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IndirectTexturingShadowsEffect.rfx @ 952

Revision 952, 93.3 KB checked in by igarcia, 19 years ago (diff)

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1	<?xml version="1.0" encoding="UTF-8" standalone="yes"?>
2	<!DOCTYPE RENDER_MONKEY [
3	<!ELEMENT RENDER_MONKEY
4	(
5	RmEffectWorkspace \|
6	RmRegistryBranch \|
7	RmClipboardNode
8	)?>
9
10	<!ELEMENT RmEffectWorkspace
11	(
12	RmRegistryBranch?,
13	RmPlugInData?,
14	RmStringVariable*,
15	(
16	( RmDirectXEffect, RmOpenGLEffect? ) \|
17	( RmOpenGLEffect, RmDirectXEffect? )
18	)?,
19	(
20	RmBooleanVariable \|
21	RmIntegerVariable \|
22	RmFloatVariable \|
23	RmVectorVariable \|
24	RmMatrixVariable \|
25	RmDynamicVariable \|
26	RmColorVariable \|
27	Rm2DTextureVariable \|
28	RmCubemapVariable \|
29	Rm3DTextureVariable \|
30	RmLightVariable \|
31	RmMaterialVariable \|
32	RmRenderableTexture \|
33	RmStreamMap \|
34	RmModelData \|
35	RmEffectGroup
36	)*
37	)>
38
39	<!ELEMENT RmEffectGroup
40	(
41	RmPlugInData?,
42	(
43	RmStringVariable \|
44	RmDirectXEffect \|
45	RmOpenGLEffect \|
46	RmBooleanVariable \|
47	RmIntegerVariable \|
48	RmFloatVariable \|
49	RmVectorVariable \|
50	RmMatrixVariable \|
51	RmDynamicVariable \|
52	RmColorVariable \|
53	Rm2DTextureVariable \|
54	RmCubemapVariable \|
55	Rm3DTextureVariable \|
56	RmLightVariable \|
57	RmMaterialVariable \|
58	RmRenderableTexture \|
59	RmStreamMap \|
60	RmModelData
61	)*
62	)>
63
64	<!ELEMENT RmDirectXEffect
65	(
66	RmPlugInData?,
67	(
68	RmStringVariable \|
69	RmCamera \|
70	RmBooleanVariable \|
71	RmIntegerVariable \|
72	RmFloatVariable \|
73	RmVectorVariable \|
74	RmMatrixVariable \|
75	RmDynamicVariable \|
76	RmColorVariable \|
77	Rm2DTextureVariable \|
78	RmCubemapVariable \|
79	Rm3DTextureVariable \|
80	RmLightVariable \|
81	RmMaterialVariable \|
82	RmRenderableTexture \|
83	RmStreamMap \|
84	RmModelData \|
85	RmPass
86	)*
87	)>
88
89	<!ELEMENT RmOpenGLEffect
90	(
91	RmPlugInData?,
92	(
93	RmStringVariable \|
94	RmCamera \|
95	RmBooleanVariable \|
96	RmIntegerVariable \|
97	RmFloatVariable \|
98	RmVectorVariable \|
99	RmMatrixVariable \|
100	RmDynamicVariable \|
101	RmColorVariable \|
102	Rm2DTextureVariable \|
103	RmCubemapVariable \|
104	Rm3DTextureVariable \|
105	RmLightVariable \|
106	RmMaterialVariable \|
107	RmRenderableTexture \|
108	RmStreamMap \|
109	RmModelData \|
110	RmGLPass
111	)*
112	)>
113
114	<!ELEMENT RmPass
115	(
116	RmPlugInData?,
117	RmStringVariable*,
118	RmCameraReference?,
119	RmModelReference?,
120	RmRenderStateBlock?,
121	(
122	(
123	( RmHLSLShader \| RmShader ),
124	( RmShader \| RmHLSLShader )?
125	)
126	)?,
127	RmRenderTarget*,
128	RmStreamMapReference?,
129	(
130	RmBooleanVariable \|
131	RmIntegerVariable \|
132	RmFloatVariable \|
133	RmVectorVariable \|
134	RmMatrixVariable \|
135	RmDynamicVariable \|
136	RmColorVariable \|
137	Rm2DTextureVariable \|
138	RmCubemapVariable \|
139	Rm3DTextureVariable \|
140	RmLightVariable \|
141	RmMaterialVariable \|
142	RmTextureObject \|
143	RmLightObject \|
144	RmMaterialObject
145	)*
146	)>
147
148	<!ELEMENT RmGLPass
149	(
150	RmPlugInData?,
151	RmStringVariable*,
152	RmCameraReference?,
153	RmModelReference?,
154	RmRenderStateBlock?,
155	(
156	( RmGLShader, RmGLShader? )
157	)?,
158	RmRenderTarget?,
159	RmStreamMapReference?,
160	(
161	RmBooleanVariable \|
162	RmIntegerVariable \|
163	RmFloatVariable \|
164	RmVectorVariable \|
165	RmMatrixVariable \|
166	RmDynamicVariable \|
167	RmColorVariable \|
168	Rm2DTextureVariable \|
169	RmCubemapVariable \|
170	Rm3DTextureVariable \|
171	RmLightVariable \|
172	RmMaterialVariable \|
173	RmTextureObject \|
174	RmLightObject \|
175	RmMaterialObject \|
176	RmShaderConstant \|
177	RmSampler
178	)*
179	)>
180
181	<!ELEMENT RmShader
182	(
183	RmShaderCode,
184	RmPlugInData?,
185	(
186	RmStringVariable \|
187	RmShaderConstant
188	)*
189	)>
190
191	<!ELEMENT RmHLSLShader
192	(
193	RmShaderCode,
194	RmPlugInData?,
195	(
196	RmStringVariable \|
197	RmShaderConstant \|
198	RmSampler
199	)*
200	)>
201
202	<!ELEMENT RmGLShader
203	(
204	RmShaderCode,
205	RmPlugInData?,
206	(
207	RmStringVariable
208	)*
209	)>
210
211	<!ELEMENT RmTextureObject
212	(
213	RmPlugInData?,
214	RmStringVariable*,
215	RmTextureReference?,
216	RmState*
217	)>
218
219	<!ELEMENT RmLightObject
220	(
221	RmPlugInData?,
222	RmStringVariable*,
223	RmLightReference?
224	)>
225
226	<!ELEMENT RmMaterialObject
227	(
228	RmPlugInData?,
229	RmStringVariable*,
230	RmMaterialReference?
231	)>
232
233	<!ELEMENT RmRenderStateBlock
234	(
235	RmPlugInData?,
236	(
237	RmStringVariable \|
238	RmState
239	)*
240	)>
241
242	<!ELEMENT RmStreamMap
243	(
244	RmPlugInData?,
245	(
246	RmStringVariable \|
247	RmStream
248	)*
249	)>
250
251	<!ELEMENT RmStream ( RmPlugInData?, RmStreamChannel* )>
252
253	<!ELEMENT RmModelData ( RmPlugInData?, RmStringVariable* )>
254	<!ELEMENT RmTextureReference ( RmPlugInData?, RmStringVariable* )>
255	<!ELEMENT RmLightReference ( RmPlugInData?, RmStringVariable* )>
256	<!ELEMENT RmMaterialReference ( RmPlugInData?, RmStringVariable* )>
257	<!ELEMENT RmCameraReference ( RmPlugInData?, RmStringVariable* )>
258	<!ELEMENT RmModelReference ( RmPlugInData?, RmStringVariable* )>
259	<!ELEMENT RmStreamMapReference ( RmPlugInData?, RmStringVariable* )>
260	<!ELEMENT RmRenderableTexture ( RmPlugInData?, RmStringVariable* )>
261	<!ELEMENT RmRenderTarget ( RmPlugInData?, RmStringVariable* )>
262	<!ELEMENT RmBooleanVariable ( RmPlugInData?, RmStringVariable? )>
263	<!ELEMENT RmFloatVariable ( RmPlugInData?, RmStringVariable? )>
264	<!ELEMENT RmVectorVariable ( RmPlugInData?, RmStringVariable? )>
265	<!ELEMENT RmMatrixVariable ( RmPlugInData?, RmStringVariable? )>
266	<!ELEMENT RmColorVariable ( RmPlugInData?, RmStringVariable? )>
267	<!ELEMENT RmIntegerVariable ( RmPlugInData?, RmStringVariable? )>
268	<!ELEMENT Rm2DTextureVariable ( RmPlugInData?, RmStringVariable? )>
269	<!ELEMENT RmCubemapVariable ( RmPlugInData?, RmStringVariable? )>
270	<!ELEMENT Rm3DTextureVariable ( RmPlugInData?, RmStringVariable? )>
271	<!ELEMENT RmLightVariable ( RmPlugInData?, RmStringVariable? )>
272	<!ELEMENT RmMaterialVariable ( RmPlugInData?, RmStringVariable? )>
273	<!ELEMENT RmCamera ( RmPlugInData?, RmStringVariable* )>
274
275	<!ELEMENT RmStringVariable ( RmTextDataBlock, RmPlugInData? )>
276
277	<!ELEMENT RmDynamicVariable
278	(
279	RmPlugInData?,
280	RmStringVariable?,
281	RmDynamicVariableValueContainer
282	)>
283
284	<!ELEMENT RmDynamicVariableValueContainer
285	(
286	RmPlugInData?,
287	RmDynamicVariableValue*
288	)>
289
290	<!ELEMENT RmTextDataBlock ( #PCDATA ) >
291
292	<!ELEMENT RmRegistryBranch
293	(
294	RmTextDataBlock?,
295	(
296	RmRegistryBranch \|
297	RmStringVariable \|
298	RmIntegerVariable \|
299	RmBooleanVariable \|
300	RmFloatVariable
301	)*
302	)>
303
304	<!ELEMENT RmPlugInData
305	(
306	RmTextDataBlock?,
307	(
308	RmStringVariable \|
309	RmIntegerVariable \|
310	RmBooleanVariable \|
311	RmFloatVariable \|
312	RmVectorVariable
313	)*
314	)>
315
316	<!ELEMENT RmClipboardNode
317	(
318	RmTextDataBlock?,
319	(
320	RmEffectWorkspace \|
321	RmEffectGroup \|
322	RmDirectXEffect \|
323	RmOpenGLEffect \|
324	RmPass \|
325	RmGLPass \|
326	RmShader \|
327	RmHLSLShader \|
328	RmGLShader \|
329	RmShaderConstant \|
330	RmSampler \|
331	RmTextureObject \|
332	RmLightObject \|
333	RmMaterialObject \|
334	RmRenderStateBlock \|
335	RmState \|
336	RmStreamMap \|
337	RmStream \|
338	RmStreamChannel \|
339	RmModelData \|
340	RmTextureReference \|
341	RmLightReference \|
342	RmMaterialReference \|
343	RmModelReference \|
344	RmStreamMapReference \|
345	RmRenderableTexture \|
346	RmRenderTarget \|
347	RmBooleanVariable \|
348	RmFloatVariable \|
349	RmVectorVariable \|
350	RmMatrixVariable \|
351	RmDynamicVariable \|
352	RmDynamicVariableValue \|
353	RmColorVariable \|
354	RmIntegerVariable \|
355	RmStringVariable \|
356	Rm2DTextureVariable \|
357	RmCubemapVariable \|
358	Rm3DTextureVariable \|
359	RmLightVariable \|
360	RmMaterialVariable \|
361	RmRegistryBranch \|
362	RmPlugInData \|
363	RmCamera \|
364	RmCameraReference
365	)*
366	)>
367
368	<!ELEMENT RmStreamChannel ( RmPlugInData? ) >
369	<!ELEMENT RmShaderConstant ( RmPlugInData? ) >
370	<!ELEMENT RmSampler ( RmPlugInData? ) >
371	<!ELEMENT RmState ( RmPlugInData? ) >
372	<!ELEMENT RmDynamicVariableValue ( RmPlugInData? ) >
373
374	<!ELEMENT RmShaderCode ( #PCDATA ) >
375
376	<!ATTLIST RmEffectWorkspace
377	NAME CDATA #REQUIRED
378	API CDATA #REQUIRED
379	ACTIVE_EFFECT CDATA #REQUIRED
380	VALIDATION_STRING CDATA #REQUIRED
381	XML_VERSION CDATA #REQUIRED
382	>
383
384	<!ATTLIST RmEffectGroup
385	NAME CDATA #REQUIRED
386	API CDATA #REQUIRED
387	>
388
389	<!ATTLIST RmDirectXEffect
390	NAME CDATA #REQUIRED
391	API CDATA #REQUIRED
392	ACTIVE_CAMERA CDATA #REQUIRED
393	>
394
395	<!ATTLIST RmOpenGLEffect
396	NAME CDATA #REQUIRED
397	API CDATA #REQUIRED
398	ACTIVE_CAMERA CDATA #REQUIRED
399	>
400
401	<!ATTLIST RmPass
402	NAME CDATA #REQUIRED
403	API CDATA #REQUIRED
404	PASS_INDEX CDATA #REQUIRED
405	ENABLED ( TRUE \| FALSE ) #REQUIRED
406	>
407
408	<!ATTLIST RmGLPass
409	NAME CDATA #REQUIRED
410	API CDATA #REQUIRED
411	PASS_INDEX CDATA #REQUIRED
412	ENABLED ( TRUE \| FALSE ) #REQUIRED
413	>
414
415	<!ATTLIST RmShader
416	NAME CDATA #REQUIRED
417	API CDATA #REQUIRED
418	PIXEL_SHADER CDATA #REQUIRED
419	>
420
421	<!ATTLIST RmHLSLShader
422	NAME CDATA #REQUIRED
423	API CDATA #REQUIRED
424	PIXEL_SHADER ( TRUE \| FALSE ) #REQUIRED
425	TARGET CDATA #REQUIRED
426	ENTRY_POINT CDATA #REQUIRED
427	>
428
429	<!ATTLIST RmGLShader
430	NAME CDATA #REQUIRED
431	API CDATA #REQUIRED
432	PIXEL_SHADER ( TRUE \| FALSE ) #REQUIRED
433	>
434
435	<!ATTLIST RmShaderConstant
436	NAME CDATA #REQUIRED
437	API CDATA #REQUIRED
438	REGISTER CDATA #REQUIRED
439	>
440
441	<!ATTLIST RmSampler
442	NAME CDATA #REQUIRED
443	API CDATA #REQUIRED
444	REGISTER CDATA #REQUIRED
445	>
446
447	<!ATTLIST RmTextureObject
448	NAME CDATA #REQUIRED
449	API CDATA #REQUIRED
450	STATE_INDEX CDATA #REQUIRED
451	VERTEX_TEXTURE ( TRUE \| FALSE ) #REQUIRED
452	>
453
454	<!ATTLIST RmLightObject
455	NAME CDATA #REQUIRED
456	API CDATA #REQUIRED
457	INDEX CDATA #REQUIRED
458	>
459
460	<!ATTLIST RmMaterialObject
461	NAME CDATA #REQUIRED
462	API CDATA #REQUIRED
463	INDEX CDATA #REQUIRED
464	>
465
466	<!ATTLIST RmRenderStateBlock
467	NAME CDATA #REQUIRED
468	API CDATA #REQUIRED
469	>
470
471	<!ATTLIST RmState
472	NAME CDATA #REQUIRED
473	API CDATA #REQUIRED
474	STATE CDATA #REQUIRED
475	VALUE CDATA #REQUIRED
476	USAGE CDATA #REQUIRED
477	>
478
479	<!ATTLIST RmStreamMap
480	NAME CDATA #REQUIRED
481	API CDATA #REQUIRED
482	>
483
484	<!ATTLIST RmStream
485	NAME CDATA #REQUIRED
486	API CDATA #REQUIRED
487	STRIDE CDATA #REQUIRED
488	>
489
490	<!ATTLIST RmStreamChannel
491	NAME CDATA #REQUIRED
492	API CDATA #REQUIRED
493	DATA_SIZE CDATA #REQUIRED
494	DATA_TYPE CDATA #REQUIRED
495	REGISTER CDATA #REQUIRED
496	USAGE CDATA #REQUIRED
497	USAGE_INDEX CDATA #REQUIRED
498	>
499
500	<!ATTLIST RmModelData
501	NAME CDATA #REQUIRED
502	API CDATA #REQUIRED
503	FILE_NAME CDATA #REQUIRED
504	ORIENTATION CDATA #REQUIRED
505	>
506
507	<!ATTLIST RmTextureReference
508	NAME CDATA #REQUIRED
509	API CDATA #REQUIRED
510	>
511
512	<!ATTLIST RmLightReference
513	NAME CDATA #REQUIRED
514	API CDATA #REQUIRED
515	>
516
517	<!ATTLIST RmMaterialReference
518	NAME CDATA #REQUIRED
519	API CDATA #REQUIRED
520	>
521
522	<!ATTLIST RmModelReference
523	NAME CDATA #REQUIRED
524	API CDATA #REQUIRED
525	>
526
527	<!ATTLIST RmStreamMapReference
528	NAME CDATA #REQUIRED
529	API CDATA #REQUIRED
530	>
531
532	<!ATTLIST RmRenderableTexture
533	NAME CDATA #REQUIRED
534	API CDATA #REQUIRED
535	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
536	VARIABLE_SEMANTIC CDATA #REQUIRED
537	FILE_NAME CDATA #REQUIRED
538	ORIGIN CDATA #REQUIRED
539	WIDTH CDATA #REQUIRED
540	HEIGHT CDATA #REQUIRED
541	FORMAT CDATA #REQUIRED
542	USE_VIEWPORT_DIMENSIONS ( TRUE \| FALSE ) #REQUIRED
543	GENERATE_MIPMAPS ( TRUE \| FALSE ) #REQUIRED
544	WIDTH_RATIO CDATA #REQUIRED
545	HEIGHT_RATIO CDATA #REQUIRED
546	>
547
548	<!ATTLIST RmRenderTarget
549	NAME CDATA #REQUIRED
550	API CDATA #REQUIRED
551	INDEX CDATA #REQUIRED
552	RENDER_TO_SCREEN ( TRUE \| FALSE ) #REQUIRED
553	COLOR_CLEAR ( TRUE \| FALSE ) #REQUIRED
554	DEPTH_CLEAR ( TRUE \| FALSE ) #REQUIRED
555	CLEAR_COLOR_VALUE CDATA #REQUIRED
556	DEPTH_CLEAR_VALUE CDATA #REQUIRED
557	>
558
559	<!ATTLIST RmBooleanVariable
560	NAME CDATA #REQUIRED
561	API CDATA #REQUIRED
562	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
563	VARIABLE_SEMANTIC CDATA #REQUIRED
564	VALUE CDATA #REQUIRED
565	>
566
567	<!ATTLIST RmFloatVariable
568	NAME CDATA #REQUIRED
569	API CDATA #REQUIRED
570	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
571	VARIABLE_SEMANTIC CDATA #REQUIRED
572	VALUE CDATA #REQUIRED
573	MIN CDATA #REQUIRED
574	MAX CDATA #REQUIRED
575	CLAMP ( TRUE \| FALSE ) #REQUIRED
576	>
577
578	<!ATTLIST RmVectorVariable
579	NAME CDATA #REQUIRED
580	API CDATA #REQUIRED
581	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
582	VARIABLE_SEMANTIC CDATA #REQUIRED
583	VALUE_0 CDATA #REQUIRED
584	VALUE_1 CDATA #REQUIRED
585	VALUE_2 CDATA #REQUIRED
586	VALUE_3 CDATA #REQUIRED
587	MIN CDATA #REQUIRED
588	MAX CDATA #REQUIRED
589	CLAMP ( TRUE \| FALSE ) #REQUIRED
590	NORMALIZE ( TRUE \| FALSE ) #REQUIRED
591	>
592
593	<!ATTLIST RmMatrixVariable
594	NAME CDATA #REQUIRED
595	API CDATA #REQUIRED
596	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
597	VARIABLE_SEMANTIC CDATA #REQUIRED
598	VALUE_0 CDATA #REQUIRED
599	VALUE_1 CDATA #REQUIRED
600	VALUE_2 CDATA #REQUIRED
601	VALUE_3 CDATA #REQUIRED
602	VALUE_4 CDATA #REQUIRED
603	VALUE_5 CDATA #REQUIRED
604	VALUE_6 CDATA #REQUIRED
605	VALUE_7 CDATA #REQUIRED
606	VALUE_8 CDATA #REQUIRED
607	VALUE_9 CDATA #REQUIRED
608	VALUE_10 CDATA #REQUIRED
609	VALUE_11 CDATA #REQUIRED
610	VALUE_12 CDATA #REQUIRED
611	VALUE_13 CDATA #REQUIRED
612	VALUE_14 CDATA #REQUIRED
613	VALUE_15 CDATA #REQUIRED
614	>
615
616	<!ATTLIST RmDynamicVariable
617	NAME CDATA #REQUIRED
618	API CDATA #REQUIRED
619	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
620	VARIABLE_SEMANTIC CDATA #REQUIRED
621	VARIABLE_TYPE ( FLOAT \| INTEGER \| BOOLEAN ) #REQUIRED
622	ROWS CDATA #REQUIRED
623	COLUMNS CDATA #REQUIRED
624	FIXED_SIZE ( TRUE \| FALSE ) #REQUIRED
625	MIN CDATA #REQUIRED
626	MAX CDATA #REQUIRED
627	CLAMP ( TRUE \| FALSE ) #REQUIRED
628	NORMALIZE ( TRUE \| FALSE ) #REQUIRED
629	>
630
631	<!ATTLIST RmDynamicVariableValue
632	ROW_INDEX CDATA #REQUIRED
633	COLUMN_INDEX CDATA #REQUIRED
634	VALUE CDATA #REQUIRED
635	>
636
637	<!ATTLIST RmColorVariable
638	NAME CDATA #REQUIRED
639	API CDATA #REQUIRED
640	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
641	VARIABLE_SEMANTIC CDATA #REQUIRED
642	VALUE_0 CDATA #REQUIRED
643	VALUE_1 CDATA #REQUIRED
644	VALUE_2 CDATA #REQUIRED
645	VALUE_3 CDATA #REQUIRED
646	>
647
648	<!ATTLIST RmIntegerVariable
649	NAME CDATA #REQUIRED
650	API CDATA #REQUIRED
651	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
652	VARIABLE_SEMANTIC CDATA #REQUIRED
653	VALUE CDATA #REQUIRED
654	MIN CDATA #REQUIRED
655	MAX CDATA #REQUIRED
656	CLAMP ( TRUE \| FALSE ) #REQUIRED
657	>
658
659	<!ATTLIST RmStringVariable
660	NAME CDATA #REQUIRED
661	API CDATA #REQUIRED
662	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
663	VARIABLE_SEMANTIC CDATA #REQUIRED
664	>
665
666	<!ATTLIST Rm2DTextureVariable
667	NAME CDATA #REQUIRED
668	API CDATA #REQUIRED
669	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
670	VARIABLE_SEMANTIC CDATA #REQUIRED
671	FILE_NAME CDATA #REQUIRED
672	ORIGIN CDATA #REQUIRED
673	>
674
675	<!ATTLIST RmCubemapVariable
676	NAME CDATA #REQUIRED
677	API CDATA #REQUIRED
678	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
679	VARIABLE_SEMANTIC CDATA #REQUIRED
680	FILE_NAME CDATA #REQUIRED
681	ORIGIN CDATA #REQUIRED
682	>
683
684	<!ATTLIST Rm3DTextureVariable
685	NAME CDATA #REQUIRED
686	API CDATA #REQUIRED
687	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
688	VARIABLE_SEMANTIC CDATA #REQUIRED
689	FILE_NAME CDATA #REQUIRED
690	ORIGIN CDATA #REQUIRED
691	>
692
693	<!ATTLIST RmLightVariable
694	NAME CDATA #REQUIRED
695	API CDATA #REQUIRED
696	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
697	VARIABLE_SEMANTIC CDATA #REQUIRED
698	LIGHT_ENABLED ( TRUE \| FALSE ) #REQUIRED
699	LIGHT_TYPE ( POSITIONAL \| DIRECTIONAL \| SPOTLIGHT ) #REQUIRED
700	AMBIENT_0 CDATA #REQUIRED
701	AMBIENT_1 CDATA #REQUIRED
702	AMBIENT_2 CDATA #REQUIRED
703	AMBIENT_3 CDATA #REQUIRED
704	DIFFUSE_0 CDATA #REQUIRED
705	DIFFUSE_1 CDATA #REQUIRED
706	DIFFUSE_2 CDATA #REQUIRED
707	DIFFUSE_3 CDATA #REQUIRED
708	SPECULAR_0 CDATA #REQUIRED
709	SPECULAR_1 CDATA #REQUIRED
710	SPECULAR_2 CDATA #REQUIRED
711	SPECULAR_3 CDATA #REQUIRED
712	POSITION_0 CDATA #REQUIRED
713	POSITION_1 CDATA #REQUIRED
714	POSITION_2 CDATA #REQUIRED
715	DIRECTION_0 CDATA #REQUIRED
716	DIRECTION_1 CDATA #REQUIRED
717	DIRECTION_2 CDATA #REQUIRED
718	ATTENUATION_0 CDATA #REQUIRED
719	ATTENUATION_1 CDATA #REQUIRED
720	ATTENUATION_2 CDATA #REQUIRED
721	SPOTLIGHT_THETA CDATA #REQUIRED
722	SPOTLIGHT_PHI CDATA #REQUIRED
723	RANGE CDATA #REQUIRED
724	FALLOFF CDATA #REQUIRED
725	>
726
727	<!ATTLIST RmMaterialVariable
728	NAME CDATA #REQUIRED
729	API CDATA #REQUIRED
730	ARTIST_EDITABLE ( TRUE \| FALSE ) #REQUIRED
731	VARIABLE_SEMANTIC CDATA #REQUIRED
732	AMBIENT_0 CDATA #REQUIRED
733	AMBIENT_1 CDATA #REQUIRED
734	AMBIENT_2 CDATA #REQUIRED
735	AMBIENT_3 CDATA #REQUIRED
736	DIFFUSE_0 CDATA #REQUIRED
737	DIFFUSE_1 CDATA #REQUIRED
738	DIFFUSE_2 CDATA #REQUIRED
739	DIFFUSE_3 CDATA #REQUIRED
740	SPECULAR_0 CDATA #REQUIRED
741	SPECULAR_1 CDATA #REQUIRED
742	SPECULAR_2 CDATA #REQUIRED
743	SPECULAR_3 CDATA #REQUIRED
744	EMISSIVE_0 CDATA #REQUIRED
745	EMISSIVE_1 CDATA #REQUIRED
746	EMISSIVE_2 CDATA #REQUIRED
747	EMISSIVE_3 CDATA #REQUIRED
748	SPECULAR_POWER CDATA #REQUIRED
749	>
750
751	<!ATTLIST RmRegistryBranch
752	NAME CDATA #REQUIRED
753	API CDATA #REQUIRED
754	XML_VERSION CDATA #REQUIRED
755	>
756
757	<!ATTLIST RmPlugInData
758	NAME CDATA #REQUIRED
759	API CDATA #REQUIRED
760	PLUGIN_GUID CDATA #REQUIRED
761	>
762
763	<!ATTLIST RmClipboardNode
764	NAME CDATA #REQUIRED
765	API CDATA #REQUIRED
766	XML_VERSION CDATA #REQUIRED
767	>
768
769	<!ATTLIST RmCamera
770	NAME CDATA #REQUIRED
771	API CDATA #REQUIRED
772	CAMERA_POSITION_X CDATA #REQUIRED
773	CAMERA_POSITION_Y CDATA #REQUIRED
774	CAMERA_POSITION_Z CDATA #REQUIRED
775	LOOK_AT_VECTOR_X CDATA #REQUIRED
776	LOOK_AT_VECTOR_Y CDATA #REQUIRED
777	LOOK_AT_VECTOR_Z CDATA #REQUIRED
778	UP_VECTOR_X CDATA #REQUIRED
779	UP_VECTOR_Y CDATA #REQUIRED
780	UP_VECTOR_Z CDATA #REQUIRED
781	FOV CDATA #REQUIRED
782	NEAR_CLIP_PLANE CDATA #REQUIRED
783	FAR_CLIP_PLANE CDATA #REQUIRED
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788	API CDATA #REQUIRED
789	USE_ACTIVE_CAMERA ( TRUE \| FALSE ) #REQUIRED
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792	<!ATTLIST RmShaderCode
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796	<!ATTLIST RmTextDataBlock
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967	</RmRegistryBranch>
968	</RmRegistryBranch>
969	<RmStringVariable NAME="Header" API="" ARTIST_EDITABLE="FALSE" VARIABLE_SEMANTIC=""><RmTextDataBlock TYPE="TEXT"><![CDATA[
970	$File: //depot/3darg/Tools/RenderMonkey/Examples/DX9/Shadows.rfx $
971	$Revision: #14 $
972
973	Â© ATI Technologies, 2003]]></RmTextDataBlock></RmStringVariable>
974	<RmEffectGroup NAME="Shadow Effects" API="">
975	<RmDirectXEffect NAME="IndirectTexturingShadowsEffect" API="D3D" ACTIVE_CAMERA="">
976	<RmFloatVariable NAME="backProjectionCut" API="" ARTIST_EDITABLE="TRUE" VARIABLE_SEMANTIC="" VALUE="78.000000" MIN="0.000000" MAX="200.000000" CLAMP="FALSE"/>
977	<RmFloatVariable NAME="shadowBias" API="" ARTIST_EDITABLE="TRUE" VARIABLE_SEMANTIC="" VALUE="0.004000" MIN="0.000000" MAX="0.010000" CLAMP="FALSE"/>
978	<RmFloatVariable NAME="distanceScale" API="" ARTIST_EDITABLE="TRUE" VARIABLE_SEMANTIC="" VALUE="0.001480" MIN="0.000000" MAX="0.004000" CLAMP="FALSE"/>
979	<RmFloatVariable NAME="Ks" API="" ARTIST_EDITABLE="TRUE" VARIABLE_SEMANTIC="" VALUE="0.620000" MIN="0.000000" MAX="1.000000" CLAMP="FALSE"/>
980	<RmFloatVariable NAME="Kd" API="" ARTIST_EDITABLE="TRUE" VARIABLE_SEMANTIC="" VALUE="1.000000" MIN="0.000000" MAX="1.000000" CLAMP="TRUE"/>
981	<RmFloatVariable NAME="Ka" API="" ARTIST_EDITABLE="TRUE" VARIABLE_SEMANTIC="" VALUE="0.390000" MIN="0.000000" MAX="1.000000" CLAMP="FALSE"/>
982	<RmVectorVariable NAME="lightPos" API="" ARTIST_EDITABLE="FALSE" VARIABLE_SEMANTIC="" VALUE_0="4.000000" VALUE_1="71.999992" VALUE_2="99.999992" VALUE_3="1.000000" MIN="-100.000000" MAX="100.000000" CLAMP="FALSE" NORMALIZE="FALSE"/>
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989	<RmColorVariable NAME="platformColor" API="" ARTIST_EDITABLE="TRUE" VARIABLE_SEMANTIC="" VALUE_0="1.000000" VALUE_1="0.679020" VALUE_2="0.300413" VALUE_3="1.000000"/>
990	<Rm2DTextureVariable NAME="sourceTexture" API="" ARTIST_EDITABLE="TRUE" VARIABLE_SEMANTIC="" FILE_NAME="chestnutRotatedLeafAtlasDefault.png" ORIGIN="0"/>
991	<Rm2DTextureVariable NAME="trunkTexture" API="" ARTIST_EDITABLE="TRUE" VARIABLE_SEMANTIC="" FILE_NAME="castanea_sativa_bark.png" ORIGIN="0"/>
992	<Rm2DTextureVariable NAME="SpotLight" API="" ARTIST_EDITABLE="TRUE" VARIABLE_SEMANTIC="" FILE_NAME="spotlight.png" ORIGIN="0"/>
993	<Rm2DTextureVariable NAME="indirectTexture" API="" ARTIST_EDITABLE="TRUE" VARIABLE_SEMANTIC="" FILE_NAME="chestnutIndirectBillboardGroupAtlas0.png" ORIGIN="0"/>
994	<RmRenderableTexture NAME="ShadowMap" API="" ARTIST_EDITABLE="FALSE" VARIABLE_SEMANTIC="" FILE_NAME="" ORIGIN="0" WIDTH="1404" HEIGHT="690" FORMAT="21" USE_VIEWPORT_DIMENSIONS="TRUE" GENERATE_MIPMAPS="FALSE" WIDTH_RATIO="1.000000" HEIGHT_RATIO="1.000000"/>
995	<RmPass NAME="DepthTrunkPass" API="D3D" PASS_INDEX="0" ENABLED="TRUE">
996	<RmModelReference NAME="trunk" API=""/>
997	<RmHLSLShader NAME="Vertex Shader" API="D3D" PIXEL_SHADER="FALSE" TARGET="vs_1_1" ENTRY_POINT="main"><RmShaderCode TYPE="TEXT"><![CDATA[
998	float4x4 view_proj_matrix: register(c0);
999	float4 lightPos: register(c4);
1000	float distanceScale: register(c5);
1001	float4x4 proj_matrix: register(c6);
1002	float time_0_X: register(c10);
1003	float lightPosY;
1004
1005	struct VS_OUTPUT {
1006	float4 Pos: POSITION;
1007	float3 lightVec: TEXCOORD0;
1008	};
1009
1010	VS_OUTPUT main(float4 Pos: POSITION){
1011	VS_OUTPUT Out;
1012
1013	// Animate the light position.
1014	// Comment out this code to use a static light.
1015	// In real applications this work is better done on
1016	// the CPU as it's constant for the whole scene.
1017	float3 lightPos;
1018	lightPos.x = cos(1.321 * time_0_X);
1019	lightPos.z = sin(0.923 * time_0_X);
1020	lightPos.xz = 100 * normalize(lightPos.xz);
1021	lightPos.y = lightPosY;
1022
1023	// Create view vectors for the light, looking at (0,0,0)
1024	// In real applications this work is better done on
1025	// the CPU as it's constant for the whole scene.
1026	float3 dirZ = -normalize(lightPos);
1027	float3 up = float3(0,0,1);
1028	float3 dirX = cross(up, dirZ);
1029	float3 dirY = cross(dirZ, dirX);
1030
1031	// Transform into light's view space.
1032	// In real applications we would be better off using a 4x4
1033	// matrix instead, but for this shader it's cheaper to
1034	// just transpose and rotate into light's view space.
1035	float4 pos;
1036	Pos.xyz -= lightPos;
1037	pos.x = dot(dirX, Pos);
1038	pos.y = dot(dirY, Pos);
1039	pos.z = dot(dirZ, Pos);
1040	pos.w = 1;
1041
1042	// Project it. For this sample using the normal projection
1043	// matrix suffices, however, real applications will typically
1044	// use a separate projection matrix for each light depending
1045	// on its properties such as FOV and range.
1046	Out.Pos = mul(proj_matrix, pos);
1047	Out.lightVec = distanceScale * Pos;
1048
1049	return Out;
1050	}
1051
1052
1053	]]></RmShaderCode>
1054	<RmShaderConstant NAME="distanceScale" API="" REGISTER="5"/>
1055	<RmShaderConstant NAME="lightPosY" API="" REGISTER="11"/>
1056	<RmShaderConstant NAME="proj_matrix" API="" REGISTER="6"/>
1057	<RmShaderConstant NAME="time_0_X" API="" REGISTER="10"/>
1058	</RmHLSLShader>
1059	<RmHLSLShader NAME="Pixel Shader" API="D3D" PIXEL_SHADER="TRUE" TARGET="ps_2_0" ENTRY_POINT="main"><RmShaderCode TYPE="TEXT"><![CDATA[
1060	float4 main(float3 lightVec: TEXCOORD0) : COLOR {
1061	// Output radial distance
1062	return length(lightVec);
1063	}
1064
1065	]]></RmShaderCode></RmHLSLShader>
1066	<RmRenderTarget NAME="ShadowMap" API="" INDEX="0" RENDER_TO_SCREEN="FALSE" COLOR_CLEAR="TRUE" DEPTH_CLEAR="TRUE" CLEAR_COLOR_VALUE="16777215" DEPTH_CLEAR_VALUE="1.000000"/>
1067	<RmStreamMapReference NAME="PN Stream Mapping" API=""/>
1068	</RmPass>
1069	<RmPass NAME="DepthLeavesIndirectTexturingPass" API="D3D" PASS_INDEX="1" ENABLED="TRUE">
1070	<RmModelReference NAME="leavesBillboardCloud" API=""/>
1071	<RmRenderStateBlock NAME="Render State" API="D3D">
1072	<RmState NAME="D3DRS_ALPHAFUNC" API="D3D" STATE="25" VALUE="7" USAGE="RENDER_STATE"/>
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1075	<RmState NAME="D3DRS_CULLMODE" API="D3D" STATE="22" VALUE="1" USAGE="RENDER_STATE"/>
1076	</RmRenderStateBlock>
1077	<RmHLSLShader NAME="Pixel Shader" API="D3D" PIXEL_SHADER="TRUE" TARGET="ps_2_0" ENTRY_POINT="main"><RmShaderCode TYPE="TEXT"><![CDATA[
1078	uniform float epsilonX;
1079	uniform float epsilonY;
1080	uniform float sourceTextureSize;
1081	uniform float numSamples;
1082	uniform float sqrtNumSamples;
1083	sampler indirectTexture: register(s0);
1084	sampler sourceTexture: register(s1);
1085
1086	float4 main(float3 lightVec: TEXCOORD0,
1087	float2 texCoord: TEXCOORD1,
1088	float2 subTexCoord: TEXCOORD2) : COLOR {
1089
1090	float4 ocolor = float4(1.0, 1.0, 1.0, 0.0);
1091	float2 epsilon = float2(epsilonX, epsilonY);
1092	float4 value = tex2D(indirectTexture, subTexCoord).xyzw;
1093	float2 coords = float2(0.0, 1.0) - abs(texCoord - ( value.xy - epsilon ) );
1094	if (value.w != 0.0)
1095	{
1096	float2 newcoord = (float2(1.0, 1.0) - value.zw) + ((coords * sourceTextureSize) / sqrtNumSamples);
1097	float depth = length(lightVec);
1098	// Output radial distance
1099	ocolor = (tex2D(sourceTexture, newcoord).w != 0.0) ? float4(depth.xxx, 1.0) : float4(1.0, 1.0, 1.0, 0.0);
1100	}
1101	return ocolor;
1102	}
1103
1104	]]></RmShaderCode>
1105	<RmSampler NAME="indirectTexture" API="" REGISTER="0"/>
1106	<RmSampler NAME="sourceTexture" API="" REGISTER="1"/>
1107	<RmShaderConstant NAME="epsilonX" API="" REGISTER="0"/>
1108	<RmShaderConstant NAME="epsilonY" API="" REGISTER="1"/>
1109	<RmShaderConstant NAME="sourceTextureSize" API="" REGISTER="2"/>
1110	<RmShaderConstant NAME="sqrtNumSamples" API="" REGISTER="3"/>
1111	</RmHLSLShader>
1112	<RmHLSLShader NAME="Vertex Shader" API="D3D" PIXEL_SHADER="FALSE" TARGET="vs_1_1" ENTRY_POINT="main"><RmShaderCode TYPE="TEXT"><![CDATA[
1113	float4x4 view_proj_matrix: register(c0);
1114	float4 lightPos: register(c4);
1115	float distanceScale: register(c5);
1116	float4x4 proj_matrix: register(c6);
1117	float time_0_X: register(c10);
1118	float lightPosY;
1119
1120	struct VS_OUTPUT {
1121	float4 Pos: POSITION;
1122	float3 lightVec: TEXCOORD0;
1123	float2 texCoord: TEXCOORD1;
1124	float2 subTexCoord: TEXCOORD2;
1125	};
1126
1127	VS_OUTPUT main(float4 Pos: POSITION,
1128	float2 color: COLOR,
1129	float2 subTexCoord: TEXCOORD0){
1130	VS_OUTPUT Out;
1131
1132	// Animate the light position.
1133	// Comment out this code to use a static light.
1134	// In real applications this work is better done on
1135	// the CPU as it's constant for the whole scene.
1136	float3 lightPos;
1137	lightPos.x = cos(1.321 * time_0_X);
1138	lightPos.z = sin(0.923 * time_0_X);
1139	lightPos.xz = 100 * normalize(lightPos.xz);
1140	lightPos.y = lightPosY;
1141
1142	// Create view vectors for the light, looking at (0,0,0)
1143	// In real applications this work is better done on
1144	// the CPU as it's constant for the whole scene.
1145	float3 dirZ = -normalize(lightPos);
1146	float3 up = float3(0,0,1);
1147	float3 dirX = cross(up, dirZ);
1148	float3 dirY = cross(dirZ, dirX);
1149
1150	// Transform into light's view space.
1151	// In real applications we would be better off using a 4x4
1152	// matrix instead, but for this shader it's cheaper to
1153	// just transpose and rotate into light's view space.
1154	float4 pos;
1155	Pos.xyz -= lightPos;
1156	pos.x = dot(dirX, Pos);
1157	pos.y = dot(dirY, Pos);
1158	pos.z = dot(dirZ, Pos);
1159	pos.w = 1;
1160
1161	// Project it. For this sample using the normal projection
1162	// matrix suffices, however, real applications will typically
1163	// use a separate projection matrix for each light depending
1164	// on its properties such as FOV and range.
1165	Out.Pos = mul(proj_matrix, pos);
1166	Out.lightVec = distanceScale * Pos;
1167
1168	Out.subTexCoord = subTexCoord;
1169	Out.texCoord = color.xy;
1170
1171	return Out;
1172	}
1173
1174
1175	]]></RmShaderCode>
1176	<RmShaderConstant NAME="distanceScale" API="" REGISTER="5"/>
1177	<RmShaderConstant NAME="lightPosY" API="" REGISTER="11"/>
1178	<RmShaderConstant NAME="proj_matrix" API="" REGISTER="6"/>
1179	<RmShaderConstant NAME="time_0_X" API="" REGISTER="10"/>
1180	</RmHLSLShader>
1181	<RmRenderTarget NAME="ShadowMap" API="" INDEX="0" RENDER_TO_SCREEN="FALSE" COLOR_CLEAR="TRUE" DEPTH_CLEAR="TRUE" CLEAR_COLOR_VALUE="16777215" DEPTH_CLEAR_VALUE="1.000000"/>
1182	<RmStreamMapReference NAME="Stream Mapping IndirectTexturing" API=""/>
1183	<RmTextureObject NAME="sourceTexture" API="D3D" STATE_INDEX="1" VERTEX_TEXTURE="FALSE">
1184	<RmTextureReference NAME="sourceTexture" API=""/>
1185	</RmTextureObject>
1186	<RmTextureObject NAME="indirectTexture" API="D3D" STATE_INDEX="0" VERTEX_TEXTURE="FALSE">
1187	<RmTextureReference NAME="indirectTexture" API=""/>
1188	<RmState NAME="D3DSAMP_MAGFILTER" API="D3D" STATE="5" VALUE="1" USAGE="SAMPLER_STATE"/>
1189	<RmState NAME="D3DSAMP_MINFILTER" API="D3D" STATE="6" VALUE="1" USAGE="SAMPLER_STATE"/>
1190	<RmState NAME="D3DSAMP_MIPFILTER" API="D3D" STATE="7" VALUE="0" USAGE="SAMPLER_STATE"/>
1191	</RmTextureObject>
1192	</RmPass>
1193	<RmPass NAME="LightPass" API="D3D" PASS_INDEX="2" ENABLED="TRUE">
1194	<RmModelReference NAME="Sphere" API=""/>
1195	<RmRenderStateBlock NAME="Render State" API="D3D"/>
1196	<RmHLSLShader NAME="Vertex Shader" API="D3D" PIXEL_SHADER="FALSE" TARGET="vs_1_1" ENTRY_POINT="main"><RmShaderCode TYPE="TEXT"><![CDATA[
1197	float4x4 view_proj_matrix: register(c0);
1198	float4 lightPos: register(c4);
1199	float time_0_X: register(c5);
1200	float lightPosY;
1201
1202	struct VS_OUTPUT {
1203	float4 Pos: POSITION;
1204	};
1205
1206	VS_OUTPUT main(float4 Pos: POSITION){
1207	VS_OUTPUT Out;
1208
1209	// Animate the light position.
1210	// Comment out this code to use a static light.
1211	// In real applications this work is better done on
1212	// the CPU as it's constant for the whole scene.
1213	float3 lightPos;
1214	lightPos.x = cos(1.321 * time_0_X);
1215	lightPos.z = sin(0.923 * time_0_X);
1216	lightPos.xz = 100 * normalize(lightPos.xz);
1217	lightPos.y = lightPosY;
1218
1219	// Compensate for source model not being a perfect sphere.
1220	Pos.xyz = 7 * normalize(Pos.xyz);
1221	// Put light in position
1222	Pos.xyz += lightPos;
1223
1224	Out.Pos = mul(view_proj_matrix, Pos);
1225
1226	return Out;
1227	}
1228
1229
1230	]]></RmShaderCode>
1231	<RmShaderConstant NAME="lightPosY" API="" REGISTER="6"/>
1232	<RmShaderConstant NAME="time_0_X" API="" REGISTER="5"/>
1233	<RmShaderConstant NAME="view_proj_matrix" API="" REGISTER="0"/>
1234	</RmHLSLShader>
1235	<RmHLSLShader NAME="Pixel Shader" API="D3D" PIXEL_SHADER="TRUE" TARGET="ps_1_1" ENTRY_POINT="main"><RmShaderCode TYPE="TEXT"><![CDATA[
1236	float4 main() : COLOR {
1237	return 1;
1238	}
1239
1240	]]></RmShaderCode></RmHLSLShader>
1241	<RmStreamMapReference NAME="PN Stream Mapping" API=""/>
1242	</RmPass>
1243	<RmPass NAME="TrunkPass" API="D3D" PASS_INDEX="3" ENABLED="TRUE">
1244	<RmModelReference NAME="trunk" API=""/>
1245	<RmHLSLShader NAME="Vertex Shader" API="D3D" PIXEL_SHADER="FALSE" TARGET="vs_1_1" ENTRY_POINT="main"><RmShaderCode TYPE="TEXT"><![CDATA[
1246	float4x4 view_proj_matrix: register(c0);
1247	float4 lightPos: register(c4);
1248	float4 view_position: register(c5);
1249	float4x4 proj_matrix: register(c6);
1250	float distanceScale: register(c10);
1251	float time_0_X: register(c11);
1252	float lightPosY;
1253
1254	struct VS_OUTPUT {
1255	float4 Pos: POSITION;
1256	float3 normal: TEXCOORD0;
1257	float3 lightVec : TEXCOORD1;
1258	float3 viewVec: TEXCOORD2;
1259	float4 shadowCrd: TEXCOORD3;
1260	float2 texCoord: TEXCOORD4;
1261	};
1262
1263	VS_OUTPUT main(float4 Pos: POSITION,
1264	float3 normal: NORMAL,
1265	float2 texCoord: TEXCOORD0){
1266	VS_OUTPUT Out;
1267
1268	// Animate the light position.
1269	// Comment out this code to use a static light.
1270	// In real applications this work is better done on
1271	// the CPU as it's constant for the whole scene.
1272	float3 lightPos;
1273	lightPos.x = cos(1.321 * time_0_X);
1274	lightPos.z = sin(0.923 * time_0_X);
1275	lightPos.xz = 100 * normalize(lightPos.xz);
1276	lightPos.y = lightPosY;
1277
1278	Out.Pos = mul(view_proj_matrix, Pos);
1279	// World-space lighting
1280	Out.normal = normal;
1281	Out.lightVec = distanceScale * (lightPos - Pos.xyz);
1282	Out.viewVec = view_position - Pos.xyz;
1283
1284	// Create view vectors for the light, looking at (0,0,0)
1285	// In real applications this work is better done on
1286	// the CPU as it's constant for the whole scene.
1287	float3 dirZ = -normalize(lightPos);
1288	float3 up = float3(0,0,1);
1289	float3 dirX = cross(up, dirZ);
1290	float3 dirY = cross(dirZ, dirX);
1291
1292	// Transform into light's view space.
1293	// In real applications we would be better off using a 4x4
1294	// matrix instead, but for this shader it's cheaper to
1295	// just transpose and rotate into light's view space.
1296	float4 pos;
1297	Pos.xyz -= lightPos;
1298	pos.x = dot(dirX, Pos);
1299	pos.y = dot(dirY, Pos);
1300	pos.z = dot(dirZ, Pos);
1301	pos.w = 1;
1302
1303	// Project it. For this sample using the normal projection
1304	// matrix suffices, however, real applications will typically
1305	// use a separate projection matrix for each light depending
1306	// on its properties such as FOV and range.
1307	float4 sPos = mul(proj_matrix, pos);
1308
1309	// Use projective texturing to map the position of each fragment
1310	// to its corresponding texel in the shadow map.
1311	sPos.z += 10;
1312	Out.shadowCrd.x = 0.5 * (sPos.z + sPos.x);
1313	Out.shadowCrd.y = 0.5 * (sPos.z - sPos.y);
1314	Out.shadowCrd.z = 0;
1315	Out.shadowCrd.w = sPos.z;
1316
1317	Out.texCoord = texCoord;
1318
1319	return Out;
1320	}
1321
1322
1323	]]></RmShaderCode>
1324	<RmShaderConstant NAME="distanceScale" API="" REGISTER="10"/>
1325	<RmShaderConstant NAME="lightPosY" API="" REGISTER="12"/>
1326	<RmShaderConstant NAME="proj_matrix" API="" REGISTER="6"/>
1327	<RmShaderConstant NAME="time_0_X" API="" REGISTER="11"/>
1328	<RmShaderConstant NAME="view_position" API="" REGISTER="5"/>
1329	<RmShaderConstant NAME="view_proj_matrix" API="" REGISTER="0"/>
1330	</RmHLSLShader>
1331	<RmHLSLShader NAME="Pixel Shader" API="D3D" PIXEL_SHADER="TRUE" TARGET="ps_2_0" ENTRY_POINT="main"><RmShaderCode TYPE="TEXT"><![CDATA[
1332	float backProjectionCut: register(c2);
1333	float Ka: register(c3);
1334	float Kd: register(c4);
1335	float Ks: register(c5);
1336	float4 modelColor: register(c0);
1337	float shadowBias: register(c1);
1338	sampler ShadowMap: register(s0);
1339	sampler SpotLight: register(s1);
1340
1341	sampler trunkTexture: register(s2);
1342
1343	float4 main(float3 normal: TEXCOORD0,
1344	float3 lightVec: TEXCOORD1,
1345	float3 viewVec: TEXCOORD2,
1346	float4 shadowCrd: TEXCOORD3,
1347	float2 texCoord: TEXCOORD4) : COLOR {
1348	normal = normalize(normal);
1349	// Radial distance
1350	float depth = length(lightVec);
1351	// Normalizes light vector
1352	lightVec /= depth;
1353
1354	// Standard lighting
1355	float diffuse = saturate(dot(lightVec, normal));
1356	float specular = pow(saturate(dot(reflect(-normalize(viewVec), normal), lightVec)), 16);
1357
1358	// The depth of the fragment closest to the light
1359	float shadowMap = tex2Dproj(ShadowMap, shadowCrd);
1360	// A spot image of the spotlight
1361	float spotLight = tex2Dproj(SpotLight, shadowCrd);
1362	// If the depth is larger than the stored depth, this fragment
1363	// is not the closest to the light, that is we are in shadow.
1364	// Otherwise, we're lit. Add a bias to avoid precision issues.
1365	float shadow = (depth < shadowMap + shadowBias);
1366	// Cut back-projection, that is, make sure we don't lit
1367	// anything behind the light. Theoretically, you should just
1368	// cut at w = 0, but in practice you'll have to cut at a
1369	// fairly high positive number to avoid precision issue when
1370	// coordinates approaches zero.
1371	shadow *= (shadowCrd.w > backProjectionCut);
1372	// Modulate with spotlight image
1373	shadow *= spotLight;
1374
1375	float4 ocolor = tex2D(trunkTexture, texCoord);
1376	// Shadow any light contribution except ambient
1377	return Ka * ocolor + (Kd * diffuse * ocolor + Ks * specular) * shadow;
1378	}
1379
1380
1381
1382	]]></RmShaderCode>
1383	<RmSampler NAME="ShadowMap" API="" REGISTER="0"/>
1384	<RmSampler NAME="SpotLight" API="" REGISTER="1"/>
1385	<RmSampler NAME="trunkTexture" API="" REGISTER="2"/>
1386	<RmShaderConstant NAME="Ka" API="" REGISTER="3"/>
1387	<RmShaderConstant NAME="Kd" API="" REGISTER="4"/>
1388	<RmShaderConstant NAME="backProjectionCut" API="" REGISTER="2"/>
1389	<RmShaderConstant NAME="shadowBias" API="" REGISTER="1"/>
1390	<RmShaderConstant NAME="Ks" API="" REGISTER="5"/>
1391	</RmHLSLShader>
1392	<RmStreamMapReference NAME="PN Stream Mapping" API=""/>
1393	<RmTextureObject NAME="SpotLight" API="D3D" STATE_INDEX="1" VERTEX_TEXTURE="FALSE">
1394	<RmTextureReference NAME="SpotLight" API=""/>
1395	<RmState NAME="D3DSAMP_ADDRESSU" API="D3D" STATE="1" VALUE="3" USAGE="SAMPLER_STATE"/>
1396	<RmState NAME="D3DSAMP_ADDRESSV" API="D3D" STATE="2" VALUE="3" USAGE="SAMPLER_STATE"/>
1397	<RmState NAME="D3DSAMP_MAGFILTER" API="D3D" STATE="5" VALUE="2" USAGE="SAMPLER_STATE"/>
1398	<RmState NAME="D3DSAMP_MINFILTER" API="D3D" STATE="6" VALUE="2" USAGE="SAMPLER_STATE"/>
1399	<RmState NAME="D3DSAMP_MIPFILTER" API="D3D" STATE="7" VALUE="2" USAGE="SAMPLER_STATE"/>
1400	</RmTextureObject>
1401	<RmTextureObject NAME="ShadowMap" API="D3D" STATE_INDEX="0" VERTEX_TEXTURE="FALSE">
1402	<RmTextureReference NAME="ShadowMap" API=""/>
1403	<RmState NAME="D3DSAMP_ADDRESSU" API="D3D" STATE="1" VALUE="3" USAGE="SAMPLER_STATE"/>
1404	<RmState NAME="D3DSAMP_ADDRESSV" API="D3D" STATE="2" VALUE="3" USAGE="SAMPLER_STATE"/>
1405	<RmState NAME="D3DSAMP_MAGFILTER" API="D3D" STATE="5" VALUE="2" USAGE="SAMPLER_STATE"/>
1406	<RmState NAME="D3DSAMP_MINFILTER" API="D3D" STATE="6" VALUE="2" USAGE="SAMPLER_STATE"/>
1407	<RmState NAME="D3DSAMP_MIPFILTER" API="D3D" STATE="7" VALUE="0" USAGE="SAMPLER_STATE"/>
1408	</RmTextureObject>
1409	<RmTextureObject NAME="trunkTexture" API="D3D" STATE_INDEX="2" VERTEX_TEXTURE="FALSE">
1410	<RmTextureReference NAME="trunkTexture" API=""/>
1411	</RmTextureObject>
1412	</RmPass>
1413	<RmPass NAME="LeavesIndirectTexturingPass" API="D3D" PASS_INDEX="4" ENABLED="TRUE">
1414	<RmModelReference NAME="leavesBillboardCloud" API=""/>
1415	<RmRenderStateBlock NAME="Render State" API="D3D">
1416	<RmState NAME="D3DRS_ALPHAFUNC" API="D3D" STATE="25" VALUE="7" USAGE="RENDER_STATE"/>
1417	<RmState NAME="D3DRS_ALPHAREF" API="D3D" STATE="24" VALUE="272" USAGE="RENDER_STATE"/>
1418	<RmState NAME="D3DRS_ALPHATESTENABLE" API="D3D" STATE="15" VALUE="1" USAGE="RENDER_STATE"/>
1419	<RmState NAME="D3DRS_CULLMODE" API="D3D" STATE="22" VALUE="1" USAGE="RENDER_STATE"/>
1420	</RmRenderStateBlock>
1421	<RmHLSLShader NAME="Pixel Shader" API="D3D" PIXEL_SHADER="TRUE" TARGET="ps_2_0" ENTRY_POINT="main"><RmShaderCode TYPE="TEXT"><![CDATA[
1422	float backProjectionCut: register(c2);
1423	float Ka: register(c3);
1424	float Kd: register(c4);
1425	float Ks: register(c5);
1426	float4 modelColor: register(c0);
1427	float shadowBias: register(c1);
1428	sampler ShadowMap: register(s0);
1429	sampler SpotLight: register(s1);
1430
1431	uniform float epsilonX;
1432	uniform float epsilonY;
1433	uniform float sourceTextureSize;
1434	uniform float numSamples;
1435	uniform float sqrtNumSamples;
1436	sampler indirectTexture: register(s2);
1437	sampler sourceTexture: register(s3);
1438
1439	float4 main(float3 normal: TEXCOORD0,
1440	float3 lightVec: TEXCOORD1,
1441	float3 viewVec: TEXCOORD2,
1442	float4 shadowCrd: TEXCOORD3,
1443	float2 texCoord: TEXCOORD4,
1444	float2 subTexCoord: TEXCOORD5) : COLOR {
1445	normal = normalize(normal);
1446	// Radial distance
1447	float depth = length(lightVec);
1448	// Normalizes light vector
1449	lightVec /= depth;
1450
1451	// Standard lighting
1452	float diffuse = clamp(dot(lightVec, normal), 0.0, 1.0) + clamp(-dot(lightVec, normal), 0.0, 1.0);
1453	float specular = 0.0;
1454	//float specular = pow(saturate(dot(reflect(-normalize(viewVec), normal), lightVec)), 16);
1455
1456	// The depth of the fragment closest to the light
1457	float shadowMap = tex2Dproj(ShadowMap, shadowCrd);
1458	// A spot image of the spotlight
1459	float spotLight = tex2Dproj(SpotLight, shadowCrd);
1460	// If the depth is larger than the stored depth, this fragment
1461	// is not the closest to the light, that is we are in shadow.
1462	// Otherwise, we're lit. Add a bias to avoid precision issues.
1463	float shadow = (depth < shadowMap + shadowBias);
1464	// Cut back-projection, that is, make sure we don't lit
1465	// anything behind the light. Theoretically, you should just
1466	// cut at w = 0, but in practice you'll have to cut at a
1467	// fairly high positive number to avoid precision issue when
1468	// coordinates approaches zero.
1469	shadow *= (shadowCrd.w > backProjectionCut);
1470	// Modulate with spotlight image
1471	shadow *= spotLight;
1472
1473
1474	float4 ocolor = float4(0.0, 0.0, 0.0, 0.0);
1475	float2 epsilon = float2(epsilonX, epsilonY);
1476	float4 value = tex2D(indirectTexture, subTexCoord).xyzw;
1477	float2 coords = float2(0.0, 1.0) - abs(texCoord - ( value.xy - epsilon ) );
1478	if (value.w != 0.0)
1479	{
1480	float2 newcoord = (float2(1.0, 1.0) - value.zw) + ((coords * sourceTextureSize) / sqrtNumSamples);
1481	ocolor = float4(tex2D(sourceTexture, newcoord).xyzw);
1482	ocolor = float4(Ka * ocolor.xyz + (Kd * diffuse * ocolor.xyz + Ks * specular) * shadow, ocolor.w);
1483	}
1484
1485
1486	// Shadow any light contribution except ambient
1487	return ocolor;
1488	}
1489
1490
1491
1492	]]></RmShaderCode>
1493	<RmSampler NAME="ShadowMap" API="" REGISTER="0"/>
1494	<RmSampler NAME="SpotLight" API="" REGISTER="1"/>
1495	<RmSampler NAME="indirectTexture" API="" REGISTER="2"/>
1496	<RmSampler NAME="sourceTexture" API="" REGISTER="3"/>
1497	<RmShaderConstant NAME="backProjectionCut" API="" REGISTER="2"/>
1498	<RmShaderConstant NAME="epsilonX" API="" REGISTER="6"/>
1499	<RmShaderConstant NAME="epsilonY" API="" REGISTER="7"/>
1500	<RmShaderConstant NAME="Ka" API="" REGISTER="3"/>
1501	<RmShaderConstant NAME="shadowBias" API="" REGISTER="1"/>
1502	<RmShaderConstant NAME="Kd" API="" REGISTER="4"/>
1503	<RmShaderConstant NAME="sourceTextureSize" API="" REGISTER="8"/>
1504	<RmShaderConstant NAME="sqrtNumSamples" API="" REGISTER="9"/>
1505	</RmHLSLShader>
1506	<RmHLSLShader NAME="Vertex Shader" API="D3D" PIXEL_SHADER="FALSE" TARGET="vs_2_0" ENTRY_POINT="main"><RmShaderCode TYPE="TEXT"><![CDATA[
1507	float4x4 view_proj_matrix: register(c0);
1508	float4 lightPos: register(c4);
1509	float4 view_position: register(c5);
1510	float4x4 proj_matrix: register(c6);
1511	float distanceScale: register(c10);
1512	float time_0_X: register(c11);
1513	float lightPosY;
1514
1515	struct VS_OUTPUT {
1516	float4 Pos: POSITION;
1517	float3 normal: TEXCOORD0;
1518	float3 lightVec : TEXCOORD1;
1519	float3 viewVec: TEXCOORD2;
1520	float4 shadowCrd: TEXCOORD3;
1521	float2 texCoord: TEXCOORD4;
1522	float2 subTexCoord: TEXCOORD5;
1523	};
1524
1525	VS_OUTPUT main(float4 Pos: POSITION,
1526	float3 normal: NORMAL,
1527	float2 color: COLOR,
1528	float2 subTexCoord: TEXCOORD0){
1529	VS_OUTPUT Out;
1530
1531	// Animate the light position.
1532	// Comment out this code to use a static light.
1533	// In real applications this work is better done on
1534	// the CPU as it's constant for the whole scene.
1535	float3 lightPos;
1536	lightPos.x = cos(1.321 * time_0_X);
1537	lightPos.z = sin(0.923 * time_0_X);
1538	lightPos.xz = 100 * normalize(lightPos.xz);
1539	lightPos.y = lightPosY;
1540
1541	Out.Pos = mul(view_proj_matrix, Pos);
1542	// World-space lighting
1543	Out.normal = normal;
1544	Out.lightVec = distanceScale * (lightPos - Pos.xyz);
1545	Out.viewVec = view_position - Pos.xyz;
1546
1547	// Create view vectors for the light, looking at (0,0,0)
1548	// In real applications this work is better done on
1549	// the CPU as it's constant for the whole scene.
1550	float3 dirZ = -normalize(lightPos);
1551	float3 up = float3(0,0,1);
1552	float3 dirX = cross(up, dirZ);
1553	float3 dirY = cross(dirZ, dirX);
1554
1555	// Transform into light's view space.
1556	// In real applications we would be better off using a 4x4
1557	// matrix instead, but for this shader it's cheaper to
1558	// just transpose and rotate into light's view space.
1559	float4 pos;
1560	Pos.xyz -= lightPos;
1561	pos.x = dot(dirX, Pos);
1562	pos.y = dot(dirY, Pos);
1563	pos.z = dot(dirZ, Pos);
1564	pos.w = 1;
1565
1566	// Project it. For this sample using the normal projection
1567	// matrix suffices, however, real applications will typically
1568	// use a separate projection matrix for each light depending
1569	// on its properties such as FOV and range.
1570	float4 sPos = mul(proj_matrix, pos);
1571
1572	// Use projective texturing to map the position of each fragment
1573	// to its corresponding texel in the shadow map.
1574	sPos.z += 10;
1575	Out.shadowCrd.x = 0.5 * (sPos.z + sPos.x);
1576	Out.shadowCrd.y = 0.5 * (sPos.z - sPos.y);
1577	Out.shadowCrd.z = 0;
1578	Out.shadowCrd.w = sPos.z;
1579
1580	Out.subTexCoord = subTexCoord;
1581	Out.texCoord = color.xy;
1582
1583	return Out;
1584	}
1585
1586
1587	]]></RmShaderCode>
1588	<RmShaderConstant NAME="distanceScale" API="" REGISTER="10"/>
1589	<RmShaderConstant NAME="lightPosY" API="" REGISTER="12"/>
1590	<RmShaderConstant NAME="proj_matrix" API="" REGISTER="6"/>
1591	<RmShaderConstant NAME="time_0_X" API="" REGISTER="11"/>
1592	<RmShaderConstant NAME="view_position" API="" REGISTER="5"/>
1593	<RmShaderConstant NAME="view_proj_matrix" API="" REGISTER="0"/>
1594	</RmHLSLShader>
1595	<RmStreamMapReference NAME="Stream Mapping IndirectTexturing" API=""/>
1596	<RmTextureObject NAME="ShadowMap" API="D3D" STATE_INDEX="0" VERTEX_TEXTURE="FALSE">
1597	<RmTextureReference NAME="ShadowMap" API=""/>
1598	<RmState NAME="D3DSAMP_ADDRESSU" API="D3D" STATE="1" VALUE="3" USAGE="SAMPLER_STATE"/>
1599	<RmState NAME="D3DSAMP_ADDRESSV" API="D3D" STATE="2" VALUE="3" USAGE="SAMPLER_STATE"/>
1600	<RmState NAME="D3DSAMP_MAGFILTER" API="D3D" STATE="5" VALUE="2" USAGE="SAMPLER_STATE"/>
1601	<RmState NAME="D3DSAMP_MINFILTER" API="D3D" STATE="6" VALUE="2" USAGE="SAMPLER_STATE"/>
1602	<RmState NAME="D3DSAMP_MIPFILTER" API="D3D" STATE="7" VALUE="0" USAGE="SAMPLER_STATE"/>
1603	</RmTextureObject>
1604	<RmTextureObject NAME="SpotLight" API="D3D" STATE_INDEX="1" VERTEX_TEXTURE="FALSE">
1605	<RmTextureReference NAME="SpotLight" API=""/>
1606	<RmState NAME="D3DSAMP_ADDRESSU" API="D3D" STATE="1" VALUE="3" USAGE="SAMPLER_STATE"/>
1607	<RmState NAME="D3DSAMP_ADDRESSV" API="D3D" STATE="2" VALUE="3" USAGE="SAMPLER_STATE"/>
1608	<RmState NAME="D3DSAMP_MAGFILTER" API="D3D" STATE="5" VALUE="2" USAGE="SAMPLER_STATE"/>
1609	<RmState NAME="D3DSAMP_MINFILTER" API="D3D" STATE="6" VALUE="2" USAGE="SAMPLER_STATE"/>
1610	<RmState NAME="D3DSAMP_MIPFILTER" API="D3D" STATE="7" VALUE="2" USAGE="SAMPLER_STATE"/>
1611	</RmTextureObject>
1612	<RmTextureObject NAME="indirectTexture" API="D3D" STATE_INDEX="2" VERTEX_TEXTURE="FALSE">
1613	<RmTextureReference NAME="indirectTexture" API=""/>
1614	<RmState NAME="D3DSAMP_MAGFILTER" API="D3D" STATE="5" VALUE="1" USAGE="SAMPLER_STATE"/>
1615	<RmState NAME="D3DSAMP_MINFILTER" API="D3D" STATE="6" VALUE="1" USAGE="SAMPLER_STATE"/>
1616	<RmState NAME="D3DSAMP_MIPFILTER" API="D3D" STATE="7" VALUE="0" USAGE="SAMPLER_STATE"/>
1617	</RmTextureObject>
1618	<RmTextureObject NAME="sourceTexture" API="D3D" STATE_INDEX="3" VERTEX_TEXTURE="FALSE">
1619	<RmTextureReference NAME="sourceTexture" API=""/>
1620	<RmState NAME="D3DSAMP_MAGFILTER" API="D3D" STATE="5" VALUE="2" USAGE="SAMPLER_STATE"/>
1621	<RmState NAME="D3DSAMP_MINFILTER" API="D3D" STATE="6" VALUE="2" USAGE="SAMPLER_STATE"/>
1622	<RmState NAME="D3DSAMP_MIPFILTER" API="D3D" STATE="7" VALUE="0" USAGE="SAMPLER_STATE"/>
1623	</RmTextureObject>
1624	</RmPass>
1625	<RmPass NAME="PlatformPass" API="D3D" PASS_INDEX="5" ENABLED="TRUE">
1626	<RmModelReference NAME="Disc" API=""/>
1627	<RmHLSLShader NAME="Vertex Shader" API="D3D" PIXEL_SHADER="FALSE" TARGET="vs_1_1" ENTRY_POINT="main"><RmShaderCode TYPE="TEXT"><![CDATA[
1628	float4x4 view_proj_matrix: register(c0);
1629	float4 lightPos: register(c4);
1630	float4 view_position: register(c5);
1631	float4x4 proj_matrix: register(c6);
1632	float distanceScale: register(c10);
1633	float time_0_X: register(c11);
1634	float lightPosY;
1635
1636	struct VS_OUTPUT {
1637	float4 Pos: POSITION;
1638	float3 normal: TEXCOORD0;
1639	float3 lightVec: TEXCOORD1;
1640	float3 viewVec: TEXCOORD2;
1641	float4 shadowCrd: TEXCOORD3;
1642	};
1643
1644	VS_OUTPUT main(float4 Pos: POSITION, float3 normal: NORMAL){
1645	VS_OUTPUT Out;
1646
1647	// Animate the light position.
1648	// Comment out this code to use a static light.
1649	// In real applications this work is better done on
1650	// the CPU as it's constant for the whole scene.
1651	float3 lightPos;
1652	lightPos.x = cos(1.321 * time_0_X);
1653	lightPos.z = sin(0.923 * time_0_X);
1654	lightPos.xz = 100 * normalize(lightPos.xz);
1655	lightPos.y = lightPosY;
1656
1657	normal = normal.xyz;
1658
1659	Out.Pos = mul(view_proj_matrix, Pos);
1660	// World-space lighting
1661	Out.normal = normal;
1662	Out.lightVec = distanceScale * (lightPos - Pos.xyz);
1663	Out.viewVec = view_position - Pos.xyz;
1664
1665	// Create view vectors for the light, looking at (0,0,0)
1666	// In real applications this work is better done on
1667	// the CPU as it's constant for the whole scene.
1668	float3 dirZ = -normalize(lightPos);
1669	float3 up = float3(0,0,1);
1670	float3 dirX = cross(up, dirZ);
1671	float3 dirY = cross(dirZ, dirX);
1672
1673	// Transform into light's view space.
1674	// In real applications we would be better off using a 4x4
1675	// matrix instead, but for this shader it's cheaper to
1676	// just transpose and rotate into light's view space.
1677	float4 pos;
1678	Pos.xyz -= lightPos;
1679	pos.x = dot(dirX, Pos);
1680	pos.y = dot(dirY, Pos);
1681	pos.z = dot(dirZ, Pos);
1682	pos.w = 1;
1683
1684	// Project it. For this sample using the normal projection
1685	// matrix suffices, however, real applications will typically
1686	// use a separate projection matrix for each light depending
1687	// on its properties such as FOV and range.
1688	float4 sPos = mul(proj_matrix, pos);
1689
1690	// Use projective texturing to map the position of each fragment
1691	// to its corresponding texel in the shadow map.
1692	sPos.z += 10;
1693	Out.shadowCrd.x = 0.5 * (sPos.z + sPos.x);
1694	Out.shadowCrd.y = 0.5 * (sPos.z - sPos.y);
1695	Out.shadowCrd.z = 0;
1696	Out.shadowCrd.w = sPos.z;
1697
1698	return Out;
1699	}
1700
1701
1702	]]></RmShaderCode>
1703	<RmShaderConstant NAME="distanceScale" API="" REGISTER="10"/>
1704	<RmShaderConstant NAME="lightPosY" API="" REGISTER="12"/>
1705	<RmShaderConstant NAME="proj_matrix" API="" REGISTER="6"/>
1706	<RmShaderConstant NAME="time_0_X" API="" REGISTER="11"/>
1707	<RmShaderConstant NAME="view_position" API="" REGISTER="5"/>
1708	<RmShaderConstant NAME="view_proj_matrix" API="" REGISTER="0"/>
1709	</RmHLSLShader>
1710	<RmHLSLShader NAME="Pixel Shader" API="D3D" PIXEL_SHADER="TRUE" TARGET="ps_2_0" ENTRY_POINT="main"><RmShaderCode TYPE="TEXT"><![CDATA[
1711	float backProjectionCut;
1712	float Ka;
1713	float Kd;
1714	float Ks;
1715	float4 platformColor;
1716	float shadowBias;
1717	sampler ShadowMap;
1718	sampler SpotLight;
1719
1720	float4 main( float3 normal: TEXCOORD0,
1721	float3 lightVec: TEXCOORD1,
1722	float3 viewVec: TEXCOORD2,
1723	float4 shadowCrd: TEXCOORD3) : COLOR
1724	{
1725	normal = normalize(normal);
1726
1727	// Radial distance
1728	float depth = length(lightVec);
1729	// Normalizes light vector
1730	lightVec /= depth;
1731
1732	// Standard lighting
1733	float diffuse = saturate(dot(lightVec, normal));
1734	float specular = pow(saturate(dot(reflect(-normalize(viewVec), normal), lightVec)), 16);
1735
1736	// The depth of the fragment closest to the light
1737	float shadowMap = tex2Dproj(ShadowMap, shadowCrd);
1738	// A spot image of the spotlight
1739	float spotLight = tex2Dproj(SpotLight, shadowCrd);
1740	// If the depth is larger than the stored depth, this fragment
1741	// is not the closest to the light, that is we are in shadow.
1742	// Otherwise, we're lit. Add a bias to avoid precision issues.
1743	float shadow = (depth < shadowMap + shadowBias);
1744	// Cut back-projection, that is, make sure we don't lit
1745	// anything behind the light. Theoretically, you should just
1746	// cut at w = 0, but in practice you'll have to cut at a
1747	// fairly high positive number to avoid precision issue when
1748	// coordinates approaches zero.
1749	shadow *= (shadowCrd.w > backProjectionCut);
1750	// Modulate with spotlight image
1751	shadow *= spotLight;
1752
1753	// Shadow any light contribution except ambient
1754	return Ka * platformColor + (Kd * diffuse * platformColor + Ks * specular) * shadow;
1755
1756	}
1757
1758
1759
1760
1761
1762	]]></RmShaderCode>
1763	<RmSampler NAME="ShadowMap" API="" REGISTER="0"/>
1764	<RmSampler NAME="SpotLight" API="" REGISTER="1"/>
1765	<RmShaderConstant NAME="Ks" API="" REGISTER="3"/>
1766	<RmShaderConstant NAME="Ka" API="" REGISTER="1"/>
1767	<RmShaderConstant NAME="Kd" API="" REGISTER="2"/>
1768	<RmShaderConstant NAME="backProjectionCut" API="" REGISTER="0"/>
1769	<RmShaderConstant NAME="platformColor" API="" REGISTER="4"/>
1770	<RmShaderConstant NAME="shadowBias" API="" REGISTER="5"/>
1771	</RmHLSLShader>
1772	<RmStreamMapReference NAME="PN Stream Mapping" API=""/>
1773	<RmTextureObject NAME="SpotLight" API="D3D" STATE_INDEX="1" VERTEX_TEXTURE="FALSE">
1774	<RmTextureReference NAME="SpotLight" API=""/>
1775	<RmState NAME="D3DSAMP_ADDRESSU" API="D3D" STATE="1" VALUE="3" USAGE="SAMPLER_STATE"/>
1776	<RmState NAME="D3DSAMP_ADDRESSV" API="D3D" STATE="2" VALUE="3" USAGE="SAMPLER_STATE"/>
1777	<RmState NAME="D3DSAMP_MAGFILTER" API="D3D" STATE="5" VALUE="2" USAGE="SAMPLER_STATE"/>
1778	<RmState NAME="D3DSAMP_MINFILTER" API="D3D" STATE="6" VALUE="2" USAGE="SAMPLER_STATE"/>
1779	<RmState NAME="D3DSAMP_MIPFILTER" API="D3D" STATE="7" VALUE="2" USAGE="SAMPLER_STATE"/>
1780	</RmTextureObject>
1781	<RmTextureObject NAME="ShadowMap" API="D3D" STATE_INDEX="0" VERTEX_TEXTURE="FALSE">
1782	<RmTextureReference NAME="ShadowMap" API=""/>
1783	<RmState NAME="D3DSAMP_ADDRESSU" API="D3D" STATE="1" VALUE="3" USAGE="SAMPLER_STATE"/>
1784	<RmState NAME="D3DSAMP_ADDRESSV" API="D3D" STATE="2" VALUE="3" USAGE="SAMPLER_STATE"/>
1785	<RmState NAME="D3DSAMP_MAGFILTER" API="D3D" STATE="5" VALUE="2" USAGE="SAMPLER_STATE"/>
1786	<RmState NAME="D3DSAMP_MINFILTER" API="D3D" STATE="6" VALUE="2" USAGE="SAMPLER_STATE"/>
1787	<RmState NAME="D3DSAMP_MIPFILTER" API="D3D" STATE="7" VALUE="0" USAGE="SAMPLER_STATE"/>
1788	</RmTextureObject>
1789	</RmPass>
1790	</RmDirectXEffect>
1791	<RmColorVariable NAME="modelColor" API="" ARTIST_EDITABLE="TRUE" VARIABLE_SEMANTIC="" VALUE_0="0.360784" VALUE_1="0.451843" VALUE_2="1.000000" VALUE_3="1.000000"/>
1792	<Rm2DTextureVariable NAME="Wood Floor" API="" ARTIST_EDITABLE="TRUE" VARIABLE_SEMANTIC="" FILE_NAME="Wood.dds" ORIGIN="0"/>
1793	<RmStreamMap NAME="PN Stream Mapping" API="">
1794	<RmStream NAME="Normal3" API="" STRIDE="32">
1795	<RmStreamChannel NAME="Position_0" API="" DATA_SIZE="12" DATA_TYPE="2" REGISTER="0" USAGE="0" USAGE_INDEX="0"/>
1796	<RmStreamChannel NAME="TexCoord_0" API="" DATA_SIZE="8" DATA_TYPE="1" REGISTER="0" USAGE="5" USAGE_INDEX="0"/>
1797	<RmStreamChannel NAME="Normal_0" API="" DATA_SIZE="12" DATA_TYPE="2" REGISTER="0" USAGE="3" USAGE_INDEX="0"/>
1798	</RmStream>
1799	</RmStreamMap>
1800	<RmStreamMap NAME="Stream Mapping IndirectTexturing" API="">
1801	<RmStream NAME="Stream 0" API="" STRIDE="36">
1802	<RmStreamChannel NAME="Position_0" API="" DATA_SIZE="12" DATA_TYPE="2" REGISTER="0" USAGE="0" USAGE_INDEX="0"/>
1803	<RmStreamChannel NAME="TexCoord_0" API="" DATA_SIZE="8" DATA_TYPE="1" REGISTER="0" USAGE="5" USAGE_INDEX="0"/>
1804	<RmStreamChannel NAME="Color_0" API="" DATA_SIZE="4" DATA_TYPE="4" REGISTER="0" USAGE="10" USAGE_INDEX="0"/>
1805	<RmStreamChannel NAME="Normal_0" API="" DATA_SIZE="12" DATA_TYPE="2" REGISTER="0" USAGE="3" USAGE_INDEX="0"/>
1806	</RmStream>
1807	</RmStreamMap>
1808	<RmModelData NAME="ScreenAlignedQuad" API="" FILE_NAME=".\ScreenAlignedQuad.3ds" ORIENTATION="0"/>
1809	<RmModelData NAME="leavesBillboardCloud" API="" FILE_NAME=".\chestnutLeavesBillboardCloudGrouped.x" ORIENTATION="0"/>
1810	<RmModelData NAME="Disc" API="" FILE_NAME=".\disc.x" ORIENTATION="0"/>
1811	<RmModelData NAME="trunk" API="" FILE_NAME=".\chestnutTrunkLevel3.x" ORIENTATION="0"/>
1812	<RmModelData NAME="Sphere" API="" FILE_NAME=".\Sphere.3ds" ORIENTATION="0"/>
1813	</RmEffectGroup>
1814	<RmVectorVariable NAME="view_position" API="" ARTIST_EDITABLE="FALSE" VARIABLE_SEMANTIC="ViewPosition" VALUE_0="-71.222672" VALUE_1="-128.383163" VALUE_2="-17.588064" VALUE_3="1.000000" MIN="-10.000000" MAX="10.000000" CLAMP="FALSE" NORMALIZE="FALSE"/>
1815	<RmMatrixVariable NAME="view_proj_matrix" API="" ARTIST_EDITABLE="FALSE" VARIABLE_SEMANTIC="ViewProjection" VALUE_0="1.016186" VALUE_1="-0.587463" VALUE_2="0.173118" VALUE_3="0.000000" VALUE_4="0.448028" VALUE_5="0.076275" VALUE_6="-2.371050" VALUE_7="-0.000046" VALUE_8="0.482154" VALUE_9="0.869111" VALUE_10="0.119065" VALUE_11="147.012634" VALUE_12="0.481672" VALUE_13="0.868242" VALUE_14="0.118946" VALUE_15="147.865631"/>
1816	<RmMatrixVariable NAME="proj_matrix" API="" ARTIST_EDITABLE="FALSE" VARIABLE_SEMANTIC="Projection" VALUE_0="1.186472" VALUE_1="0.000000" VALUE_2="0.000000" VALUE_3="0.000000" VALUE_4="0.000000" VALUE_5="2.414213" VALUE_6="0.000000" VALUE_7="0.000000" VALUE_8="0.000000" VALUE_9="0.000000" VALUE_10="1.001001" VALUE_11="-1.001001" VALUE_12="0.000000" VALUE_13="0.000000" VALUE_14="1.000000" VALUE_15="0.000000"/>
1817	<RmFloatVariable NAME="time_0_X" API="" ARTIST_EDITABLE="FALSE" VARIABLE_SEMANTIC="Time0_X" VALUE="87.033546" MIN="-1.000000" MAX="1.000000" CLAMP="FALSE"/>
1818	</RmEffectWorkspace>
1819	</RENDER_MONKEY>

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