*/}}

la_nodes_basic.c 83 KB

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  1. /*
  2. * LaGUI: A graphical application framework.
  3. * Copyright (C) 2022 Wu Yiming
  4. *
  5. * This program is free software: you can redistribute it and/or modify
  6. * it under the terms of the GNU General Public License as published by
  7. * the Free Software Foundation, either version 3 of the License, or
  8. * (at your option) any later version.
  9. *
  10. * This program is distributed in the hope that it will be useful,
  11. * but WITHOUT ANY WARRANTY; without even the implied warranty of
  12. * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
  13. * GNU General Public License for more details.
  14. *
  15. * You should have received a copy of the GNU General Public License
  16. * along with this program. If not, see <http://www.gnu.org/licenses/>.
  17. */
  18. #include "../la_5.h"
  19. extern LA MAIN;
  20. extern struct _tnsMain *T;
  21. laBaseNodeType LA_IDN_KEYBOARD;
  22. laBaseNodeType LA_IDN_MOUSE;
  23. laBaseNodeType LA_IDN_CONTROLLER;
  24. laBaseNodeType LA_IDN_VISUALIZER;
  25. laBaseNodeType LA_IDN_SPLIT;
  26. laBaseNodeType LA_IDN_SWITCH;
  27. laBaseNodeType LA_IDN_COMBINE;
  28. laBaseNodeType LA_IDN_VALUES;
  29. laBaseNodeType LA_IDN_MATRIX;
  30. laBaseNodeType LA_IDN_MATH;
  31. laBaseNodeType LA_IDN_SMALL_MATH;
  32. laBaseNodeType LA_IDN_MAPPER;
  33. laBaseNodeType LA_IDN_RANDOM;
  34. laBaseNodeType LA_IDN_VECTOR_MATH;
  35. laBaseNodeType LA_IDN_COMMENT;
  36. laBaseNodeType LA_IDN_RGB2OKHSL;
  37. laBaseNodeType LA_IDN_OKHSL2RGB;
  38. laPropContainer* LA_PC_IDN_GENERIC;
  39. laPropContainer* LA_PC_IDN_KEYBOARD;
  40. laPropContainer* LA_PC_IDN_MOUSE;
  41. laPropContainer* LA_PC_IDN_CONTROLLER;
  42. laPropContainer* LA_PC_IDN_VISUALIZER;
  43. laPropContainer* LA_PC_IDN_SPLIT;
  44. laPropContainer* LA_PC_IDN_SWITCH;
  45. laPropContainer* LA_PC_IDN_COMBINE;
  46. laPropContainer* LA_PC_IDN_VALUES;
  47. laPropContainer* LA_PC_IDN_MATRIX;
  48. laPropContainer* LA_PC_IDN_MATH;
  49. laPropContainer* LA_PC_IDN_SMALL_MATH;
  50. laPropContainer* LA_PC_IDN_MAPPER;
  51. laPropContainer* LA_PC_IDN_RANDOM;
  52. laPropContainer* LA_PC_IDN_VECTOR_MATH;
  53. laPropContainer* LA_PC_IDN_COMMENT;
  54. laPropContainer* LA_PC_IDN_RGB2OKHSL;
  55. laPropContainer* LA_PC_IDN_OKHSL2RGB;
  56. laNodeCategory* LA_NODE_CATEGORY_INPUT;
  57. laNodeCategory* LA_NODE_CATEGORY_MATH;
  58. laNodeCategory* LA_NODE_CATEGORY_ROUTE;
  59. laNodeCategory* LA_NODE_CATEGORY_AUX;
  60. laNodeCategory* LA_NODE_CATEGORY_DRIVER;
  61. laNodeCategory* LA_NODE_CATEGORY_COLOR;
  62. #define LA_IDN_CONTROLLER_RESET_SOCKET(ns)\
  63. {ns->IntVal[0]=0; ns->Out->DataType=LA_PROP_INT; ns->Offset=0; ns->Out->Data=&ns->IntVal;}
  64. void IDN_ControllerInit(laInputControllerNode* n, int NoCreate){
  65. if(NoCreate){return;}
  66. for(int i=0;i<8;i++){ n->Sockets[i].Out=laCreateOutSocket(n, "out", 0); n->Sockets[i].Parent=n; }
  67. strSafeSet(&n->Base.Name,"Controller Output");
  68. }
  69. void IDN_ControllerDestroy(laInputControllerNode* n){
  70. for(int i=0;i<8;i++){ laDestroyOutSocket(n->Sockets[i].Out); }
  71. strSafeDestroy(&n->Base.Name);
  72. }
  73. int IDN_ControllerVisit(laInputControllerNode* n, laListHandle* l){
  74. laController* c=la_FindControllerWithID(n->UserID);
  75. if(!c){ for(int i=0;i<8;i++){ laInputControllerNodeSocket* ns=&n->Sockets[i]; LA_IDN_CONTROLLER_RESET_SOCKET(ns); } return LA_DAG_FLAG_PERM; }
  76. else{
  77. for(int i=0;i<8;i++){ laInputControllerNodeSocket* ns=&n->Sockets[i];
  78. if(!ns->Which || !ns->Which->Ptr){ LA_IDN_CONTROLLER_RESET_SOCKET(ns); continue; }
  79. laPropContainer*pc=la_EnsureSubTarget(LA_PROP_CONTROLLER, c);
  80. laProp* p=la_PropLookup(&pc->Props, n->Sockets[i].Which->Ptr);
  81. if((!p)||(!p->Offset)||
  82. ((p->PropertyType!=LA_PROP_INT)&&(p->PropertyType!=LA_PROP_ENUM)&&
  83. (p->PropertyType!=(LA_PROP_INT|LA_PROP_ARRAY))&&(p->PropertyType!=(LA_PROP_ENUM|LA_PROP_ARRAY)))){ LA_IDN_CONTROLLER_RESET_SOCKET(ns); continue; }
  84. if(p->PropertyType==LA_PROP_INT){ ns->Out->DataType=LA_PROP_FLOAT; ns->Out->Data=&ns->RealVal; ns->Out->ArrLen=1; }
  85. elif(p->PropertyType==(LA_PROP_INT|LA_PROP_ARRAY)){ ns->Out->DataType=(LA_PROP_FLOAT|LA_PROP_ARRAY); ns->Out->Data=&ns->RealVal; ns->Out->ArrLen=p->Len; }
  86. elif(p->PropertyType==LA_PROP_ENUM){ ns->Out->DataType=LA_PROP_ENUM; ns->Out->Data=&ns->IntVal; ns->Out->ArrLen=1; }
  87. elif(p->PropertyType==(LA_PROP_ENUM|LA_PROP_ARRAY)){ ns->Out->DataType=(LA_PROP_ENUM|LA_PROP_ARRAY); ns->Out->Data=&ns->IntVal; ns->Out->ArrLen=p->Len; }
  88. ns->Offset=p->Offset;
  89. }
  90. }
  91. n->Base.Eval=LA_DAG_FLAG_PERM;
  92. lstAppendPointer(l, n);
  93. return LA_DAG_FLAG_PERM;
  94. }
  95. int IDN_ControllerEval(laInputControllerNode* n){
  96. laNotifyInstanceUsers(n);
  97. laController* c=la_FindControllerWithID(n->UserID); if(!c){
  98. for(int i=0;i<8;i++){ laInputControllerNodeSocket* ns=&n->Sockets[i]; LA_IDN_CONTROLLER_RESET_SOCKET(ns); } return 1;
  99. }
  100. for(int i=0;i<8;i++){ laInputControllerNodeSocket* ns=&n->Sockets[i];
  101. int *addr=((char*)c)+ns->Offset; char* addc=addr;
  102. if(ns->Out->DataType==LA_PROP_FLOAT){ ns->RealVal[0]=(real)(*addr)/32767.0; }
  103. if(ns->Out->DataType==(LA_PROP_FLOAT|LA_PROP_ARRAY)){ for(int a=0;a<ns->Out->ArrLen;a++) ns->RealVal[a]=((real)addr[a])/32767.0; }
  104. elif(ns->Out->DataType==LA_PROP_ENUM){ ns->IntVal[0]=(*addc); }
  105. elif(ns->Out->DataType==(LA_PROP_ENUM|LA_PROP_ARRAY)){ for(int a=0;a<ns->Out->ArrLen;a++) ns->IntVal[a]=addc[a]; }
  106. }
  107. return 1;
  108. }
  109. void laui_ControllerNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  110. laColumn* c=laFirstColumn(uil); laInputControllerNode*n=This->EndInstance;
  111. laColumn* cl,*cr;
  112. LA_BASE_NODE_HEADER(uil,c,This);
  113. laSplitColumn(uil,c,0.3); cl=laLeftColumn(c,0); cr=laRightColumn(c,0);
  114. laUiItem* b=laBeginRow(uil,c,0,0);
  115. laShowItem(uil,c,This,"base.name")->Expand=1;
  116. laShowItem(uil,c,This,"user_id");
  117. laEndRow(uil,b);
  118. char* buf[128],buf2[128];
  119. for(int i=0;i<8;i++){
  120. sprintf(buf,"out%d.which",i); laShowItem(uil,cl,This,buf);
  121. laUiItem* b=laBeginRow(uil,cr,0,0);
  122. sprintf(buf2,"out%d.out.data_type",i);
  123. laUiItem* b2=laOnConditionThat(uil,cr,laEqual(laPropExpression(This,buf2),laIntExpression(LA_PROP_FLOAT)));{
  124. sprintf(buf,"out%d.axis",i); laShowItem(uil,cr,This,buf)->Expand=1;
  125. }laElse(uil,b2);{
  126. laUiItem* b3=laOnConditionThat(uil,cr,laEqual(laPropExpression(This,buf2),laIntExpression(LA_PROP_FLOAT|LA_PROP_ARRAY)));{
  127. sprintf(buf,"out%d.axis2d",i); laUiItem* aui=laShowItem(uil,cr,This,buf);aui->Expand=1;aui->Flags|=LA_UI_FLAGS_TRANSPOSE;aui->Extra->HeightCoeff=1;
  128. }laElse(uil,b3);{
  129. sprintf(buf,"out%d.switch",i); laUiItem* sui=laShowItem(uil,cr,This,buf);sui->Expand=1;sui->Flags|=LA_UI_FLAGS_TRANSPOSE;
  130. }laEndCondition(uil,b3);
  131. }laEndCondition(uil,b2);
  132. sprintf(buf,"out%d.out",i); laShowNodeSocket(uil,cr,This,buf,0);
  133. laEndRow(uil,b);
  134. }
  135. }
  136. void IDN_InputVisualizeInit(laInputVisualizerNode* n, int NoCreate){
  137. if(NoCreate){return;}
  138. n->In=laCreateInSocket("IN", 0);
  139. strSafeSet(&n->Base.Name,"Input Visualizer");
  140. }
  141. void IDN_InputVisualizeDestroy(laInputVisualizerNode* n){
  142. laDestroyInSocket(n->In);
  143. strSafeDestroy(&n->Base.Name);
  144. }
  145. int IDN_InputVisualizeVisit(laInputVisualizerNode* n, laListHandle* l){
  146. n->Base.Eval=LA_DAG_FLAG_TEMP;
  147. if(LA_SRC_AND_PARENT(n->In)){ laBaseNode* sn=n->In->Source->Parent;LA_VISIT_NODE(sn); }
  148. n->Base.Eval=LA_DAG_FLAG_PERM;
  149. lstAppendPointer(l, n);
  150. return LA_DAG_FLAG_PERM;
  151. }
  152. int IDN_InputVisualizerEval(laInputVisualizerNode* n){
  153. if(!n->In->Source) return 0;
  154. laNodeOutSocket* os=n->In->Source; int arrlen=1;
  155. switch(os->DataType){
  156. case LA_PROP_FLOAT|LA_PROP_ARRAY:
  157. case LA_PROP_FLOAT: if(os->ArrLen)arrlen=os->ArrLen; memcpy(n->RealVal,os->Data,sizeof(real)*arrlen); n->In->ArrLen=arrlen; break;
  158. case LA_PROP_ENUM|LA_PROP_ARRAY:
  159. case LA_PROP_ENUM: if(os->ArrLen)arrlen=os->ArrLen; memcpy(n->IntVal,os->Data,sizeof(int)*arrlen); n->In->ArrLen=arrlen; break;
  160. default: n->IntVal[0]=0; n->In->ArrLen=1; break;
  161. }
  162. n->In->DataType=os->DataType;
  163. laNotifyInstanceUsers(n);
  164. return 1;
  165. }
  166. void laui_InputVisualizeNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  167. laColumn* c=laFirstColumn(uil); laInputVisualizerNode*n=This->EndInstance;
  168. LA_BASE_NODE_HEADER(uil,c,This);
  169. laColumn* cl,*cr; laSplitColumn(uil,c,0.4); cl=laLeftColumn(c,1); cr=laRightColumn(c,0);
  170. laShowNodeSocket(uil,cl,This,"in",0);
  171. laUiItem* b2=laOnConditionThat(uil,cr,laEqual(laPropExpression(This,"in.data_type"),laIntExpression(LA_PROP_FLOAT)));{
  172. laShowItem(uil,cr,This,"axis");
  173. }laElse(uil,b2);{
  174. laUiItem* b3=laOnConditionThat(uil,cr,laEqual(laPropExpression(This,"in.data_type"),laIntExpression(LA_PROP_FLOAT|LA_PROP_ARRAY)));{
  175. laUiItem* aui=laShowItem(uil,cr,This,"axis2d");
  176. }laElse(uil,b3);{
  177. laUiItem* sui=laShowItem(uil,cr,This,"switch");
  178. }laEndCondition(uil,b3);
  179. }laEndCondition(uil,b2);
  180. }
  181. void IDN_SplitInit(laSplitNode* n, int NoCreate){
  182. if(NoCreate){return;}
  183. n->In=laCreateInSocket("in", 0); strSafeSet(&n->Base.Name,"Split");
  184. for(int i=0;i<8;i++){ char str[4]; sprintf(str,"%d",i); n->Out[i].Out=laCreateOutSocket(n,str,0); }
  185. }
  186. void IDN_SplitDestroy(laSplitNode* n){
  187. laDestroyInSocket(n->In); strSafeDestroy(&n->Base.Name);
  188. for(int i=0;i<8;i++){ laDestroyOutSocket(n->Out[i].Out); }
  189. }
  190. int IDN_SplitVisit(laSplitNode* n, laListHandle* l){
  191. LA_GUARD_THIS_NODE(n);
  192. if(LA_SRC_AND_PARENT(n->In)){ laBaseNode* sn=n->In->Source->Parent; LA_VISIT_NODE(sn); }
  193. n->Base.Eval=LA_DAG_FLAG_PERM;
  194. lstAppendPointer(l, n);
  195. return LA_DAG_FLAG_PERM;
  196. }
  197. int IDN_SplitEval(laSplitNode* n){
  198. if(!n->In->Source) return 0;
  199. laNodeOutSocket* os=n->In->Source; int arrlen=1;
  200. switch(os->DataType){
  201. case LA_PROP_FLOAT|LA_PROP_ARRAY:
  202. case LA_PROP_FLOAT: if(os->ArrLen) n->ArrLen=os->ArrLen;
  203. for(int i=0;i<TNS_MIN2(n->ArrLen,8);i++){ n->Out[i].Out->DataType=LA_PROP_FLOAT; n->Out[i].Out->Data=&n->RealVal[i]; }
  204. memcpy(n->RealVal,os->Data,sizeof(real)*n->ArrLen); n->In->ArrLen=arrlen; break;
  205. case LA_PROP_ENUM|LA_PROP_ARRAY:
  206. case LA_PROP_ENUM: if(os->ArrLen) n->ArrLen=os->ArrLen;
  207. for(int i=0;i<TNS_MIN2(n->ArrLen,8);i++){ n->Out[i].Out->DataType=LA_PROP_ENUM; n->Out[i].Out->Data=&n->IntVal[i]; }
  208. memcpy(n->IntVal,os->Data,sizeof(int)*n->ArrLen); n->In->ArrLen=arrlen; break;
  209. default:
  210. for(int i=0;i<TNS_MIN2(n->ArrLen,8);i++){ n->Out[i].Out->DataType=LA_PROP_ENUM; n->Out[i].Out->Data=&n->IntVal[i]; }
  211. n->IntVal[0]=0; n->In->ArrLen=1; break;
  212. }
  213. n->In->DataType=os->DataType;
  214. return 1;
  215. }
  216. void laui_SplitNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  217. laColumn* c=laFirstColumn(uil); laSplitNode*n=This->EndInstance;
  218. laColumn* cl,*cr; laSplitColumn(uil,c,0.4); cl=laLeftColumn(c,1); cr=laRightColumn(c,0);
  219. LA_BASE_NODE_HEADER(uil,c,This);
  220. laUiItem* b=laBeginRow(uil,c,0,0);
  221. laShowNodeSocket(uil,c,This,"in",0);
  222. laShowItemFull(uil,c,This,"array_length",LA_WIDGET_INT_PLAIN,0,0,0);
  223. laShowLabel(uil,c,"🡲",0,0)->Expand=1;
  224. for(int i=0;i<8;i++){
  225. char* buf[128]; sprintf(buf,"out%d.out",i); laShowNodeSocket(uil,cr,This,buf,0);
  226. }
  227. laEndRow(uil,b);
  228. }
  229. void IDN_SwitchInit(laSwitchNode* n, int NoCreate){
  230. if(NoCreate){return;}
  231. n->SwitchIn=laCreateInSocket("sw in",0); n->Out=laCreateOutSocket(n,"out",0); strSafeSet(&n->Base.Name,"Switch");
  232. for(int i=0;i<8;i++){ char str[4]; sprintf(str,"%d",i); n->In[i].In=laCreateInSocket(n,str); }
  233. }
  234. void IDN_SwitchDestroy(laSwitchNode* n){
  235. laDestroyInSocket(n->SwitchIn); laDestroyOutSocket(n->Out); strSafeDestroy(&n->Base.Name);
  236. for(int i=0;i<8;i++){ laDestroyInSocket(n->In[i].In); }
  237. }
  238. int IDN_SwitchVisit(laSwitchNode* n, laListHandle* l){
  239. LA_GUARD_THIS_NODE(n);
  240. for(int i=0;i<8;i++){
  241. if(n->In[i].In->Source){ laBaseNode* sn=n->In[i].In->Source->Parent; LA_VISIT_NODE(sn); }
  242. }
  243. laBaseNode* sw=n->SwitchIn->Source?n->SwitchIn->Source->Parent:0; if(sw){ LA_VISIT_NODE(sw); }
  244. n->Base.Eval=LA_DAG_FLAG_PERM;
  245. lstAppendPointer(l, n);
  246. return LA_DAG_FLAG_PERM;
  247. }
  248. int IDN_SwitchEval(laSwitchNode* n){
  249. int sw=n->Switch;
  250. if(n->SwitchIn->Source){ laNodeOutSocket* os=n->SwitchIn->Source; int* id; real* fd;
  251. switch(os->DataType){
  252. case LA_PROP_ARRAY|LA_PROP_ENUM:
  253. id=os->Data; for(int i=0;i<os->ArrLen;i++){ if(id[i]){sw=i; break;} } break;
  254. case LA_PROP_ENUM: case LA_PROP_INT: case LA_PROP_INT|LA_PROP_ARRAY:
  255. id=os->Data; sw=*id; break;
  256. case LA_PROP_FLOAT: case LA_PROP_FLOAT|LA_PROP_ARRAY:
  257. fd=os->Data; sw=(int)(*fd); break;
  258. default: sw=0; break;
  259. }
  260. }
  261. TNS_CLAMP(sw,0,7);
  262. laSwitchNodeInSocket *is=&n->In[sw];
  263. if(is->In->Source){ n->Out->Data=is->In->Source->Data; n->Out->DataType=is->In->Source->DataType; n->Out->ArrLen=is->In->Source->ArrLen; }
  264. else{ n->Out->Data=&n->TempVal; n->Out->DataType=LA_PROP_FLOAT; n->Out->ArrLen=1; }
  265. return 1;
  266. }
  267. void laui_SwitchNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  268. laColumn* c=laFirstColumn(uil); laSwitchNode*n=This->EndInstance;
  269. laColumn* cl,*cr; laSplitColumn(uil,c,0.4); cl=laLeftColumn(c,1); cr=laRightColumn(c,0);
  270. LA_BASE_NODE_HEADER(uil,c,This);
  271. laUiItem* b=laBeginRow(uil,c,0,0);
  272. for(int i=0;i<8;i++){
  273. char* buf[128]; sprintf(buf,"in%d.in",i); laShowNodeSocket(uil,cr,This,buf,0);
  274. } laShowSeparator(uil,c)->Expand=1;
  275. laEndRow(uil,b);
  276. b=laBeginRow(uil,c,0,0);
  277. laShowItem(uil,c,This,"switch_in");
  278. laUiItem* b2=laOnConditionThat(uil,c,laNot(laPropExpression(This,"switch_in.source")));{
  279. laShowItem(uil,c,This,"switch");
  280. };laEndCondition(uil,b2);
  281. laShowSeparator(uil,c)->Expand=1;
  282. laShowNodeSocket(uil,c,This,"out",0);
  283. laEndRow(uil,b);
  284. }
  285. void IDN_CombineInit(laCombineNode* n, int NoCreate){
  286. if(!NoCreate){
  287. n->Out=laCreateOutSocket(n,"F",0);n->OutInt=laCreateOutSocket(n,"I",0);n->OutEnum=laCreateOutSocket(n,"E",0); strSafeSet(&n->Base.Name,"Combine");
  288. for(int i=0;i<8;i++){ char str[4]; sprintf(str,"%d",i); n->In[i].In=laCreateInSocket(n,str); }
  289. }
  290. n->Out->Data=n->Values; n->OutInt->Data=n->ValuesI; n->OutEnum->Data=n->ValuesI;
  291. n->Out->DataType=LA_PROP_FLOAT|LA_PROP_ARRAY; n->OutInt->DataType=LA_PROP_INT|LA_PROP_ARRAY; n->OutEnum->DataType=LA_PROP_ENUM|LA_PROP_ARRAY;
  292. }
  293. void IDN_CombineDestroy(laCombineNode* n){
  294. laDestroyOutSocket(n->Out);laDestroyOutSocket(n->OutInt);laDestroyOutSocket(n->OutEnum); strSafeDestroy(&n->Base.Name);
  295. for(int i=0;i<8;i++){ laDestroyInSocket(n->In[i].In); }
  296. }
  297. int IDN_CombineVisit(laCombineNode* n, laListHandle* l){
  298. LA_GUARD_THIS_NODE(n);
  299. for(int i=0;i<8;i++){ if(LA_SRC_AND_PARENT(n->In[i].In)){ laBaseNode* sn=n->In[i].In->Source->Parent; LA_VISIT_NODE(sn); } }
  300. n->Base.Eval=LA_DAG_FLAG_PERM;
  301. lstAppendPointer(l, n);
  302. return LA_DAG_FLAG_PERM;
  303. }
  304. int IDN_CombineEval(laCombineNode* n){
  305. int maxlen=0;
  306. for(int i=0;i<8;i++){ laNodeInSocket *is=n->In[i].In;
  307. if(LA_SRC_AND_PARENT(is)){
  308. if((is->Source->DataType&LA_PROP_FLOAT) && is->Source->Data){ n->Values[i]=*((real*)is->Source->Data); }
  309. elif((is->Source->DataType&LA_PROP_INT) && is->Source->Data){ n->Values[i]=*((int*)is->Source->Data); }
  310. elif((is->Source->DataType&LA_PROP_ENUM) && is->Source->Data){ n->Values[i]=*((int*)is->Source->Data); }
  311. else n->Values[i]=0;
  312. maxlen=i+1;
  313. }
  314. else n->Values[i]=0;
  315. n->ValuesI[i]=n->Values[i];
  316. }
  317. n->Out->ArrLen=n->OutInt->ArrLen=n->OutEnum->ArrLen=maxlen;
  318. return 1;
  319. }
  320. void laui_CombineNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  321. laColumn* c=laFirstColumn(uil); laCombineNode*n=This->EndInstance;
  322. laColumn* cl,*cr; laSplitColumn(uil,c,0.4); cl=laLeftColumn(c,1); cr=laRightColumn(c,0);
  323. LA_BASE_NODE_HEADER(uil,c,This);
  324. laUiItem* b=laBeginRow(uil,c,0,0);
  325. for(int i=0;i<8;i++){
  326. char* buf[128]; sprintf(buf,"in%d.in",i); laShowNodeSocket(uil,cr,This,buf,0);
  327. } laShowSeparator(uil,c)->Expand=1;
  328. laEndRow(uil,b);
  329. b=laBeginRow(uil,c,0,0);
  330. laUiItem* lu=laShowLabel(uil,c,"Combine 🡲",0,0); lu->Expand=1; lu->Flags|=LA_TEXT_ALIGN_RIGHT;
  331. laShowNodeSocket(uil,c,This,"out_enum",0)->Flags|=LA_UI_SOCKET_LABEL_W;
  332. laShowNodeSocket(uil,c,This,"out_int",0)->Flags|=LA_UI_SOCKET_LABEL_W;
  333. laShowNodeSocket(uil,c,This,"out",0)->Flags|=LA_UI_SOCKET_LABEL_W;
  334. laEndRow(uil,b);
  335. }
  336. void IDN_ValuesInit(laValuesNode* n, int NoCreate){
  337. if(NoCreate){return;}
  338. strSafeSet(&n->Base.Name,"Values");
  339. for(int i=0;i<8;i++){ char str[4]; sprintf(str,"%d",i); n->Out[i].Out=laCreateOutSocket(n,str,0); }
  340. }
  341. void IDN_ValuesDestroy(laValuesNode* n){
  342. strSafeDestroy(&n->Base.Name);
  343. for(int i=0;i<8;i++){ laDestroyOutSocket(n->Out[i].Out); }
  344. }
  345. int IDN_ValuesVisit(laValuesNode* n, laListHandle* l){
  346. LA_GUARD_THIS_NODE(n);
  347. n->Base.Eval=LA_DAG_FLAG_PERM;
  348. lstAppendPointer(l, n);
  349. return LA_DAG_FLAG_PERM;
  350. }
  351. int IDN_ValuesEval(laValuesNode* n){
  352. for(int i=0;i<8;i++){ laNodeOutSocket *is=n->Out[i].Out;
  353. if(n->Modes[i]==LA_VALUES_NODE_FLOAT){ is->Data=&n->Values[i]; is->DataType=LA_PROP_FLOAT; }
  354. if(n->Modes[i]==LA_VALUES_NODE_INT){ is->Data=&n->ValuesI[i]; is->DataType=LA_PROP_INT; }
  355. if(n->Modes[i]==LA_VALUES_NODE_ENUM){ is->Data=&n->ValuesE[i]; is->DataType=LA_PROP_ENUM; }
  356. }
  357. return 1;
  358. }
  359. void laui_ValuesNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  360. laColumn* c=laFirstColumn(uil); laValuesNode*n=This->EndInstance;
  361. laUiItem*b,*b2;
  362. LA_BASE_NODE_HEADER(uil,c,This);
  363. laColumn* cl,*cr; laSplitColumn(uil,c,0.4); cl=laLeftColumn(c,3); cr=laRightColumn(c,0);
  364. for(int i=0;i<8;i++){
  365. char* bufm[32]; sprintf(bufm,"mode%d",i); laShowItem(uil,cl,This,bufm);
  366. b=laBeginRow(uil,cr,0,0);
  367. b2=laOnConditionThat(uil,cr,laEqual(laPropExpression(This,bufm),laIntExpression(LA_VALUES_NODE_FLOAT)));{
  368. char* buf[32]; sprintf(buf,"value%d",i); laShowItem(uil,cr,This,buf)->Expand=1;
  369. }laEndCondition(uil,b2);
  370. b2=laOnConditionThat(uil,cr,laEqual(laPropExpression(This,bufm),laIntExpression(LA_VALUES_NODE_INT)));{
  371. char* buf[32]; sprintf(buf,"valuei%d",i); laShowItem(uil,cr,This,buf)->Expand=1;
  372. }laEndCondition(uil,b2);
  373. b2=laOnConditionThat(uil,cr,laEqual(laPropExpression(This,bufm),laIntExpression(LA_VALUES_NODE_ENUM)));{
  374. char* buf[32]; sprintf(buf,"valuee%d",i); laUiItem* eui=laShowItem(uil,cr,This,buf); eui->Expand=1; eui->Flags|=LA_UI_FLAGS_HIGHLIGHT;
  375. }laEndCondition(uil,b2);
  376. sprintf(bufm,"out%d.out",i); laShowNodeSocket(uil,cr,This,bufm,0);
  377. laEndRow(uil,b);
  378. }
  379. }
  380. void IDN_MatrixInit(laMatrixNode* n, int NoCreate){
  381. if(!NoCreate){
  382. strSafeSet(&n->Base.Name,"Matrix");
  383. n->InL=laCreateInSocket("l",0); n->InR=laCreateInSocket("r",0); n->Out=laCreateOutSocket(n,"MAT",LA_PROP_FLOAT|LA_PROP_ARRAY);
  384. }
  385. n->Out->ArrLen=16; n->Out->Data=n->Mat;
  386. }
  387. void IDN_MatrixDestroy(laMatrixNode* n){
  388. strSafeDestroy(&n->Base.Name);
  389. laDestroyInSocket(n->InL); laDestroyInSocket(n->InR); laDestroyOutSocket(n->Out);
  390. }
  391. int IDN_MatrixVisit(laMatrixNode* n, laListHandle* l){
  392. LA_GUARD_THIS_NODE(n);
  393. if(LA_SRC_AND_PARENT(n->InL)){ laBaseNode* bn=n->InL->Source->Parent; LA_VISIT_NODE(bn); }
  394. if(LA_SRC_AND_PARENT(n->InR)){ laBaseNode* bn=n->InR->Source->Parent; LA_VISIT_NODE(bn); }
  395. n->Base.Eval=LA_DAG_FLAG_PERM;
  396. lstAppendPointer(l, n);
  397. return LA_DAG_FLAG_PERM;
  398. }
  399. int IDN_MatrixEval(laMatrixNode* n){
  400. int hasl=LA_SRC_AND_PARENT(n->InL),hasr=LA_SRC_AND_PARENT(n->InR);
  401. if((!hasl) && (!hasr)){ tnsLoadIdentity44d(n->Mat); return 0; }
  402. if(hasl&&((n->InL->Source->DataType!=(LA_PROP_FLOAT|LA_PROP_ARRAY))||n->InL->Source->ArrLen!=16)){tnsLoadIdentity44d(n->Mat); return 0;}
  403. if(hasr&&((n->InR->Source->DataType!=(LA_PROP_FLOAT|LA_PROP_ARRAY))||n->InR->Source->ArrLen!=16)){tnsLoadIdentity44d(n->Mat); return 0;}
  404. if(n->Operation==LA_MATRIX_NODE_OP_INV){
  405. real* mat; if(hasl)mat=n->InL->Source->Data;else mat=n->InR->Source->Data;
  406. tnsInverse44d(n->Mat, mat);
  407. }else{
  408. if(!hasl) { memcpy(n->Mat,n->InR->Source->Data,sizeof(tnsMatrix44d)); }
  409. elif(!hasr) { memcpy(n->Mat,n->InL->Source->Data,sizeof(tnsMatrix44d)); }
  410. else{
  411. tnsMultiply44d(n->Mat,n->InL->Source->Data,n->InR->Source->Data);
  412. }
  413. }
  414. return 1;
  415. }
  416. void laui_MatrixNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  417. laColumn* c=laFirstColumn(uil); laMatrixNode*n=This->EndInstance;
  418. laColumn* cl,*cr; laSplitColumn(uil,c,0.4); cl=laLeftColumn(c,3); cr=laRightColumn(c,0);
  419. laUiItem*b,*b2;
  420. LA_BASE_NODE_HEADER(uil,c,This);
  421. b=laBeginRow(uil,c,0,0);
  422. laShowNodeSocket(uil,c,This,"in_l",0); laShowNodeSocket(uil,c,This,"in_r",0); laShowItem(uil,c,This,"operation");
  423. laShowSeparator(uil,c)->Expand=1; laShowNodeSocket(uil,c,This,"out",0)->Flags|=LA_UI_SOCKET_LABEL_W;
  424. laEndRow(uil,b);
  425. }
  426. void IDN_MathInit(laMathNode* n, int NoCreate){
  427. if(!NoCreate){
  428. strSafeSet(&n->Base.Name,"Math");
  429. n->InL=laCreateInSocket("l",0); n->InR=laCreateInSocket("r",0);
  430. n->Out=laCreateOutSocket(n,"F",LA_PROP_FLOAT); n->OutInt=laCreateOutSocket(n,"I",LA_PROP_INT);
  431. }
  432. n->Out->Data=&n->Value; n->OutInt->Data=&n->ValueI;
  433. }
  434. void IDN_MathDestroy(laMathNode* n){
  435. strSafeDestroy(&n->Base.Name); laDestroyInSocket(n->InL); laDestroyInSocket(n->InR); laDestroyOutSocket(n->Out); laDestroyOutSocket(n->OutInt);
  436. }
  437. int IDN_MathVisit(laMathNode* n, laListHandle* l){
  438. LA_GUARD_THIS_NODE(n);
  439. if(LA_SRC_AND_PARENT(n->InL)){ laBaseNode* bn=n->InL->Source->Parent; LA_VISIT_NODE(bn); }
  440. if(LA_SRC_AND_PARENT(n->InR)){ laBaseNode* bn=n->InR->Source->Parent; LA_VISIT_NODE(bn); }
  441. n->Base.Eval=LA_DAG_FLAG_PERM;
  442. lstAppendPointer(l, n);
  443. return LA_DAG_FLAG_PERM;
  444. }
  445. #define LA_GET_SRC_AS_FLOAT(var, socket)\
  446. {if(socket->Source->DataType&LA_PROP_FLOAT) var=*((real*)socket->Source->Data);\
  447. if(socket->Source->DataType&(LA_PROP_INT|LA_PROP_ENUM)) var=*((int*)socket->Source->Data);}
  448. int IDN_MathEval(laMathNode* n){
  449. real vl=n->ValueL;real vr=n->ValueR;
  450. int hasl=LA_SRC_AND_PARENT(n->InL),hasr=LA_SRC_AND_PARENT(n->InR);
  451. if(hasl){ LA_GET_SRC_AS_FLOAT(vl,n->InL) } if(hasr){ LA_GET_SRC_AS_FLOAT(vr,n->InR) }
  452. switch(n->Operation){
  453. case LA_MATH_NODE_OP_ADD: default: n->Value=vl+vr; break;
  454. case LA_MATH_NODE_OP_SUB: n->Value=vl-vr; break;
  455. case LA_MATH_NODE_OP_MUL: n->Value=vl*vr; break;
  456. case LA_MATH_NODE_OP_DIV: if(vr)n->Value=vl/vr;else n->Value=0; break;
  457. case LA_MATH_NODE_OP_POW: n->Value=pow(vl,vr); break;
  458. case LA_MATH_NODE_OP_LOG: n->Value=log2(vl)/log2(vr); break;
  459. case LA_MATH_NODE_OP_SIN: n->Value=sin(vl); break;
  460. case LA_MATH_NODE_OP_COS: n->Value=cos(vl); break;
  461. case LA_MATH_NODE_OP_TAN: n->Value=tan(vl); break;
  462. case LA_MATH_NODE_OP_ASIN: n->Value=asin(vl); break;
  463. case LA_MATH_NODE_OP_ACOS: n->Value=acos(vl); break;
  464. case LA_MATH_NODE_OP_ATAN: n->Value=atan(vl); break;
  465. case LA_MATH_NODE_OP_ATAN2: n->Value=atan2(vl,vr); break;
  466. case LA_MATH_NODE_OP_MOD: n->Value=fmod(vl,vr); break;
  467. }
  468. n->ValueI=(int)n->Value;
  469. return 1;
  470. }
  471. void laui_MathNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  472. laColumn* c=laFirstColumn(uil); laMathNode*n=This->EndInstance;
  473. laColumn* cl,*cr; laSplitColumn(uil,c,0.4); cl=laLeftColumn(c,3); cr=laRightColumn(c,0);
  474. laUiItem*b,*b2;
  475. LA_BASE_NODE_HEADER(uil,c,This);
  476. b=laBeginRow(uil,c,0,0);
  477. laShowNodeSocket(uil,c,This,"in_l",0); b=laOnConditionThat(uil,c,laNot(laPropExpression(This,"in_l.source")));{ laShowItem(uil,c,This,"vl"); }laEndCondition(uil,b);
  478. laShowSeparator(uil,c)->Expand=1; laShowItem(uil,c,This,"operation");
  479. laEndRow(uil,b);
  480. b=laBeginRow(uil,c,0,0);
  481. laShowNodeSocket(uil,c,This,"in_r",0); b=laOnConditionThat(uil,c,laNot(laPropExpression(This,"in_r.source")));{ laShowItem(uil,c,This,"vr");}laEndCondition(uil,b);
  482. laShowSeparator(uil,c)->Expand=1;
  483. laShowNodeSocket(uil,c,This,"out_int",0)->Flags|=LA_UI_SOCKET_LABEL_W;
  484. laShowNodeSocket(uil,c,This,"out",0)->Flags|=LA_UI_SOCKET_LABEL_W;
  485. laEndRow(uil,b);
  486. }
  487. void laui_SmallMathNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  488. laColumn* c=laFirstColumn(uil); laMathNode*n=This->EndInstance;
  489. laColumn* cl,*cr; laSplitColumn(uil,c,0.4); cl=laLeftColumn(c,3); cr=laRightColumn(c,0);
  490. laUiItem*b,*b2;
  491. LA_BASE_NODE_HEADER(uil,c,This);
  492. b=laBeginRow(uil,c,0,0);
  493. laShowNodeSocket(uil,c,This,"in_l",0);laShowNodeSocket(uil,c,This,"in_r",0);
  494. laShowSeparator(uil,c)->Expand=1;laShowItem(uil,c,This,"operation");
  495. laShowNodeSocket(uil,c,This,"out",0)->Flags|=LA_UI_SOCKET_LABEL_W;
  496. laEndRow(uil,b);
  497. }
  498. void IDN_MapperInit(laMapperNode* n, int NoCreate){
  499. if(!NoCreate){
  500. strSafeSet(&n->Base.Name,"Mapper");
  501. n->Mapper=laValueMapperInit();
  502. }
  503. if(!n->In) n->In=laCreateInSocket("IN",LA_PROP_FLOAT); if(!n->Out) n->Out=laCreateOutSocket(n,"OUT",LA_PROP_FLOAT);
  504. if(!n->InMin) n->InMin=laCreateInSocket("[IN",LA_PROP_FLOAT); if(!n->InMax) n->InMax=laCreateInSocket("IN]",LA_PROP_FLOAT);
  505. if(!n->OutMin) n->OutMin=laCreateInSocket("[OUT",LA_PROP_FLOAT); if(!n->OutMax) n->OutMax=laCreateInSocket("OUT]",LA_PROP_FLOAT);
  506. n->Out->Data=&n->rOut;
  507. }
  508. void IDN_MapperDestroy(laMapperNode* n){
  509. strSafeDestroy(&n->Base.Name);
  510. laDestroyInSocket(n->In); laDestroyOutSocket(n->Out);
  511. laDestroyInSocket(n->InMin); laDestroyInSocket(n->InMax); laDestroyInSocket(n->OutMin); laDestroyInSocket(n->OutMax);
  512. laValueMapperDestroy(n->Mapper);
  513. }
  514. int IDN_MapperVisit(laMapperNode* n, laListHandle* l){
  515. LA_GUARD_THIS_NODE(n);
  516. if(LA_SRC_AND_PARENT(n->In)){ laBaseNode* bn=n->In->Source->Parent; LA_VISIT_NODE(bn); }
  517. if(LA_SRC_AND_PARENT(n->InMin)){ laBaseNode* bn=n->InMin->Source->Parent; LA_VISIT_NODE(bn); }
  518. if(LA_SRC_AND_PARENT(n->InMax)){ laBaseNode* bn=n->InMax->Source->Parent; LA_VISIT_NODE(bn); }
  519. if(LA_SRC_AND_PARENT(n->OutMin)){ laBaseNode* bn=n->OutMin->Source->Parent; LA_VISIT_NODE(bn); }
  520. if(LA_SRC_AND_PARENT(n->OutMax)){ laBaseNode* bn=n->OutMax->Source->Parent; LA_VISIT_NODE(bn); }
  521. n->Base.Eval=LA_DAG_FLAG_PERM;
  522. lstAppendPointer(l, n);
  523. return LA_DAG_FLAG_PERM;
  524. }
  525. int IDN_MapperEval(laMapperNode* n){
  526. real in=0; real* InMin=0,*InMax=0,*OutMin=0,*OutMax=0;
  527. if(LA_SRC_AND_PARENT(n->In) && (n->In->Source->DataType&LA_PROP_FLOAT)){ in=*((real*)n->In->Source->Data); }
  528. if(LA_SRC_AND_PARENT(n->InMin) && (n->InMin->Source->DataType&LA_PROP_FLOAT)){ InMin=n->InMin->Source->Data; }
  529. if(LA_SRC_AND_PARENT(n->InMax) && (n->InMax->Source->DataType&LA_PROP_FLOAT)){ InMax=n->InMax->Source->Data; }
  530. if(LA_SRC_AND_PARENT(n->OutMin) && (n->OutMin->Source->DataType&LA_PROP_FLOAT)){ OutMin=n->OutMin->Source->Data; }
  531. if(LA_SRC_AND_PARENT(n->OutMax) && (n->OutMax->Source->DataType&LA_PROP_FLOAT)){ OutMax=n->OutMax->Source->Data; }
  532. real result=laValueMapperEvaluate(n->Mapper,in,InMin,InMax,OutMin,OutMax,n->ClampInput,n->ClampOutput);
  533. n->rOut=result;
  534. return 1;
  535. }
  536. void laui_MapperNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  537. laColumn* c=laFirstColumn(uil); laMapperNode*n=This->EndInstance;
  538. laColumn* cl,*cr; laSplitColumn(uil,c,0.4); cl=laLeftColumn(c,3); cr=laRightColumn(c,0);
  539. laUiItem*b,*b2;
  540. LA_BASE_NODE_HEADER(uil,c,This);
  541. b=laBeginRow(uil,c,0,0);
  542. laShowNodeSocket(uil,c,This,"in",0)->Flags|=LA_UI_SOCKET_LABEL_E; laShowItemFull(uil,c,This,"clamp_input",0,"text=C",0,0); laShowNodeSocket(uil,c,This,"in_min",0);
  543. laShowItem(uil,c,This,"mapper.in_range")->Expand=1; laShowNodeSocket(uil,c,This,"in_max",0);
  544. laEndRow(uil,b);
  545. laShowItem(uil,c,This,"mapper");
  546. b=laBeginRow(uil,c,0,0);
  547. laShowNodeSocket(uil,c,This,"out_min",0); laShowItem(uil,c,This,"mapper.out_range")->Expand=1;
  548. laShowNodeSocket(uil,c,This,"out_max",0); laShowItemFull(uil,c,This,"clamp_output",0,"text=C",0,0); laShowNodeSocket(uil,c,This,"out",0)->Flags|=LA_UI_SOCKET_LABEL_W;
  549. laEndRow(uil,b);
  550. }
  551. void IDN_RandomInit(laRandomNode* n, int NoCreate){
  552. if(!NoCreate){
  553. strSafeSet(&n->Base.Name,"Random"); n->Out=laCreateOutSocket(n,"RAND",LA_PROP_FLOAT); n->Min=0; n->Max=1;
  554. }
  555. if(!n->InMin) n->InMin=laCreateInSocket("[IN",LA_PROP_FLOAT); if(!n->InMax) n->InMax=laCreateInSocket("IN]",LA_PROP_FLOAT);
  556. n->Out->Data=&n->rOut;
  557. }
  558. void IDN_RandomDestroy(laRandomNode* n){
  559. strSafeDestroy(&n->Base.Name); laDestroyOutSocket(n->Out); laDestroyInSocket(n->InMin); laDestroyInSocket(n->InMax);
  560. }
  561. int IDN_RandomVisit(laRandomNode* n, laListHandle* l){
  562. LA_GUARD_THIS_NODE(n);
  563. if(LA_SRC_AND_PARENT(n->InMin)){ laBaseNode* bn=n->InMin->Source->Parent; LA_VISIT_NODE(bn); }
  564. if(LA_SRC_AND_PARENT(n->InMax)){ laBaseNode* bn=n->InMax->Source->Parent; LA_VISIT_NODE(bn); }
  565. n->Base.Eval=LA_DAG_FLAG_PERM; lstAppendPointer(l, n);
  566. return LA_DAG_FLAG_PERM;
  567. }
  568. int IDN_RandomEval(laRandomNode* n){
  569. real Min=n->Min,Max=n->Max;
  570. if(LA_SRC_AND_PARENT(n->InMin) && (n->InMin->Source->DataType&LA_PROP_FLOAT)){ Min=*((real*)n->InMin->Source->Data); }
  571. if(LA_SRC_AND_PARENT(n->InMax) && (n->InMax->Source->DataType&LA_PROP_FLOAT)){ Max=*((real*)n->InMax->Source->Data); }
  572. n->rOut=Min+(real)rand()/(real)(RAND_MAX/(Max-Min));
  573. return 1;
  574. }
  575. void laui_RandomNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  576. laColumn* c=laFirstColumn(uil); laRandomNode*n=This->EndInstance;
  577. laColumn* cl,*cr; laSplitColumn(uil,c,0.4); cl=laLeftColumn(c,3); cr=laRightColumn(c,0);
  578. laUiItem*b,*b2;
  579. LA_BASE_NODE_HEADER(uil,c,This);
  580. b=laBeginRow(uil,c,0,0);
  581. laShowNodeSocket(uil,c,This,"min",0); laShowItem(uil,c,This,"range")->Expand=1; laShowNodeSocket(uil,c,This,"max",0);
  582. laShowNodeSocket(uil,c,This,"out",0)->Flags|=LA_UI_SOCKET_LABEL_W;
  583. laEndRow(uil,b);
  584. }
  585. void IDN_VectorMathInit(laVectorMathNode* n, int NoCreate){
  586. if(!NoCreate){
  587. strSafeSet(&n->Base.Name,"Math");
  588. n->InL=laCreateInSocket("l",0); n->InR=laCreateInSocket("r",0);
  589. n->Out=laCreateOutSocket(n,"OUT",LA_PROP_FLOAT);
  590. }
  591. n->Out->Data=n->rOut;
  592. }
  593. void IDN_VectorMathDestroy(laVectorMathNode* n){
  594. strSafeDestroy(&n->Base.Name); laDestroyInSocket(n->InL); laDestroyInSocket(n->InR); laDestroyOutSocket(n->Out);
  595. }
  596. int IDN_VectorMathVisit(laVectorMathNode* n, laListHandle* l){
  597. LA_GUARD_THIS_NODE(n);
  598. if(LA_SRC_AND_PARENT(n->InL)){ laBaseNode* bn=n->InL->Source->Parent; LA_VISIT_NODE(bn); }
  599. if(LA_SRC_AND_PARENT(n->InR)){ laBaseNode* bn=n->InR->Source->Parent; LA_VISIT_NODE(bn); }
  600. n->Base.Eval=LA_DAG_FLAG_PERM;
  601. lstAppendPointer(l, n);
  602. return LA_DAG_FLAG_PERM;
  603. }
  604. #define LA_GET_SRC_AS_FLOAT_THINGS(var, socket, maxlen)\
  605. {if(socket->Source->DataType&LA_PROP_FLOAT){ real*adr=socket->Source->Data; maxlen=TNS_MIN2(TNS_MAX2(1,socket->Source->ArrLen),maxlen); for(int i=0;i<maxlen;i++){ var[i]=adr[i]; } }\
  606. if(socket->Source->DataType&(LA_PROP_INT|LA_PROP_ENUM)){ int*adr=socket->Source->Data; maxlen=TNS_MIN2(TNS_MAX2(1,socket->Source->ArrLen),maxlen); for(int i=0;i<maxlen;i++){ var[i]=adr[i]; } }\
  607. }
  608. int IDN_VectorMathEval(laVectorMathNode* n){
  609. real vl[4]={0,0,0,1};real vr[4]={0,0,0,1}; int maxlen1=4,maxlen2=4,maxlen;
  610. int hasl=LA_SRC_AND_PARENT(n->InL),hasr=LA_SRC_AND_PARENT(n->InR);
  611. if(hasl){ LA_GET_SRC_AS_FLOAT_THINGS(vl,n->InL,maxlen1) } if(hasr){ LA_GET_SRC_AS_FLOAT_THINGS(vr,n->InR,maxlen2) }
  612. if(maxlen1>1 && maxlen2<maxlen1){ for(int i=maxlen2;i<maxlen1;i++){ vr[i]=vr[maxlen2-1]; } maxlen=maxlen1; }
  613. else{ maxlen=TNS_MIN2(maxlen1,maxlen2); }
  614. switch(n->Operation){
  615. case LA_VECTOR_MATH_OP_ADD: default:n->Out->ArrLen=maxlen; for(int i=0;i<maxlen;i++)n->rOut[i]=vl[i]+vr[i]; break;
  616. case LA_VECTOR_MATH_OP_SUB:n->Out->ArrLen=maxlen; for(int i=0;i<maxlen;i++)n->rOut[i]=vl[i]-vr[i]; break;
  617. case LA_VECTOR_MATH_OP_MUL:n->Out->ArrLen=maxlen; for(int i=0;i<maxlen;i++)n->rOut[i]=vl[i]*vr[i]; break;
  618. case LA_VECTOR_MATH_OP_DIV:n->Out->ArrLen=maxlen; for(int i=0;i<maxlen;i++)n->rOut[i]=vl[i]/vr[i]; break;
  619. case LA_VECTOR_MATH_OP_POW:n->Out->ArrLen=maxlen; for(int i=0;i<maxlen;i++)n->rOut[i]=pow(vl[i],vr[i]); break;
  620. case LA_VECTOR_MATH_OP_LOG:n->Out->ArrLen=maxlen; for(int i=0;i<maxlen;i++)n->rOut[i]=log2(vl[i])/log2(vr[i]); break;
  621. case LA_VECTOR_MATH_OP_CROSS: if(maxlen<3) return 0; n->Out->ArrLen=3; tnsVectorCross3d(n->rOut,vl,vr); break;
  622. case LA_VECTOR_MATH_OP_DOT: if(maxlen<2) return 0; n->Out->ArrLen=maxlen; if(maxlen==2) n->rOut[0]=tnsDot2d(vl,vr,0); else n->rOut[0]=tnsDot3d(vl,vr,0); break;
  623. case LA_VECTOR_MATH_OP_NORMALIZE: if(maxlen<2) return 0; n->Out->ArrLen=maxlen; if(maxlen==2) tnsNormalize2d(n->rOut, vl); else tnsNormalize3d(n->rOut, vl); break;
  624. }
  625. return 1;
  626. }
  627. void laui_VectorMathNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  628. laColumn* c=laFirstColumn(uil); laVectorMathNode*n=This->EndInstance;
  629. laColumn* cl,*cr; laSplitColumn(uil,c,0.4); cl=laLeftColumn(c,3); cr=laRightColumn(c,0);
  630. laUiItem*b,*b2;
  631. LA_BASE_NODE_HEADER(uil,c,This);
  632. b=laBeginRow(uil,c,0,0);
  633. laShowNodeSocket(uil,c,This,"in_l",0); laShowNodeSocket(uil,c,This,"in_r",0);
  634. laShowSeparator(uil,c)->Expand=1;
  635. laShowItem(uil,c,This,"operation");
  636. laShowNodeSocket(uil,c,This,"out",0)->Flags|=LA_UI_SOCKET_LABEL_W;
  637. laEndRow(uil,b);
  638. }
  639. void IDN_CommentInit(laCommentNode* n, int NoCreate){
  640. if(NoCreate){return;}
  641. strSafeSet(&n->Base.Name,"Math"); strSafeSet(&n->Content,"");
  642. }
  643. void IDN_CommentDestroy(laCommentNode* n){
  644. strSafeDestroy(&n->Base.Name); strSafeDestroy(&n->Content);
  645. }
  646. int IDN_CommentVisit(laCommentNode* n, laListHandle* l){
  647. LA_GUARD_THIS_NODE(n); n->Base.Eval=LA_DAG_FLAG_PERM; lstAppendPointer(l, n);
  648. return LA_DAG_FLAG_PERM;
  649. }
  650. int IDN_CommentEval(laCommentNode* n){ return 1; }
  651. void laui_CommentNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  652. laColumn* c=laFirstColumn(uil); laCommentNode*n=This->EndInstance;
  653. LA_BASE_NODE_HEADER(uil,c,This);
  654. laShowItemFull(uil,c,This,"content",LA_WIDGET_STRING_MULTI,0,0,0)->Flags|=LA_UI_FLAGS_NO_SCROLL_INACTIVE;
  655. }
  656. void IDN_RGB2OKHSLInit(laRGB2OKHSLNode* n, int NoCreate){
  657. if(!NoCreate){
  658. strSafeSet(&n->Base.Name,"RGB to OKHL"); n->In=laCreateInSocket("IN",LA_PROP_FLOAT);
  659. n->OutH=laCreateOutSocket(n,"H",LA_PROP_FLOAT);
  660. n->OutS=laCreateOutSocket(n,"S",LA_PROP_FLOAT);
  661. n->OutL=laCreateOutSocket(n,"L",LA_PROP_FLOAT);
  662. tnsVectorSet3(n->RGB,0.2,0.2,0.2);
  663. }
  664. n->OutH->Data=&n->rOut[0]; n->OutS->Data=&n->rOut[1]; n->OutL->Data=&n->rOut[2];
  665. }
  666. void IDN_RGB2OKHSLDestroy(laRGB2OKHSLNode* n){
  667. strSafeDestroy(&n->Base.Name);
  668. laDestroyInSocket(n->In); laDestroyOutSocket(n->OutH); laDestroyOutSocket(n->OutS); laDestroyOutSocket(n->OutL);
  669. }
  670. int IDN_RGB2OKHSLVisit(laRGB2OKHSLNode* n, laListHandle* l){
  671. LA_GUARD_THIS_NODE(n);
  672. if(LA_SRC_AND_PARENT(n->In)){ laBaseNode* bn=n->In->Source->Parent; LA_VISIT_NODE(bn); }
  673. n->Base.Eval=LA_DAG_FLAG_PERM;
  674. lstAppendPointer(l, n);
  675. return LA_DAG_FLAG_PERM;
  676. }
  677. int IDN_RGB2OKHSLEval(laRGB2OKHSLNode* n){
  678. real* in=n->RGB;
  679. if(LA_SRC_AND_PARENT(n->In) && (n->In->Source->DataType==(LA_PROP_FLOAT|LA_PROP_ARRAY) && n->In->Source->ArrLen>=3)){ in=n->In->Source->Data; }
  680. tnsRGB2HCYLinear(in, n->rOut);
  681. return 1;
  682. }
  683. void laui_RGB2OKHSLNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  684. laColumn* c=laFirstColumn(uil); laRGB2OKHSLNode*n=This->EndInstance;
  685. laUiItem*b,*b2;
  686. LA_BASE_NODE_HEADER(uil,c,This);
  687. b=laBeginRow(uil,c,0,0);
  688. laShowNodeSocket(uil,c,This,"in",0);
  689. b2=laOnConditionThat(uil,c,laNot(laPropExpression(This,"in.source")));{
  690. laShowItem(uil,c,This,"color");
  691. }laEndCondition(uil,b2);
  692. laShowSeparator(uil,c)->Expand=1;
  693. laShowLabel(uil,c,"OKHSL",0,0);
  694. laShowItem(uil,c,This,"out_h");
  695. laShowItem(uil,c,This,"out_s");
  696. laShowItem(uil,c,This,"out_l");
  697. laEndRow(uil,b);
  698. }
  699. void IDN_OKHSL2RGBInit(laOKHSL2RGBNode* n, int NoCreate){
  700. if(!NoCreate){
  701. strSafeSet(&n->Base.Name,"OKHL to RGB"); n->Out=laCreateOutSocket(n,"RGB",LA_PROP_FLOAT|LA_PROP_ARRAY);
  702. n->InH=laCreateInSocket("H",LA_PROP_FLOAT);
  703. n->InS=laCreateInSocket("S",LA_PROP_FLOAT);
  704. n->InL=laCreateInSocket("L",LA_PROP_FLOAT);
  705. }
  706. n->Out->ArrLen=3; n->Out->Data=n->rOut;
  707. }
  708. void IDN_OKHSL2RGBDestroy(laOKHSL2RGBNode* n){
  709. strSafeDestroy(&n->Base.Name);
  710. laDestroyInSocket(n->InH); laDestroyInSocket(n->InS); laDestroyInSocket(n->InL); laDestroyOutSocket(n->Out);
  711. }
  712. int IDN_OKHSL2RGBVisit(laOKHSL2RGBNode* n, laListHandle* l){
  713. LA_GUARD_THIS_NODE(n);
  714. if(LA_SRC_AND_PARENT(n->InH)){ laBaseNode* bn=n->InH->Source->Parent; LA_VISIT_NODE(bn); }
  715. if(LA_SRC_AND_PARENT(n->InS)){ laBaseNode* bn=n->InS->Source->Parent; LA_VISIT_NODE(bn); }
  716. if(LA_SRC_AND_PARENT(n->InL)){ laBaseNode* bn=n->InL->Source->Parent; LA_VISIT_NODE(bn); }
  717. n->Base.Eval=LA_DAG_FLAG_PERM;
  718. lstAppendPointer(l, n);
  719. return LA_DAG_FLAG_PERM;
  720. }
  721. int IDN_OKHSL2RGBEval(laOKHSL2RGBNode* n){
  722. real in[3]={0,0,0};
  723. if(LA_SRC_AND_PARENT(n->InH) && (n->InH->Source->DataType&LA_PROP_FLOAT)){ in[0]=*((real*)n->InH->Source->Data); }
  724. if(LA_SRC_AND_PARENT(n->InS) && (n->InS->Source->DataType&LA_PROP_FLOAT)){ in[1]=*((real*)n->InS->Source->Data); }
  725. if(LA_SRC_AND_PARENT(n->InL) && (n->InL->Source->DataType&LA_PROP_FLOAT)){ in[2]=*((real*)n->InL->Source->Data); }
  726. tnsHCY2RGBLinear(in, n->rOut);
  727. return 1;
  728. }
  729. void laui_OKHSL2RGBNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  730. laColumn* c=laFirstColumn(uil); laOKHSL2RGBNode*n=This->EndInstance;
  731. laUiItem*b,*b2;
  732. LA_BASE_NODE_HEADER(uil,c,This);
  733. b=laBeginRow(uil,c,0,0);
  734. laShowItem(uil,c,This,"in_h");
  735. laShowItem(uil,c,This,"in_s");
  736. laShowItem(uil,c,This,"in_l");
  737. laShowLabel(uil,c,"OKHSL",0,0);
  738. laShowSeparator(uil,c)->Expand=1; laShowNodeSocket(uil,c,This,"out",0)->Flags|=LA_UI_SOCKET_LABEL_W;
  739. laEndRow(uil,b);
  740. }
  741. int OPINV_AddInputMapperPage(laOperator* a, laEvent *e){
  742. laRackPage* dp=memAcquireHyper(sizeof(laRackPage));
  743. strSafeSet(&dp->Name,"New Page");
  744. lstAppendItem(&MAIN.InputMapping->Pages, dp); MAIN.InputMapping->CurrentPage=dp; dp->RackType=LA_RACK_TYPE_INPUT;
  745. laNotifyUsers("la.input_mapping"); laRecordAndPush(0,"la.input_mapping","Add Page", 0);
  746. return LA_FINISHED;
  747. }
  748. int OPINV_AddNodesRack(laOperator* a, laEvent *e){
  749. laRackPage* dp=a->This?a->This->EndInstance:0; if(!dp) return LA_FINISHED;
  750. laNodeRack* ir=memAcquire(sizeof(laNodeRack));
  751. strSafeSet(&ir->Name,"New Rack");
  752. lstAppendItem(&dp->Racks, ir); ir->ParentPage=dp;
  753. ir->RackType=dp->RackType;
  754. laNotifyInstanceUsers(dp); laRecordInstanceDifferences(dp,"la_node_rack"); laPushDifferences("Add Rack", 0);
  755. return LA_FINISHED;
  756. }
  757. int OPINV_RebuildInputMapping(laOperator* a, laEvent *e){
  758. laMappingRequestRebuild();
  759. return LA_FINISHED;
  760. }
  761. laBaseNode* la_CreateNode(laNodeRack* ir, laBaseNodeType* NodeType){
  762. laBaseNode* bn=memAcquire(NodeType->NodeSize);
  763. bn->Type=NodeType; NodeType->Init(bn, 0); bn->InitDone=1; lstAppendItem(&ir->Nodes, bn); bn->InRack=ir;
  764. laNotifyInstanceUsers(ir); laRecordInstanceDifferences(ir,"la_node_rack"); laPushDifferences("Add Node", 0);
  765. return bn;
  766. }
  767. void la_DestroyInputMapperNode(laBaseNode* bn){
  768. lstRemoveItem(bn->InRack, bn); bn->Type->Destroy(bn);
  769. laNotifyUsers("la.input_racks"); laRecordAndPush(0,"la.input_mapping","Delete node", 0);
  770. memLeave(bn);
  771. }
  772. int OPINV_AddNode(laOperator* a, laEvent *e){
  773. laNodeRack* ir=a->This?a->This->EndInstance:0; if(!ir) return LA_CANCELED;
  774. laBaseNodeType* bnt=0;
  775. if(!MAIN.CurrentNodeCategory) MAIN.CurrentNodeCategory=MAIN.NodeCategories.pFirst;
  776. char* target=strGetArgumentString(a->ExtraInstructionsP,"target");
  777. if(!target || strSame(target,"INPUT")){ MAIN.FilterNodeCategory=LA_RACK_TYPE_INPUT;
  778. if(!(MAIN.CurrentNodeCategory->For&LA_RACK_TYPE_INPUT)) MAIN.CurrentNodeCategory=LA_NODE_CATEGORY_INPUT; }
  779. else{ MAIN.FilterNodeCategory=LA_RACK_TYPE_DRIVER;
  780. if(!(MAIN.CurrentNodeCategory->For&LA_RACK_TYPE_DRIVER)) MAIN.CurrentNodeCategory=LA_NODE_CATEGORY_DRIVER; }
  781. char* type=strGetArgumentString(a->ExtraInstructionsP,"type");
  782. if(!type){ laEnableOperatorPanel(a,a->This,e->x-LA_RH*4,e->y-LA_RH,200,200,0,0,LA_RH*15,0,0,0,0,0,e); return LA_RUNNING; }
  783. else{
  784. for(int i=0;i<MAIN.NodeTypeNext;i++){
  785. if(strSame(MAIN.NodeTypes[i]->TypeName,type)){ la_CreateNode(ir, MAIN.NodeTypes[i]); }
  786. }
  787. }
  788. return LA_FINISHED;
  789. }
  790. int OPMOD_AddNode(laOperator* a, laEvent *e){
  791. laNodeRack* r=a->This->EndInstance;
  792. if(a->ConfirmData){
  793. if(a->ConfirmData->StrData){
  794. for(int i=0;i<MAIN.NodeTypeNext;i++){
  795. if(strSame(MAIN.NodeTypes[i]->TypeName,a->ConfirmData->StrData)){ la_CreateNode(r, MAIN.NodeTypes[i]); break; }
  796. }
  797. }
  798. return LA_FINISHED;
  799. }
  800. return LA_RUNNING;
  801. }
  802. void laui_AddNode(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  803. laColumn* c=laFirstColumn(uil),*cl,*cr; laSplitColumn(uil,c,0.4); cl=laLeftColumn(c,4); cr=laRightColumn(c,0);
  804. laShowItemFull(uil,cl,0,"la.node_categories",LA_WIDGET_COLLECTION,"feedback=NONE;",0,0);
  805. laUiItem* g=laMakeEmptyGroup(uil,cr,"Nodes",0); laUiList* gu=g->Page; laColumn* gc=laFirstColumn(gu); g->Flags|=LA_UI_FLAGS_NO_DECAL|LA_UI_FLAGS_NO_GAP;
  806. laShowItemFull(gu,gc,0,"la.node_categories",LA_WIDGET_COLLECTION_SINGLE,0,laui_NodeCategory,0)->Flags|=LA_UI_FLAGS_NO_DECAL;
  807. }
  808. int OPINV_MoveNodeToRack(laOperator* a, laEvent *e){
  809. laBaseNode* n=a->This?a->This->EndInstance:0; if(!n||!n->InRack) return LA_CANCELED;
  810. laBaseNodeType* bnt=0; laNodeRack* target;
  811. char* direction=strGetArgumentString(a->ExtraInstructionsP,"direction");
  812. if(strSame(direction,"left")) target=n->InRack->Item.pPrev; else target=n->InRack->Item.pNext;
  813. if(!target) return LA_CANCELED;
  814. lstRemoveItem(&n->InRack->Nodes, n); lstAppendItem(&target->Nodes,n); n->InRack=target;
  815. laNotifyInstanceUsers(n->InRack->ParentPage); laRecordInstanceDifferences(n->InRack->ParentPage,"la_node_page"); laPushDifferences("Move Node", 0);
  816. return LA_FINISHED;
  817. }
  818. int OPINV_DeleteNode(laOperator* a, laEvent *e){
  819. laBaseNode* n=a->This?a->This->EndInstance:0; if(!n||!n->InRack) return LA_CANCELED;
  820. laBaseNodeType* bnt=0; laNodeRack* target;
  821. laNodeRack* parent=n->InRack;
  822. lstRemoveItem(&n->InRack->Nodes, n); n->Type->Destroy(n); memLeave(n);
  823. laMappingRequestRebuild(); laDriverRequestRebuild();
  824. laNotifyInstanceUsers(parent); laRecordInstanceDifferences(parent,"la_node_rack"); laPushDifferences("Delete Node", 0);
  825. return LA_FINISHED;
  826. }
  827. int OPINV_MoveRack(laOperator* a, laEvent *e){
  828. laNodeRack* r=a->This?a->This->EndInstance:0; if(!r) return LA_CANCELED;
  829. char* direction=strGetArgumentString(a->ExtraInstructionsP,"direction");
  830. if(strSame(direction,"left")) lstMoveUp(&r->ParentPage->Racks,r); else lstMoveDown(&r->ParentPage->Racks,r);
  831. laNotifyInstanceUsers(r->ParentPage); laRecordInstanceDifferences(r->ParentPage,"la_rack_page"); laPushDifferences("Move Rack", 0);
  832. return LA_FINISHED;
  833. }
  834. int OPINV_InsertRack(laOperator* a, laEvent *e){
  835. laNodeRack* rr=a->This?a->This->EndInstance:0; if(!rr) return LA_CANCELED;
  836. laNodeRack* r=memAcquire(sizeof(laNodeRack));
  837. strSafeSet(&r->Name,"New Rack");
  838. lstInsertItemAfter(&rr->ParentPage->Racks,r,rr); r->ParentPage=rr->ParentPage; r->RackType=rr->RackType;
  839. laNotifyInstanceUsers(r->ParentPage); laRecordInstanceDifferences(r->ParentPage,"la_rack_page"); laPushDifferences("Insert Rack", 0);
  840. return LA_FINISHED;
  841. }
  842. int OPINV_DeleteRack(laOperator* a, laEvent *e){
  843. laNodeRack* rr=a->This?a->This->EndInstance:0; if(!rr) return LA_CANCELED;
  844. if(strSame(strGetArgumentString(a->ExtraInstructionsP,"confirm"),"true")){
  845. laBaseNode* n; while(n=lstPopItem(&rr->Nodes)){ n->Type->Destroy(n); memLeave(n); }
  846. laRackPage* page=rr->ParentPage;
  847. strSafeDestroy(&rr->Name); lstRemoveItem(&rr->ParentPage->Racks, rr); memLeave(rr);
  848. laNotifyInstanceUsers(page); laRecordInstanceDifferences(page,"la_rack_page"); laPushDifferences("Delete Rack", 0);
  849. return LA_FINISHED;
  850. }
  851. laEnableOperatorPanel(a,a->This,e->x,e->y,200,200,0,0,0,0,0,0,0,0,e);
  852. return LA_RUNNING;
  853. }
  854. void laui_DeleteRack(laUiList *uil, laPropPack *This, laPropPack *Extra, laColumn *UNUSED, int context){
  855. laColumn* c=laFirstColumn(uil);
  856. laShowItemFull(uil,c,This,"delete",0,"confirm=true;",0,0);
  857. }
  858. laPropContainer* laget_BaseNodeType(laBaseNode* bn){
  859. for(int i=0;i<MAIN.NodeTypeNext;i++){ if(bn->Type==MAIN.NodeTypes[i]) return MAIN.NodeTypes[i]->pc; }
  860. return LA_PC_IDN_GENERIC;
  861. }
  862. int laget_BaseNodeGap(laNodeRack* rack_unused, laBaseNode* n){
  863. return n->Gap;
  864. }
  865. void laread_BaseNodeGap(laBaseNode* n, int gap){
  866. n->Gap=gap;
  867. }
  868. void laset_BaseNodeGap(laBaseNode* n, int gap){
  869. laBaseNode* nn;
  870. if(gap==-1){
  871. int done=0; nn=n; while(nn){ if(nn->Gap>0){ nn->Gap--; done=1; break; } nn=nn->Item.pPrev; }
  872. if(done){ nn=n->Item.pNext; while(nn){ if(nn->Gap>0){ nn->Gap++; break; } nn=nn->Item.pNext; } }
  873. }elif(gap==1){
  874. n->Gap+=gap; nn=n->Item.pNext; while(nn){ if(nn->Gap>0){ nn->Gap--; break; } nn=nn->Item.pNext; }
  875. }elif(gap==-2){
  876. if(n->Gap){ n->Gap--; if(nn=n->Item.pNext){ nn->Gap++; } }
  877. elif(nn=n->Item.pPrev){ n->Gap=nn->Gap; nn->Gap=0; lstRemoveItem(&n->InRack->Nodes,n); lstInsertItemBefore(&n->InRack->Nodes,n,nn); }
  878. }elif(gap==2){
  879. if(nn=n->Item.pNext){ if(!nn->Gap){ nn->Gap=n->Gap; n->Gap=0; lstRemoveItem(&n->InRack->Nodes,n); lstInsertItemAfter(&n->InRack->Nodes,n,nn); }else{ nn->Gap--; n->Gap++; } }
  880. else n->Gap++;
  881. }
  882. }
  883. void laset_InputNodeUserID(laInputControllerNode* n, int i){
  884. laNotifyUsers("la.input_racks");
  885. }
  886. void laset_InputControllerNodeSocketWhich(laInputControllerNodeSocket* s, char* str){
  887. strSafeSet(&s->Which, str);
  888. laNotifyUsers("la.input_racks"); laMappingRequestRebuild();
  889. }
  890. int laget_SocketEnumArrayLength(laInputControllerNodeSocket* s){
  891. return s->Out->ArrLen?s->Out->ArrLen:1;
  892. }
  893. int laget_VisualizerArrayLength(laInputVisualizerNode* s){
  894. return s->In->ArrLen?s->In->ArrLen:1;
  895. }
  896. laBoxedTheme* laget_NodeGetTheme(laNodeRack* rack_unused, laBaseNode* n){
  897. return 0;
  898. }
  899. void laRegisterNode(laBaseNodeType* type, laPropContainer* pc,
  900. laBaseNodeInitF init, laBaseNodeDestroyF destroy, laBaseNodeVisitF visit, laBaseNodeEvalF eval,
  901. int nodesize, char* udf_string, char* type_string, char* UiText, int icon){
  902. arrEnsureLength(&MAIN.NodeTypes, MAIN.NodeTypeNext, &MAIN.NodeTypeMax, sizeof(laBaseNode*));
  903. type->Init = init; type->Destroy = destroy; type->Visit=visit; type->Eval=eval; type->NodeSize=nodesize; type->pc=pc;
  904. type->TypeName=type_string;type->Name=UiText;type->Icon=icon;
  905. MAIN.NodeTypes[MAIN.NodeTypeNext]=type; MAIN.NodeTypeNext++;
  906. la_UDFAppendSharedTypePointer(udf_string, type);
  907. }
  908. void lapost_Node(laBaseNode *bn){
  909. if(!bn->InitDone){
  910. bn->Type->Init(bn,1);
  911. bn->InitDone=1;
  912. }
  913. }
  914. void la_AddValuesNodeEnum(laProp* p){
  915. laAddEnumItemAs(p,"FLOAT","Float","Float value",LA_VALUES_NODE_FLOAT,0);
  916. laAddEnumItemAs(p,"INT","Int","Int value",LA_VALUES_NODE_INT,0);
  917. laAddEnumItemAs(p,"ENUM","Switch","Swich value",LA_VALUES_NODE_ENUM,0);
  918. }
  919. void la_AddValuesNodeEnumValue(laProp* p){
  920. laAddEnumItemAs(p,"IDLE","Idle","Idle",0,0);
  921. laAddEnumItemAs(p,"ACTIVE","Active","Active",1,0);
  922. }
  923. void la_RegisterInputMapperOperators(){
  924. laPropContainer *pc; laProp *p;
  925. laOperatorType *at;
  926. laEnumProp *ep;
  927. laCreateOperatorType("LA_add_input_mapping_page", "Add Page", "Add a page for inpur mapping", 0,0,0,OPINV_AddInputMapperPage,0,'+',0);
  928. laCreateOperatorType("LA_add_rack", "Add Rack", "Add a rack for nodes", 0,0,0,OPINV_AddNodesRack,0,'+',0);
  929. at=laCreateOperatorType("OPINV_AddNode", "Add Node", "Add a node to the rack",0,0,0,OPINV_AddNode,OPMOD_AddNode,'+',0);
  930. at->UiDefine=laui_AddNode;
  931. laCreateOperatorType("LA_input_mapping_rebuild", "Rebuild Input Mapping", "Rebuild input mapping for evaluation",0,0,0,OPINV_RebuildInputMapping,0,L'⭮',0);
  932. laCreateOperatorType("LA_move_node_to_rack", "Move Node", "Move node to another rack",0,0,0,OPINV_MoveNodeToRack,0,0,0);
  933. laCreateOperatorType("LA_delete_node", "Delete Node", "Delete this node",0,0,0,OPINV_DeleteNode,0,0,0);
  934. laCreateOperatorType("LA_move_rack", "Move Rack", "Move this rack",0,0,0,OPINV_MoveRack,0,0,0);
  935. laCreateOperatorType("LA_insert_rack", "Insert Rack", "Insert a new rack",0,0,0,OPINV_InsertRack,0,0,0);
  936. at=laCreateOperatorType("LA_delete_rack", "Delete Rack", "Delete a rack",0,0,0,OPINV_DeleteRack,OPMOD_FinishOnData,L'❌',0);
  937. at->UiDefine=laui_DeleteRack;
  938. pc=laAddPropertyContainer("la_node_rack", "Input Rack", "Input rack for putting input mapping nodes",0,0,sizeof(laNodeRack),0,0,1);
  939. laAddStringProperty(pc,"name","Name","Name of this rack",0,0,0,0,1,offsetof(laNodeRack,Name),0,0,0,0,LA_AS_IDENTIFIER);
  940. p=laAddSubGroup(pc,"nodes","Nodes","Nodes under this rack","la_base_node",laget_BaseNodeType,0,0,-1,0,0,0,0,0,0,offsetof(laNodeRack,Nodes),0);
  941. laSubGroupExtraFunctions(p,0,laget_NodeGetTheme,laget_BaseNodeGap,0);
  942. laAddSubGroup(pc,"parent_page","Parent Page","Parent page of this rack","la_rack_page",0,0,0,offsetof(laNodeRack,ParentPage),0,0,0,0,0,0,0,LA_UDF_REFER);
  943. laAddIntProperty(pc,"type", "Type", "Type of the rack", 0,0,0,0,0,0,0,0,offsetof(laNodeRack,RackType),0,0,0,0,0,0,0,0,0,0,LA_READ_ONLY);
  944. laAddOperatorProperty(pc,"add_node","Add Node","Add a node into this rack","OPINV_AddNode",'+',0);
  945. laAddOperatorProperty(pc,"insert_rack","Insert Rack","Insert a rack","LA_insert_rack",'+',0);
  946. laAddOperatorProperty(pc,"move","Move Rack","Move this rack","LA_move_rack",0,0);
  947. laAddOperatorProperty(pc,"delete","Delete Rack","Delete this rack","LA_delete_rack",0,0);
  948. pc=laAddPropertyContainer("la_base_node", "Input Node", "Input logic node",0,0,sizeof(laBaseNode),0,0,1);
  949. LA_PC_IDN_GENERIC=pc;
  950. laAddStringProperty(pc,"name","Name","Name of this input node",0,0,0,0,1,offsetof(laBaseNode,Name),0,0,0,0,LA_AS_IDENTIFIER);
  951. laAddIntProperty(pc,"__gap", "Gap", "Gap of the node", 0,0,0,0,0,0,0,0,offsetof(laBaseNode,Gap),0,laset_BaseNodeGap,0,0,0,0,0,0,laread_BaseNodeGap,0,0);
  952. laAddSubGroup(pc,"internal_type","Internal Type","Internal node type","any_pointer",0,0,0,offsetof(laBaseNode,Type),0,0,0,0,0,0,0,LA_READ_ONLY|LA_UDF_REFER);
  953. laAddOperatorProperty(pc,"move","Move","Move node across racks","LA_move_node_to_rack",0,0);
  954. laAddOperatorProperty(pc,"delete","Delete","Delete node","LA_delete_node",0,0);
  955. laAddSubGroup(pc,"in_rack","In Rack","The rack this node is in","la_node_rack",0,0,0,offsetof(laBaseNode,InRack),0,0,0,0,0,0,0,LA_UDF_REFER);
  956. pc=laAddPropertyContainer("la_input_controller_node", "Controller output", "Output controller values",0,laui_ControllerNode,sizeof(laInputControllerNode),lapost_Node,0,1);
  957. LA_PC_IDN_CONTROLLER=pc; laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);
  958. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);
  959. laAddIntProperty(pc,"user_id", "User ID", "Which controller should the data come from", 0,0,0,0,0,0,0,0,offsetof(laInputControllerNode,UserID),0,0,0,0,0,0,0,0,0,0,0);
  960. laAddSubGroup(pc,"out0","Out 0","Output 0","la_input_controller_node_socket",0,0,0,offsetof(laInputControllerNode, Sockets[0]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  961. laAddSubGroup(pc,"out1","Out 1","Output 1","la_input_controller_node_socket",0,0,0,offsetof(laInputControllerNode, Sockets[1]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  962. laAddSubGroup(pc,"out2","Out 2","Output 2","la_input_controller_node_socket",0,0,0,offsetof(laInputControllerNode, Sockets[2]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  963. laAddSubGroup(pc,"out3","Out 3","Output 3","la_input_controller_node_socket",0,0,0,offsetof(laInputControllerNode, Sockets[3]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  964. laAddSubGroup(pc,"out4","Out 4","Output 4","la_input_controller_node_socket",0,0,0,offsetof(laInputControllerNode, Sockets[4]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  965. laAddSubGroup(pc,"out5","Out 5","Output 5","la_input_controller_node_socket",0,0,0,offsetof(laInputControllerNode, Sockets[5]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  966. laAddSubGroup(pc,"out6","Out 6","Output 6","la_input_controller_node_socket",0,0,0,offsetof(laInputControllerNode, Sockets[6]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  967. laAddSubGroup(pc,"out7","Out 7","Output 7","la_input_controller_node_socket",0,0,0,offsetof(laInputControllerNode, Sockets[7]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  968. pc=laAddPropertyContainer("la_input_controller_node_socket", "Controller Socket", "One value from a controller output",0,0,sizeof(laInputControllerNodeSocket),0,0,1|LA_PROP_OTHER_ALLOC);
  969. laAddStringProperty(pc,"which","Which","Select which output from the controller",0,0,0,0,1,offsetof(laInputControllerNodeSocket,Which),0,0,laset_InputControllerNodeSocketWhich,0,LA_AS_IDENTIFIER);
  970. laAddFloatProperty(pc,"axis", "🡘", "Axis value", LA_WIDGET_VALUE_METER,0,0,1,-1,0,0,0,offsetof(laInputControllerNodeSocket,RealVal),0,0,0,0,0,0,0,0,0,0,LA_READ_ONLY|LA_UDF_IGNORE);
  971. laAddFloatProperty(pc,"axis2d", "2D Axis", "2D Axis value", LA_WIDGET_VALUE_METER,0,0,1,-1,0,0,0,offsetof(laInputControllerNodeSocket,RealVal),0,0,2,0,0,0,0,0,0,0,LA_READ_ONLY|LA_UDF_IGNORE);
  972. p=laAddEnumProperty(pc,"switch", "SW", "Switch value", LA_WIDGET_ENUM_HIGHLIGHT,0,0,0,0,offsetof(laInputControllerNodeSocket,IntVal),0,0,0,laget_SocketEnumArrayLength,0,0,0,0,0,LA_READ_ONLY|LA_UDF_IGNORE);
  973. laAddEnumItemAs(p,"IDLE", "Idle", "Button is not pressed", 0, 0);
  974. laAddEnumItemAs(p,"ACTIVE", "Active", "Button is pressed", 1, 0);
  975. laAddSubGroup(pc, "out", "Out","Output value","la_out_socket",0,0,0,offsetof(laInputControllerNodeSocket,Out),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  976. pc=laAddPropertyContainer("la_input_visualizer_node", "Visualizer", "Visualizer node",0,laui_InputVisualizeNode,sizeof(laInputVisualizerNode),lapost_Node,0,1);
  977. LA_PC_IDN_VISUALIZER=pc; laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);
  978. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);
  979. laAddSubGroup(pc, "in", "In","Input value","la_in_socket",0,0,0,offsetof(laInputVisualizerNode,In),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  980. laAddFloatProperty(pc,"axis", "🡘", "Axis value", LA_WIDGET_VALUE_METER,0,0,1,-1,0,0,0,offsetof(laInputVisualizerNode,RealVal),0,0,0,0,0,0,0,0,0,0,LA_READ_ONLY|LA_UDF_IGNORE);
  981. laAddFloatProperty(pc,"axis2d", "2D Axis", "2D Axis value", LA_WIDGET_VALUE_METER_2D,0,0,1,-1,0,0,0,offsetof(laInputVisualizerNode,RealVal),0,0,2,0,0,0,0,0,0,0,LA_READ_ONLY|LA_UDF_IGNORE);
  982. p=laAddEnumProperty(pc,"switch", "SW", "Switch value", LA_WIDGET_ENUM_HIGHLIGHT,0,0,0,0,offsetof(laInputVisualizerNode,IntVal),0,0,0,laget_VisualizerArrayLength,0,0,0,0,0,LA_READ_ONLY|LA_UDF_IGNORE);
  983. laAddEnumItemAs(p,"IDLE", "Idle", "Button is not pressed", 0, 0);
  984. laAddEnumItemAs(p,"ACTIVE", "Active", "Button is pressed", 1, 0);
  985. pc=laAddPropertyContainer("la_split_node", "Split", "Split node",0,laui_SplitNode,sizeof(laSplitNode),0,0,1);
  986. LA_PC_IDN_SPLIT=pc; laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);
  987. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);
  988. laAddSubGroup(pc,"in", "In","Input value","la_in_socket",0,0,0,offsetof(laSplitNode,In),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  989. laAddSubGroup(pc,"out0","Out 0","Output 0","la_split_node_out_socket",0,0,0,offsetof(laSplitNode, Out[0]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  990. laAddSubGroup(pc,"out1","Out 1","Output 1","la_split_node_out_socket",0,0,0,offsetof(laSplitNode, Out[1]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  991. laAddSubGroup(pc,"out2","Out 2","Output 2","la_split_node_out_socket",0,0,0,offsetof(laSplitNode, Out[2]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  992. laAddSubGroup(pc,"out3","Out 3","Output 3","la_split_node_out_socket",0,0,0,offsetof(laSplitNode, Out[3]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  993. laAddSubGroup(pc,"out4","Out 4","Output 4","la_split_node_out_socket",0,0,0,offsetof(laSplitNode, Out[4]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  994. laAddSubGroup(pc,"out5","Out 5","Output 5","la_split_node_out_socket",0,0,0,offsetof(laSplitNode, Out[5]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  995. laAddSubGroup(pc,"out6","Out 6","Output 6","la_split_node_out_socket",0,0,0,offsetof(laSplitNode, Out[6]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  996. laAddSubGroup(pc,"out7","Out 7","Output 7","la_split_node_out_socket",0,0,0,offsetof(laSplitNode, Out[7]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  997. laAddIntProperty(pc, "array_length", "Array Length", "Array length of data", 0, 0, 0, 0, 0, 0, 0, 0, offsetof(laSplitNode, ArrLen), 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,LA_READ_ONLY);
  998. pc=laAddPropertyContainer("la_split_node_out_socket", "Split Out", "One value from an array input",0,0,sizeof(laSplitNodeOutSocket),0,0,1|LA_PROP_OTHER_ALLOC);
  999. laAddSubGroup(pc, "out", "Out","Output value","la_out_socket",0,0,0,offsetof(laSplitNodeOutSocket,Out),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1000. pc=laAddPropertyContainer("la_switch_node", "Switch", "Switch node",0,laui_SwitchNode,sizeof(laSwitchNode),0,0,1);
  1001. LA_PC_IDN_SWITCH=pc; laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);
  1002. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1003. laAddSubGroup(pc,"out", "Out","Output value","la_out_socket",0,0,0,offsetof(laSwitchNode, Out),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1004. laAddSubGroup(pc,"in0","In 0","Input 0","la_switch_node_in_socket",0,0,0,offsetof(laSwitchNode, In[0]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1005. laAddSubGroup(pc,"in1","In 1","Input 1","la_switch_node_in_socket",0,0,0,offsetof(laSwitchNode, In[1]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1006. laAddSubGroup(pc,"in2","In 2","Input 2","la_switch_node_in_socket",0,0,0,offsetof(laSwitchNode, In[2]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1007. laAddSubGroup(pc,"in3","In 3","Input 3","la_switch_node_in_socket",0,0,0,offsetof(laSwitchNode, In[3]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1008. laAddSubGroup(pc,"in4","In 4","Input 4","la_switch_node_in_socket",0,0,0,offsetof(laSwitchNode, In[4]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1009. laAddSubGroup(pc,"in5","In 5","Input 5","la_switch_node_in_socket",0,0,0,offsetof(laSwitchNode, In[5]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1010. laAddSubGroup(pc,"in6","In 6","Input 6","la_switch_node_in_socket",0,0,0,offsetof(laSwitchNode, In[6]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1011. laAddSubGroup(pc,"in7","In 7","Input 7","la_switch_node_in_socket",0,0,0,offsetof(laSwitchNode, In[7]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1012. laAddIntProperty(pc, "switch", "Switch", "Switch which input to use", 0, 0, 0, 0, 0, 0, 0, 0, offsetof(laSwitchNode, Switch), 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0);
  1013. laAddSubGroup(pc,"switch_in", "Switch In","Switch control","la_in_socket",0,0,0,offsetof(laSwitchNode,SwitchIn),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1014. pc=laAddPropertyContainer("la_switch_node_in_socket", "Switch In", "Input of many values",0,0,sizeof(laSwitchNodeInSocket),0,0,1|LA_PROP_OTHER_ALLOC);
  1015. laAddSubGroup(pc, "in", "In","Input value","la_in_socket",0,0,0,offsetof(laSwitchNodeInSocket,In),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1016. pc=laAddPropertyContainer("la_combine_node", "Combine", "Combine node",0,laui_CombineNode,sizeof(laCombineNode),0,0,1);
  1017. LA_PC_IDN_COMBINE=pc; laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);
  1018. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1019. laAddSubGroup(pc,"out", "Out","Output value","la_out_socket",0,0,0,offsetof(laCombineNode, Out),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1020. laAddSubGroup(pc,"out_int", "Out Int","Output value in int format","la_out_socket",0,0,0,offsetof(laCombineNode, OutInt),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1021. laAddSubGroup(pc,"out_enum", "Out Enum","Output value in Enum format","la_out_socket",0,0,0,offsetof(laCombineNode, OutEnum),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1022. laAddSubGroup(pc,"in0","In 0","Input 0","la_switch_node_in_socket",0,0,0,offsetof(laCombineNode, In[0]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1023. laAddSubGroup(pc,"in1","In 1","Input 1","la_switch_node_in_socket",0,0,0,offsetof(laCombineNode, In[1]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1024. laAddSubGroup(pc,"in2","In 2","Input 2","la_switch_node_in_socket",0,0,0,offsetof(laCombineNode, In[2]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1025. laAddSubGroup(pc,"in3","In 3","Input 3","la_switch_node_in_socket",0,0,0,offsetof(laCombineNode, In[3]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1026. laAddSubGroup(pc,"in4","In 4","Input 4","la_switch_node_in_socket",0,0,0,offsetof(laCombineNode, In[4]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1027. laAddSubGroup(pc,"in5","In 5","Input 5","la_switch_node_in_socket",0,0,0,offsetof(laCombineNode, In[5]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1028. laAddSubGroup(pc,"in6","In 6","Input 6","la_switch_node_in_socket",0,0,0,offsetof(laCombineNode, In[6]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1029. laAddSubGroup(pc,"in7","In 7","Input 7","la_switch_node_in_socket",0,0,0,offsetof(laCombineNode, In[7]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1030. pc=laAddPropertyContainer("la_values_node", "Values", "Values node",0,laui_ValuesNode,sizeof(laValuesNode),lapost_Node,0,1);
  1031. LA_PC_IDN_VALUES=pc; laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);
  1032. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1033. laAddSubGroup(pc,"out0","Out 0","Output 0","la_split_node_out_socket",0,0,0,offsetof(laValuesNode, Out[0]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1034. laAddSubGroup(pc,"out1","Out 1","Output 1","la_split_node_out_socket",0,0,0,offsetof(laValuesNode, Out[1]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1035. laAddSubGroup(pc,"out2","Out 2","Output 2","la_split_node_out_socket",0,0,0,offsetof(laValuesNode, Out[2]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1036. laAddSubGroup(pc,"out3","Out 3","Output 3","la_split_node_out_socket",0,0,0,offsetof(laValuesNode, Out[3]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1037. laAddSubGroup(pc,"out4","Out 4","Output 4","la_split_node_out_socket",0,0,0,offsetof(laValuesNode, Out[4]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1038. laAddSubGroup(pc,"out5","Out 5","Output 5","la_split_node_out_socket",0,0,0,offsetof(laValuesNode, Out[5]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1039. laAddSubGroup(pc,"out6","Out 6","Output 6","la_split_node_out_socket",0,0,0,offsetof(laValuesNode, Out[6]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1040. laAddSubGroup(pc,"out7","Out 7","Output 7","la_split_node_out_socket",0,0,0,offsetof(laValuesNode, Out[7]),0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1041. p=laAddEnumProperty(pc,"mode0","Mode 0","Mode 0",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, Modes[0]),0,0,0,0,0,0,0,0,0,0); la_AddValuesNodeEnum(p);
  1042. p=laAddEnumProperty(pc,"mode1","Mode 1","Mode 1",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, Modes[1]),0,0,0,0,0,0,0,0,0,0); la_AddValuesNodeEnum(p);
  1043. p=laAddEnumProperty(pc,"mode2","Mode 2","Mode 2",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, Modes[2]),0,0,0,0,0,0,0,0,0,0); la_AddValuesNodeEnum(p);
  1044. p=laAddEnumProperty(pc,"mode3","Mode 3","Mode 3",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, Modes[3]),0,0,0,0,0,0,0,0,0,0); la_AddValuesNodeEnum(p);
  1045. p=laAddEnumProperty(pc,"mode4","Mode 4","Mode 4",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, Modes[4]),0,0,0,0,0,0,0,0,0,0); la_AddValuesNodeEnum(p);
  1046. p=laAddEnumProperty(pc,"mode5","Mode 5","Mode 5",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, Modes[5]),0,0,0,0,0,0,0,0,0,0); la_AddValuesNodeEnum(p);
  1047. p=laAddEnumProperty(pc,"mode6","Mode 6","Mode 6",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, Modes[6]),0,0,0,0,0,0,0,0,0,0); la_AddValuesNodeEnum(p);
  1048. p=laAddEnumProperty(pc,"mode7","Mode 7","Mode 7",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, Modes[7]),0,0,0,0,0,0,0,0,0,0); la_AddValuesNodeEnum(p);
  1049. laAddIntProperty(pc, "valuei0", "Value", "Int value 0", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, ValuesI[0]),0,0,0,0,0,0,0,0,0,0,0);
  1050. laAddIntProperty(pc, "valuei1", "Value", "Int value 1", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, ValuesI[1]),0,0,0,0,0,0,0,0,0,0,0);
  1051. laAddIntProperty(pc, "valuei2", "Value", "Int value 2", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, ValuesI[2]),0,0,0,0,0,0,0,0,0,0,0);
  1052. laAddIntProperty(pc, "valuei3", "Value", "Int value 3", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, ValuesI[3]),0,0,0,0,0,0,0,0,0,0,0);
  1053. laAddIntProperty(pc, "valuei4", "Value", "Int value 4", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, ValuesI[4]),0,0,0,0,0,0,0,0,0,0,0);
  1054. laAddIntProperty(pc, "valuei5", "Value", "Int value 5", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, ValuesI[5]),0,0,0,0,0,0,0,0,0,0,0);
  1055. laAddIntProperty(pc, "valuei6", "Value", "Int value 6", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, ValuesI[6]),0,0,0,0,0,0,0,0,0,0,0);
  1056. laAddIntProperty(pc, "valuei7", "Value", "Int value 7", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, ValuesI[7]),0,0,0,0,0,0,0,0,0,0,0);
  1057. laAddFloatProperty(pc, "value0", "Value", "Float value 0", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, Values[0]),0,0,0,0,0,0,0,0,0,0,0);
  1058. laAddFloatProperty(pc, "value1", "Value", "Float value 1", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, Values[1]),0,0,0,0,0,0,0,0,0,0,0);
  1059. laAddFloatProperty(pc, "value2", "Value", "Float value 2", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, Values[2]),0,0,0,0,0,0,0,0,0,0,0);
  1060. laAddFloatProperty(pc, "value3", "Value", "Float value 3", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, Values[3]),0,0,0,0,0,0,0,0,0,0,0);
  1061. laAddFloatProperty(pc, "value4", "Value", "Float value 4", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, Values[4]),0,0,0,0,0,0,0,0,0,0,0);
  1062. laAddFloatProperty(pc, "value5", "Value", "Float value 5", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, Values[5]),0,0,0,0,0,0,0,0,0,0,0);
  1063. laAddFloatProperty(pc, "value6", "Value", "Float value 6", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, Values[6]),0,0,0,0,0,0,0,0,0,0,0);
  1064. laAddFloatProperty(pc, "value7", "Value", "Float value 7", 0,0,0,0,0,0,0,0,offsetof(laValuesNode, Values[7]),0,0,0,0,0,0,0,0,0,0,0);
  1065. p=laAddEnumProperty(pc,"valuee0","SW","Enum Value 0",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, ValuesE[0]),0,0,0,0,0,0,0,0,0,0);la_AddValuesNodeEnumValue(p);
  1066. p=laAddEnumProperty(pc,"valuee1","SW","Enum Value 1",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, ValuesE[1]),0,0,0,0,0,0,0,0,0,0);la_AddValuesNodeEnumValue(p);
  1067. p=laAddEnumProperty(pc,"valuee2","SW","Enum Value 2",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, ValuesE[2]),0,0,0,0,0,0,0,0,0,0);la_AddValuesNodeEnumValue(p);
  1068. p=laAddEnumProperty(pc,"valuee3","SW","Enum Value 3",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, ValuesE[3]),0,0,0,0,0,0,0,0,0,0);la_AddValuesNodeEnumValue(p);
  1069. p=laAddEnumProperty(pc,"valuee4","SW","Enum Value 4",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, ValuesE[4]),0,0,0,0,0,0,0,0,0,0);la_AddValuesNodeEnumValue(p);
  1070. p=laAddEnumProperty(pc,"valuee5","SW","Enum Value 5",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, ValuesE[5]),0,0,0,0,0,0,0,0,0,0);la_AddValuesNodeEnumValue(p);
  1071. p=laAddEnumProperty(pc,"valuee6","SW","Enum Value 6",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, ValuesE[6]),0,0,0,0,0,0,0,0,0,0);la_AddValuesNodeEnumValue(p);
  1072. p=laAddEnumProperty(pc,"valuee7","SW","Enum Value 7",LA_WIDGET_ENUM_CYCLE,0,0,0,0,offsetof(laValuesNode, ValuesE[7]),0,0,0,0,0,0,0,0,0,0);la_AddValuesNodeEnumValue(p);
  1073. pc=laAddPropertyContainer("la_matrix_node", "Matrix", "Matrix node",0,laui_MatrixNode,sizeof(laMatrixNode),lapost_Node,0,1);
  1074. LA_PC_IDN_MATRIX=pc; laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);
  1075. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1076. laAddSubGroup(pc,"in_l", "L","Left input","la_in_socket",0,0,0,offsetof(laMatrixNode, InL),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1077. laAddSubGroup(pc,"in_r", "R","Right input","la_in_socket",0,0,0,offsetof(laMatrixNode, InR),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1078. laAddSubGroup(pc,"out", "Out","Output value","la_out_socket",0,0,0,offsetof(laMatrixNode, Out),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1079. p=laAddEnumProperty(pc,"operation", "Operation", "Operation", 0,0,0,0,0,offsetof(laMatrixNode,Operation),0,0,0,0,0,0,0,0,0,0);
  1080. laAddEnumItemAs(p,"MUL", "Multiply", "L x R", LA_MATRIX_NODE_OP_MUL, 0);
  1081. laAddEnumItemAs(p,"INV", "Invert", "Invert L or R", LA_MATRIX_NODE_OP_INV, 0);
  1082. #define REGISTER_MATH_NODE\
  1083. laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);\
  1084. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);\
  1085. laAddFloatProperty(pc, "vl", "L", "Left value", 0,0,0,0,0,0,0,0,offsetof(laMathNode, ValueL),0,0,0,0,0,0,0,0,0,0,0);\
  1086. laAddFloatProperty(pc, "vr", "R", "Right value", 0,0,0,0,0,0,0,0,offsetof(laMathNode, ValueR),0,0,0,0,0,0,0,0,0,0,0);\
  1087. laAddSubGroup(pc,"in_l", "L","Left input","la_in_socket",0,0,0,offsetof(laMathNode, InL),0,0,0,0,0,0,0,LA_UDF_SINGLE);\
  1088. laAddSubGroup(pc,"in_r", "R","Right input","la_in_socket",0,0,0,offsetof(laMathNode, InR),0,0,0,0,0,0,0,LA_UDF_SINGLE);\
  1089. laAddSubGroup(pc,"out", "Out","Output value","la_out_socket",0,0,0,offsetof(laMathNode, Out),0,0,0,0,0,0,0,LA_UDF_SINGLE);\
  1090. laAddSubGroup(pc,"out_int", "Out Int","Output value in Integer","la_out_socket",0,0,0,offsetof(laMathNode, OutInt),0,0,0,0,0,0,0,LA_UDF_SINGLE);\
  1091. p=laAddEnumProperty(pc,"operation", "Operation", "Operation", 0,0,0,0,0,offsetof(laMathNode, Operation),0,0,0,0,0,0,0,0,0,0);\
  1092. laAddEnumItemAs(p,"ADD", "Add", "L + R", LA_MATH_NODE_OP_ADD, 0);\
  1093. laAddEnumItemAs(p,"SUB", "Subtract", "L - R", LA_MATH_NODE_OP_SUB, 0);\
  1094. laAddEnumItemAs(p,"MUL", "Multiply", "L x R", LA_MATH_NODE_OP_MUL, 0);\
  1095. laAddEnumItemAs(p,"DIV", "Divide", "L / R", LA_MATH_NODE_OP_DIV, 0);\
  1096. laAddEnumItemAs(p,"POW", "Power", "pow(L,R)", LA_MATH_NODE_OP_POW, 0);\
  1097. laAddEnumItemAs(p,"LOG", "Log", "log(L)base(R)", LA_MATH_NODE_OP_LOG, 0);\
  1098. laAddEnumItemAs(p,"SIN", "Sine", "sin(L)", LA_MATH_NODE_OP_SIN, 0);\
  1099. laAddEnumItemAs(p,"COS", "Cosine", "cos(L)", LA_MATH_NODE_OP_COS, 0);\
  1100. laAddEnumItemAs(p,"TAN", "Tangent", "tan(L)", LA_MATH_NODE_OP_TAN, 0);\
  1101. laAddEnumItemAs(p,"ASIN", "Arcsin", "asin(L)", LA_MATH_NODE_OP_ASIN, 0);\
  1102. laAddEnumItemAs(p,"ACOS", "Arccosine", "acos(L)", LA_MATH_NODE_OP_ACOS, 0);\
  1103. laAddEnumItemAs(p,"ATAN", "Arctangent", "atan(L)", LA_MATH_NODE_OP_ATAN, 0);\
  1104. laAddEnumItemAs(p,"ATAN2", "Atan2", "atan2(L,R) where L or R can be zero", LA_MATH_NODE_OP_ATAN2, 0);\
  1105. laAddEnumItemAs(p,"MOD", "Mod", "L \% R", LA_MATH_NODE_OP_MOD, 0);
  1106. pc=laAddPropertyContainer("la_math_node", "Math", "Math node",0,laui_MathNode,sizeof(laMathNode),lapost_Node,0,1); LA_PC_IDN_MATH=pc; REGISTER_MATH_NODE
  1107. pc=laAddPropertyContainer("la_small_math_node", "Small Math", "Small Math node",0,laui_SmallMathNode,sizeof(laMathNode),lapost_Node,0,1); LA_PC_IDN_SMALL_MATH=pc; REGISTER_MATH_NODE
  1108. pc=laAddPropertyContainer("la_mapper_node", "Mapper", "Mapper node",0,laui_MapperNode,sizeof(laMapperNode),lapost_Node,0,1);
  1109. LA_PC_IDN_MAPPER=pc; laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);
  1110. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1111. laAddSubGroup(pc,"in", "In","Input value","la_in_socket",0,0,0,offsetof(laMapperNode, In),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1112. laAddSubGroup(pc,"in_min", "In Min","Minimum input value","la_in_socket",0,0,0,offsetof(laMapperNode, InMin),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1113. laAddSubGroup(pc,"in_max", "In Max","Maximum input value","la_in_socket",0,0,0,offsetof(laMapperNode, InMax),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1114. laAddSubGroup(pc,"out_min", "Out Min","Minimum output value","la_in_socket",0,0,0,offsetof(laMapperNode, OutMin),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1115. laAddSubGroup(pc,"out_max", "Out Max","Maximum output value","la_in_socket",0,0,0,offsetof(laMapperNode, OutMax),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1116. laAddSubGroup(pc,"out", "Out","Output value","la_out_socket",0,0,0,offsetof(laMapperNode, Out),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1117. laAddSubGroup(pc,"mapper", "Mapper","Value mapper","la_value_mapper",0,LA_WIDGET_MAPPER,0,offsetof(laMapperNode, Mapper),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1118. p=laAddEnumProperty(pc,"clamp_input", "Clamp Input", "Clamp input", LA_WIDGET_ENUM_HIGHLIGHT,0,0,0,0,offsetof(laMapperNode,ClampInput),0,0,0,0,0,0,0,0,0,0);
  1119. laAddEnumItemAs(p,"NONE", "None", "Don't clamp", 0, 0); laAddEnumItemAs(p,"CLAMP", "Clamp", "Clamp to specified range", 1, 0);
  1120. p=laAddEnumProperty(pc,"clamp_output", "Clamp Output", "Clamp output", LA_WIDGET_ENUM_HIGHLIGHT,0,0,0,0,offsetof(laMapperNode,ClampOutput),0,0,0,0,0,0,0,0,0,0);
  1121. laAddEnumItemAs(p,"NONE", "None", "Don't clamp", 0, 0); laAddEnumItemAs(p,"CLAMP", "Clamp", "Clamp to specified range", 1, 0);
  1122. pc=laAddPropertyContainer("la_random_node", "Random", "Random node",0,laui_RandomNode,sizeof(laRandomNode),lapost_Node,0,1);
  1123. LA_PC_IDN_RANDOM=pc; laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);
  1124. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1125. laAddSubGroup(pc,"out", "Out","Output value","la_out_socket",0,0,0,offsetof(laRandomNode, Out),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1126. laAddSubGroup(pc,"min", "Min","Minimum output value","la_in_socket",0,0,0,offsetof(laRandomNode, InMin),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1127. laAddSubGroup(pc,"max", "Max","Maximum output value","la_in_socket",0,0,0,offsetof(laRandomNode, InMax),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1128. laAddFloatProperty(pc, "range", "Range", "Range of the random values", 0,0,0,0,0,0,0,0,offsetof(laRandomNode, Min),0,0,2,0,0,0,0,0,0,0,0);
  1129. pc=laAddPropertyContainer("la_vector_math_node", "Vector Math", "Math node",0,laui_VectorMathNode,sizeof(laVectorMathNode),lapost_Node,0,1);
  1130. LA_PC_IDN_VECTOR_MATH=pc; laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);
  1131. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1132. laAddSubGroup(pc,"in_l", "L","Left input","la_in_socket",0,0,0,offsetof(laVectorMathNode, InL),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1133. laAddSubGroup(pc,"in_r", "R","Right input","la_in_socket",0,0,0,offsetof(laVectorMathNode, InR),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1134. laAddSubGroup(pc,"out", "Out","Output value","la_out_socket",0,0,0,offsetof(laVectorMathNode, Out),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1135. p=laAddEnumProperty(pc,"operation", "Operation", "Operation", 0,0,0,0,0,offsetof(laVectorMathNode, Operation),0,0,0,0,0,0,0,0,0,0);
  1136. laAddEnumItemAs(p,"ADD", "Add", "L + R", LA_VECTOR_MATH_OP_ADD, 0);
  1137. laAddEnumItemAs(p,"SUB", "Subtract", "L - R", LA_VECTOR_MATH_OP_SUB, 0);
  1138. laAddEnumItemAs(p,"MUL", "Multiply (component)", "L x R (component)", LA_VECTOR_MATH_OP_MUL, 0);
  1139. laAddEnumItemAs(p,"DIV", "Divide (component)", "L / R (component)", LA_VECTOR_MATH_OP_DIV, 0);
  1140. laAddEnumItemAs(p,"CROSS", "Cross", "L x R", LA_VECTOR_MATH_OP_CROSS, 0);
  1141. laAddEnumItemAs(p,"DOT", "Dot", "L . R", LA_VECTOR_MATH_OP_DOT, 0);
  1142. laAddEnumItemAs(p,"POW", "Power", "pow(L,R)", LA_VECTOR_MATH_OP_POW, 0);
  1143. laAddEnumItemAs(p,"LOG", "Log", "log(L)base(R)", LA_VECTOR_MATH_OP_LOG, 0);
  1144. laAddEnumItemAs(p,"NORM", "Normalize", "Normalize(L)", LA_VECTOR_MATH_OP_NORMALIZE, 0);
  1145. pc=laAddPropertyContainer("la_comment_node", "Comment", "Comment",0,laui_CommentNode,sizeof(laCommentNode),lapost_Node,0,1);
  1146. LA_PC_IDN_COMMENT=pc; laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);
  1147. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1148. laAddStringProperty(pc,"content","Content","Content of the comment",LA_WIDGET_STRING_MULTI,0,0,0,1,offsetof(laCommentNode,Content),0,0,0,0,0);
  1149. pc=laAddPropertyContainer("la_rgb_to_okhsl_node", "RGB 2 OKHSL", "RGB color to OKHSL values",0,laui_RGB2OKHSLNode,sizeof(laRGB2OKHSLNode),lapost_Node,0,1);
  1150. LA_PC_IDN_RGB2OKHSL=pc; laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);
  1151. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1152. laAddSubGroup(pc,"in", "In","Input color","la_in_socket",0,0,0,offsetof(laRGB2OKHSLNode, In),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1153. laAddSubGroup(pc,"out_h", "H","Hue","la_out_socket",0,0,0,offsetof(laRGB2OKHSLNode, OutH),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1154. laAddSubGroup(pc,"out_s", "S","Chroma","la_out_socket",0,0,0,offsetof(laRGB2OKHSLNode, OutS),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1155. laAddSubGroup(pc,"out_l", "L","Brightness","la_out_socket",0,0,0,offsetof(laRGB2OKHSLNode, OutL),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1156. laAddFloatProperty(pc, "color", "Color", "Default color", LA_WIDGET_FLOAT_COLOR,0,0,0,0,0,0,0,offsetof(laRGB2OKHSLNode, RGB),0,0,3,0,0,0,0,0,0,0,0);
  1157. pc=laAddPropertyContainer("la_okhsl_to_rgb_node", "OKHSL 2 RGB", "OKHSL values to RGB color",0,laui_OKHSL2RGBNode,sizeof(laOKHSL2RGBNode),lapost_Node,0,1);
  1158. LA_PC_IDN_OKHSL2RGB=pc; laPropContainerExtraFunctions(pc,0,0,0,0,laui_DefaultNodeOperationsPropUiDefine);
  1159. laAddSubGroup(pc,"base","Base","Base node","la_base_node",0,0,0,0,0,0,0,0,0,0,0,LA_UDF_LOCAL);
  1160. laAddSubGroup(pc,"out", "Out","Output color","la_out_socket",0,0,0,offsetof(laOKHSL2RGBNode, Out),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1161. laAddSubGroup(pc,"in_h", "H","Hue","la_in_socket",0,0,0,offsetof(laOKHSL2RGBNode, InH),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1162. laAddSubGroup(pc,"in_s", "S","Chroma","la_in_socket",0,0,0,offsetof(laOKHSL2RGBNode, InS),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1163. laAddSubGroup(pc,"in_l", "L","Brightness","la_in_socket",0,0,0,offsetof(laOKHSL2RGBNode, InL),0,0,0,0,0,0,0,LA_UDF_SINGLE);
  1164. typedef laMathNode laSmallMathNode;
  1165. LA_IDN_REGISTER("Controller",L'🕹',LA_IDN_CONTROLLER,LA_PC_IDN_CONTROLLER, IDN_ControllerInit, IDN_ControllerDestroy, IDN_ControllerVisit, IDN_ControllerEval, laInputControllerNode);
  1166. LA_IDN_REGISTER("Visualizer",L'🔍',LA_IDN_VISUALIZER,LA_PC_IDN_VISUALIZER, IDN_InputVisualizeInit, IDN_InputVisualizeDestroy, IDN_InputVisualizeVisit, IDN_InputVisualizerEval, laInputVisualizerNode);
  1167. LA_IDN_REGISTER("Split",L'⚟',LA_IDN_SPLIT,LA_PC_IDN_SPLIT, IDN_SplitInit, IDN_SplitDestroy, IDN_SplitVisit, IDN_SplitEval, laSplitNode);
  1168. LA_IDN_REGISTER("Switch",L'🚦',LA_IDN_SWITCH,LA_PC_IDN_SWITCH, IDN_SwitchInit, IDN_SwitchDestroy, IDN_SwitchVisit, IDN_SwitchEval, laSwitchNode);
  1169. LA_IDN_REGISTER("Combine",L'⚞',LA_IDN_COMBINE,LA_PC_IDN_COMBINE, IDN_CombineInit, IDN_CombineDestroy, IDN_CombineVisit, IDN_CombineEval, laCombineNode);
  1170. LA_IDN_REGISTER("Values",0,LA_IDN_VALUES,LA_PC_IDN_VALUES, IDN_ValuesInit, IDN_ValuesDestroy, IDN_ValuesVisit, IDN_ValuesEval, laValuesNode);
  1171. LA_IDN_REGISTER("Matrix",0,LA_IDN_MATRIX,LA_PC_IDN_MATRIX, IDN_MatrixInit, IDN_MatrixDestroy, IDN_MatrixVisit, IDN_MatrixEval, laMatrixNode);
  1172. LA_IDN_REGISTER("Math",0,LA_IDN_MATH,LA_PC_IDN_MATH, IDN_MathInit, IDN_MathDestroy, IDN_MathVisit, IDN_MathEval, laMathNode);
  1173. LA_IDN_REGISTER("Small Math",0,LA_IDN_SMALL_MATH,LA_PC_IDN_SMALL_MATH, IDN_MathInit, IDN_MathDestroy, IDN_MathVisit, IDN_MathEval, laSmallMathNode);
  1174. LA_IDN_REGISTER("Mapper",0,LA_IDN_MAPPER,LA_PC_IDN_MAPPER, IDN_MapperInit, IDN_MapperDestroy, IDN_MapperVisit, IDN_MapperEval, laMapperNode);
  1175. LA_IDN_REGISTER("Random",0,LA_IDN_RANDOM,LA_PC_IDN_RANDOM, IDN_RandomInit, IDN_RandomDestroy, IDN_RandomVisit, IDN_RandomEval, laRandomNode);
  1176. LA_IDN_REGISTER("Vector Math",0,LA_IDN_VECTOR_MATH,LA_PC_IDN_VECTOR_MATH, IDN_VectorMathInit, IDN_VectorMathDestroy, IDN_VectorMathVisit, IDN_VectorMathEval, laVectorMathNode);
  1177. LA_IDN_REGISTER("Comment",0,LA_IDN_COMMENT,LA_PC_IDN_COMMENT, IDN_CommentInit, IDN_CommentDestroy, IDN_CommentVisit, IDN_CommentEval, laCommentNode);
  1178. LA_IDN_REGISTER("RGB to OKHSL",0,LA_IDN_RGB2OKHSL,LA_PC_IDN_RGB2OKHSL, IDN_RGB2OKHSLInit, IDN_RGB2OKHSLDestroy, IDN_RGB2OKHSLVisit, IDN_RGB2OKHSLEval, laRGB2OKHSLNode);
  1179. LA_IDN_REGISTER("OKHSL to RGB",0,LA_IDN_OKHSL2RGB,LA_PC_IDN_OKHSL2RGB, IDN_OKHSL2RGBInit, IDN_OKHSL2RGBDestroy, IDN_OKHSL2RGBVisit, IDN_OKHSL2RGBEval, laOKHSL2RGBNode);
  1180. LA_NODE_CATEGORY_INPUT=laAddNodeCategory("Input",0,LA_RACK_TYPE_INPUT);
  1181. LA_NODE_CATEGORY_MATH=laAddNodeCategory("Math",0,LA_RACK_TYPE_ALL);
  1182. LA_NODE_CATEGORY_COLOR=laAddNodeCategory("Color",0,LA_RACK_TYPE_ALL);
  1183. LA_NODE_CATEGORY_ROUTE=laAddNodeCategory("Route",0,LA_RACK_TYPE_ALL);
  1184. LA_NODE_CATEGORY_AUX=laAddNodeCategory("Auxiliary",0,LA_RACK_TYPE_ALL);
  1185. laNodeCategoryAddNodeTypes(LA_NODE_CATEGORY_INPUT, &LA_IDN_CONTROLLER,0);
  1186. laNodeCategoryAddNodeTypes(LA_NODE_CATEGORY_MATH, &LA_IDN_MATH, &LA_IDN_SMALL_MATH,&LA_IDN_VECTOR_MATH,&LA_IDN_MAPPER,&LA_IDN_RANDOM,&LA_IDN_MATRIX,0);
  1187. laNodeCategoryAddNodeTypes(LA_NODE_CATEGORY_ROUTE, &LA_IDN_SPLIT, &LA_IDN_SWITCH, &LA_IDN_COMBINE, &LA_IDN_VALUES, &LA_IDN_VISUALIZER,0);
  1188. laNodeCategoryAddNodeTypes(LA_NODE_CATEGORY_AUX, &LA_IDN_COMMENT,0);
  1189. laNodeCategoryAddNodeTypes(LA_NODE_CATEGORY_COLOR, &LA_IDN_RGB2OKHSL, &LA_IDN_OKHSL2RGB,0);
  1190. MAIN.tNodeIn=laCreateInSocket("TIN",0);
  1191. MAIN.tNodeOut=laCreateOutSocket(0,"TOUT",0);
  1192. }
  1193. void laMappingRequestRebuild(){ MAIN.InputMapping->NeedRebuild=1; }
  1194. void laMappingRequestEval(){ MAIN.InputMapping->NeedEval=1; }
  1195. int la_RunInputMapping(){
  1196. MAIN.InputMapping->NeedEval = 0;
  1197. for(laListItemPointer*lip=MAIN.InputMapping->Eval.pFirst;lip;lip=lip->pNext){
  1198. laBaseNode* n=lip->p; if(!n->InitDone){ n->Type->Init(n,1); n->InitDone=1; } n->Type->Eval(n);
  1199. }
  1200. return 1;
  1201. }
  1202. int la_RebuildInputMapping(){
  1203. MAIN.InputMapping->NeedRebuild = 0;
  1204. while(lstPopPointer(&MAIN.InputMapping->Eval));
  1205. laListHandle pending={0}; laRackPage* rp=MAIN.InputMapping->CurrentPage; if(!rp)return LA_DAG_FLAG_PERM;
  1206. for(laNodeRack* ir=rp->Racks.pFirst;ir;ir=ir->Item.pNext){
  1207. for(laBaseNode*bn=ir->Nodes.pFirst;bn;bn=bn->Item.pNext){ if(!bn->InitDone){ bn->Type->Init(bn,1); bn->InitDone=1; } lstAppendPointer(&pending,bn); bn->Eval=0; }
  1208. }
  1209. laBaseNode*n;int result=LA_DAG_FLAG_PERM; laListItemPointer*NextLip;
  1210. for(laListItemPointer*lip=pending.pFirst;lip;lip=NextLip){ n=lip->p; NextLip=lip->pNext;
  1211. if(n->Eval&LA_DAG_FLAG_PERM) continue;
  1212. result=n->Type->Visit(n,&MAIN.InputMapping->Eval); if(result==LA_DAG_FLAG_ERR){ while(lstPopPointer(&pending)); break; }
  1213. }
  1214. if(result==LA_DAG_FLAG_ERR){ while(lstPopPointer(&MAIN.InputMapping->Eval)); return LA_DAG_FLAG_ERR; }
  1215. return LA_DAG_FLAG_PERM;
  1216. }
  1217. //==================================================================================================
  1218. laNodeOutSocket* laCreateOutSocket(void* NodeParentOptional, char* label, int DataType){
  1219. laNodeOutSocket* os=memAcquire(sizeof(laNodeOutSocket));
  1220. strSafeSet(&os->Label, label); os->DataType = DataType; os->Parent=NodeParentOptional;
  1221. return os;
  1222. }
  1223. laNodeInSocket* laCreateInSocket(char* label, int DataType){
  1224. laNodeInSocket* is=memAcquire(sizeof(laNodeInSocket));
  1225. strSafeSet(&is->Label, label); is->DataType = DataType;
  1226. return is;
  1227. }
  1228. void laDestroyInSocket(laNodeInSocket* s){ strSafeDestroy(&s->Label); memLeave(s); }
  1229. void laDestroyOutSocket(laNodeOutSocket* s){ strSafeDestroy(&s->Label); memLeave(s); }
  1230. laNodeCategory* laAddNodeCategory(char* Name,laUiDefineFunc* Ui,int ForRackTypes){
  1231. laNodeCategory* nc=memAcquire(sizeof(laNodeCategory));
  1232. lstAppendItem(&MAIN.NodeCategories,nc);
  1233. strSafeSet(&nc->Name, Name); nc->Ui=Ui; nc->For=ForRackTypes;
  1234. return nc;
  1235. }
  1236. void laNodeCategoryAddNodeTypes(laNodeCategory* nc, ...){
  1237. va_list list; va_start(list,nc);
  1238. laBaseNodeType* nt;
  1239. while(nt=va_arg(list,laBaseNodeType*)){
  1240. lstAppendPointer(&nc->NodeTypes, nt);
  1241. }
  1242. va_end(list);
  1243. }