Parallax mapping!

Normand Briere

2019-08-20 564f4d12d93813b5d680fc24d4f118c3886d96ed

 cMaterial.java
..
..
@@ -34,6 +34,7 @@
34
34
         shadow = val;
35
35
         texture = val;
36
36
         opacity = val;
37
+        parallax = val;
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         fakedepth = val;
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         shadowbias = val;
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40
     }
..
..
@@ -71,6 +72,7 @@
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         shadow = mat.shadow;
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         texture = mat.texture;
73
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         opacity = mat.opacity;
75
+        parallax = mat.parallax;
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         fakedepth = mat.fakedepth;
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         shadowbias = mat.shadowbias;
76
78
 
..
..
@@ -79,7 +81,8 @@
79
81
 
80
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     void UpdateMaterial(cMaterial anchor, cMaterial current)
81
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     {
82
-        color *= Factor(anchor.color, current.color);
84
+        //color *= Factor(anchor.color, current.color);
85
+        color = current.color;
83
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         //if (anchor.saturation == 0)
84
87
         //    anchor.saturation = 0.001f;
85
88
         if (anchor.modulation == 0)
..
..
@@ -104,265 +107,268 @@
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         shadow *= Factor(anchor.shadow, current.shadow);
105
108
         texture *= Factor(anchor.texture, current.texture);
106
109
         opacity *= Factor(anchor.opacity, current.opacity);
110
+//        if (anchor.parallax == 0)
111
+//            anchor.parallax = 0.001f;
112
+        //parallax *= Factor(anchor.parallax, current.parallax);
113
+        parallax = current.parallax;
107
114
         fakedepth *= Factor(anchor.fakedepth, current.fakedepth);
108
115
         shadowbias *= Factor(anchor.shadowbias, current.shadowbias);
109
116
     }
110
117
 
111
118
     float Factor(float anchor, float current)
112
119
     {
113
-        if (anchor <= 0)
114
-        {
115
-            assert anchor > 0;
116
-        }
120
+        Grafreed.Assert(anchor > 0);
117
121
 
118
122
         return current / anchor;
119
123
     }
120
124
 
121
-    void Draw(CameraPane display, boolean selected)
122
-    {
123
-        //new Exception().printStackTrace();
124
-
125
-        if (display.IsFrozen() && !selected || display.ambientOcclusion) // || display.drawMode == display.SHADOW)
126
-        {
127
-            return;
128
-        }
129
-
130
-        javax.media.opengl.GL gl = display.GetGL();
131
-
132
-        //Color col = Color.getHSBColor(color,modulation,1);
133
-        //col.getColorComponents(ColorSpace.getInstance(ColorSpace.CS_LINEAR_RGB), CameraPane.modelParams0);
134
-        if (!multiply)
135
-        {
136
-            display.color = color;
137
-            display.saturation = modulation;
138
-        }
139
-        else
140
-        {
141
-            display.color *= color*2;
142
-            display.saturation *= modulation*2;
143
-        }
144
-            
145
-        cColor.HSBtoRGB(display.color, display.saturation, 1, display.modelParams0);
146
-
147
-        float[] colorV = GrafreeD.colorV;
148
-
149
-        /**/
150
-        if (display.drawMode == display.DEFAULT) // && display.RENDERPROGRAM == 0)
151
-        {
152
-            colorV[0] = display.modelParams0[0] * diffuse;
153
-            colorV[1] = display.modelParams0[1] * diffuse;
154
-            colorV[2] = display.modelParams0[2] * diffuse;
155
-            colorV[3] = opacity;
156
-
157
-            gl.glColor4f(colorV[0], colorV[1], colorV[2], opacity);
158
-            //System.out.println("Opacity = " + opacity);
159
-
160
-            gl.glMaterialfv(gl.GL_FRONT, gl.GL_DIFFUSE, colorV, 0);
161
-            //color[0] /= 2; color[1] /= 2; color[2] /= 2;
162
-            gl.glMaterialfv(gl.GL_BACK, gl.GL_DIFFUSE, colorV, 0);
163
-
164
-            float amb = ambient;
165
-            if (amb < cameralight)
166
-            {
167
-                amb = cameralight;
168
-            }
169
-            colorV[0] = display.modelParams0[0] * diffuse * amb;
170
-            colorV[1] = display.modelParams0[1] * diffuse * amb;
171
-            colorV[2] = display.modelParams0[2] * diffuse * amb;
172
-            gl.glMaterialfv(gl.GL_FRONT, gl.GL_AMBIENT, colorV, 0);
173
-            //color[0] /= 2; color[1] /= 2; color[2] /= 2;
174
-            gl.glMaterialfv(gl.GL_BACK, gl.GL_AMBIENT, colorV, 0);
175
-
176
-            /**/
177
-            colorV[0] = ((1 - metalness) + display.modelParams0[0] * metalness) * specular;
178
-            colorV[1] = ((1 - metalness) + display.modelParams0[1] * metalness) * specular;
179
-            colorV[2] = ((1 - metalness) + display.modelParams0[2] * metalness) * specular;
180
-            gl.glMaterialfv(gl.GL_FRONT, gl.GL_SPECULAR, colorV, 0);
181
-            //color[0] /= 2; color[1] /= 2; color[2] /= 2;
182
-            gl.glMaterialfv(gl.GL_BACK, gl.GL_SPECULAR, colorV, 0);
183
-            colorV[0] = 10 / shininess; // 1/0.005f;
184
-            //System.out.println("shininess = " + colorV[0]);
185
-            if (colorV[0] > 128)
186
-            {
187
-                colorV[0] = 128;
188
-            }
189
-            gl.glMaterialfv(gl.GL_FRONT, gl.GL_SHININESS, colorV, 0);
190
-            gl.glMaterialfv(gl.GL_BACK, gl.GL_SHININESS, colorV, 0);
191
-        /**/
192
-        }
193
-        /**/
194
-
195
-        //selected = false;
196
-        selected = selected && display.flash;
197
-
198
-        //display.modelParams0[0] = 0; // pigment.r;
199
-        //display.modelParams0[1] = 0; // pigment.g;
200
-        //display.modelParams0[2] = 0; // pigment.b;
201
-        if (!multiply)
202
-        {
203
-            display.modelParams0[3] = metalness;
204
-            display.modelParams1[0] = diffuse;
205
-            display.modelParams1[1] = specular;
206
-            display.modelParams1[2] = 1 / shininess;
207
-            display.modelParams1[3] = shift;
208
-            display.modelParams2[0] = ambient;
209
-            display.modelParams2[1] = lightarea;
210
-            //System.out.println("light area = " + lightarea);
211
-            display.modelParams2[2] = 1 / factor; // diffuseness
212
-            display.modelParams2[3] = velvet;
213
-            display.modelParams3[0] = sheen;
214
-            display.modelParams3[1] = subsurface;
215
-            display.modelParams3[2] = bump; // backlit
216
-            display.modelParams3[3] = aniso;
217
-            display.modelParams4[0] = anisoV;
218
-            display.modelParams4[1] = selected ? 100 : cameralight;
219
-            //System.out.println("selected = " + selected);
220
-            display.modelParams4[2] = diffuseness;
221
-            display.modelParams4[3] = shadow;
222
-            display.modelParams5[0] = texture;
223
-            display.modelParams5[1] = opacity;
224
-            display.modelParams5[2] = fakedepth;
225
-            display.modelParams5[3] = CameraPane.SHADOWCULLFACE ? 0f : (shadowbias - 0.005f) / 10;
226
-        }
227
-        else
228
-        {
229
-            display.modelParams0[3] *= metalness*2;
230
-            display.modelParams1[0] *= diffuse*2;
231
-            display.modelParams1[1] *= specular*2;
232
-            display.modelParams1[2] *= shininess*2;
233
-            display.modelParams1[3] *= shift*2;
234
-            display.modelParams2[0] *= ambient*2;
235
-            display.modelParams2[1] *= lightarea*2;
236
-            display.modelParams2[2] *= factor*2;
237
-            display.modelParams2[3] *= velvet*2;
238
-            display.modelParams3[0] *= sheen*2;
239
-            display.modelParams3[1] *= subsurface*2;
240
-            display.modelParams3[2] *= bump*2;
241
-            display.modelParams3[3] *= aniso*2;
242
-            display.modelParams4[0] *= anisoV*2;
243
-            display.modelParams4[1] *= cameralight*2;
244
-            //System.out.println("selected = " + selected);
245
-            display.modelParams4[2] *= diffuseness*2;
246
-            display.modelParams4[3] *= shadow*2;
247
-            display.modelParams5[0] *= texture*2;
248
-            display.modelParams5[1] *= opacity*2;
249
-            display.modelParams5[2] *= fakedepth*2;
250
-            display.modelParams5[3] *= shadowbias*2;
251
-        }
252
-
253
-        display.modelParams6[0] = 0;
254
-        display.modelParams6[1] = 0;
255
-        display.modelParams6[2] = 0;
256
-        display.modelParams6[3] = 0;
257
-
258
-        display.modelParams7[0] = 0;
259
-        display.modelParams7[1] = 1000;
260
-        display.modelParams7[2] = 0;
261
-        display.modelParams7[3] = 0;
262
-
263
-        display.modelParams6[0] = 100; // criss de bug de bump
264
-        
265
-        Object3D.cVector2[] extparams = display.vector2buffer;
266
-        if (extparams != null && extparams.length > 0 && extparams[0] != null)
267
-        {
268
-            display.modelParams6[0] = extparams[0].x / 1000.0f; // bump
269
-            display.modelParams6[1] = extparams[0].y / 1000.0f; // noise
270
-            if (extparams.length > 1)
271
-            {
272
-                display.modelParams6[2] = extparams[1].x / 1000.0f; // borderfade
273
-                display.modelParams6[3] = extparams[1].y / 1000.0f; // (float)Math.exp(-extparams[1].y / 1000.0f); // fog punchthrough
274
-                if (extparams.length > 2)
275
-                {
276
-                    display.modelParams7[0] = extparams[2].x / 1000.0f; // noise power
277
-                    float x = extparams[2].y / 1000.0f;
278
-                    //if (x == 0)
279
-                    //    x = 1f;
280
-                    display.modelParams7[1] = 1 / x / x / x / x / x / x / x / x / x / x / x / x / x; // (float)Math.pow(-Math.log((extparams[2].y+0.00) / 1000.0f), 1); // opacity power
281
-                    if (extparams[2].y > 0)
282
-                    {
283
-                    //System.out.println("extparams[1].y = " + extparams[1].y);
284
-                    //System.out.println("extparams[2].y = " + extparams[2].y);
285
-                    //System.out.println("opacity power = " + display.modelParams7[1]);
286
-                    }
287
-                }
288
-            }
289
-        }
290
-
291
-        //if (display.modelParams6[2] != 0)
292
-        /*
293
-        System.out.println("modelParams0[0] = " + display.modelParams0[0]);
294
-        System.out.println("modelParams0[1] = " + display.modelParams0[1]);
295
-        System.out.println("modelParams0[2] = " + display.modelParams0[2]);
296
-        System.out.println("modelParams0[3] = " + display.modelParams0[3]);
297
-        System.out.println("modelParams1[0] = " + display.modelParams1[0]);
298
-        System.out.println("modelParams1[1] = " + display.modelParams1[1]);
299
-        System.out.println("modelParams1[2] = " + display.modelParams1[2]);
300
-        System.out.println("modelParams1[3] = " + display.modelParams1[3]);
301
-        System.out.println("modelParams2[0] = " + display.modelParams2[0]);
302
-        System.out.println("modelParams2[1] = " + display.modelParams2[1]);
303
-        System.out.println("modelParams2[2] = " + display.modelParams2[2]);
304
-        System.out.println("modelParams2[3] = " + display.modelParams2[3]);
305
-        System.out.println("modelParams3[0] = " + display.modelParams3[0]);
306
-        System.out.println("modelParams3[1] = " + display.modelParams3[1]);
307
-        System.out.println("modelParams3[2] = " + display.modelParams3[2]);
308
-        System.out.println("modelParams3[3] = " + display.modelParams3[3]);
309
-        System.out.println("modelParams4[0] = " + display.modelParams4[0]);
310
-        System.out.println("modelParams4[1] = " + display.modelParams4[1]);
311
-        System.out.println("modelParams4[2] = " + display.modelParams4[2]);
312
-        System.out.println("modelParams4[3] = " + display.modelParams4[3]);
313
-        System.out.println("modelParams5[0] = " + display.modelParams5[0]);
314
-        System.out.println("modelParams5[1] = " + display.modelParams5[1]);
315
-        System.out.println("modelParams5[2] = " + display.modelParams5[2]);
316
-        System.out.println("modelParams5[3] = " + display.modelParams5[3]);
317
-        System.out.println("modelParams6[0] = " + display.modelParams6[0]);
318
-        System.out.println("modelParams6[1] = " + display.modelParams6[1]);
319
-        System.out.println("modelParams6[2] = " + display.modelParams6[2]);
320
-        System.out.println("modelParams6[3] = " + display.modelParams6[3]);
321
-        System.out.println("modelParams7[0] = " + display.modelParams7[0]);
322
-        System.out.println("modelParams7[1] = " + display.modelParams7[1]);
323
-        System.out.println("modelParams7[2] = " + display.modelParams7[2]);
324
-        System.out.println("modelParams7[3] = " + display.modelParams7[3]);
325
-        /**/
326
-        //assert (display.modelParams6[2] == 0);
327
-
328
-        //System.out.println("noise power = " + display.modelParams7[0]);
329
-        //System.out.println("shadowbias = " + shadowbias);
330
-
331
-        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 0, display.modelParams0, 0);
332
-        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 1, display.modelParams1, 0);
333
-        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 2, display.modelParams2, 0);
334
-        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 3, display.modelParams3, 0);
335
-        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 4, display.modelParams4, 0);
336
-        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 5, display.modelParams5, 0);
337
-        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 6, display.modelParams6, 0);
338
-        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 7, display.modelParams7, 0);
339
-
340
-        int mode = display.FP_SHADER;
341
-
342
-        if (aniso != anisoV || aniso > 0.002)
343
-        {
344
-            mode |= display.FP_ANISO;
345
-        }
346
-
347
-        display.EnableProgram(mode);
348
-        
349
-        //System.out.println("opacity power = " + display.modelParams7[1]);
350
-        
351
-        if (!multiply)
352
-        {
353
-            if (display.drawMode == CameraPane.SHADOW)
354
-                gl.glDepthMask(opacity >= 0.9 && display.modelParams7[1] > 0.1);
355
-            else
356
-                gl.glDepthMask(opacity >= 0.99);
357
-        }
358
-    }
125
+//    void Draw(iCameraPane display, boolean selected)
126
+//    {
127
+//        //new Exception().printStackTrace();
128
+//
129
+//        if (display.IsFrozen() && !selected || display.IsAmbientOcclusionOn()) // || display.drawMode == display.SHADOW)
130
+//        {
131
+//            return;
132
+//        }
133
+//
134
+//        javax.media.opengl.GL gl = display.GetGL();
135
+//
136
+//        //Color col = Color.getHSBColor(color,modulation,1);
137
+//        //col.getColorComponents(ColorSpace.getInstance(ColorSpace.CS_LINEAR_RGB), CameraPane.modelParams0);
138
+//        if (!multiply)
139
+//        {
140
+//            display.color = color;
141
+//            display.saturation = modulation;
142
+//        }
143
+//        else
144
+//        {
145
+//            display.color *= color*2;
146
+//            display.saturation *= modulation*2;
147
+//        }
148
+//            
149
+//        cColor.HSBtoRGB(display.color, display.saturation, 1, display.modelParams0);
150
+//
151
+//        float[] colorV = GrafreeD.colorV;
152
+//
153
+//        /**/
154
+//        if (display.drawMode == display.DEFAULT) // && display.RENDERPROGRAM == 0)
155
+//        {
156
+//            colorV[0] = display.modelParams0[0] * diffuse;
157
+//            colorV[1] = display.modelParams0[1] * diffuse;
158
+//            colorV[2] = display.modelParams0[2] * diffuse;
159
+//            colorV[3] = opacity;
160
+//
161
+//            gl.glColor4f(colorV[0], colorV[1], colorV[2], opacity);
162
+//            //System.out.println("Opacity = " + opacity);
163
+//
164
+//            gl.glMaterialfv(gl.GL_FRONT, gl.GL_DIFFUSE, colorV, 0);
165
+//            //color[0] /= 2; color[1] /= 2; color[2] /= 2;
166
+//            gl.glMaterialfv(gl.GL_BACK, gl.GL_DIFFUSE, colorV, 0);
167
+//
168
+//            float amb = ambient;
169
+//            if (amb < cameralight)
170
+//            {
171
+//                amb = cameralight;
172
+//            }
173
+//            colorV[0] = display.modelParams0[0] * diffuse * amb;
174
+//            colorV[1] = display.modelParams0[1] * diffuse * amb;
175
+//            colorV[2] = display.modelParams0[2] * diffuse * amb;
176
+//            gl.glMaterialfv(gl.GL_FRONT, gl.GL_AMBIENT, colorV, 0);
177
+//            //color[0] /= 2; color[1] /= 2; color[2] /= 2;
178
+//            gl.glMaterialfv(gl.GL_BACK, gl.GL_AMBIENT, colorV, 0);
179
+//
180
+//            /**/
181
+//            colorV[0] = ((1 - metalness) + display.modelParams0[0] * metalness) * specular;
182
+//            colorV[1] = ((1 - metalness) + display.modelParams0[1] * metalness) * specular;
183
+//            colorV[2] = ((1 - metalness) + display.modelParams0[2] * metalness) * specular;
184
+//            gl.glMaterialfv(gl.GL_FRONT, gl.GL_SPECULAR, colorV, 0);
185
+//            //color[0] /= 2; color[1] /= 2; color[2] /= 2;
186
+//            gl.glMaterialfv(gl.GL_BACK, gl.GL_SPECULAR, colorV, 0);
187
+//            colorV[0] = 10 / shininess; // 1/0.005f;
188
+//            //System.out.println("shininess = " + colorV[0]);
189
+//            if (colorV[0] > 128)
190
+//            {
191
+//                colorV[0] = 128;
192
+//            }
193
+//            gl.glMaterialfv(gl.GL_FRONT, gl.GL_SHININESS, colorV, 0);
194
+//            gl.glMaterialfv(gl.GL_BACK, gl.GL_SHININESS, colorV, 0);
195
+//        /**/
196
+//        }
197
+//        /**/
198
+//
199
+//        //selected = false;
200
+//        selected = selected && display.flash;
201
+//
202
+//        //display.modelParams0[0] = 0; // pigment.r;
203
+//        //display.modelParams0[1] = 0; // pigment.g;
204
+//        //display.modelParams0[2] = 0; // pigment.b;
205
+//        if (!multiply)
206
+//        {
207
+//            display.modelParams0[3] = metalness;
208
+//            display.modelParams1[0] = diffuse;
209
+//            display.modelParams1[1] = specular;
210
+//            display.modelParams1[2] = 1 / shininess;
211
+//            display.modelParams1[3] = shift;
212
+//            display.modelParams2[0] = ambient;
213
+//            display.modelParams2[1] = lightarea;
214
+//            //System.out.println("light area = " + lightarea);
215
+//            display.modelParams2[2] = 1 / factor; // diffuseness
216
+//            display.modelParams2[3] = velvet;
217
+//            display.modelParams3[0] = sheen;
218
+//            display.modelParams3[1] = subsurface;
219
+//            display.modelParams3[2] = bump; // backlit
220
+//            display.modelParams3[3] = aniso;
221
+//            display.modelParams4[0] = anisoV;
222
+//            display.modelParams4[1] = selected ? 100 : cameralight;
223
+//            //System.out.println("selected = " + selected);
224
+//            display.modelParams4[2] = diffuseness;
225
+//            display.modelParams4[3] = shadow;
226
+//            display.modelParams5[0] = texture;
227
+//            display.modelParams5[1] = opacity;
228
+//            display.modelParams5[2] = fakedepth;
229
+//            display.modelParams5[3] = CameraPane.SHADOWCULLFACE ? 0f : (shadowbias - 0.005f) / 10;
230
+//        }
231
+//        else
232
+//        {
233
+//            display.modelParams0[3] *= metalness*2;
234
+//            display.modelParams1[0] *= diffuse*2;
235
+//            display.modelParams1[1] *= specular*2;
236
+//            display.modelParams1[2] *= shininess*2;
237
+//            display.modelParams1[3] *= shift*2;
238
+//            display.modelParams2[0] *= ambient*2;
239
+//            display.modelParams2[1] *= lightarea*2;
240
+//            display.modelParams2[2] *= factor*2;
241
+//            display.modelParams2[3] *= velvet*2;
242
+//            display.modelParams3[0] *= sheen*2;
243
+//            display.modelParams3[1] *= subsurface*2;
244
+//            display.modelParams3[2] *= bump*2;
245
+//            display.modelParams3[3] *= aniso*2;
246
+//            display.modelParams4[0] *= anisoV*2;
247
+//            display.modelParams4[1] *= cameralight*2;
248
+//            //System.out.println("selected = " + selected);
249
+//            display.modelParams4[2] *= diffuseness*2;
250
+//            display.modelParams4[3] *= shadow*2;
251
+//            display.modelParams5[0] *= texture*2;
252
+//            display.modelParams5[1] *= opacity*2;
253
+//            display.modelParams5[2] *= fakedepth*2;
254
+//            display.modelParams5[3] *= shadowbias*2;
255
+//        }
256
+//
257
+//        display.modelParams6[0] = 0;
258
+//        display.modelParams6[1] = 0;
259
+//        display.modelParams6[2] = 0;
260
+//        display.modelParams6[3] = 0;
261
+//
262
+//        display.modelParams7[0] = 0;
263
+//        display.modelParams7[1] = 1000;
264
+//        display.modelParams7[2] = 0;
265
+//        display.modelParams7[3] = 0;
266
+//
267
+//        display.modelParams6[0] = 100; // criss de bug de bump
268
+//        
269
+//        Object3D.cVector2[] extparams = display.vector2buffer;
270
+//        if (extparams != null && extparams.length > 0 && extparams[0] != null)
271
+//        {
272
+//            display.modelParams6[0] = extparams[0].x / 1000.0f; // bump
273
+//            display.modelParams6[1] = extparams[0].y / 1000.0f; // noise
274
+//            if (extparams.length > 1)
275
+//            {
276
+//                display.modelParams6[2] = extparams[1].x / 1000.0f; // borderfade
277
+//                display.modelParams6[3] = extparams[1].y / 1000.0f; // (float)Math.exp(-extparams[1].y / 1000.0f); // fog punchthrough
278
+//                if (extparams.length > 2)
279
+//                {
280
+//                    display.modelParams7[0] = extparams[2].x / 1000.0f; // noise power
281
+//                    float x = extparams[2].y / 1000.0f;
282
+//                    //if (x == 0)
283
+//                    //    x = 1f;
284
+//                    display.modelParams7[1] = 1 / x / x / x / x / x / x / x / x / x / x / x / x / x; // (float)Math.pow(-Math.log((extparams[2].y+0.00) / 1000.0f), 1); // opacity power
285
+//                    if (extparams[2].y > 0)
286
+//                    {
287
+//                    //System.out.println("extparams[1].y = " + extparams[1].y);
288
+//                    //System.out.println("extparams[2].y = " + extparams[2].y);
289
+//                    //System.out.println("opacity power = " + display.modelParams7[1]);
290
+//                    }
291
+//                }
292
+//            }
293
+//        }
294
+//
295
+//        //if (display.modelParams6[2] != 0)
296
+//        /*
297
+//        System.out.println("modelParams0[0] = " + display.modelParams0[0]);
298
+//        System.out.println("modelParams0[1] = " + display.modelParams0[1]);
299
+//        System.out.println("modelParams0[2] = " + display.modelParams0[2]);
300
+//        System.out.println("modelParams0[3] = " + display.modelParams0[3]);
301
+//        System.out.println("modelParams1[0] = " + display.modelParams1[0]);
302
+//        System.out.println("modelParams1[1] = " + display.modelParams1[1]);
303
+//        System.out.println("modelParams1[2] = " + display.modelParams1[2]);
304
+//        System.out.println("modelParams1[3] = " + display.modelParams1[3]);
305
+//        System.out.println("modelParams2[0] = " + display.modelParams2[0]);
306
+//        System.out.println("modelParams2[1] = " + display.modelParams2[1]);
307
+//        System.out.println("modelParams2[2] = " + display.modelParams2[2]);
308
+//        System.out.println("modelParams2[3] = " + display.modelParams2[3]);
309
+//        System.out.println("modelParams3[0] = " + display.modelParams3[0]);
310
+//        System.out.println("modelParams3[1] = " + display.modelParams3[1]);
311
+//        System.out.println("modelParams3[2] = " + display.modelParams3[2]);
312
+//        System.out.println("modelParams3[3] = " + display.modelParams3[3]);
313
+//        System.out.println("modelParams4[0] = " + display.modelParams4[0]);
314
+//        System.out.println("modelParams4[1] = " + display.modelParams4[1]);
315
+//        System.out.println("modelParams4[2] = " + display.modelParams4[2]);
316
+//        System.out.println("modelParams4[3] = " + display.modelParams4[3]);
317
+//        System.out.println("modelParams5[0] = " + display.modelParams5[0]);
318
+//        System.out.println("modelParams5[1] = " + display.modelParams5[1]);
319
+//        System.out.println("modelParams5[2] = " + display.modelParams5[2]);
320
+//        System.out.println("modelParams5[3] = " + display.modelParams5[3]);
321
+//        System.out.println("modelParams6[0] = " + display.modelParams6[0]);
322
+//        System.out.println("modelParams6[1] = " + display.modelParams6[1]);
323
+//        System.out.println("modelParams6[2] = " + display.modelParams6[2]);
324
+//        System.out.println("modelParams6[3] = " + display.modelParams6[3]);
325
+//        System.out.println("modelParams7[0] = " + display.modelParams7[0]);
326
+//        System.out.println("modelParams7[1] = " + display.modelParams7[1]);
327
+//        System.out.println("modelParams7[2] = " + display.modelParams7[2]);
328
+//        System.out.println("modelParams7[3] = " + display.modelParams7[3]);
329
+//        /**/
330
+//        //assert (display.modelParams6[2] == 0);
331
+//
332
+//        //System.out.println("noise power = " + display.modelParams7[0]);
333
+//        //System.out.println("shadowbias = " + shadowbias);
334
+//
335
+//        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 0, display.modelParams0, 0);
336
+//        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 1, display.modelParams1, 0);
337
+//        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 2, display.modelParams2, 0);
338
+//        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 3, display.modelParams3, 0);
339
+//        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 4, display.modelParams4, 0);
340
+//        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 5, display.modelParams5, 0);
341
+//        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 6, display.modelParams6, 0);
342
+//        gl.glProgramEnvParameter4fvARB(gl.GL_FRAGMENT_PROGRAM_ARB, 7, display.modelParams7, 0);
343
+//
344
+//        int mode = display.FP_SHADER;
345
+//
346
+//        if (aniso != anisoV || aniso > 0.002)
347
+//        {
348
+//            mode |= display.FP_ANISO;
349
+//        }
350
+//
351
+//        display.EnableProgram(mode);
352
+//        
353
+//        //System.out.println("opacity power = " + display.modelParams7[1]);
354
+//        
355
+//        if (!multiply)
356
+//        {
357
+//            if (display.drawMode == CameraPane.SHADOW)
358
+//                gl.glDepthMask(opacity >= 0.9 && display.modelParams7[1] > 0.1);
359
+//            else
360
+//                gl.glDepthMask(opacity >= 0.99);
361
+//        }
362
+//    }
359
363
     
360
364
     float color = 0.5f, modulation /*SATURATION*/ = 0.001f, metalness = 0.001f;
361
365
     float diffuse = 0.75f, specular = 0.25f, shininess = 0.75f, shift = 1;
362
366
     float ambient = 0.001f, lightarea = 0.025f, factor = 0.001f, velvet = 0.001f;
363
367
     float sheen = 1f, subsurface = 0.001f, bump = 0.75f, aniso = 0.001f, anisoV = 0.001f;
364
-    float cameralight = 0.2f, diffuseness = 0.001f, shadow = 5f, texture = 1f, opacity = 1;
368
+    float cameralight = 0.3f, diffuseness = 0.001f, shadow = 5f, texture = 1f, opacity = 1;
365
369
     float fakedepth = 0.5f, shadowbias = 0.01f; // 0.001f;
370
+    
371
+    float parallax = 0;
366
372
 
367
373
     boolean multiply;
368
374