API tools faq
paste
Advertisement
Dekita

stat formulas 1.1

Dekita
Mar 28th, 2014
1,215
0
Never
Add comment
Not a member of Pastebin yet? Sign Up, it unlocks many cool features!
text 16.55 KB | None | 0 0
raw download clone embed print report
  1. if true # << Make true to use this script, false to disable.
  2. #===============================================================================
  3. #
  4. # ☆ $D13x - Stat Formulas
  5. # -- Author : Dekita
  6. # -- Version : 1.1
  7. # -- Level : Hard
  8. # -- Requires : Various scripts depending on features used. Details below.
  9. # -- Engine : RPG Maker VX Ace.
  10. #
  11. #===============================================================================
  12. # ☆ Import
  13. #-------------------------------------------------------------------------------
  14. $D13x={}if$D13x==nil
  15. $D13x[:Stat_Formulas]=true
  16. #===============================================================================
  17. # ☆ Updates
  18. #-------------------------------------------------------------------------------
  19. # D /M /Y
  20. # 28/o3/2o14 - Update to fix element crash thing,
  21. # 21/o2/2o14 - Started, Finished,
  22. #
  23. #===============================================================================
  24. # ☆ Introduction
  25. #-------------------------------------------------------------------------------
  26. # This Script is simply my own interpretation of Yanflys - Extra Param Formula
  27. # Script. It was requested by simplestchaos, on my blog, that I make the two
  28. # scripts compatable. It was easier to write my own.
  29. #
  30. # The main difference between mine and yanflys script is that this one offers
  31. # MUCH more control over other statistics, such as; params, xparams, sparams,
  32. # attack elements, defence elements, max tp, attack level, defence level
  33. # && ALL Parent stats created using the ISPDS...
  34. #
  35. # The credit for the formula's goes to Yanfly, I simply used his formulas to
  36. # save time testing.
  37. #
  38. #===============================================================================
  39. # ★☆★☆★☆★☆★☆★☆★☆★ TERMS AND CONDITIONS: ☆★☆★☆★☆★☆★☆★☆★☆★☆
  40. #===============================================================================
  41. # 1. You MUST give credit to "Dekita" !!
  42. # 2. You are NOT allowed to repost this script.(or modified versions)
  43. # 3. You are NOT allowed to convert this script.
  44. # 4. You are NOT allowed to use this script for Commercial games.
  45. # 5. ENJOY!
  46. #
  47. # "FINE PRINT"
  48. # By using this script you hereby agree to the above terms and conditions,
  49. # if any violation of the above terms occurs "legal action" may be taken.
  50. # Not understanding the above terms and conditions does NOT mean that
  51. # they do not apply to you.
  52. # If you wish to discuss the terms and conditions in further detail you can
  53. # contact me at http://dekitarpg.wordpress.com/
  54. #
  55. #===============================================================================
  56. # ☆ Instructions
  57. #-------------------------------------------------------------------------------
  58. # Place Below " ▼ Materials " and Above " ▼ Main " in your script editor.
  59. # Place Below My $D13x - Core Script. (if used)
  60. # Place Below My $D13x - Stats Control Script. (if used)
  61. # Place Below My $D13x - Element Control Script. (if used)
  62. # Place Below My $D13x - Max TP Control Script. (if used)
  63. # Place Below My $D13x - ATK/DFL Script. (if used)
  64. #
  65. #===============================================================================
  66. # ☆ HELP
  67. #-------------------------------------------------------------------------------
  68. # PARAMS : # XPARAMS : # SPARAMS : #
  69. # stat = id # stat = id # stat = id #
  70. # mhp = 0 # hit = 0 # tgr = 0 #
  71. # mmp = 1 # eva = 1 # grd = 1 #
  72. # atk = 2 # cri = 2 # rec = 2 #
  73. # def = 3 # cev = 3 # pha = 3 #
  74. # mat = 4 # mev = 4 # mcr = 4 #
  75. # mdf = 5 # mrf = 5 # tcr = 5 #
  76. # agi = 6 # cnt = 6 # pdr = 6 #
  77. # luk = 7 # hrg = 7 # mdr = 7 #
  78. # # mrg = 8 # fdr = 8 #
  79. # # trg = 9 # exr = 9 #
  80. #-------------------------------------------------------------------------------
  81. # Remember :
  82. # All Params work with integer values, eg. 1, 5, 123, 653, 198123
  83. # All x/s-Params work with float values, eg. 1.0, 0.5, 0.1, 0.05, 0.01
  84. # 1.0 = 100%, 0.01 = 1%,
  85. #
  86. #===============================================================================
  87. module StatsFomula
  88. #===============================================================================
  89. #-----------------------------------------------------------------------------
  90. # Parameters (requires $D13x - Statistic Control)
  91. #-----------------------------------------------------------------------------
  92. Params={
  93. 0 => { :n => "0", :f => "base", }, # MHP
  94. 1 => { :n => "0", :f => "base", }, # MMP
  95. 2 => { :n => "0", :f => "base", }, # ATK
  96. 3 => { :n => "0", :f => "base", }, # DEF
  97. 4 => { :n => "0", :f => "base", }, # MAT
  98. 5 => { :n => "0", :f => "base", }, # MDF
  99. 6 => { :n => "0", :f => "base", }, # AGI
  100. 7 => { :n => "0", :f => "base", }, # LUK
  101. } # << END Params
  102. #-----------------------------------------------------------------------------
  103. # x-Parameters (requires $D13x - Statistic Control)
  104. #-----------------------------------------------------------------------------
  105. X_Params={
  106. 0 => { # HIT
  107. :n => "(atk + agi) / 2",
  108. :f => "(n / (100.0 + n)) * 0.250 + 0.050 + base * 2/3",
  109. }, # <<
  110. 1 => { # EVA
  111. :n => "(agi + luk) / 2",
  112. :f => "(n / (256.0 + n)) * 0.250 + 0.000 + base",
  113. }, # <<
  114. 2 => { # CRI
  115. :n => "luk",
  116. :f => "(n / (100.0 + n)) * 0.333 + 0.000 + base",
  117. }, # <<
  118. 3 => { # CEV
  119. :n => "agi * 0.75 + luk * 0.25",
  120. :f => "(n / (512.0 + n)) * 0.167 + 0.000 + base",
  121. }, # <<
  122. 4 => { # MEV
  123. :n => "(mdf + luk) / 2",
  124. :f => "(n / (256.0 + n)) * 0.250 + 0.000 + base",
  125. }, # <<
  126. 5 => { :n => "0", :f => "base", }, # MRF
  127. 6 => { :n => "0", :f => "base", }, # CNT
  128. 7 => { :n => "0", :f => "base", }, # HRG
  129. 8 => { :n => "0", :f => "base", }, # MRG
  130. 9 => { :n => "0", :f => "base", }, # TRG
  131. } # << END X_Params
  132. #-----------------------------------------------------------------------------
  133. # s-Parameters (requires $D13x - Statistic Control)
  134. #-----------------------------------------------------------------------------
  135. S_Params={
  136. 0 => { :n => "0", :f => "base", }, # TGR
  137. 1 => {
  138. :n => "(self.def + mdf) / 2",
  139. :f => "(n / (256.0 + n)) * 0.333 + 0.000 + base",
  140. }, # GRD
  141. 2 => { :n => "0", :f => "base", }, # REC
  142. 3 => { :n => "0", :f => "base", }, # PHA
  143. 4 => { :n => "0", :f => "base", }, # MCR
  144. 5 => { :n => "0", :f => "base", }, # TCR
  145. 6 => { # PDR
  146. :n => "self.def",
  147. :f => "base - (n / (256.0 + n)) * 0.500 - 0.000",
  148. }, # <<
  149. 7 => { # MDR
  150. :n => "mdf",
  151. :f => "base - (n / (256.0 + n)) * 0.500 - 0.000",
  152. }, # <<
  153. 8 => { :n => "0", :f => "base", }, # FDR
  154. 9 => { :n => "0", :f => "base", }, # EXR
  155. } # << END S_Params
  156. #-----------------------------------------------------------------------------
  157. # Defence Element Formulas (requires $D13x - Elements Control)
  158. #-----------------------------------------------------------------------------
  159. Def_Ele={
  160. -1 => { :n => "0", :f => "base", }, # Normal Atk
  161. 0 => { :n => "0", :f => "base", }, # Element 0
  162. 1 => { :n => "0", :f => "base", }, # Element 1
  163. 2 => { :n => "0", :f => "base", }, # Element 2
  164. 3 => { :n => "0", :f => "base", }, # Element 3...
  165. 4 => { :n => "0", :f => "base", },
  166. 5 => { :n => "0", :f => "base", },
  167. 6 => { :n => "0", :f => "base", },
  168. 7 => { :n => "0", :f => "base", },
  169. 8 => { :n => "0", :f => "base", },
  170. 9 => { :n => "0", :f => "base", },
  171. 10 => { :n => "0", :f => "base", },
  172. } # << END Def_Ele
  173. #-----------------------------------------------------------------------------
  174. # Attack Element Formulas (requires $D13x - Elements Control)
  175. #-----------------------------------------------------------------------------
  176. Atk_Ele={
  177. -1 => { :n => "0", :f => "base", }, # Normal Atk
  178. 0 => { :n => "0", :f => "base", }, # Element 0
  179. 1 => { :n => "0", :f => "base", }, # Element 1
  180. 2 => { :n => "0", :f => "base", }, # Element 2
  181. 3 => { :n => "0", :f => "base", }, # Element 3...
  182. 4 => { :n => "0", :f => "base", },
  183. 5 => { :n => "0", :f => "base", },
  184. 6 => { :n => "0", :f => "base", },
  185. 7 => { :n => "0", :f => "base", },
  186. 8 => { :n => "0", :f => "base", },
  187. 9 => { :n => "0", :f => "base", },
  188. 10 => { :n => "0", :f => "base", },
  189. } # << END Atk_Ele
  190. #-----------------------------------------------------------------------------
  191. # Max TP Formula (requires $D13x - Max TP Control)
  192. #-----------------------------------------------------------------------------
  193. Max_TP = { :n => "0", :f => "base", }
  194. #-----------------------------------------------------------------------------
  195. # Atk / Def Level Formulas (requires $D13x - Attack | Defence Levels)
  196. #-----------------------------------------------------------------------------
  197. Atl_Dfl={
  198. 0 => { :n => "0", :f => "base", }, # Attack Level
  199. 1 => { :n => "0", :f => "base", }, # Defence Level
  200. } # << END Atl_Dfl
  201. #-----------------------------------------------------------------------------
  202. # Parent Stat Formulas (requires $D13x - ISPDS)
  203. # NOTE:
  204. # I have allowed for multiple parent stat formulas due to the fact that two
  205. # actors can have different setups.
  206. # If your actor has Stat_Set[0] then Parent_Stat[0] will be used for that
  207. # actors formulas.
  208. # REMEMBER, ALL parent stats need to have a formula, even if the stat is
  209. # not used. As the default setting is for 8 parent stats, I have used 8
  210. # formula's per Stat_Set.
  211. #-----------------------------------------------------------------------------
  212. Parent_Stat=[]
  213. Parent_Stat[0]={ # Stat_Set[0]
  214. 0 => { :n => "0", :f => "base", }, # Vitality
  215. 1 => { :n => "0", :f => "base", }, # Strength
  216. 2 => { :n => "0", :f => "base", }, # Dexterity
  217. 3 => { :n => "0", :f => "base", }, # Magic...
  218. 4 => { :n => "0", :f => "base", }, # NOT USED
  219. 5 => { :n => "0", :f => "base", }, # NOT USED
  220. 6 => { :n => "0", :f => "base", }, # NOT USED
  221. 7 => { :n => "0", :f => "base", }, # NOT USED
  222. } # << END Parent_Stat[0]
  223.  
  224. Parent_Stat[1]={ # Stat_Set[1]
  225. 0 => { :n => "0", :f => "base", }, # Ifrit
  226. 1 => { :n => "0", :f => "base", }, # Shiva
  227. 2 => { :n => "0", :f => "base", }, # Ramuh
  228. 3 => { :n => "0", :f => "base", }, # Levithon
  229. 4 => { :n => "0", :f => "base", }, # Titan
  230. 5 => { :n => "0", :f => "base", }, # Bahamut
  231. 6 => { :n => "0", :f => "base", }, # Ashura
  232. 7 => { :n => "0", :f => "base", }, # Hades
  233. } # << END Parent_Stat[0]
  234.  
  235. #####################
  236. # CUSTOMISATION END #
  237. end #####################
  238. #☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★#
  239. # #
  240. # http://dekitarpg.wordpress.com/ #
  241. # #
  242. #★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆★☆#
  243. #===============================================================================#
  244. # ARE YOU MODIFYING BEYOND THIS POINT? \.\. #
  245. # YES?\.\. #
  246. # OMG, REALLY? \| #
  247. # WELL SLAP MY FACE AND CALL ME A DRAGONITE.\..\.. #
  248. # I REALLY DIDN'T THINK YOU HAD IT IN YOU.\..\.. #
  249. #===============================================================================#
  250. class Game_BattlerBase
  251. #===============================================================================
  252. #-----------------------------------------------------------------------------
  253. # Alias List
  254. #-----------------------------------------------------------------------------
  255. alias :epf_param_plus :param_plus if $D13x[:Stats_Control]
  256. alias :epf_xparam_plus :xparam_plus if $D13x[:Stats_Control]
  257. alias :epf_sparam_plus :sparam_plus if $D13x[:Stats_Control]
  258. alias :epf_def_ele_plus :def_ele_plus if $D13x[:Elems_Control]
  259. alias :epf_atk_ele_plus :atk_ele_plus if $D13x[:Elems_Control]
  260. alias :epf_max_tp_plus :max_tp_plus if $D13x[:TP_Control]
  261. alias :epf_atl_dfl_plus :atl_dfl_plus if $D13x[:Atk_Def_Lvs]
  262. alias :epf_spds_plus :spds_plus if $D13x[:ISPDS]
  263. #-----------------------------------------------------------------------------
  264. if $D13x[:Stats_Control]
  265. #---------------------------------------------------------------------------
  266. # Param Plus
  267. #---------------------------------------------------------------------------
  268. def param_plus(param_id)
  269. base = epf_param_plus(param_id)
  270. n = eval( StatsFomula::Params[param_id][:n] )
  271. r = eval( StatsFomula::Params[param_id][:f] )
  272. return r
  273. end
  274. #---------------------------------------------------------------------------
  275. # xParam Plus
  276. #---------------------------------------------------------------------------
  277. def xparam_plus(xparam_id)
  278. base = epf_xparam_plus(xparam_id)
  279. n = eval( StatsFomula::X_Params[xparam_id][:n] )
  280. r = eval( StatsFomula::X_Params[xparam_id][:f] )
  281. return r
  282. end
  283. #---------------------------------------------------------------------------
  284. # sParam Plus
  285. #---------------------------------------------------------------------------
  286. def sparam_plus(sparam_id)
  287. base = epf_sparam_plus(sparam_id)
  288. n = eval( StatsFomula::S_Params[sparam_id][:n] )
  289. r = eval( StatsFomula::S_Params[sparam_id][:f] )
  290. return r
  291. end
  292. end # if $D13x[:Stats_Control]
  293. if $D13x[:Elems_Control]
  294. #---------------------------------------------------------------------------
  295. # Defencive Elements Plus
  296. #---------------------------------------------------------------------------
  297. def def_ele_plus(element_id)
  298. base = epf_def_ele_plus(element_id)
  299. n = eval( StatsFomula::Def_Ele[element_id][:n] )
  300. r = eval( StatsFomula::Def_Ele[element_id][:f] )
  301. return r
  302. end
  303. #---------------------------------------------------------------------------
  304. # Attack Elements Plus
  305. #---------------------------------------------------------------------------
  306. def atk_ele_plus(element_id)
  307. base = epf_atk_ele_plus(element_id)
  308. n = eval( StatsFomula::Atk_Ele[element_id][:n] )
  309. r = eval( StatsFomula::Atk_Ele[element_id][:f] )
  310. return r
  311. end
  312. end # if $D13x[:Elems_Control]
  313. if $D13x[:TP_Control]
  314. #---------------------------------------------------------------------------
  315. # Max TP Plus
  316. #---------------------------------------------------------------------------
  317. def max_tp_plus
  318. base = epf_max_tp_plus
  319. n = eval( StatsFomula::Max_TP[:n] )
  320. r = eval( StatsFomula::Max_TP[:f] )
  321. return r
  322. end
  323. end # if $D13x[:TP_Control]
  324. if $D13x[:Atk_Def_Lvs]
  325. #---------------------------------------------------------------------------
  326. # Atk Lv | Def Lv ++
  327. #---------------------------------------------------------------------------
  328. def atl_dfl_plus(id)
  329. base = epf_atl_dfl_plus(id)
  330. n = eval( StatsFomula::Atl_Dfl[id][:n] )
  331. r = eval( StatsFomula::Atl_Dfl[id][:f] )
  332. return r
  333. end
  334. end # if $D13x[:Atk_Def_Lvs]
  335. if $D13x[:ISPDS]
  336. #---------------------------------------------------------------------------
  337. # Get SPDS Stats Plus
  338. #---------------------------------------------------------------------------
  339. def spds_plus(id)
  340. base = epf_spds_plus(id)
  341. n = eval( StatsFomula::Parent_Stat[@spds_set][id][:n] )
  342. r = eval( StatsFomula::Parent_Stat[@spds_set][id][:f] )
  343. return r
  344. end
  345. end # if $D13x[:ISPDS]
  346.  
  347. end
  348.  
  349. #===============================================================================
  350. # http://dekitarpg.wordpress.com/
  351. #===============================================================================
  352. end # if true / false
Advertisement
Add Comment
Please, Sign In to add comment
Advertisement
Public Pastes
Advertisement
We use cookies for various purposes including analytics. By continuing to use Pastebin, you agree to our use of cookies as described in the Cookies Policy.  OK, I Understand
Not a member of Pastebin yet?
Sign Up, it unlocks many cool features!