
teml = MTEML.HIGH;
}
switch (teml)
{
case MTEML.JUST_BONKERS:
return(22 + level + (level / 2));
case MTEML.EXTREME:
return(19 + level + ((level + 3) / 5) + ((level + 1) / 5) + (level > 23 ? -1 : 0));
case MTEML.HIGH:
return(16 + level + (level / 3));
case MTEML.MODERATE:
return(13 + level + (level / 3));
case MTEML.LOW:
return(10 + level + (level / 3));
case MTEML.TERRIBLE:
return(7 + level + (level / 3));
case MTEML.THE_WORST:
return(4 + level + (level / 3));
}
return(0);
}
public static int GetArmor(MTEML teml, int level)
{
if (Main.instance != null && Main.instance.forbidExtreme && teml < MTEML.HIGH)
{
teml = MTEML.HIGH;
}
switch (teml)
{
case MTEML.JUST_BONKERS:
return(21 + level + (level / 2) + (level < 1 ? 1 : 0));
case MTEML.EXTREME:
return(18 + level + (level / 2) + (level < 1 ? 1 : 0));
case MTEML.HIGH:
return(15 + level + (level / 2) + (level < 1 ? 1 : 0));
case MTEML.MODERATE:
return(14 + level + (level / 2) + (level < 1 ? 1 : 0));
case MTEML.LOW:
return(12 + level + (level / 2) + (level < 1 ? 1 : 0));
case MTEML.TERRIBLE:
return(8 + level + (level / 2) + (level < 1 ? 1 : 0));
case MTEML.THE_WORST:
return(4 + level + (level / 2) + (level < 1 ? 1 : 0));
}
return(0);
}
/*public static int GetStatValue(Monster mon, MStatAttr stat) {
* MTEML teml = mon.GetAttribute(stat);
* return 0;// GetValueFor(teml, mon.level);
* }*/
public static int GetAttack(MTEML teml, int level, bool isSpell)
{
if (Main.instance != null && Main.instance.forbidExtreme && teml < MTEML.HIGH)
{
teml = MTEML.HIGH;
}
if (isSpell)
{
return(GetAbilityDC(teml, level) - 8);
}
switch (teml)
{
case MTEML.JUST_BONKERS:
return(12 + level + ((level + 1) / 2));
case MTEML.EXTREME:
return(10 + level + (level / 2) + (level < 0 ? 1 : 0));
case MTEML.HIGH:
return(8 + level + (level / 2) + (level < 0 ? 1 : 0));
case MTEML.MODERATE:
return(6 + level + (level / 2) + (level < 0 ? 1 : 0));
case MTEML.LOW:
return(4 + level + ((level + 1) / 3) + (level < 0 ? 1 : 0));
case MTEML.TERRIBLE:
return(2 + level + ((level + 1) / 3));
case MTEML.THE_WORST:
return(-1 + level + ((level + 1) / 3));
}
return(0);
}
public static int GetStealth(MTEML teml, int level)
{
if (Main.instance != null && Main.instance.forbidExtreme && teml < MTEML.HIGH)
{
teml = MTEML.HIGH;
}
switch (teml)
{
case MTEML.JUST_BONKERS:
return(12 + level + (level / 3) + ((level - 1) / 3));
case MTEML.EXTREME:
return(9 + level + (level / 3) + ((level - 1) / 3));
case MTEML.HIGH:
return(6 + level + (level / 3) + ((level - 1) / 3));
case MTEML.MODERATE:
return(5 + level + ((level - 1) / 2));
case MTEML.LOW:
return(3 + level + ((level - 1) / 2));
case MTEML.TERRIBLE:
return(2 + level + ((level + 1) / 3));
case MTEML.THE_WORST:
return(-1 + level + ((level + 1) / 3));
}
return(0);
}
public static int GetFortReflexBonus(MTEML teml, int level)
{
if (Main.instance != null && Main.instance.forbidExtreme && teml < MTEML.HIGH)
{
teml = MTEML.HIGH;
}
switch (teml)
{
case MTEML.JUST_BONKERS:
return(13 + level + ((level - 1 + (level > 21 ? (1) : 0)) / 2));
case MTEML.EXTREME:
return(10 + level + ((level - 1 + (level > 21 ? (1) : 0)) / 2));
case MTEML.HIGH:
return(9 + level + ((level - 1 + (level > 5 ? (level > 10 ? (level > 18 ? (3) : 2) : 1) : 0)) / 3));
case MTEML.MODERATE:
return(7 + level + ((level - 1 + (level > 5 ? (level > 10 ? (level > 18 ? (3) : 2) : 1) : 0)) / 3));
case MTEML.LOW:
return(3 + level + ((level - 1 + (level > 5 ? (level > 10 ? (level > 15 ? (3) : 2) : 1) : 0)) / 3));
case MTEML.TERRIBLE:
return(0 + level + ((level - 1 + (level > 5 ? (level > 10 ? (level > 15 ? (3) : 2) : 1) : 0)) / 3));
case MTEML.THE_WORST:
return(-3 + level + ((level - 1 + (level > 5 ? (level > 10 ? (level > 15 ? (3) : 2) : 1) : 0)) / 3));
}
return(0);
}
public static int GetSavingThrow(MTEML teml, int level)
{
if (Main.instance != null && Main.instance.forbidExtreme && teml < MTEML.HIGH)
{
teml = MTEML.HIGH;
}
switch (teml)
{
case MTEML.JUST_BONKERS:
return(17 + level + (level / 2));
}
return(GetPerception(teml, level));
}
void Start()
{
instance = this;
allChar = Resources.LoadAll <Character>("classes");
allHaz = Resources.LoadAll <Hazard>("hazards");
List <int> availLevels = new List <int>();
classOpts = new List <Dropdown.OptionData>();
foreach (Character c in allChar)
{
if (!classOpts.Any(ooo => ooo.text == c.name))
{
Dropdown.OptionData opt = new Dropdown.OptionData(c.name);
classOpts.Add(opt);
}
if (!availLevels.Contains(c.level))
{
availLevels.Add(c.level);
}
}
levelOpts = new List <Dropdown.OptionData>();
availLevels.Sort();
foreach (int lv in availLevels)
{
levelOpts.Add(new Dropdown.OptionData(lv.ToString()));
}
diffDropdown.onValueChanged.AddListener(v => {
diffSetting = v;
});
Transform legend = topBar.Find("Legend");
legend.Find("Hover").GetComponent <Image>().AddHover(p => {
ShowTooltip(legend.transform.position + new Vector3(-50, -100, 0), "Indicates an approximate result of making a roll against challenges of the indicated difficulty as an average between all possible outcomes (nat-1 to nat-20).\nE.g. if only two results are possible (fail or success) then the average will be a blend between the two (yellow).", 4, 1, false);
});
legend.Find("Hover2").GetComponent <Image>().AddHover(p => {
ShowTooltip(legend.transform.position + new Vector3(-50, -100, 0), "Black: Critical Failure\nRed: Failure\nGreen: Success\nBlue: Critical Success\nBlend: Some mixture.", 4, 1, false);
});
Color[] col = new Color[20];
for (int i = 0; i < 20; i++)
{
col[i] = gradient.gradient.Evaluate((float)i / 19);
}
legend.GetComponentInChildren <BreakdownBar>().SetBitColors(col);
legend.GetComponentInChildren <Dropdown>().onValueChanged.AddListener(v => {
gradient = gradients[v];
Color[] cols = new Color[20];
for (int i = 0; i < 20; i++)
{
cols[i] = gradient.gradient.Evaluate((float)i / 19);
}
legend.GetComponentInChildren <BreakdownBar>().SetBitColors(cols);
foreach (GameObject window in resultWindow)
{
window.GetComponent <ResultWindow>().RefreshColor();
}
});
ToggleDropdown togg = topBar.Find("SourceDropdown").GetComponent <ToggleDropdown>();
togg.onValueChanged.AddListener(_ => {
allMons = new Monster[0];
foreach (int i in togg.activeValues)
{
Dropdown.OptionData dat = togg.options[i];
Monster[] mons = Resources.LoadAll <Monster>("specific_monsters/" + dat.text.Replace(" ", "_").ToLower());
int olen = allMons.Length;
Array.Resize <Monster>(ref allMons, olen + mons.Length);
Array.Copy(mons, 0, allMons, olen, mons.Length);
}
});
togg.value = 1;
//legend.GetComponentInChildren<BreakdownBar>().SetNotches(-1, -1);
Debug.Log(allMons.Length);
foreach (MStatAttr atr in Enum.GetValues(typeof(MStatAttr)))
{
if (atr == MStatAttr.DISABLE)
{
continue;
}
int ext = 0;
int high = 0;
int mod = 0;
int low = 0;
int ter = 0;
int wrst = 0;
int bnk = 0;
foreach (Monster mon in allMons)
{
MTEML teml = mon.GetAttribute(atr);
switch (teml)
{
case MTEML.THE_WORST:
wrst++;
break;
case MTEML.TERRIBLE:
ter++;
break;
case MTEML.LOW:
low++;
break;
case MTEML.MODERATE:
mod++;
break;
case MTEML.HIGH:
high++;
break;
case MTEML.EXTREME:
ext++;
break;
case MTEML.JUST_BONKERS:
bnk++;
break;
}
}
Debug.Log(atr.ToString() +
"\nwrst: " + wrst +
"\nter: " + ter +
"\nlow: " + low +
"\nmod: " + mod +
"\nhigh: " + high +
"\next: " + ext +
"\nbnk: " + bnk);
}
topBar.Find("DifficultySelect/UpdateBtn").GetComponent <Button>().onClick.AddListener(() => {
foreach (GameObject window in resultWindow)
{
window.GetComponent <ResultWindow>().UpdateDifficulty();
}
});
topBar.Find("CycleToggle").GetComponent <Toggle>().onValueChanged.AddListener(b => {
if (b)
{
StartCoroutine(CycleLevelValues());
}
});
forbidExtreme = false;
topBar.Find("DifficultySelect/ExtremeToggle").GetComponent <Toggle>().onValueChanged.AddListener(b => {
forbidExtreme = b;
});
}
