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Created November 6, 2019 15:52
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flat-maze-web-fox
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log.log
Request to access cookie or storage on “<URL>” was blocked because it came from a tracker and content blocking is enabled. 27
Cross-Origin Request Blocked: The Same Origin Policy disallows reading the remote resource at https://googleads.g.doubleclick.net/pagead/id. (Reason: CORS request did not succeed).
Loading failed for the <script> with source “https://static.doubleclick.net/instream/ad_status.js”. HawWnuMn1mc:1:1
OpenGL ES 3.0 Renderer: Mozilla index.js:7:32275
Error: WebGL warning: drawArrays: Using format enabled by implicitly enabled extension: EXT_float_blend. For maximal portability enable it explicitly. index.js:7:261188
Cross-Origin Request Blocked: The Same Origin Policy disallows reading the remote resource at https://googleads.g.doubleclick.net/pagead/id. (Reason: CORS request did not succeed).
1: #version 300 es index.js:7:32275
2: #define USE_TEXTURE_RECT index.js:7:32275
3: #define USE_RGBA_SHADOWS index.js:7:32275
4: #define USE_MATERIAL index.js:7:32275
5: #define COLOR_USED index.js:7:32275
6: precision highp float; index.js:7:32275
7: precision highp int; index.js:7:32275
8: precision highp sampler2D; index.js:7:32275
9: precision highp samplerCube; index.js:7:32275
10: precision highp sampler2DArray; index.js:7:32275
11: index.js:7:32275
12: uniform highp sampler2D color_texture; // texunit:0 index.js:7:32275
13: /* clang-format on */ index.js:7:32275
14: uniform highp vec2 color_texpixel_size; index.js:7:32275
15: uniform highp sampler2D normal_texture; // texunit:1 index.js:7:32275
16: index.js:7:32275
17: in highp vec2 uv_interp; index.js:7:32275
18: in highp vec4 color_interp; index.js:7:32275
19: index.js:7:32275
20: #if defined(SCREEN_TEXTURE_USED) index.js:7:32275
21: index.js:7:32275
22: uniform sampler2D screen_texture; // texunit:-3 index.js:7:32275
23: index.js:7:32275
24: #endif index.js:7:32275
25: index.js:7:32275
26: #if defined(SCREEN_UV_USED) index.js:7:32275
27: index.js:7:32275
28: uniform vec2 screen_pixel_size; index.js:7:32275
29: #endif index.js:7:32275
30: index.js:7:32275
31: layout(std140) uniform CanvasItemData { index.js:7:32275
32: index.js:7:32275
33: highp mat4 projection_matrix; index.js:7:32275
34: highp float time; index.js:7:32275
35: }; index.js:7:32275
36: index.js:7:32275
37: #ifdef USE_LIGHTING index.js:7:32275
38: index.js:7:32275
39: layout(std140) uniform LightData { index.js:7:32275
40: index.js:7:32275
41: highp mat4 light_matrix; index.js:7:32275
42: highp mat4 light_local_matrix; index.js:7:32275
43: highp mat4 shadow_matrix; index.js:7:32275
44: highp vec4 light_color; index.js:7:32275
45: highp vec4 light_shadow_color; index.js:7:32275
46: highp vec2 light_pos; index.js:7:32275
47: highp float shadowpixel_size; index.js:7:32275
48: highp float shadow_gradient; index.js:7:32275
49: highp float light_height; index.js:7:32275
50: highp float light_outside_alpha; index.js:7:32275
51: highp float shadow_distance_mult; index.js:7:32275
52: }; index.js:7:32275
53: index.js:7:32275
54: uniform highp sampler2D light_texture; // texunit:-1 index.js:7:32275
55: in vec4 light_uv_interp; index.js:7:32275
56: in vec2 transformed_light_uv; index.js:7:32275
57: index.js:7:32275
58: in vec4 local_rot; index.js:7:32275
59: index.js:7:32275
60: #ifdef USE_SHADOWS index.js:7:32275
61: index.js:7:32275
62: uniform highp sampler2D shadow_texture; // texunit:-2 index.js:7:32275
63: in highp vec2 pos; index.js:7:32275
64: index.js:7:32275
65: #endif index.js:7:32275
66: index.js:7:32275
67: const bool at_light_pass = true; index.js:7:32275
68: #else index.js:7:32275
69: const bool at_light_pass = false; index.js:7:32275
70: #endif index.js:7:32275
71: index.js:7:32275
72: uniform highp vec4 final_modulate; index.js:7:32275
73: index.js:7:32275
74: layout(location = 0) out highp vec4 frag_color; index.js:7:32275
75: index.js:7:32275
76: #if defined(USE_MATERIAL) index.js:7:32275
77: index.js:7:32275
78: /* clang-format off */ index.js:7:32275
79: layout(std140) uniform UniformData { index.js:7:32275
80: float m_iTime; index.js:7:32275
81: int m_iFrame; index.js:7:32275
82: float m_scale_v; index.js:7:32275
83: bool m_clean_scr; index.js:7:32275
84: bool m_clean_scr5; index.js:7:32275
85: bool m_clean_scr10; index.js:7:32275
86: float m_mousedl; index.js:7:32275
87: float m_scr_posx; index.js:7:32275
88: float m_scr_posy; index.js:7:32275
89: float m_speed_x; index.js:7:32275
90: int m_last_index; index.js:7:32275
91: bool m_spawn1; index.js:7:32275
92: bool m_spawn2; index.js:7:32275
93: vec2 m_gravity; index.js:7:32275
94: bool m_spwan_b_once; index.js:7:32275
95: int m_anim_state; index.js:7:32275
96: vec3 m_iMouse; index.js:7:32275
97: index.js:7:32275
98: index.js:7:32275
99: }; index.js:7:32275
100: /* clang-format on */ index.js:7:32275
101: index.js:7:32275
102: #endif index.js:7:32275
103: index.js:7:32275
104: /* clang-format off */ index.js:7:32275
105: uniform sampler2D m_iChannel0; index.js:7:32275
106: uniform sampler2D m_iChannel1; index.js:7:32275
107: uniform sampler2D m_iChannel2; index.js:7:32275
108: uniform sampler2D m_iChannel3; index.js:7:32275
109: uniform sampler2D m_logic; index.js:7:32275
110: uniform sampler2D m_color_map; index.js:7:32275
111: uniform sampler2D m_force_collision; index.js:7:32275
112: uniform sampler2D m_maze_map; index.js:7:32275
113: index.js:7:32275
114: ivec2 m_extra_dat_vel(vec2 m_p) index.js:7:32275
115: { index.js:7:32275
116: vec4 m_tval=texelFetch(m_iChannel0, ivec2(m_p), 0); index.js:7:32275
117: int m_gxff=255; index.js:7:32275
118: return ivec2((abs(int(m_tval.z))&m_gxff), (abs(int(m_tval.w))&m_gxff)); } index.js:7:32275
119: index.js:7:32275
120: int m_get_id(vec2 m_p) index.js:7:32275
121: { index.js:7:32275
122: ivec2 m_v2=m_extra_dat_vel(m_p); index.js:7:32275
123: int m_iret=((m_v2[0]<<8)|(m_v2[1]<<0)); index.js:7:32275
124: return m_iret; } index.js:7:32275
125: index.js:7:32275
126: ivec4 m_save_id(int m_id) index.js:7:32275
127: { index.js:7:32275
128: int m_gxff=255; index.js:7:32275
129: int m_gxf=15; index.js:7:32275
130: int m_a=((m_id>>20)&m_gxf); index.js:7:32275
131: int m_b=((m_id>>16)&m_gxf); index.js:7:32275
132: int m_c=((m_id>>8)&m_gxff); index.js:7:32275
133: int m_d=((m_id>>0)&m_gxff); index.js:7:32275
134: return ivec4(m_a, m_b, m_c, m_d); } index.js:7:32275
135: index.js:7:32275
136: int m_encodeval_vel(ivec2 m_colz) index.js:7:32275
137: { index.js:7:32275
138: int m_gxffff=65535; index.js:7:32275
139: int m_gxff=255; index.js:7:32275
140: return int((((m_colz[0]&m_gxffff)<<8)|((m_colz[1]&m_gxff)<<0))); } index.js:7:32275
141: index.js:7:32275
142: vec2 m_pack_vel(vec2 m_vel, ivec2 m_extra_val) index.js:7:32275
143: { index.js:7:32275
144: int m_gxffff=65535; index.js:7:32275
145: int m_v1=abs(int((m_vel.x*float(m_gxffff)))); index.js:7:32275
146: int m_v2=abs(int((m_vel.y*float(m_gxffff)))); index.js:7:32275
147: float m_vx=float(m_encodeval_vel(ivec2(m_v1, m_extra_val.x))); index.js:7:32275
148: float m_vy=float(m_encodeval_vel(ivec2(m_v2, m_extra_val.y))); index.js:7:32275
149: float m_si=1.0; index.js:7:32275
150: if ((m_vel.x<0.0)) index.js:7:32275
151: { index.js:7:32275
152: m_si=-1.0; index.js:7:32275
153: } index.js:7:32275
154: float m_si2=1.0; index.js:7:32275
155: if ((m_vel.y<0.0)) index.js:7:32275
156: { index.js:7:32275
157: m_si2=-1.0; index.js:7:32275
158: } index.js:7:32275
159: return vec2((m_vx*m_si), (m_vy*m_si2)); } index.js:7:32275
160: index.js:7:32275
161: vec4 m_save_all(vec2 m_pos, vec2 m_vel, int m_id) index.js:7:32275
162: { index.js:7:32275
163: ivec4 m_tid=m_save_id(m_id); index.js:7:32275
164: ivec2 m_extra_data_pos=m_tid.xy; index.js:7:32275
165: ivec2 m_extra_data_vel=m_tid.zw; index.js:7:32275
166: vec2 m_pos_ret=m_pos; index.js:7:32275
167: vec2 m_vel_ret=m_pack_vel(m_vel, m_extra_data_vel); index.js:7:32275
168: return vec4(m_pos_ret, m_vel_ret); } index.js:7:32275
169: index.js:7:32275
170: float m_rand(vec2 m_co) index.js:7:32275
171: { index.js:7:32275
172: return fract((sin(dot(m_co.xy, vec2(12.9898,78.233)))*43758.5)); } index.js:7:32275
173: index.js:7:32275
174: int m_pack_type_hp(int m_type, int m_hp) index.js:7:32275
175: { index.js:7:32275
176: int m_gxff=255; index.js:7:32275
177: return (((m_type&m_gxff)<<8)|((m_hp&m_gxff)<<0)); } index.js:7:32275
178: index.js:7:32275
179: ivec2 m_unpack_type_hp(int m_id) index.js:7:32275
180: { index.js:7:32275
181: int m_gxff=255; index.js:7:32275
182: return ivec2(((m_id>>8)&m_gxff), ((m_id>>0)&m_gxff)); } index.js:7:32275
183: index.js:7:32275
184: int m_get_id_by_color(vec3 m_col) index.js:7:32275
185: { index.js:7:32275
186: int m_ret=0; index.js:7:32275
187: if (all(greaterThan(m_col, vec3(0.75,0.75,0.75)))) index.js:7:32275
188: { index.js:7:32275
189: m_ret=(3+7); index.js:7:32275
190: } index.js:7:32275
191: else index.js:7:32275
192: { index.js:7:32275
193: if (all(greaterThan(m_col, vec3(0.45,0.45,0.45)))) index.js:7:32275
194: { index.js:7:32275
195: m_ret=3; index.js:7:32275
196: } index.js:7:32275
197: else index.js:7:32275
198: { index.js:7:32275
199: if (((m_col.r>0.75)&&all(lessThan(m_col.gb, vec2(0.25,0.25))))) index.js:7:32275
200: { index.js:7:32275
201: m_ret=(1+7); index.js:7:32275
202: } index.js:7:32275
203: else index.js:7:32275
204: { index.js:7:32275
205: if (((m_col.r>0.45)&&all(lessThan(m_col.gb, vec2(0.25,0.25))))) index.js:7:32275
206: { index.js:7:32275
207: m_ret=1; index.js:7:32275
208: } index.js:7:32275
209: else index.js:7:32275
210: { index.js:7:32275
211: if (((m_col.g>0.75)&&all(lessThan(m_col.rb, vec2(0.25,0.25))))) index.js:7:32275
212: { index.js:7:32275
213: m_ret=(4+7); index.js:7:32275
214: } index.js:7:32275
215: else index.js:7:32275
216: { index.js:7:32275
217: if (((m_col.g>0.45)&&all(lessThan(m_col.rb, vec2(0.25,0.25))))) index.js:7:32275
218: { index.js:7:32275
219: m_ret=4; index.js:7:32275
220: } index.js:7:32275
221: else index.js:7:32275
222: { index.js:7:32275
223: if (((m_col.b>0.75)&&all(lessThan(m_col.gr, vec2(0.25,0.25))))) index.js:7:32275
224: { index.js:7:32275
225: m_ret=(5+7); index.js:7:32275
226: } index.js:7:32275
227: else index.js:7:32275
228: { index.js:7:32275
229: if (((m_col.b>0.45)&&all(lessThan(m_col.gr, vec2(0.25,0.25))))) index.js:7:32275
230: { index.js:7:32275
231: m_ret=5; index.js:7:32275
232: } index.js:7:32275
233: else index.js:7:32275
234: { index.js:7:32275
235: if (((m_col.b<0.25)&&all(greaterThan(m_col.rg, vec2(0.75,0.75))))) index.js:7:32275
236: { index.js:7:32275
237: m_ret=(3+7); index.js:7:32275
238: } index.js:7:32275
239: else index.js:7:32275
240: { index.js:7:32275
241: if (((m_col.b<0.25)&&all(greaterThan(m_col.rg, vec2(0.45,0.45))))) index.js:7:32275
242: { index.js:7:32275
243: m_ret=3; index.js:7:32275
244: } index.js:7:32275
245: else index.js:7:32275
246: { index.js:7:32275
247: if (((m_col.r<0.25)&&all(greaterThan(m_col.gb, vec2(0.75,0.75))))) index.js:7:32275
248: { index.js:7:32275
249: m_ret=(6+7); index.js:7:32275
250: } index.js:7:32275
251: else index.js:7:32275
252: { index.js:7:32275
253: if (((m_col.r<0.25)&&all(greaterThan(m_col.gb, vec2(0.45,0.45))))) index.js:7:32275
254: { index.js:7:32275
255: m_ret=6; index.js:7:32275
256: } index.js:7:32275
257: else index.js:7:32275
258: { index.js:7:32275
259: if (((m_col.g<0.25)&&all(greaterThan(m_col.rb, vec2(0.75,0.75))))) index.js:7:32275
260: { index.js:7:32275
261: m_ret=(0+7); index.js:7:32275
262: } index.js:7:32275
263: else index.js:7:32275
264: { index.js:7:32275
265: if (((m_col.g<0.25)&&all(greaterThan(m_col.rb, vec2(0.45,0.45))))) index.js:7:32275
266: { index.js:7:32275
267: m_ret=0; index.js:7:32275
268: } index.js:7:32275
269: } index.js:7:32275
270: } index.js:7:32275
271: } index.js:7:32275
272: } index.js:7:32275
273: } index.js:7:32275
274: } index.js:7:32275
275: } index.js:7:32275
276: } index.js:7:32275
277: } index.js:7:32275
278: } index.js:7:32275
279: } index.js:7:32275
280: } index.js:7:32275
281: } index.js:7:32275
282: return m_ret; } index.js:7:32275
283: index.js:7:32275
284: vec2 m_get_force(vec2 m_p) index.js:7:32275
285: { index.js:7:32275
286: vec4 m_tval=texelFetch(m_force_collision, ivec2(int(m_p.x), int((0.0+m_p.y))), 0); index.js:7:32275
287: return m_tval.xy; } index.js:7:32275
288: index.js:7:32275
289: vec2 m_get_force2(vec2 m_p) index.js:7:32275
290: { index.js:7:32275
291: vec4 m_tval=texelFetch(m_force_collision, ivec2(int(m_p.x), int((0.0+m_p.y))), 0); index.js:7:32275
292: return m_tval.zw; } index.js:7:32275
293: index.js:7:32275
294: vec2 m_tile_uv(vec2 m_uv, vec2 m_iResolution) index.js:7:32275
295: { index.js:7:32275
296: ivec2 m_tuv=ivec2((m_uv*vec2(320.0,180.0))); index.js:7:32275
297: return (vec2(m_tuv)/vec2(320.0,180.0)); } index.js:7:32275
298: index.js:7:32275
299: bool m_get_map(vec2 m_uv, vec2 m_iResolution) index.js:7:32275
300: { index.js:7:32275
301: return (texture(m_maze_map, m_tile_uv(m_uv, m_iResolution)).r>0.5); } index.js:7:32275
302: index.js:7:32275
303: vec3 m_get_col_map(vec2 m_uv, vec2 m_iResolution) index.js:7:32275
304: { index.js:7:32275
305: return texture(m_color_map, m_tile_uv(m_uv, m_iResolution)).rgb; } index.js:7:32275
306: index.js:7:32275
307: vec4 m_spawner(vec2 m_uv, vec2 m_middle, vec2 m_iResolution) index.js:7:32275
308: { index.js:7:32275
309: ivec2 m_iv=ivec2(m_middle); index.js:7:32275
310: vec4 m_retc=vec4(-1.0,0.0,0.0,0.0); index.js:7:32275
311: if ((((((m_iv.x%2)==0)&&((m_iv.y%2)==0))&&!m_get_map(m_uv, m_iResolution))&&((((m_iv.x>0)&&(m_iv.y>0))&&(m_iv.x<(1280-1)))&&(m_iv.y<(720-1))))) index.js:7:32275
312: { index.js:7:32275
313: { index.js:7:32275
314: int m_id=m_pack_type_hp((4+m_get_id_by_color(m_get_col_map(m_uv, m_iResolution))), 1); index.js:7:32275
315: vec2 m_pos=(m_middle+((m_rand(vec2(m_iv))-0.5)*0.25)); index.js:7:32275
316: vec2 m_vel=vec2(0.0,0.0); index.js:7:32275
317: m_retc=m_save_all(m_pos, m_vel, m_id); index.js:7:32275
318: } index.js:7:32275
319: ; index.js:7:32275
320: } index.js:7:32275
321: return m_retc; } index.js:7:32275
322: index.js:7:32275
323: vec2 m_my_normalize(vec2 m_v) index.js:7:32275
324: { index.js:7:32275
325: float m_len=length(m_v); index.js:7:32275
326: if ((m_len==0.0)) index.js:7:32275
327: { index.js:7:32275
328: return vec2(0.0,0.0); } index.js:7:32275
329: return (m_v/m_len); } index.js:7:32275
330: index.js:7:32275
331: vec2 m_get_screen_dir() index.js:7:32275
332: { index.js:7:32275
333: return texelFetch(m_logic, ivec2(0,0), 0).zw; } index.js:7:32275
334: index.js:7:32275
335: vec4 m_get_dir_by_anim() index.js:7:32275
336: { index.js:7:32275
337: vec2 m_dir=vec2(0.0,1.0); index.js:7:32275
338: vec2 m_rdir=m_get_screen_dir(); index.js:7:32275
339: vec2 m_tdir=m_my_normalize(m_rdir); index.js:7:32275
340: if ((length(m_tdir)<=0.01)) index.js:7:32275
341: { index.js:7:32275
342: { index.js:7:32275
343: if (((m_anim_state==0)||(m_anim_state==4))) index.js:7:32275
344: { index.js:7:32275
345: { index.js:7:32275
346: m_dir=vec2(-1.0,0.0); index.js:7:32275
347: } index.js:7:32275
348: ; index.js:7:32275
349: } index.js:7:32275
350: else index.js:7:32275
351: { index.js:7:32275
352: if (((m_anim_state==1)||(m_anim_state==5))) index.js:7:32275
353: { index.js:7:32275
354: { index.js:7:32275
355: m_dir=vec2(1.0,0.0); index.js:7:32275
356: } index.js:7:32275
357: ; index.js:7:32275
358: } index.js:7:32275
359: else index.js:7:32275
360: { index.js:7:32275
361: if (((m_anim_state==2)||(m_anim_state==6))) index.js:7:32275
362: { index.js:7:32275
363: { index.js:7:32275
364: m_dir=vec2(0.0,1.0); index.js:7:32275
365: } index.js:7:32275
366: ; index.js:7:32275
367: } index.js:7:32275
368: else index.js:7:32275
369: { index.js:7:32275
370: if (((m_anim_state==3)||(m_anim_state==7))) index.js:7:32275
371: { index.js:7:32275
372: { index.js:7:32275
373: m_dir=vec2(0.0,-1.0); index.js:7:32275
374: } index.js:7:32275
375: ; index.js:7:32275
376: } index.js:7:32275
377: } index.js:7:32275
378: } index.js:7:32275
379: } index.js:7:32275
380: } index.js:7:32275
381: ; index.js:7:32275
382: } index.js:7:32275
383: else index.js:7:32275
384: { index.js:7:32275
385: m_dir=m_tdir; index.js:7:32275
386: } index.js:7:32275
387: return vec4(m_dir, m_rdir); } index.js:7:32275
388: index.js:7:32275
389: vec4 m_spawner_bullets(vec2 m_uv, vec2 m_middle, vec2 m_iResolution) index.js:7:32275
390: { index.js:7:32275
391: ivec2 m_iv=ivec2(m_middle); index.js:7:32275
392: int m_spawner_cd=35; index.js:7:32275
393: vec4 m_retc=vec4(-1.0,0.0,0.0,0.0); index.js:7:32275
394: if (((m_iFrame%m_spawner_cd)!=0)) index.js:7:32275
395: { index.js:7:32275
396: return m_retc; } index.js:7:32275
397: vec2 m_nval=m_get_force(vec2(m_iv.xy)); index.js:7:32275
398: if ((((((m_iv.x%2)==0)&&((m_iv.y%2)==0))&&((((m_iv.x>0)&&(m_iv.y>0))&&(m_iv.x<(1280-1)))&&(m_iv.y<(720-1))))&&((abs(m_nval.x)+abs(m_nval.y))>0.0))) index.js:7:32275
399: { index.js:7:32275
400: { index.js:7:32275
401: vec4 m_dirl=m_get_dir_by_anim(); index.js:7:32275
402: vec2 m_dir=m_dirl.xy; index.js:7:32275
403: vec2 m_rdir=m_dirl.zw; index.js:7:32275
404: int m_ttype=40; index.js:7:32275
405: if (((m_dir.y>0.5)&&(m_dirl.y>abs(m_dirl.x)))) index.js:7:32275
406: { index.js:7:32275
407: m_ttype=42; index.js:7:32275
408: } index.js:7:32275
409: else index.js:7:32275
410: { index.js:7:32275
411: if (((m_dir.y<0.0)&&(abs(m_dirl.y)>abs(m_dirl.x)))) index.js:7:32275
412: { index.js:7:32275
413: m_ttype=43; index.js:7:32275
414: } index.js:7:32275
415: else index.js:7:32275
416: { index.js:7:32275
417: if (((m_dir.x>0.5)&&(m_dirl.x>abs(m_dirl.y)))) index.js:7:32275
418: { index.js:7:32275
419: m_ttype=40; index.js:7:32275
420: } index.js:7:32275
421: else index.js:7:32275
422: { index.js:7:32275
423: if (((m_dir.x<0.0)&&(abs(m_dirl.x)>abs(m_dirl.y)))) index.js:7:32275
424: { index.js:7:32275
425: m_ttype=41; index.js:7:32275
426: } index.js:7:32275
427: } index.js:7:32275
428: } index.js:7:32275
429: } index.js:7:32275
430: int m_id=m_pack_type_hp(m_ttype, 150); index.js:7:32275
431: vec2 m_pos=(m_middle+((m_rand(vec2(m_iv))-0.5)*0.25)); index.js:7:32275
432: vec2 m_vel=(vec2(0.0,0.0)+m_dir); index.js:7:32275
433: m_retc=m_save_all(m_pos, m_vel, m_id); index.js:7:32275
434: } index.js:7:32275
435: ; index.js:7:32275
436: } index.js:7:32275
437: return m_retc; } index.js:7:32275
438: index.js:7:32275
439: ivec2 m_index_x(int m_id) index.js:7:32275
440: { index.js:7:32275
441: ivec2 m_p_res=ivec2(1280,720); index.js:7:32275
442: int m_x=(m_id%m_p_res.x); index.js:7:32275
443: int m_y=(m_id/m_p_res.x); index.js:7:32275
444: return ivec2(m_x, m_y); } index.js:7:32275
445: index.js:7:32275
446: bool m_is_alive(int m_id) index.js:7:32275
447: { index.js:7:32275
448: return true; if ((texelFetch(m_iChannel1, m_index_x(m_id), 0).y>0.0)) index.js:7:32275
449: { index.js:7:32275
450: return true; } index.js:7:32275
451: return false; } index.js:7:32275
452: index.js:7:32275
453: float m_decodeval_vel(int m_varz) index.js:7:32275
454: { index.js:7:32275
455: int m_iret=0; index.js:7:32275
456: m_iret=(m_varz>>8); index.js:7:32275
457: int m_gxffff=65535; index.js:7:32275
458: return (float(m_iret)/float(m_gxffff)); } index.js:7:32275
459: index.js:7:32275
460: vec4 m_getV(vec2 m_p) index.js:7:32275
461: { index.js:7:32275
462: if (((m_p.x<0.001)||(m_p.y<0.001))) index.js:7:32275
463: { index.js:7:32275
464: return vec4(0.0,0.0,0.0,0.0); } index.js:7:32275
465: vec4 m_tval=texelFetch(m_iChannel0, ivec2(m_p), 0); index.js:7:32275
466: if ((m_tval.x<0.0)) index.js:7:32275
467: { index.js:7:32275
468: return vec4(-1.0,0.0,0.0,0.0); } index.js:7:32275
469: float m_p1=m_tval.x; index.js:7:32275
470: float m_p2=m_tval.y; index.js:7:32275
471: float m_v1=m_decodeval_vel(abs(int(m_tval.z))); index.js:7:32275
472: float m_v2=m_decodeval_vel(abs(int(m_tval.w))); index.js:7:32275
473: float m_si=1.0; index.js:7:32275
474: if ((m_tval.z<0.0)) index.js:7:32275
475: { index.js:7:32275
476: m_si=-1.0; index.js:7:32275
477: } index.js:7:32275
478: float m_si2=1.0; index.js:7:32275
479: if ((m_tval.w<0.0)) index.js:7:32275
480: { index.js:7:32275
481: m_si2=-1.0; index.js:7:32275
482: } index.js:7:32275
483: vec2 m_unp=vec2((m_si*m_v1), (m_si2*m_v2)); index.js:7:32275
484: return vec4(vec2(m_p1, m_p2), m_unp.xy); } index.js:7:32275
485: index.js:7:32275
486: ivec2 m_type_hp_logic(ivec2 m_type_hp, vec2 m_vel) index.js:7:32275
487: { index.js:7:32275
488: int m_real_index=m_type_hp.x; index.js:7:32275
489: if ((((((m_real_index>=4)&&(m_real_index!=40))&&(m_real_index!=41))&&(m_real_index!=42))&&(m_real_index!=43))) index.js:7:32275
490: { index.js:7:32275
491: { index.js:7:32275
492: int m_tid=(m_real_index-4); index.js:7:32275
493: if ((m_tid>=20)) index.js:7:32275
494: { index.js:7:32275
495: { index.js:7:32275
496: m_type_hp.y+=-1; index.js:7:32275
497: if ((m_type_hp.y<=0)) index.js:7:32275
498: { index.js:7:32275
499: { index.js:7:32275
500: m_type_hp.x=3; index.js:7:32275
501: m_type_hp.y=0; index.js:7:32275
502: } index.js:7:32275
503: ; index.js:7:32275
504: } index.js:7:32275
505: } index.js:7:32275
506: ; index.js:7:32275
507: } index.js:7:32275
508: } index.js:7:32275
509: ; index.js:7:32275
510: } index.js:7:32275
511: else index.js:7:32275
512: { index.js:7:32275
513: if ((m_real_index==3)) index.js:7:32275
514: { index.js:7:32275
515: { index.js:7:32275
516: if (((m_iFrame%(13-int((6.0*min((length(m_vel)*20.0), 1.0)))))==0)) index.js:7:32275
517: { index.js:7:32275
518: { index.js:7:32275
519: m_type_hp.y+=1; index.js:7:32275
520: m_type_hp.y=(m_type_hp.y%10); index.js:7:32275
521: } index.js:7:32275
522: ; index.js:7:32275
523: } index.js:7:32275
524: } index.js:7:32275
525: ; index.js:7:32275
526: } index.js:7:32275
527: else index.js:7:32275
528: { index.js:7:32275
529: if ((m_real_index==2)) index.js:7:32275
530: { index.js:7:32275
531: { index.js:7:32275
532: if (((m_iFrame%(13-int((6.0*min((length(m_vel)*20.0), 1.0)))))==0)) index.js:7:32275
533: { index.js:7:32275
534: { index.js:7:32275
535: m_type_hp.y+=1; index.js:7:32275
536: m_type_hp.y=(m_type_hp.y%10); index.js:7:32275
537: } index.js:7:32275
538: ; index.js:7:32275
539: } index.js:7:32275
540: } index.js:7:32275
541: ; index.js:7:32275
542: } index.js:7:32275
543: else index.js:7:32275
544: { index.js:7:32275
545: if ((m_real_index==1)) index.js:7:32275
546: { index.js:7:32275
547: { index.js:7:32275
548: if (((m_iFrame%(13-int((6.0*min((length(m_vel)*20.0), 1.0)))))==0)) index.js:7:32275
549: { index.js:7:32275
550: { index.js:7:32275
551: m_type_hp.y+=1; index.js:7:32275
552: m_type_hp.y=(m_type_hp.y%15); index.js:7:32275
553: } index.js:7:32275
554: ; index.js:7:32275
555: } index.js:7:32275
556: } index.js:7:32275
557: ; index.js:7:32275
558: } index.js:7:32275
559: else index.js:7:32275
560: { index.js:7:32275
561: if (((((m_real_index==40)||(m_real_index==41))||(m_real_index==42))||(m_real_index==43))) index.js:7:32275
562: { index.js:7:32275
563: { index.js:7:32275
564: if (((m_iFrame%2)==0)) index.js:7:32275
565: { index.js:7:32275
566: { index.js:7:32275
567: m_type_hp.y+=-1; index.js:7:32275
568: m_type_hp.y=max(m_type_hp.y, 0); index.js:7:32275
569: } index.js:7:32275
570: ; index.js:7:32275
571: } index.js:7:32275
572: } index.js:7:32275
573: ; index.js:7:32275
574: } index.js:7:32275
575: } index.js:7:32275
576: } index.js:7:32275
577: } index.js:7:32275
578: } index.js:7:32275
579: return m_type_hp; } index.js:7:32275
580: index.js:7:32275
581: void m_sim_step(out vec4 m_fragColor, vec2 m_fragCoord, vec2 m_iResolution) index.js:7:32275
582: { index.js:7:32275
583: vec2 m_uv=(m_fragCoord/m_iResolution); index.js:7:32275
584: float m_BALL_SIZE=0.9; index.js:7:32275
585: float m_BALL_D=(2.0*m_BALL_SIZE); index.js:7:32275
586: float m_VEL_LIMIT=(0.2*m_BALL_SIZE); index.js:7:32275
587: vec2 m_G=m_gravity; index.js:7:32275
588: float m_E_FORCE=1.9; index.js:7:32275
589: float m_M=(0.6*m_BALL_SIZE); index.js:7:32275
590: float m_DAMP_K=0.98; index.js:7:32275
591: float m_SQ_K=0.0; index.js:7:32275
592: float m_player_F=0.025; index.js:7:32275
593: float m_monster_F=0.15; index.js:7:32275
594: float m_slow_down=0.925; index.js:7:32275
595: vec2 m_middle=m_fragCoord; index.js:7:32275
596: int m_self_id=0; index.js:7:32275
597: if ((false||(m_iFrame<=10))) index.js:7:32275
598: { index.js:7:32275
599: { index.js:7:32275
600: ivec2 m_iv=ivec2(m_fragCoord); index.js:7:32275
601: if ((((((m_iv.x%2)==0)&&((m_iv.y%2)==0))&&!m_get_map(m_uv, m_iResolution))&&((((m_iv.x>0)&&(m_iv.y>0))&&(m_iv.x<(1280-1)))&&(m_iv.y<(720-1))))) index.js:7:32275
602: { index.js:7:32275
603: { index.js:7:32275
604: int m_id=m_pack_type_hp((4+m_get_id_by_color(m_get_col_map(m_uv, m_iResolution))), 1); index.js:7:32275
605: vec2 m_pos=(m_middle+((m_rand(m_fragCoord)-0.5)*0.25)); index.js:7:32275
606: vec2 m_vel=vec2(0.0,0.0); index.js:7:32275
607: m_fragColor=m_save_all(m_pos, m_vel, m_id); index.js:7:32275
608: } index.js:7:32275
609: ; index.js:7:32275
610: } index.js:7:32275
611: else index.js:7:32275
612: { index.js:7:32275
613: { index.js:7:32275
614: m_fragColor=vec4(-1.0,0.0,0.0,0.0); index.js:7:32275
615: } index.js:7:32275
616: ; index.js:7:32275
617: } index.js:7:32275
618: } index.js:7:32275
619: ; index.js:7:32275
620: } index.js:7:32275
621: else index.js:7:32275
622: { index.js:7:32275
623: { index.js:7:32275
624: vec4 m_v=vec4(0.0,0.0,0.0,0.0); index.js:7:32275
625: vec2 m_lp=vec2(-10.0,-10.0); index.js:7:32275
626: bool m_br=false; index.js:7:32275
627: for (int m_x=-1;(m_x<=1);m_x++) index.js:7:32275
628: { index.js:7:32275
629: { index.js:7:32275
630: if (m_br) index.js:7:32275
631: { index.js:7:32275
632: break; } index.js:7:32275
633: for (int m_y=-1;(m_y<=1);m_y++) index.js:7:32275
634: { index.js:7:32275
635: { index.js:7:32275
636: vec2 m_np=(m_fragCoord+vec2(float(m_x), float(m_y))); index.js:7:32275
637: vec4 m_p=m_getV(m_np); index.js:7:32275
638: if ((trunc(m_middle)==trunc(m_p.xy))) index.js:7:32275
639: { index.js:7:32275
640: { index.js:7:32275
641: m_v=m_p; index.js:7:32275
642: m_lp=m_np; index.js:7:32275
643: m_br=true; index.js:7:32275
644: break; } index.js:7:32275
645: ; index.js:7:32275
646: } index.js:7:32275
647: } index.js:7:32275
648: ; index.js:7:32275
649: } index.js:7:32275
650: } index.js:7:32275
651: ; index.js:7:32275
652: } index.js:7:32275
653: if (m_br) index.js:7:32275
654: { index.js:7:32275
655: { index.js:7:32275
656: m_self_id=m_get_id(trunc(m_lp.xy)); index.js:7:32275
657: ivec2 m_type_hp=m_unpack_type_hp(m_self_id); index.js:7:32275
658: int m_real_index=m_type_hp.x; index.js:7:32275
659: if (!m_is_alive(m_self_id)) index.js:7:32275
660: { index.js:7:32275
661: { index.js:7:32275
662: m_fragColor=vec4(-1.0,0.0,0.0,0.0); index.js:7:32275
663: return; } index.js:7:32275
664: ; index.js:7:32275
665: } index.js:7:32275
666: vec2 m_dr=vec2(0.0,0.0); index.js:7:32275
667: float m_stress=0.0; index.js:7:32275
668: bool m_need_upd=false; index.js:7:32275
669: for (int m_x=-2;(m_x<=2);m_x++) index.js:7:32275
670: { index.js:7:32275
671: { index.js:7:32275
672: for (int m_y=-2;(m_y<=2);m_y++) index.js:7:32275
673: { index.js:7:32275
674: { index.js:7:32275
675: if (((m_x!=0)||(m_y!=0))) index.js:7:32275
676: { index.js:7:32275
677: { index.js:7:32275
678: vec4 m_p=m_getV((m_fragCoord+vec2(float(m_x), float(m_y)))); index.js:7:32275
679: if ((m_p.x>0.0)) index.js:7:32275
680: { index.js:7:32275
681: { index.js:7:32275
682: vec2 m_d2=(m_v.xy-m_p.xy); index.js:7:32275
683: float m_l=length(m_d2); index.js:7:32275
684: float m_f=(m_BALL_D-m_l); index.js:7:32275
685: if (((m_l>=(0.001*m_BALL_SIZE))&&(m_f>0.0))) index.js:7:32275
686: { index.js:7:32275
687: { index.js:7:32275
688: if ((((((m_real_index==40)||(m_real_index==41))||(m_real_index==42))||(m_real_index==43))&&(m_type_hp.y>22))) index.js:7:32275
689: { index.js:7:32275
690: { index.js:7:32275
691: int m_h_id=m_get_id((m_fragCoord+vec2(float(m_x), float(m_y)))); index.js:7:32275
692: ivec2 m_htype_hp=m_unpack_type_hp(m_h_id); index.js:7:32275
693: int m_hreal_index=m_htype_hp.x; index.js:7:32275
694: if (((((m_hreal_index!=40)&&(m_hreal_index!=41))&&(m_hreal_index!=42))&&(m_hreal_index!=43))) index.js:7:32275
695: { index.js:7:32275
696: m_type_hp.y=22; index.js:7:32275
697: } index.js:7:32275
698: } index.js:7:32275
699: ; index.js:7:32275
700: } index.js:7:32275
701: else index.js:7:32275
702: { index.js:7:32275
703: { index.js:7:32275
704: if (!m_need_upd) index.js:7:32275
705: { index.js:7:32275
706: { index.js:7:32275
707: int m_h_id=m_get_id((m_fragCoord+vec2(float(m_x), float(m_y)))); index.js:7:32275
708: ivec2 m_htype_hp=m_unpack_type_hp(m_h_id); index.js:7:32275
709: int m_hreal_index=m_htype_hp.x; index.js:7:32275
710: if ((((((m_hreal_index==40)||(m_hreal_index==41))||(m_hreal_index==42))||(m_hreal_index==43))&&(m_htype_hp.y>22))) index.js:7:32275
711: { index.js:7:32275
712: { index.js:7:32275
713: m_need_upd=true; index.js:7:32275
714: } index.js:7:32275
715: ; index.js:7:32275
716: } index.js:7:32275
717: } index.js:7:32275
718: ; index.js:7:32275
719: } index.js:7:32275
720: } index.js:7:32275
721: ; index.js:7:32275
722: } index.js:7:32275
723: float m_f2=(m_f/m_BALL_D); index.js:7:32275
724: m_f2+=((m_SQ_K*m_f2)*m_f2); index.js:7:32275
725: m_f2*=m_BALL_D; index.js:7:32275
726: vec2 m_force_part=((m_E_FORCE*normalize(m_d2))*m_f2); index.js:7:32275
727: m_stress+=(abs(m_force_part.x)+abs(m_force_part.y)); index.js:7:32275
728: m_dr+=m_force_part; index.js:7:32275
729: } index.js:7:32275
730: ; index.js:7:32275
731: } index.js:7:32275
732: } index.js:7:32275
733: ; index.js:7:32275
734: } index.js:7:32275
735: } index.js:7:32275
736: ; index.js:7:32275
737: } index.js:7:32275
738: } index.js:7:32275
739: ; index.js:7:32275
740: } index.js:7:32275
741: } index.js:7:32275
742: ; index.js:7:32275
743: } index.js:7:32275
744: vec2 m_nval=((m_player_F*max(m_stress, 1.0))*m_get_force(trunc(m_lp.xy))); index.js:7:32275
745: if (((abs(m_nval.x)+abs(m_nval.y))>0.0)) index.js:7:32275
746: { index.js:7:32275
747: { index.js:7:32275
748: if ((((((m_real_index>=4)&&(m_real_index!=40))&&(m_real_index!=41))&&(m_real_index!=42))&&(m_real_index!=43))) index.js:7:32275
749: { index.js:7:32275
750: { index.js:7:32275
751: int m_tid=(m_real_index-4); index.js:7:32275
752: if ((m_tid<20)) index.js:7:32275
753: { index.js:7:32275
754: { index.js:7:32275
755: m_type_hp.x+=20; index.js:7:32275
756: m_type_hp.y=255; index.js:7:32275
757: } index.js:7:32275
758: ; index.js:7:32275
759: } index.js:7:32275
760: m_dr+=m_nval; index.js:7:32275
761: } index.js:7:32275
762: ; index.js:7:32275
763: } index.js:7:32275
764: } index.js:7:32275
765: ; index.js:7:32275
766: } index.js:7:32275
767: if ((m_need_upd&&(m_real_index<24))) index.js:7:32275
768: { index.js:7:32275
769: { index.js:7:32275
770: if ((m_real_index>=4)) index.js:7:32275
771: { index.js:7:32275
772: { index.js:7:32275
773: m_type_hp.x+=20; index.js:7:32275
774: m_type_hp.y=255; index.js:7:32275
775: } index.js:7:32275
776: ; index.js:7:32275
777: } index.js:7:32275
778: else index.js:7:32275
779: { index.js:7:32275
780: if ((m_real_index==3)) index.js:7:32275
781: { index.js:7:32275
782: { index.js:7:32275
783: m_type_hp.x=min(int((1.0+(3.0*m_rand(vec2((m_uv+m_iTime)))))), 2); index.js:7:32275
784: m_type_hp.y=1; index.js:7:32275
785: } index.js:7:32275
786: ; index.js:7:32275
787: } index.js:7:32275
788: else index.js:7:32275
789: { index.js:7:32275
790: if ((m_real_index==2)) index.js:7:32275
791: { index.js:7:32275
792: { index.js:7:32275
793: m_type_hp.x=0; index.js:7:32275
794: m_type_hp.y=1; index.js:7:32275
795: } index.js:7:32275
796: ; index.js:7:32275
797: } index.js:7:32275
798: else index.js:7:32275
799: { index.js:7:32275
800: if ((m_real_index==1)) index.js:7:32275
801: { index.js:7:32275
802: { index.js:7:32275
803: } index.js:7:32275
804: ; index.js:7:32275
805: } index.js:7:32275
806: } index.js:7:32275
807: } index.js:7:32275
808: } index.js:7:32275
809: } index.js:7:32275
810: ; index.js:7:32275
811: } index.js:7:32275
812: if ((m_real_index<=3)) index.js:7:32275
813: { index.js:7:32275
814: { index.js:7:32275
815: vec2 m_nval2=((m_monster_F*max(m_stress, 1.0))*m_get_force2(trunc(m_lp.xy))); index.js:7:32275
816: if ((m_real_index==3)) index.js:7:32275
817: { index.js:7:32275
818: m_nval2*=0.46; index.js:7:32275
819: } index.js:7:32275
820: else index.js:7:32275
821: { index.js:7:32275
822: if ((m_real_index==2)) index.js:7:32275
823: { index.js:7:32275
824: m_nval2*=0.65; index.js:7:32275
825: } index.js:7:32275
826: else index.js:7:32275
827: { index.js:7:32275
828: if ((m_real_index==1)) index.js:7:32275
829: { index.js:7:32275
830: m_nval2*=1.25; index.js:7:32275
831: } index.js:7:32275
832: } index.js:7:32275
833: } index.js:7:32275
834: m_dr+=m_nval2; index.js:7:32275
835: } index.js:7:32275
836: ; index.js:7:32275
837: } index.js:7:32275
838: if (((((((m_real_index==40)||(m_real_index==41))||(m_real_index==42))||(m_real_index==43))&&(m_type_hp.y==0))||(m_type_hp.x<=0))) index.js:7:32275
839: { index.js:7:32275
840: { index.js:7:32275
841: m_fragColor=vec4(-1.0,0.0,0.0,0.0); index.js:7:32275
842: return; } index.js:7:32275
843: ; index.js:7:32275
844: } index.js:7:32275
845: vec2 m_pos=m_v.xy; index.js:7:32275
846: float m_damp_k=(length(m_dr)>0.001)?m_DAMP_K:1.0; index.js:7:32275
847: if (((((m_real_index==40)||(m_real_index==41))||(m_real_index==42))||(m_real_index==43))) index.js:7:32275
848: { index.js:7:32275
849: m_M=100.0; index.js:7:32275
850: } index.js:7:32275
851: m_dr+=(m_G*m_M); index.js:7:32275
852: vec2 m_vel=((m_damp_k*m_v.zw)+(m_dr/m_M)); index.js:7:32275
853: m_vel=clamp(m_vel, vec2(-1.0,-1.0), vec2(1.0,1.0)); index.js:7:32275
854: vec2 m_dpos=(m_vel*m_VEL_LIMIT); index.js:7:32275
855: m_pos+=(m_dpos*m_speed_x); index.js:7:32275
856: m_v.xy=m_pos; index.js:7:32275
857: m_v.xy=clamp(m_v.xy, vec2((m_BALL_SIZE*(1.0+(sin(m_pos.y)*0.1))), m_BALL_SIZE), (m_iResolution.xy-vec2(m_BALL_SIZE))); index.js:7:32275
858: m_type_hp=m_type_hp_logic(m_type_hp, m_vel); index.js:7:32275
859: m_self_id=m_pack_type_hp(m_type_hp.x, m_type_hp.y); index.js:7:32275
860: if (((((m_real_index!=40)&&(m_real_index!=41))&&(m_real_index!=42))&&(m_real_index!=43))) index.js:7:32275
861: { index.js:7:32275
862: m_vel*=m_slow_down; index.js:7:32275
863: } index.js:7:32275
864: m_v=m_save_all(m_v.xy, m_vel, m_self_id); index.js:7:32275
865: m_fragColor=m_v; index.js:7:32275
866: } index.js:7:32275
867: ; index.js:7:32275
868: } index.js:7:32275
869: else index.js:7:32275
870: { index.js:7:32275
871: { index.js:7:32275
872: if ((m_mousedl>0.0)) index.js:7:32275
873: { index.js:7:32275
874: { index.js:7:32275
875: m_fragColor=m_spawner_bullets(m_uv, m_middle, m_iResolution); index.js:7:32275
876: } index.js:7:32275
877: ; index.js:7:32275
878: } index.js:7:32275
879: else index.js:7:32275
880: { index.js:7:32275
881: if (m_spwan_b_once) index.js:7:32275
882: { index.js:7:32275
883: { index.js:7:32275
884: m_fragColor=m_spawner(m_uv, m_middle, m_iResolution); index.js:7:32275
885: } index.js:7:32275
886: ; index.js:7:32275
887: } index.js:7:32275
888: else index.js:7:32275
889: { index.js:7:32275
890: { index.js:7:32275
891: m_fragColor=vec4(-1.0,0.0,0.0,0.0); index.js:7:32275
892: } index.js:7:32275
893: ; index.js:7:32275
894: } index.js:7:32275
895: } index.js:7:32275
896: } index.js:7:32275
897: ; index.js:7:32275
898: } index.js:7:32275
899: } index.js:7:32275
900: ; index.js:7:32275
901: } index.js:7:32275
902: } index.js:7:32275
903: index.js:7:32275
904: void m_mainImage(out vec4 m_fragColor, vec2 m_fragCoord, vec2 m_iResolution) index.js:7:32275
905: { index.js:7:32275
906: m_sim_step(m_fragColor, m_fragCoord, m_iResolution); index.js:7:32275
907: } index.js:7:32275
908: index.js:7:32275
909: index.js:7:32275
910: /* clang-format on */ index.js:7:32275
911: index.js:7:32275
912: void light_compute( index.js:7:32275
913: inout vec4 light, index.js:7:32275
914: inout vec2 light_vec, index.js:7:32275
915: inout float light_height, index.js:7:32275
916: inout vec4 light_color, index.js:7:32275
917: vec2 light_uv, index.js:7:32275
918: inout vec4 shadow_color, index.js:7:32275
919: vec3 normal, index.js:7:32275
920: vec2 uv, index.js:7:32275
921: #if defined(SCREEN_UV_USED) index.js:7:32275
922: vec2 screen_uv, index.js:7:32275
923: #endif index.js:7:32275
924: vec4 color) { index.js:7:32275
925: index.js:7:32275
926: #if defined(USE_LIGHT_SHADER_CODE) index.js:7:32275
927: index.js:7:32275
928: /* clang-format off */ index.js:7:32275
929: index.js:7:32275
930: index.js:7:32275
931: /* clang-format on */ index.js:7:32275
932: index.js:7:32275
933: #endif index.js:7:32275
934: } index.js:7:32275
935: index.js:7:32275
936: #ifdef USE_TEXTURE_RECT index.js:7:32275
937: index.js:7:32275
938: uniform vec4 dst_rect; index.js:7:32275
939: uniform vec4 src_rect; index.js:7:32275
940: uniform bool clip_rect_uv; index.js:7:32275
941: index.js:7:32275
942: #ifdef USE_NINEPATCH index.js:7:32275
943: index.js:7:32275
944: in highp vec2 pixel_size_interp; index.js:7:32275
945: index.js:7:32275
946: uniform int np_repeat_v; index.js:7:32275
947: uniform int np_repeat_h; index.js:7:32275
948: uniform bool np_draw_center; index.js:7:32275
949: // left top right bottom in pixel coordinates index.js:7:32275
950: uniform vec4 np_margins; index.js:7:32275
951: index.js:7:32275
952: float map_ninepatch_axis(float pixel, float draw_size, float tex_pixel_size, float margin_begin, float margin_end, int np_repeat, inout int draw_center) { index.js:7:32275
953: index.js:7:32275
954: float tex_size = 1.0 / tex_pixel_size; index.js:7:32275
955: index.js:7:32275
956: if (pixel < margin_begin) { index.js:7:32275
957: return pixel * tex_pixel_size; index.js:7:32275
958: } else if (pixel >= draw_size - margin_end) { index.js:7:32275
959: return (tex_size - (draw_size - pixel)) * tex_pixel_size; index.js:7:32275
960: } else { index.js:7:32275
961: if (!np_draw_center) { index.js:7:32275
962: draw_center--; index.js:7:32275
963: } index.js:7:32275
964: index.js:7:32275
965: if (np_repeat == 0) { //stretch index.js:7:32275
966: //convert to ratio index.js:7:32275
967: float ratio = (pixel - margin_begin) / (draw_size - margin_begin - margin_end); index.js:7:32275
968: //scale to source texture index.js:7:32275
969: return (margin_begin + ratio * (tex_size - margin_begin - margin_end)) * tex_pixel_size; index.js:7:32275
970: } else if (np_repeat == 1) { //tile index.js:7:32275
971: //convert to ratio index.js:7:32275
972: float ofs = mod((pixel - margin_begin), tex_size - margin_begin - margin_end); index.js:7:32275
973: //scale to source texture index.js:7:32275
974: return (margin_begin + ofs) * tex_pixel_size; index.js:7:32275
975: } else if (np_repeat == 2) { //tile fit index.js:7:32275
976: //convert to ratio index.js:7:32275
977: float src_area = draw_size - margin_begin - margin_end; index.js:7:32275
978: float dst_area = tex_size - margin_begin - margin_end; index.js:7:32275
979: float scale = max(1.0, floor(src_area / max(dst_area, 0.0000001) + 0.5)); index.js:7:32275
980: index.js:7:32275
981: //convert to ratio index.js:7:32275
982: float ratio = (pixel - margin_begin) / src_area; index.js:7:32275
983: ratio = mod(ratio * scale, 1.0); index.js:7:32275
984: return (margin_begin + ratio * dst_area) * tex_pixel_size; index.js:7:32275
985: } index.js:7:32275
986: } index.js:7:32275
987: } index.js:7:32275
988: index.js:7:32275
989: #endif index.js:7:32275
990: #endif index.js:7:32275
991: index.js:7:32275
992: uniform bool use_default_normal; index.js:7:32275
993: index.js:7:32275
994: void main() { index.js:7:32275
995: index.js:7:32275
996: vec4 color = color_interp; index.js:7:32275
997: vec2 uv = uv_interp; index.js:7:32275
998: index.js:7:32275
999: #ifdef USE_TEXTURE_RECT index.js:7:32275
1000: index.js:7:32275
1001: #ifdef USE_NINEPATCH index.js:7:32275
1002: index.js:7:32275
1003: int draw_center = 2; index.js:7:32275
1004: uv = vec2( index.js:7:32275
1005: map_ninepatch_axis(pixel_size_interp.x, abs(dst_rect.z), color_texpixel_size.x, np_margins.x, np_margins.z, np_repeat_h, draw_center), index.js:7:32275
1006: map_ninepatch_axis(pixel_size_interp.y, abs(dst_rect.w), color_texpixel_size.y, np_margins.y, np_margins.w, np_repeat_v, draw_center)); index.js:7:32275
1007: index.js:7:32275
1008: if (draw_center == 0) { index.js:7:32275
1009: color.a = 0.0; index.js:7:32275
1010: } index.js:7:32275
1011: index.js:7:32275
1012: uv = uv * src_rect.zw + src_rect.xy; //apply region if needed index.js:7:32275
1013: #endif index.js:7:32275
1014: index.js:7:32275
1015: if (clip_rect_uv) { index.js:7:32275
1016: index.js:7:32275
1017: uv = clamp(uv, src_rect.xy, src_rect.xy + abs(src_rect.zw)); index.js:7:32275
1018: } index.js:7:32275
1019: index.js:7:32275
1020: #endif index.js:7:32275
1021: index.js:7:32275
1022: #if !defined(COLOR_USED) index.js:7:32275
1023: //default behavior, texture by color index.js:7:32275
1024: index.js:7:32275
1025: #ifdef USE_DISTANCE_FIELD index.js:7:32275
1026: const float smoothing = 1.0 / 32.0; index.js:7:32275
1027: float distance = textureLod(color_texture, uv, 0.0).a; index.js:7:32275
1028: color.a = smoothstep(0.5 - smoothing, 0.5 + smoothing, distance) * color.a; index.js:7:32275
1029: #else index.js:7:32275
1030: color *= texture(color_texture, uv); index.js:7:32275
1031: index.js:7:32275
1032: #endif index.js:7:32275
1033: index.js:7:32275
1034: #endif index.js:7:32275
1035: index.js:7:32275
1036: vec3 normal; index.js:7:32275
1037: index.js:7:32275
1038: #if defined(NORMAL_USED) index.js:7:32275
1039: index.js:7:32275
1040: bool normal_used = true; index.js:7:32275
1041: #else index.js:7:32275
1042: bool normal_used = false; index.js:7:32275
1043: #endif index.js:7:32275
1044: index.js:7:32275
1045: if (use_default_normal) { index.js:7:32275
1046: normal.xy = textureLod(normal_texture, uv, 0.0).xy * 2.0 - 1.0; index.js:7:32275
1047: normal.z = sqrt(1.0 - dot(normal.xy, normal.xy)); index.js:7:32275
1048: normal_used = true; index.js:7:32275
1049: } else { index.js:7:32275
1050: normal = vec3(0.0, 0.0, 1.0); index.js:7:32275
1051: } index.js:7:32275
1052: index.js:7:32275
1053: #if defined(SCREEN_UV_USED) index.js:7:32275
1054: vec2 screen_uv = gl_FragCoord.xy * screen_pixel_size; index.js:7:32275
1055: #endif index.js:7:32275
1056: index.js:7:32275
1057: { index.js:7:32275
1058: float normal_depth = 1.0; index.js:7:32275
1059: index.js:7:32275
1060: #if defined(NORMALMAP_USED) index.js:7:32275
1061: vec3 normal_map = vec3(0.0, 0.0, 1.0); index.js:7:32275
1062: normal_used = true; index.js:7:32275
1063: #endif index.js:7:32275
1064: index.js:7:32275
1065: /* clang-format off */ index.js:7:32275
1066: { index.js:7:32275
1067: vec2 m_iResolution=floor((1.0/color_texpixel_size)); index.js:7:32275
1068: m_mainImage(color, (uv*m_iResolution), m_iResolution); index.js:7:32275
1069: } index.js:7:32275
1070: index.js:7:32275
1071: index.js:7:32275
1072: /* clang-format on */ index.js:7:32275
1073: index.js:7:32275
1074: #if defined(NORMALMAP_USED) index.js:7:32275
1075: normal = mix(vec3(0.0, 0.0, 1.0), normal_map * vec3(2.0, -2.0, 1.0) - vec3(1.0, -1.0, 0.0), normal_depth); index.js:7:32275
1076: #endif index.js:7:32275
1077: } index.js:7:32275
1078: #ifdef DEBUG_ENCODED_32 index.js:7:32275
1079: highp float enc32 = dot(color, highp vec4(1.0 / (256.0 * 256.0 * 256.0), 1.0 / (256.0 * 256.0), 1.0 / 256.0, 1.0)); index.js:7:32275
1080: color = vec4(vec3(enc32), 1.0); index.js:7:32275
1081: #endif index.js:7:32275
1082: index.js:7:32275
1083: color *= final_modulate; index.js:7:32275
1084: index.js:7:32275
1085: #ifdef USE_LIGHTING index.js:7:32275
1086: index.js:7:32275
1087: vec2 light_vec = transformed_light_uv; index.js:7:32275
1088: index.js:7:32275
1089: if (normal_used) { index.js:7:32275
1090: normal.xy = mat2(local_rot.xy, local_rot.zw) * normal.xy; index.js:7:32275
1091: } index.js:7:32275
1092: index.js:7:32275
1093: float att = 1.0; index.js:7:32275
1094: index.js:7:32275
1095: vec2 light_uv = light_uv_interp.xy; index.js:7:32275
1096: vec4 light = texture(light_texture, light_uv); index.js:7:32275
1097: index.js:7:32275
1098: if (any(lessThan(light_uv_interp.xy, vec2(0.0, 0.0))) || any(greaterThanEqual(light_uv_interp.xy, vec2(1.0, 1.0)))) { index.js:7:32275
1099: color.a *= light_outside_alpha; //invisible index.js:7:32275
1100: index.js:7:32275
1101: } else { index.js:7:32275
1102: float real_light_height = light_height; index.js:7:32275
1103: vec4 real_light_color = light_color; index.js:7:32275
1104: vec4 real_light_shadow_color = light_shadow_color; index.js:7:32275
1105: index.js:7:32275
1106: #if defined(USE_LIGHT_SHADER_CODE) index.js:7:32275
1107: //light is written by the light shader index.js:7:32275
1108: light_compute( index.js:7:32275
1109: light, index.js:7:32275
1110: light_vec, index.js:7:32275
1111: real_light_height, index.js:7:32275
1112: real_light_color, index.js:7:32275
1113: light_uv, index.js:7:32275
1114: real_light_shadow_color, index.js:7:32275
1115: normal, index.js:7:32275
1116: uv, index.js:7:32275
1117: #if defined(SCREEN_UV_USED) index.js:7:32275
1118: screen_uv, index.js:7:32275
1119: #endif index.js:7:32275
1120: color); index.js:7:32275
1121: #endif index.js:7:32275
1122: index.js:7:32275
1123: light *= real_light_color; index.js:7:32275
1124: index.js:7:32275
1125: if (normal_used) { index.js:7:32275
1126: vec3 light_normal = normalize(vec3(light_vec, -real_light_height)); index.js:7:32275
1127: light *= max(dot(-light_normal, normal), 0.0); index.js:7:32275
1128: } index.js:7:32275
1129: index.js:7:32275
1130: color *= light; index.js:7:32275
1131: index.js:7:32275
1132: #ifdef USE_SHADOWS index.js:7:32275
1133: // Reset light_vec to compute shadows, the shadow map is created from the light origin, so it only index.js:7:32275
1134: // makes sense to compute shadows from there. index.js:7:32275
1135: light_vec = light_uv_interp.zw; index.js:7:32275
1136: index.js:7:32275
1137: float angle_to_light = -atan(light_vec.x, light_vec.y); index.js:7:32275
1138: float PI = 3.14159265358979323846264; index.js:7:32275
1139: /*int i = int(mod(floor((angle_to_light+7.0*PI/6.0)/(4.0*PI/6.0))+1.0, 3.0)); // +1 pq os indices estao em ordem 2,0,1 nos arrays index.js:7:32275
1140: float ang*/ index.js:7:32275
1141: index.js:7:32275
1142: float su, sz; index.js:7:32275
1143: index.js:7:32275
1144: float abs_angle = abs(angle_to_light); index.js:7:32275
1145: vec2 point; index.js:7:32275
1146: float sh; index.js:7:32275
1147: if (abs_angle < 45.0 * PI / 180.0) { index.js:7:32275
1148: point = light_vec; index.js:7:32275
1149: sh = 0.0 + (1.0 / 8.0); index.js:7:32275
1150: } else if (abs_angle > 135.0 * PI / 180.0) { index.js:7:32275
1151: point = -light_vec; index.js:7:32275
1152: sh = 0.5 + (1.0 / 8.0); index.js:7:32275
1153: } else if (angle_to_light > 0.0) { index.js:7:32275
1154: index.js:7:32275
1155: point = vec2(light_vec.y, -light_vec.x); index.js:7:32275
1156: sh = 0.25 + (1.0 / 8.0); index.js:7:32275
1157: } else { index.js:7:32275
1158: index.js:7:32275
1159: point = vec2(-light_vec.y, light_vec.x); index.js:7:32275
1160: sh = 0.75 + (1.0 / 8.0); index.js:7:32275
1161: } index.js:7:32275
1162: index.js:7:32275
1163: highp vec4 s = shadow_matrix * vec4(point, 0.0, 1.0); index.js:7:32275
1164: s.xyz /= s.w; index.js:7:32275
1165: su = s.x * 0.5 + 0.5; index.js:7:32275
1166: sz = s.z * 0.5 + 0.5; index.js:7:32275
1167: //sz=lightlength(light_vec); index.js:7:32275
1168: index.js:7:32275
1169: highp float shadow_attenuation = 0.0; index.js:7:32275
1170: index.js:7:32275
1171: #ifdef USE_RGBA_SHADOWS index.js:7:32275
1172: index.js:7:32275
1173: #define SHADOW_DEPTH(m_tex, m_uv) dot(texture((m_tex), (m_uv)), vec4(1.0 / (256.0 * 256.0 * 256.0), 1.0 / (256.0 * 256.0), 1.0 / 256.0, 1.0)) index.js:7:32275
1174: index.js:7:32275
1175: #else index.js:7:32275
1176: index.js:7:32275
1177: #define SHADOW_DEPTH(m_tex, m_uv) (texture((m_tex), (m_uv)).r) index.js:7:32275
1178: index.js:7:32275
1179: #endif index.js:7:32275
1180: index.js:7:32275
1181: #ifdef SHADOW_USE_GRADIENT index.js:7:32275
1182: index.js:7:32275
1183: #define SHADOW_TEST(m_ofs) \ index.js:7:32275
1184: { \ index.js:7:32275
1185: highp float sd = SHADOW_DEPTH(shadow_texture, vec2(m_ofs, sh)); \ index.js:7:32275
1186: shadow_attenuation += 1.0 - smoothstep(sd, sd + shadow_gradient, sz); \ index.js:7:32275
1187: } index.js:7:32275
1188: index.js:7:32275
1189: #else index.js:7:32275
1190: index.js:7:32275
1191: #define SHADOW_TEST(m_ofs) \ index.js:7:32275
1192: { \ index.js:7:32275
1193: highp float sd = SHADOW_DEPTH(shadow_texture, vec2(m_ofs, sh)); \ index.js:7:32275
1194: shadow_attenuation += step(sz, sd); \ index.js:7:32275
1195: } index.js:7:32275
1196: index.js:7:32275
1197: #endif index.js:7:32275
1198: index.js:7:32275
1199: #ifdef SHADOW_FILTER_NEAREST index.js:7:32275
1200: index.js:7:32275
1201: SHADOW_TEST(su); index.js:7:32275
1202: index.js:7:32275
1203: #endif index.js:7:32275
1204: index.js:7:32275
1205: #ifdef SHADOW_FILTER_PCF3 index.js:7:32275
1206: index.js:7:32275
1207: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
1208: SHADOW_TEST(su); index.js:7:32275
1209: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
1210: shadow_attenuation /= 3.0; index.js:7:32275
1211: index.js:7:32275
1212: #endif index.js:7:32275
1213: index.js:7:32275
1214: #ifdef SHADOW_FILTER_PCF5 index.js:7:32275
1215: index.js:7:32275
1216: SHADOW_TEST(su + shadowpixel_size * 2.0); index.js:7:32275
1217: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
1218: SHADOW_TEST(su); index.js:7:32275
1219: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
1220: SHADOW_TEST(su - shadowpixel_size * 2.0); index.js:7:32275
1221: shadow_attenuation /= 5.0; index.js:7:32275
1222: index.js:7:32275
1223: #endif index.js:7:32275
1224: index.js:7:32275
1225: #ifdef SHADOW_FILTER_PCF7 index.js:7:32275
1226: index.js:7:32275
1227: SHADOW_TEST(su + shadowpixel_size * 3.0); index.js:7:32275
1228: SHADOW_TEST(su + shadowpixel_size * 2.0); index.js:7:32275
1229: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
1230: SHADOW_TEST(su); index.js:7:32275
1231: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
1232: SHADOW_TEST(su - shadowpixel_size * 2.0); index.js:7:32275
1233: SHADOW_TEST(su - shadowpixel_size * 3.0); index.js:7:32275
1234: shadow_attenuation /= 7.0; index.js:7:32275
1235: index.js:7:32275
1236: #endif index.js:7:32275
1237: index.js:7:32275
1238: #ifdef SHADOW_FILTER_PCF9 index.js:7:32275
1239: index.js:7:32275
1240: SHADOW_TEST(su + shadowpixel_size * 4.0); index.js:7:32275
1241: SHADOW_TEST(su + shadowpixel_size * 3.0); index.js:7:32275
1242: SHADOW_TEST(su + shadowpixel_size * 2.0); index.js:7:32275
1243: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
1244: SHADOW_TEST(su); index.js:7:32275
1245: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
1246: SHADOW_TEST(su - shadowpixel_size * 2.0); index.js:7:32275
1247: SHADOW_TEST(su - shadowpixel_size * 3.0); index.js:7:32275
1248: SHADOW_TEST(su - shadowpixel_size * 4.0); index.js:7:32275
1249: shadow_attenuation /= 9.0; index.js:7:32275
1250: index.js:7:32275
1251: #endif index.js:7:32275
1252: index.js:7:32275
1253: #ifdef SHADOW_FILTER_PCF13 index.js:7:32275
1254: index.js:7:32275
1255: SHADOW_TEST(su + shadowpixel_size * 6.0); index.js:7:32275
1256: SHADOW_TEST(su + shadowpixel_size * 5.0); index.js:7:32275
1257: SHADOW_TEST(su + shadowpixel_size * 4.0); index.js:7:32275
1258: SHADOW_TEST(su + shadowpixel_size * 3.0); index.js:7:32275
1259: SHADOW_TEST(su + shadowpixel_size * 2.0); index.js:7:32275
1260: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
1261: SHADOW_TEST(su); index.js:7:32275
1262: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
1263: SHADOW_TEST(su - shadowpixel_size * 2.0); index.js:7:32275
1264: SHADOW_TEST(su - shadowpixel_size * 3.0); index.js:7:32275
1265: SHADOW_TEST(su - shadowpixel_size * 4.0); index.js:7:32275
1266: SHADOW_TEST(su - shadowpixel_size * 5.0); index.js:7:32275
1267: SHADOW_TEST(su - shadowpixel_size * 6.0); index.js:7:32275
1268: shadow_attenuation /= 13.0; index.js:7:32275
1269: index.js:7:32275
1270: #endif index.js:7:32275
1271: index.js:7:32275
1272: //color *= shadow_attenuation; index.js:7:32275
1273: color = mix(real_light_shadow_color, color, shadow_attenuation); index.js:7:32275
1274: //use shadows index.js:7:32275
1275: #endif index.js:7:32275
1276: } index.js:7:32275
1277: index.js:7:32275
1278: //use lighting index.js:7:32275
1279: #endif index.js:7:32275
1280: //color.rgb *= color.a; index.js:7:32275
1281: frag_color = color; index.js:7:32275
1282: } index.js:7:32275
1283: index.js:7:32275
**ERROR**: CanvasShaderGLES3: Program LINK FAILED: index.js:7:32544
Programs with more than 16 samplers are disallowed on Mesa drivers to avoid crashing. index.js:7:32544
At: drivers/gles3/shader_gles3.cpp:164:_display_error_with_code() - CanvasShaderGLES3: Program LINK FAILED: index.js:7:32544
Programs with more than 16 samplers are disallowed on Mesa drivers to avoid crashing. index.js:7:32544
**ERROR**: CanvasShaderGLES3: Program LINK FAILED: index.js:7:32544
Programs with more than 16 samplers are disallowed on Mesa drivers to avoid crashing. index.js:7:32544
At: drivers/gles3/shader_gles3.cpp:497:get_current_version() - CanvasShaderGLES3: Program LINK FAILED: index.js:7:32544
Programs with more than 16 samplers are disallowed on Mesa drivers to avoid crashing. index.js:7:32544
**ERROR**: Method/Function Failed, returning: 0L index.js:7:32544
At: drivers/gles3/shader_gles3.cpp:504:get_current_version() - Method/Function Failed, returning: 0L index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: false index.js:7:32544
At: drivers/gles3/shader_gles3.cpp:123:bind() - Condition ' !version ' is true. returned: false index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
1: #version 300 es index.js:7:32275
2: #define USE_TEXTURE_RECT index.js:7:32275
3: #define USE_RGBA_SHADOWS index.js:7:32275
4: #define USE_MATERIAL index.js:7:32275
5: #define COLOR_USED index.js:7:32275
6: precision highp float; index.js:7:32275
7: precision highp int; index.js:7:32275
8: precision highp sampler2D; index.js:7:32275
9: precision highp samplerCube; index.js:7:32275
10: precision highp sampler2DArray; index.js:7:32275
11: index.js:7:32275
12: uniform highp sampler2D color_texture; // texunit:0 index.js:7:32275
13: /* clang-format on */ index.js:7:32275
14: uniform highp vec2 color_texpixel_size; index.js:7:32275
15: uniform highp sampler2D normal_texture; // texunit:1 index.js:7:32275
16: index.js:7:32275
17: in highp vec2 uv_interp; index.js:7:32275
18: in highp vec4 color_interp; index.js:7:32275
19: index.js:7:32275
20: #if defined(SCREEN_TEXTURE_USED) index.js:7:32275
21: index.js:7:32275
22: uniform sampler2D screen_texture; // texunit:-3 index.js:7:32275
23: index.js:7:32275
24: #endif index.js:7:32275
25: index.js:7:32275
26: #if defined(SCREEN_UV_USED) index.js:7:32275
27: index.js:7:32275
28: uniform vec2 screen_pixel_size; index.js:7:32275
29: #endif index.js:7:32275
30: index.js:7:32275
31: layout(std140) uniform CanvasItemData { index.js:7:32275
32: index.js:7:32275
33: highp mat4 projection_matrix; index.js:7:32275
34: highp float time; index.js:7:32275
35: }; index.js:7:32275
36: index.js:7:32275
37: #ifdef USE_LIGHTING index.js:7:32275
38: index.js:7:32275
39: layout(std140) uniform LightData { index.js:7:32275
40: index.js:7:32275
41: highp mat4 light_matrix; index.js:7:32275
42: highp mat4 light_local_matrix; index.js:7:32275
43: highp mat4 shadow_matrix; index.js:7:32275
44: highp vec4 light_color; index.js:7:32275
45: highp vec4 light_shadow_color; index.js:7:32275
46: highp vec2 light_pos; index.js:7:32275
47: highp float shadowpixel_size; index.js:7:32275
48: highp float shadow_gradient; index.js:7:32275
49: highp float light_height; index.js:7:32275
50: highp float light_outside_alpha; index.js:7:32275
51: highp float shadow_distance_mult; index.js:7:32275
52: }; index.js:7:32275
53: index.js:7:32275
54: uniform highp sampler2D light_texture; // texunit:-1 index.js:7:32275
55: in vec4 light_uv_interp; index.js:7:32275
56: in vec2 transformed_light_uv; index.js:7:32275
57: index.js:7:32275
58: in vec4 local_rot; index.js:7:32275
59: index.js:7:32275
60: #ifdef USE_SHADOWS index.js:7:32275
61: index.js:7:32275
62: uniform highp sampler2D shadow_texture; // texunit:-2 index.js:7:32275
63: in highp vec2 pos; index.js:7:32275
64: index.js:7:32275
65: #endif index.js:7:32275
66: index.js:7:32275
67: const bool at_light_pass = true; index.js:7:32275
68: #else index.js:7:32275
69: const bool at_light_pass = false; index.js:7:32275
70: #endif index.js:7:32275
71: index.js:7:32275
72: uniform highp vec4 final_modulate; index.js:7:32275
73: index.js:7:32275
74: layout(location = 0) out highp vec4 frag_color; index.js:7:32275
75: index.js:7:32275
76: #if defined(USE_MATERIAL) index.js:7:32275
77: index.js:7:32275
78: /* clang-format off */ index.js:7:32275
79: layout(std140) uniform UniformData { index.js:7:32275
80: float m_iTime; index.js:7:32275
81: float m_txgrad; index.js:7:32275
82: int m_iFrame; index.js:7:32275
83: bool m_pa_once; index.js:7:32275
84: vec2 m_screen_pos; index.js:7:32275
85: float m_zoom; index.js:7:32275
86: float m_mousedr; index.js:7:32275
87: vec3 m_iMouse; index.js:7:32275
88: index.js:7:32275
89: index.js:7:32275
90: }; index.js:7:32275
91: /* clang-format on */ index.js:7:32275
92: index.js:7:32275
93: #endif index.js:7:32275
94: index.js:7:32275
95: /* clang-format off */ index.js:7:32275
96: uniform sampler2D m_iChannel0; index.js:7:32275
97: uniform sampler2D m_iChannel1; index.js:7:32275
98: uniform sampler2D m_iChannel2; index.js:7:32275
99: uniform sampler2D m_iChannel3; index.js:7:32275
100: uniform sampler2D m_ground1; index.js:7:32275
101: uniform sampler2D m_maze_map; index.js:7:32275
102: uniform sampler2D m_ground2; index.js:7:32275
103: uniform sampler2D m_ground2a; index.js:7:32275
104: uniform sampler2D m_ground3; index.js:7:32275
105: uniform sampler2D m_wla; index.js:7:32275
106: uniform sampler2D m_wlb; index.js:7:32275
107: uniform sampler2D m_ground2b; index.js:7:32275
108: uniform sampler2D m_ground2c; index.js:7:32275
109: uniform sampler2D m_ground2d; index.js:7:32275
110: index.js:7:32275
111: float m_circle2(vec2 m_uv, float m_r1, float m_r2, vec2 m_ab) index.js:7:32275
112: { index.js:7:32275
113: float m_t=(m_r1-m_r2); index.js:7:32275
114: float m_r=m_r1; index.js:7:32275
115: return smoothstep(m_ab.x, m_ab.y, ((length(m_uv)-m_r)-(m_t/10.0))); } index.js:7:32275
116: index.js:7:32275
117: float m_circle(vec2 m_uv, float m_r1, float m_r2, vec2 m_ab) index.js:7:32275
118: { index.js:7:32275
119: float m_t=(m_r1-m_r2); index.js:7:32275
120: float m_r=m_r1; index.js:7:32275
121: return smoothstep(m_ab.x, m_ab.y, (abs((length(m_uv)-m_r))-(m_t/10.0))); } index.js:7:32275
122: index.js:7:32275
123: vec3 m_color(vec2 m_p) index.js:7:32275
124: { index.js:7:32275
125: vec3 m_colx=vec3(0.72,0.25,0.08); index.js:7:32275
126: float m_vx=min(smoothstep(0.1, 0.2, (1.2*m_circle((m_p*3.0), 1.0, 0.19, vec2(-0.25,0.8)))), (5.0*max(0.1, m_circle2((m_p*3.0), 0.3, 0.19, vec2(-0.24645,1.28))))); index.js:7:32275
127: m_vx=max(m_vx, 0.015); index.js:7:32275
128: m_colx*=(0.02/m_vx); index.js:7:32275
129: return clamp((pow(m_colx, vec3(2.0,2.0,2.0))*(0.5-(0.52*m_vx))), vec3(0.0,0.0,0.0), vec3(5.0,5.0,5.0)); } index.js:7:32275
130: index.js:7:32275
131: vec3 m_glow_c(vec2 m_uv) index.js:7:32275
132: { index.js:7:32275
133: vec3 m_col=vec3(0.0,0.0,0.0); index.js:7:32275
134: m_uv.y+=-0.05; index.js:7:32275
135: float m_mdrx=max(0.001, (m_mousedr*5.0)); index.js:7:32275
136: m_uv*=(1.0/m_mdrx); index.js:7:32275
137: float m_a=smoothstep(0.45, 0.4, length(m_uv)); index.js:7:32275
138: if ((m_a>0.0)) index.js:7:32275
139: { index.js:7:32275
140: { index.js:7:32275
141: m_col=m_color(m_uv); index.js:7:32275
142: m_col=clamp(abs(m_col), vec3(0.0,0.0,0.0), vec3(1.0,1.0,1.0)); index.js:7:32275
143: m_col*=smoothstep(0.45, 0.4, length(m_uv)); index.js:7:32275
144: m_col=(2.0*pow(m_col, vec3(0.24545,0.24545,0.24545))); index.js:7:32275
145: m_col=(m_col+(m_col*m_col)); index.js:7:32275
146: } index.js:7:32275
147: ; index.js:7:32275
148: } index.js:7:32275
149: return m_col; } index.js:7:32275
150: index.js:7:32275
151: vec2 m_LightOrigin(int m_id) index.js:7:32275
152: { index.js:7:32275
153: return texelFetch(m_iChannel1, ivec2(0, m_id), 0).yz; } index.js:7:32275
154: index.js:7:32275
155: vec3 m_LightColor(int m_id) index.js:7:32275
156: { index.js:7:32275
157: return texelFetch(m_iChannel1, ivec2(1, m_id), 0).yzw; } index.js:7:32275
158: index.js:7:32275
159: float m_SampleShadow(int m_id, vec2 m_uv, vec2 m_iResolution) index.js:7:32275
160: { index.js:7:32275
161: float m_tau=(atan(1.0)*8.0); index.js:7:32275
162: vec2 m_hpo=(0.5/m_iResolution.xy); index.js:7:32275
163: float m_a=((atan(m_uv.y, m_uv.x)/m_tau)+0.5); index.js:7:32275
164: float m_r=length(m_uv); index.js:7:32275
165: float m_idn=(float(m_id)/m_iResolution.y); index.js:7:32275
166: float m_s=texture(m_iChannel1, (vec2(m_a, m_idn)+m_hpo)).x; index.js:7:32275
167: return (1.0-smoothstep(m_s, (m_s+0.02), length(m_uv))); } index.js:7:32275
168: index.js:7:32275
169: vec3 m_MixLights(vec2 m_uv, vec2 m_iResolution) index.js:7:32275
170: { index.js:7:32275
171: vec3 m_AMBIENT_LIGHT=vec3(0.1,0.01,0.01); index.js:7:32275
172: int m_NUM_LIGHTS=1; index.js:7:32275
173: vec3 m_b=m_AMBIENT_LIGHT; index.js:7:32275
174: float m_min_zoom=0.015; index.js:7:32275
175: for (int m_i=0;(m_i<m_NUM_LIGHTS);m_i++) index.js:7:32275
176: { index.js:7:32275
177: { index.js:7:32275
178: vec2 m_o=m_LightOrigin(m_i); index.js:7:32275
179: vec3 m_c=m_LightColor(m_i); index.js:7:32275
180: float m_l=((2.25-min((1.0*length(vec3(((m_uv*(m_zoom/m_min_zoom))-m_o), 0.1))), 2.25))/2.0); index.js:7:32275
181: m_l*=m_SampleShadow(m_i, (m_uv-(m_o/max(0.01, (m_zoom/m_min_zoom)))), m_iResolution); index.js:7:32275
182: m_l=max(m_l, smoothstep((0.0+(m_mousedr*2.0)), (-0.2+(m_mousedr*2.0)), length(((m_uv*(m_zoom/m_min_zoom))-vec2(0.0,-0.05))))); index.js:7:32275
183: m_b+=(m_c*m_l); index.js:7:32275
184: } index.js:7:32275
185: ; index.js:7:32275
186: } index.js:7:32275
187: return m_b; } index.js:7:32275
188: index.js:7:32275
189: vec2 m_tile_uv_f(vec2 m_uv, vec2 m_iResolution) index.js:7:32275
190: { index.js:7:32275
191: vec2 m_tuv=vec2((m_uv*vec2(320.0,180.0))); index.js:7:32275
192: return fract(m_tuv); } index.js:7:32275
193: index.js:7:32275
194: float m_rand(vec2 m_co) index.js:7:32275
195: { index.js:7:32275
196: return fract((sin(dot(m_co.xy, vec2(12.9898,78.233)))*43758.5)); } index.js:7:32275
197: index.js:7:32275
198: vec2 m_tile_uv(vec2 m_uv, vec2 m_iResolution) index.js:7:32275
199: { index.js:7:32275
200: ivec2 m_tuv=ivec2((m_uv*vec2(320.0,180.0))); index.js:7:32275
201: return (vec2(m_tuv)/vec2(320.0,180.0)); } index.js:7:32275
202: index.js:7:32275
203: bool m_get_map(vec2 m_uv, vec2 m_iResolution) index.js:7:32275
204: { index.js:7:32275
205: return (texture(m_maze_map, m_tile_uv(m_uv, m_iResolution)).r>0.5); } index.js:7:32275
206: index.js:7:32275
207: vec2 m_get_screen_pos() index.js:7:32275
208: { index.js:7:32275
209: return texelFetch(m_iChannel0, ivec2(0,0), 0).xy; } index.js:7:32275
210: index.js:7:32275
211: vec4 m_get_collision_hp() index.js:7:32275
212: { index.js:7:32275
213: return texelFetch(m_iChannel0, ivec2(1,0), 0).xyzw; } index.js:7:32275
214: index.js:7:32275
215: void m_mainImage(out vec4 m_fragColor, vec2 m_fragCoord, vec2 m_iResolution) index.js:7:32275
216: { index.js:7:32275
217: m_fragColor=vec4(0.0,0.0,0.0,0.0); index.js:7:32275
218: vec2 m_uv=(m_fragCoord/m_iResolution); index.js:7:32275
219: vec2 m_res=(m_iResolution/m_iResolution.y); index.js:7:32275
220: vec2 m_zuv=m_uv; index.js:7:32275
221: m_zuv+=-0.5; index.js:7:32275
222: m_zuv*=max(0.01, m_zoom); index.js:7:32275
223: if (!m_pa_once) index.js:7:32275
224: { index.js:7:32275
225: { index.js:7:32275
226: m_zuv+=m_screen_pos; index.js:7:32275
227: } index.js:7:32275
228: ; index.js:7:32275
229: } index.js:7:32275
230: else index.js:7:32275
231: { index.js:7:32275
232: { index.js:7:32275
233: m_zuv+=(m_get_screen_pos()/m_res); index.js:7:32275
234: } index.js:7:32275
235: ; index.js:7:32275
236: } index.js:7:32275
237: m_zuv+=0.5; index.js:7:32275
238: vec2 m_tuvv=m_tile_uv_f(m_zuv, m_iResolution); index.js:7:32275
239: if (m_get_map(m_zuv, m_iResolution)) index.js:7:32275
240: { index.js:7:32275
241: { index.js:7:32275
242: vec4 m_tc=textureGrad(m_ground1, m_tuvv, dFdx((m_zuv*m_txgrad)), dFdy((m_zuv*m_txgrad))); index.js:7:32275
243: bool m_atp=false; index.js:7:32275
244: vec4 m_pc=vec4(0.0,0.0,0.0,0.0); index.js:7:32275
245: vec2 m_res_step=(1.0/vec2(320.0,180.0)); index.js:7:32275
246: if ((((m_zuv.x-0.5)-m_res_step.x)>-0.5)) index.js:7:32275
247: { index.js:7:32275
248: { index.js:7:32275
249: m_atp=!m_get_map((m_zuv+(m_res_step*vec2(-1.0,0.0))), m_iResolution); index.js:7:32275
250: } index.js:7:32275
251: ; index.js:7:32275
252: } index.js:7:32275
253: if (m_atp) index.js:7:32275
254: { index.js:7:32275
255: { index.js:7:32275
256: m_pc=textureGrad(m_ground2a, m_tuvv, dFdx((m_zuv*m_txgrad)), dFdy((m_zuv*m_txgrad))); index.js:7:32275
257: } index.js:7:32275
258: ; index.js:7:32275
259: } index.js:7:32275
260: m_atp=false; index.js:7:32275
261: if ((((m_zuv.x-0.5)+m_res_step.x)<0.5)) index.js:7:32275
262: { index.js:7:32275
263: { index.js:7:32275
264: m_atp=!m_get_map((m_zuv+(m_res_step*vec2(1.0,0.0))), m_iResolution); index.js:7:32275
265: } index.js:7:32275
266: ; index.js:7:32275
267: } index.js:7:32275
268: if (m_atp) index.js:7:32275
269: { index.js:7:32275
270: { index.js:7:32275
271: m_pc=max(m_pc, textureGrad(m_ground2c, m_tuvv, dFdx((m_zuv*m_txgrad)), dFdy((m_zuv*m_txgrad)))); index.js:7:32275
272: } index.js:7:32275
273: ; index.js:7:32275
274: } index.js:7:32275
275: m_atp=false; index.js:7:32275
276: if ((((m_zuv.y-0.5)+m_res_step.y)<0.5)) index.js:7:32275
277: { index.js:7:32275
278: { index.js:7:32275
279: m_atp=!m_get_map((m_zuv+(m_res_step*vec2(0.0,1.0))), m_iResolution); index.js:7:32275
280: } index.js:7:32275
281: ; index.js:7:32275
282: } index.js:7:32275
283: if (m_atp) index.js:7:32275
284: { index.js:7:32275
285: { index.js:7:32275
286: m_pc=max(m_pc, textureGrad(m_ground2b, m_tuvv, dFdx((m_zuv*m_txgrad)), dFdy((m_zuv*m_txgrad)))); index.js:7:32275
287: } index.js:7:32275
288: ; index.js:7:32275
289: } index.js:7:32275
290: m_atp=false; index.js:7:32275
291: if ((((m_zuv.y-0.5)-m_res_step.y)>-0.5)) index.js:7:32275
292: { index.js:7:32275
293: { index.js:7:32275
294: m_atp=!m_get_map((m_zuv+(m_res_step*vec2(0.0,-1.0))), m_iResolution); index.js:7:32275
295: } index.js:7:32275
296: ; index.js:7:32275
297: } index.js:7:32275
298: if (m_atp) index.js:7:32275
299: { index.js:7:32275
300: { index.js:7:32275
301: m_pc=max(m_pc, textureGrad(m_ground2d, m_tuvv, dFdx((m_zuv*m_txgrad)), dFdy((m_zuv*m_txgrad)))); index.js:7:32275
302: } index.js:7:32275
303: ; index.js:7:32275
304: } index.js:7:32275
305: m_atp=false; index.js:7:32275
306: float m_a=m_tc.a; index.js:7:32275
307: m_fragColor.rgb=mix(m_tc.rgb, m_pc.rgb, m_pc.a); index.js:7:32275
308: } index.js:7:32275
309: ; index.js:7:32275
310: } index.js:7:32275
311: else index.js:7:32275
312: { index.js:7:32275
313: { index.js:7:32275
314: vec4 m_tc=textureGrad(m_ground2, m_tuvv, dFdx((m_zuv*m_txgrad)), dFdy((m_zuv*m_txgrad))); index.js:7:32275
315: float m_a=m_tc.a; index.js:7:32275
316: m_fragColor.rgb=m_tc.rgb; index.js:7:32275
317: } index.js:7:32275
318: ; index.js:7:32275
319: } index.js:7:32275
320: if (((((m_zuv.x>(1260.0/m_iResolution.x))&&(m_zuv.y<(16.0/m_iResolution.y)))&&(m_zuv.x<(1280.0/m_iResolution.x)))&&(m_zuv.y>(0.0/m_iResolution.y)))) index.js:7:32275
321: { index.js:7:32275
322: { index.js:7:32275
323: m_fragColor.rgb=((m_fragColor.rgb*0.2)+(1.5*m_fragColor.brg)); index.js:7:32275
324: } index.js:7:32275
325: ; index.js:7:32275
326: } index.js:7:32275
327: float m_min_zoom=0.015; index.js:7:32275
328: float m_startup_zoom_timer_sec=6.0; index.js:7:32275
329: vec4 m_adglowc=vec4(0.0,0.0,0.0,0.0); index.js:7:32275
330: if ((m_mousedr>0.0)) index.js:7:32275
331: { index.js:7:32275
332: { index.js:7:32275
333: vec3 m_ccx=m_glow_c((m_res*((m_uv-0.5)*max(0.01, (m_zoom/m_min_zoom))))); index.js:7:32275
334: float m_a=(dot(clamp(m_ccx, 0.0, 1.0), vec3(1.0,1.0,1.0))/3.0); index.js:7:32275
335: m_adglowc=vec4(m_ccx, min((m_a*2.0), 1.0)); index.js:7:32275
336: } index.js:7:32275
337: ; index.js:7:32275
338: } index.js:7:32275
339: vec3 m_oc=m_fragColor.rgb; index.js:7:32275
340: vec4 m_parts=texture(m_iChannel2, m_uv); index.js:7:32275
341: if ((m_parts.r<0.0)) index.js:7:32275
342: { index.js:7:32275
343: m_parts.r=(m_parts.r+(10.0*m_parts.a)); index.js:7:32275
344: } index.js:7:32275
345: float m_vignetteAmt=(1.0-dot(((m_uv-0.5)*0.85), ((m_uv-0.5)*0.85))); index.js:7:32275
346: vec2 m_uvo=((m_fragCoord.xy/m_iResolution.y)-(m_res/2.0)); index.js:7:32275
347: m_uvo=-m_uvo; index.js:7:32275
348: m_fragColor.rgb=((pow(m_fragColor.rgb, vec3(2.0,2.0,2.0))*0.35)+((m_fragColor.rgb*0.95)*m_MixLights(m_uvo, m_iResolution))); index.js:7:32275
349: m_fragColor.rgb=mix(m_fragColor.rgb, m_adglowc.rgb, (m_adglowc.a*smoothstep(0.0, 0.5, m_mousedr))); index.js:7:32275
350: m_fragColor.rgb=clamp(m_fragColor.rgb, 0.0, 1.0); index.js:7:32275
351: float m_shl=((1.5-min((1.0*length(vec3(((m_uvo*(m_zoom/m_min_zoom))-m_LightOrigin(0)), 0.1))), 1.5))*0.35); index.js:7:32275
352: m_shl=(m_shl+(0.01/pow((0.25*length(vec3(((m_uvo*(m_zoom/m_min_zoom))-m_LightOrigin(0)), 0.1))), 2.0))); index.js:7:32275
353: m_shl=(0.25+(0.75*m_shl)); index.js:7:32275
354: m_shl=max(m_shl, smoothstep((0.0+(m_mousedr*2.0)), (-0.2+(m_mousedr*2.0)), length(((m_uvo*(m_zoom/m_min_zoom))-vec2(0.0,-0.05))))); index.js:7:32275
355: m_fragColor.rgb=mix(m_fragColor.rgb, (m_parts.rgb*clamp(m_shl, 0.25, 1.0)), m_parts.a); index.js:7:32275
356: m_fragColor.rgb*=(smoothstep(0.0, 0.5, m_iTime)*m_vignetteAmt); index.js:7:32275
357: m_fragColor.rgb=((m_fragColor.rgb*0.5)+((0.5*m_fragColor.rgb)*m_fragColor.rgb)); index.js:7:32275
358: m_fragColor.rgb=clamp(m_fragColor.rgb, 0.0, 1.0); index.js:7:32275
359: m_fragColor.rgb=mix(m_oc, m_fragColor.rgb, smoothstep(5.5, m_startup_zoom_timer_sec, m_iTime)); index.js:7:32275
360: m_fragColor.rgb+=(((m_rand(m_uv)-0.5)*0.07)*smoothstep(4.0, 1.0, (m_zoom/m_min_zoom))); index.js:7:32275
361: vec2 m_state=m_get_collision_hp().yw; index.js:7:32275
362: float m_lost_hp_timer=m_state.y; index.js:7:32275
363: float m_player_hp=m_state.x; index.js:7:32275
364: bool m_is_player_alive=(m_player_hp>=1.0); index.js:7:32275
365: if ((m_player_hp<1000.0)) index.js:7:32275
366: { index.js:7:32275
367: { index.js:7:32275
368: float m_mpl=1.0; index.js:7:32275
369: if (!m_is_player_alive) index.js:7:32275
370: { index.js:7:32275
371: m_mpl=smoothstep(0.0, 0.5, m_lost_hp_timer); index.js:7:32275
372: } index.js:7:32275
373: m_fragColor.rgb=mix(m_fragColor.rgb, texture(m_wla, m_uv).rgb, (1.0-m_mpl)); index.js:7:32275
374: } index.js:7:32275
375: ; index.js:7:32275
376: } index.js:7:32275
377: else index.js:7:32275
378: { index.js:7:32275
379: { index.js:7:32275
380: float m_mpl=smoothstep(0.0, 0.5, m_lost_hp_timer); index.js:7:32275
381: m_fragColor.rgb=mix(m_fragColor.rgb, texture(m_wlb, m_uv).rgb, (1.0-m_mpl)); index.js:7:32275
382: } index.js:7:32275
383: ; index.js:7:32275
384: } index.js:7:32275
385: m_fragColor.rgb*=smoothstep(0.0, 0.5, m_iTime); index.js:7:32275
386: m_fragColor.a=1.0; index.js:7:32275
387: } index.js:7:32275
388: index.js:7:32275
389: index.js:7:32275
390: /* clang-format on */ index.js:7:32275
391: index.js:7:32275
392: void light_compute( index.js:7:32275
393: inout vec4 light, index.js:7:32275
394: inout vec2 light_vec, index.js:7:32275
395: inout float light_height, index.js:7:32275
396: inout vec4 light_color, index.js:7:32275
397: vec2 light_uv, index.js:7:32275
398: inout vec4 shadow_color, index.js:7:32275
399: vec3 normal, index.js:7:32275
400: vec2 uv, index.js:7:32275
401: #if defined(SCREEN_UV_USED) index.js:7:32275
402: vec2 screen_uv, index.js:7:32275
403: #endif index.js:7:32275
404: vec4 color) { index.js:7:32275
405: index.js:7:32275
406: #if defined(USE_LIGHT_SHADER_CODE) index.js:7:32275
407: index.js:7:32275
408: /* clang-format off */ index.js:7:32275
409: index.js:7:32275
410: index.js:7:32275
411: /* clang-format on */ index.js:7:32275
412: index.js:7:32275
413: #endif index.js:7:32275
414: } index.js:7:32275
415: index.js:7:32275
416: #ifdef USE_TEXTURE_RECT index.js:7:32275
417: index.js:7:32275
418: uniform vec4 dst_rect; index.js:7:32275
419: uniform vec4 src_rect; index.js:7:32275
420: uniform bool clip_rect_uv; index.js:7:32275
421: index.js:7:32275
422: #ifdef USE_NINEPATCH index.js:7:32275
423: index.js:7:32275
424: in highp vec2 pixel_size_interp; index.js:7:32275
425: index.js:7:32275
426: uniform int np_repeat_v; index.js:7:32275
427: uniform int np_repeat_h; index.js:7:32275
428: uniform bool np_draw_center; index.js:7:32275
429: // left top right bottom in pixel coordinates index.js:7:32275
430: uniform vec4 np_margins; index.js:7:32275
431: index.js:7:32275
432: float map_ninepatch_axis(float pixel, float draw_size, float tex_pixel_size, float margin_begin, float margin_end, int np_repeat, inout int draw_center) { index.js:7:32275
433: index.js:7:32275
434: float tex_size = 1.0 / tex_pixel_size; index.js:7:32275
435: index.js:7:32275
436: if (pixel < margin_begin) { index.js:7:32275
437: return pixel * tex_pixel_size; index.js:7:32275
438: } else if (pixel >= draw_size - margin_end) { index.js:7:32275
439: return (tex_size - (draw_size - pixel)) * tex_pixel_size; index.js:7:32275
440: } else { index.js:7:32275
441: if (!np_draw_center) { index.js:7:32275
442: draw_center--; index.js:7:32275
443: } index.js:7:32275
444: index.js:7:32275
445: if (np_repeat == 0) { //stretch index.js:7:32275
446: //convert to ratio index.js:7:32275
447: float ratio = (pixel - margin_begin) / (draw_size - margin_begin - margin_end); index.js:7:32275
448: //scale to source texture index.js:7:32275
449: return (margin_begin + ratio * (tex_size - margin_begin - margin_end)) * tex_pixel_size; index.js:7:32275
450: } else if (np_repeat == 1) { //tile index.js:7:32275
451: //convert to ratio index.js:7:32275
452: float ofs = mod((pixel - margin_begin), tex_size - margin_begin - margin_end); index.js:7:32275
453: //scale to source texture index.js:7:32275
454: return (margin_begin + ofs) * tex_pixel_size; index.js:7:32275
455: } else if (np_repeat == 2) { //tile fit index.js:7:32275
456: //convert to ratio index.js:7:32275
457: float src_area = draw_size - margin_begin - margin_end; index.js:7:32275
458: float dst_area = tex_size - margin_begin - margin_end; index.js:7:32275
459: float scale = max(1.0, floor(src_area / max(dst_area, 0.0000001) + 0.5)); index.js:7:32275
460: index.js:7:32275
461: //convert to ratio index.js:7:32275
462: float ratio = (pixel - margin_begin) / src_area; index.js:7:32275
463: ratio = mod(ratio * scale, 1.0); index.js:7:32275
464: return (margin_begin + ratio * dst_area) * tex_pixel_size; index.js:7:32275
465: } index.js:7:32275
466: } index.js:7:32275
467: } index.js:7:32275
468: index.js:7:32275
469: #endif index.js:7:32275
470: #endif index.js:7:32275
471: index.js:7:32275
472: uniform bool use_default_normal; index.js:7:32275
473: index.js:7:32275
474: void main() { index.js:7:32275
475: index.js:7:32275
476: vec4 color = color_interp; index.js:7:32275
477: vec2 uv = uv_interp; index.js:7:32275
478: index.js:7:32275
479: #ifdef USE_TEXTURE_RECT index.js:7:32275
480: index.js:7:32275
481: #ifdef USE_NINEPATCH index.js:7:32275
482: index.js:7:32275
483: int draw_center = 2; index.js:7:32275
484: uv = vec2( index.js:7:32275
485: map_ninepatch_axis(pixel_size_interp.x, abs(dst_rect.z), color_texpixel_size.x, np_margins.x, np_margins.z, np_repeat_h, draw_center), index.js:7:32275
486: map_ninepatch_axis(pixel_size_interp.y, abs(dst_rect.w), color_texpixel_size.y, np_margins.y, np_margins.w, np_repeat_v, draw_center)); index.js:7:32275
487: index.js:7:32275
488: if (draw_center == 0) { index.js:7:32275
489: color.a = 0.0; index.js:7:32275
490: } index.js:7:32275
491: index.js:7:32275
492: uv = uv * src_rect.zw + src_rect.xy; //apply region if needed index.js:7:32275
493: #endif index.js:7:32275
494: index.js:7:32275
495: if (clip_rect_uv) { index.js:7:32275
496: index.js:7:32275
497: uv = clamp(uv, src_rect.xy, src_rect.xy + abs(src_rect.zw)); index.js:7:32275
498: } index.js:7:32275
499: index.js:7:32275
500: #endif index.js:7:32275
501: index.js:7:32275
502: #if !defined(COLOR_USED) index.js:7:32275
503: //default behavior, texture by color index.js:7:32275
504: index.js:7:32275
505: #ifdef USE_DISTANCE_FIELD index.js:7:32275
506: const float smoothing = 1.0 / 32.0; index.js:7:32275
507: float distance = textureLod(color_texture, uv, 0.0).a; index.js:7:32275
508: color.a = smoothstep(0.5 - smoothing, 0.5 + smoothing, distance) * color.a; index.js:7:32275
509: #else index.js:7:32275
510: color *= texture(color_texture, uv); index.js:7:32275
511: index.js:7:32275
512: #endif index.js:7:32275
513: index.js:7:32275
514: #endif index.js:7:32275
515: index.js:7:32275
516: vec3 normal; index.js:7:32275
517: index.js:7:32275
518: #if defined(NORMAL_USED) index.js:7:32275
519: index.js:7:32275
520: bool normal_used = true; index.js:7:32275
521: #else index.js:7:32275
522: bool normal_used = false; index.js:7:32275
523: #endif index.js:7:32275
524: index.js:7:32275
525: if (use_default_normal) { index.js:7:32275
526: normal.xy = textureLod(normal_texture, uv, 0.0).xy * 2.0 - 1.0; index.js:7:32275
527: normal.z = sqrt(1.0 - dot(normal.xy, normal.xy)); index.js:7:32275
528: normal_used = true; index.js:7:32275
529: } else { index.js:7:32275
530: normal = vec3(0.0, 0.0, 1.0); index.js:7:32275
531: } index.js:7:32275
532: index.js:7:32275
533: #if defined(SCREEN_UV_USED) index.js:7:32275
534: vec2 screen_uv = gl_FragCoord.xy * screen_pixel_size; index.js:7:32275
535: #endif index.js:7:32275
536: index.js:7:32275
537: { index.js:7:32275
538: float normal_depth = 1.0; index.js:7:32275
539: index.js:7:32275
540: #if defined(NORMALMAP_USED) index.js:7:32275
541: vec3 normal_map = vec3(0.0, 0.0, 1.0); index.js:7:32275
542: normal_used = true; index.js:7:32275
543: #endif index.js:7:32275
544: index.js:7:32275
545: /* clang-format off */ index.js:7:32275
546: { index.js:7:32275
547: vec2 m_iResolution=floor((1.0/color_texpixel_size)); index.js:7:32275
548: m_mainImage(color, (uv*m_iResolution), m_iResolution); index.js:7:32275
549: } index.js:7:32275
550: index.js:7:32275
551: index.js:7:32275
552: /* clang-format on */ index.js:7:32275
553: index.js:7:32275
554: #if defined(NORMALMAP_USED) index.js:7:32275
555: normal = mix(vec3(0.0, 0.0, 1.0), normal_map * vec3(2.0, -2.0, 1.0) - vec3(1.0, -1.0, 0.0), normal_depth); index.js:7:32275
556: #endif index.js:7:32275
557: } index.js:7:32275
558: #ifdef DEBUG_ENCODED_32 index.js:7:32275
559: highp float enc32 = dot(color, highp vec4(1.0 / (256.0 * 256.0 * 256.0), 1.0 / (256.0 * 256.0), 1.0 / 256.0, 1.0)); index.js:7:32275
560: color = vec4(vec3(enc32), 1.0); index.js:7:32275
561: #endif index.js:7:32275
562: index.js:7:32275
563: color *= final_modulate; index.js:7:32275
564: index.js:7:32275
565: #ifdef USE_LIGHTING index.js:7:32275
566: index.js:7:32275
567: vec2 light_vec = transformed_light_uv; index.js:7:32275
568: index.js:7:32275
569: if (normal_used) { index.js:7:32275
570: normal.xy = mat2(local_rot.xy, local_rot.zw) * normal.xy; index.js:7:32275
571: } index.js:7:32275
572: index.js:7:32275
573: float att = 1.0; index.js:7:32275
574: index.js:7:32275
575: vec2 light_uv = light_uv_interp.xy; index.js:7:32275
576: vec4 light = texture(light_texture, light_uv); index.js:7:32275
577: index.js:7:32275
578: if (any(lessThan(light_uv_interp.xy, vec2(0.0, 0.0))) || any(greaterThanEqual(light_uv_interp.xy, vec2(1.0, 1.0)))) { index.js:7:32275
579: color.a *= light_outside_alpha; //invisible index.js:7:32275
580: index.js:7:32275
581: } else { index.js:7:32275
582: float real_light_height = light_height; index.js:7:32275
583: vec4 real_light_color = light_color; index.js:7:32275
584: vec4 real_light_shadow_color = light_shadow_color; index.js:7:32275
585: index.js:7:32275
586: #if defined(USE_LIGHT_SHADER_CODE) index.js:7:32275
587: //light is written by the light shader index.js:7:32275
588: light_compute( index.js:7:32275
589: light, index.js:7:32275
590: light_vec, index.js:7:32275
591: real_light_height, index.js:7:32275
592: real_light_color, index.js:7:32275
593: light_uv, index.js:7:32275
594: real_light_shadow_color, index.js:7:32275
595: normal, index.js:7:32275
596: uv, index.js:7:32275
597: #if defined(SCREEN_UV_USED) index.js:7:32275
598: screen_uv, index.js:7:32275
599: #endif index.js:7:32275
600: color); index.js:7:32275
601: #endif index.js:7:32275
602: index.js:7:32275
603: light *= real_light_color; index.js:7:32275
604: index.js:7:32275
605: if (normal_used) { index.js:7:32275
606: vec3 light_normal = normalize(vec3(light_vec, -real_light_height)); index.js:7:32275
607: light *= max(dot(-light_normal, normal), 0.0); index.js:7:32275
608: } index.js:7:32275
609: index.js:7:32275
610: color *= light; index.js:7:32275
611: index.js:7:32275
612: #ifdef USE_SHADOWS index.js:7:32275
613: // Reset light_vec to compute shadows, the shadow map is created from the light origin, so it only index.js:7:32275
614: // makes sense to compute shadows from there. index.js:7:32275
615: light_vec = light_uv_interp.zw; index.js:7:32275
616: index.js:7:32275
617: float angle_to_light = -atan(light_vec.x, light_vec.y); index.js:7:32275
618: float PI = 3.14159265358979323846264; index.js:7:32275
619: /*int i = int(mod(floor((angle_to_light+7.0*PI/6.0)/(4.0*PI/6.0))+1.0, 3.0)); // +1 pq os indices estao em ordem 2,0,1 nos arrays index.js:7:32275
620: float ang*/ index.js:7:32275
621: index.js:7:32275
622: float su, sz; index.js:7:32275
623: index.js:7:32275
624: float abs_angle = abs(angle_to_light); index.js:7:32275
625: vec2 point; index.js:7:32275
626: float sh; index.js:7:32275
627: if (abs_angle < 45.0 * PI / 180.0) { index.js:7:32275
628: point = light_vec; index.js:7:32275
629: sh = 0.0 + (1.0 / 8.0); index.js:7:32275
630: } else if (abs_angle > 135.0 * PI / 180.0) { index.js:7:32275
631: point = -light_vec; index.js:7:32275
632: sh = 0.5 + (1.0 / 8.0); index.js:7:32275
633: } else if (angle_to_light > 0.0) { index.js:7:32275
634: index.js:7:32275
635: point = vec2(light_vec.y, -light_vec.x); index.js:7:32275
636: sh = 0.25 + (1.0 / 8.0); index.js:7:32275
637: } else { index.js:7:32275
638: index.js:7:32275
639: point = vec2(-light_vec.y, light_vec.x); index.js:7:32275
640: sh = 0.75 + (1.0 / 8.0); index.js:7:32275
641: } index.js:7:32275
642: index.js:7:32275
643: highp vec4 s = shadow_matrix * vec4(point, 0.0, 1.0); index.js:7:32275
644: s.xyz /= s.w; index.js:7:32275
645: su = s.x * 0.5 + 0.5; index.js:7:32275
646: sz = s.z * 0.5 + 0.5; index.js:7:32275
647: //sz=lightlength(light_vec); index.js:7:32275
648: index.js:7:32275
649: highp float shadow_attenuation = 0.0; index.js:7:32275
650: index.js:7:32275
651: #ifdef USE_RGBA_SHADOWS index.js:7:32275
652: index.js:7:32275
653: #define SHADOW_DEPTH(m_tex, m_uv) dot(texture((m_tex), (m_uv)), vec4(1.0 / (256.0 * 256.0 * 256.0), 1.0 / (256.0 * 256.0), 1.0 / 256.0, 1.0)) index.js:7:32275
654: index.js:7:32275
655: #else index.js:7:32275
656: index.js:7:32275
657: #define SHADOW_DEPTH(m_tex, m_uv) (texture((m_tex), (m_uv)).r) index.js:7:32275
658: index.js:7:32275
659: #endif index.js:7:32275
660: index.js:7:32275
661: #ifdef SHADOW_USE_GRADIENT index.js:7:32275
662: index.js:7:32275
663: #define SHADOW_TEST(m_ofs) \ index.js:7:32275
664: { \ index.js:7:32275
665: highp float sd = SHADOW_DEPTH(shadow_texture, vec2(m_ofs, sh)); \ index.js:7:32275
666: shadow_attenuation += 1.0 - smoothstep(sd, sd + shadow_gradient, sz); \ index.js:7:32275
667: } index.js:7:32275
668: index.js:7:32275
669: #else index.js:7:32275
670: index.js:7:32275
671: #define SHADOW_TEST(m_ofs) \ index.js:7:32275
672: { \ index.js:7:32275
673: highp float sd = SHADOW_DEPTH(shadow_texture, vec2(m_ofs, sh)); \ index.js:7:32275
674: shadow_attenuation += step(sz, sd); \ index.js:7:32275
675: } index.js:7:32275
676: index.js:7:32275
677: #endif index.js:7:32275
678: index.js:7:32275
679: #ifdef SHADOW_FILTER_NEAREST index.js:7:32275
680: index.js:7:32275
681: SHADOW_TEST(su); index.js:7:32275
682: index.js:7:32275
683: #endif index.js:7:32275
684: index.js:7:32275
685: #ifdef SHADOW_FILTER_PCF3 index.js:7:32275
686: index.js:7:32275
687: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
688: SHADOW_TEST(su); index.js:7:32275
689: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
690: shadow_attenuation /= 3.0; index.js:7:32275
691: index.js:7:32275
692: #endif index.js:7:32275
693: index.js:7:32275
694: #ifdef SHADOW_FILTER_PCF5 index.js:7:32275
695: index.js:7:32275
696: SHADOW_TEST(su + shadowpixel_size * 2.0); index.js:7:32275
697: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
698: SHADOW_TEST(su); index.js:7:32275
699: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
700: SHADOW_TEST(su - shadowpixel_size * 2.0); index.js:7:32275
701: shadow_attenuation /= 5.0; index.js:7:32275
702: index.js:7:32275
703: #endif index.js:7:32275
704: index.js:7:32275
705: #ifdef SHADOW_FILTER_PCF7 index.js:7:32275
706: index.js:7:32275
707: SHADOW_TEST(su + shadowpixel_size * 3.0); index.js:7:32275
708: SHADOW_TEST(su + shadowpixel_size * 2.0); index.js:7:32275
709: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
710: SHADOW_TEST(su); index.js:7:32275
711: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
712: SHADOW_TEST(su - shadowpixel_size * 2.0); index.js:7:32275
713: SHADOW_TEST(su - shadowpixel_size * 3.0); index.js:7:32275
714: shadow_attenuation /= 7.0; index.js:7:32275
715: index.js:7:32275
716: #endif index.js:7:32275
717: index.js:7:32275
718: #ifdef SHADOW_FILTER_PCF9 index.js:7:32275
719: index.js:7:32275
720: SHADOW_TEST(su + shadowpixel_size * 4.0); index.js:7:32275
721: SHADOW_TEST(su + shadowpixel_size * 3.0); index.js:7:32275
722: SHADOW_TEST(su + shadowpixel_size * 2.0); index.js:7:32275
723: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
724: SHADOW_TEST(su); index.js:7:32275
725: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
726: SHADOW_TEST(su - shadowpixel_size * 2.0); index.js:7:32275
727: SHADOW_TEST(su - shadowpixel_size * 3.0); index.js:7:32275
728: SHADOW_TEST(su - shadowpixel_size * 4.0); index.js:7:32275
729: shadow_attenuation /= 9.0; index.js:7:32275
730: index.js:7:32275
731: #endif index.js:7:32275
732: index.js:7:32275
733: #ifdef SHADOW_FILTER_PCF13 index.js:7:32275
734: index.js:7:32275
735: SHADOW_TEST(su + shadowpixel_size * 6.0); index.js:7:32275
736: SHADOW_TEST(su + shadowpixel_size * 5.0); index.js:7:32275
737: SHADOW_TEST(su + shadowpixel_size * 4.0); index.js:7:32275
738: SHADOW_TEST(su + shadowpixel_size * 3.0); index.js:7:32275
739: SHADOW_TEST(su + shadowpixel_size * 2.0); index.js:7:32275
740: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
741: SHADOW_TEST(su); index.js:7:32275
742: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
743: SHADOW_TEST(su - shadowpixel_size * 2.0); index.js:7:32275
744: SHADOW_TEST(su - shadowpixel_size * 3.0); index.js:7:32275
745: SHADOW_TEST(su - shadowpixel_size * 4.0); index.js:7:32275
746: SHADOW_TEST(su - shadowpixel_size * 5.0); index.js:7:32275
747: SHADOW_TEST(su - shadowpixel_size * 6.0); index.js:7:32275
748: shadow_attenuation /= 13.0; index.js:7:32275
749: index.js:7:32275
750: #endif index.js:7:32275
751: index.js:7:32275
752: //color *= shadow_attenuation; index.js:7:32275
753: color = mix(real_light_shadow_color, color, shadow_attenuation); index.js:7:32275
754: //use shadows index.js:7:32275
755: #endif index.js:7:32275
756: } index.js:7:32275
757: index.js:7:32275
758: //use lighting index.js:7:32275
759: #endif index.js:7:32275
760: //color.rgb *= color.a; index.js:7:32275
761: frag_color = color; index.js:7:32275
762: } index.js:7:32275
763: index.js:7:32275
**ERROR**: CanvasShaderGLES3: Program LINK FAILED: index.js:7:32544
Programs with more than 16 samplers are disallowed on Mesa drivers to avoid crashing. index.js:7:32544
At: drivers/gles3/shader_gles3.cpp:164:_display_error_with_code() - CanvasShaderGLES3: Program LINK FAILED: index.js:7:32544
Programs with more than 16 samplers are disallowed on Mesa drivers to avoid crashing. index.js:7:32544
**ERROR**: CanvasShaderGLES3: Program LINK FAILED: index.js:7:32544
Programs with more than 16 samplers are disallowed on Mesa drivers to avoid crashing. index.js:7:32544
At: drivers/gles3/shader_gles3.cpp:497:get_current_version() - CanvasShaderGLES3: Program LINK FAILED: index.js:7:32544
Programs with more than 16 samplers are disallowed on Mesa drivers to avoid crashing. index.js:7:32544
**ERROR**: Method/Function Failed, returning: 0L index.js:7:32544
At: drivers/gles3/shader_gles3.cpp:504:get_current_version() - Method/Function Failed, returning: 0L index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: false index.js:7:32544
At: drivers/gles3/shader_gles3.cpp:123:bind() - Condition ' !version ' is true. returned: false index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
1: #version 300 es index.js:7:32275
2: #define USE_TEXTURE_RECT index.js:7:32275
3: #define USE_RGBA_SHADOWS index.js:7:32275
4: #define USE_MATERIAL index.js:7:32275
5: #define COLOR_USED index.js:7:32275
6: precision highp float; index.js:7:32275
7: precision highp int; index.js:7:32275
8: precision highp sampler2D; index.js:7:32275
9: precision highp samplerCube; index.js:7:32275
10: precision highp sampler2DArray; index.js:7:32275
11: index.js:7:32275
12: uniform highp sampler2D color_texture; // texunit:0 index.js:7:32275
13: /* clang-format on */ index.js:7:32275
14: uniform highp vec2 color_texpixel_size; index.js:7:32275
15: uniform highp sampler2D normal_texture; // texunit:1 index.js:7:32275
16: index.js:7:32275
17: in highp vec2 uv_interp; index.js:7:32275
18: in highp vec4 color_interp; index.js:7:32275
19: index.js:7:32275
20: #if defined(SCREEN_TEXTURE_USED) index.js:7:32275
21: index.js:7:32275
22: uniform sampler2D screen_texture; // texunit:-3 index.js:7:32275
23: index.js:7:32275
24: #endif index.js:7:32275
25: index.js:7:32275
26: #if defined(SCREEN_UV_USED) index.js:7:32275
27: index.js:7:32275
28: uniform vec2 screen_pixel_size; index.js:7:32275
29: #endif index.js:7:32275
30: index.js:7:32275
31: layout(std140) uniform CanvasItemData { index.js:7:32275
32: index.js:7:32275
33: highp mat4 projection_matrix; index.js:7:32275
34: highp float time; index.js:7:32275
35: }; index.js:7:32275
36: index.js:7:32275
37: #ifdef USE_LIGHTING index.js:7:32275
38: index.js:7:32275
39: layout(std140) uniform LightData { index.js:7:32275
40: index.js:7:32275
41: highp mat4 light_matrix; index.js:7:32275
42: highp mat4 light_local_matrix; index.js:7:32275
43: highp mat4 shadow_matrix; index.js:7:32275
44: highp vec4 light_color; index.js:7:32275
45: highp vec4 light_shadow_color; index.js:7:32275
46: highp vec2 light_pos; index.js:7:32275
47: highp float shadowpixel_size; index.js:7:32275
48: highp float shadow_gradient; index.js:7:32275
49: highp float light_height; index.js:7:32275
50: highp float light_outside_alpha; index.js:7:32275
51: highp float shadow_distance_mult; index.js:7:32275
52: }; index.js:7:32275
53: index.js:7:32275
54: uniform highp sampler2D light_texture; // texunit:-1 index.js:7:32275
55: in vec4 light_uv_interp; index.js:7:32275
56: in vec2 transformed_light_uv; index.js:7:32275
57: index.js:7:32275
58: in vec4 local_rot; index.js:7:32275
59: index.js:7:32275
60: #ifdef USE_SHADOWS index.js:7:32275
61: index.js:7:32275
62: uniform highp sampler2D shadow_texture; // texunit:-2 index.js:7:32275
63: in highp vec2 pos; index.js:7:32275
64: index.js:7:32275
65: #endif index.js:7:32275
66: index.js:7:32275
67: const bool at_light_pass = true; index.js:7:32275
68: #else index.js:7:32275
69: const bool at_light_pass = false; index.js:7:32275
70: #endif index.js:7:32275
71: index.js:7:32275
72: uniform highp vec4 final_modulate; index.js:7:32275
73: index.js:7:32275
74: layout(location = 0) out highp vec4 frag_color; index.js:7:32275
75: index.js:7:32275
76: #if defined(USE_MATERIAL) index.js:7:32275
77: index.js:7:32275
78: /* clang-format off */ index.js:7:32275
79: layout(std140) uniform UniformData { index.js:7:32275
80: float m_iTime; index.js:7:32275
81: float m_rTime; index.js:7:32275
82: int m_iFrame; index.js:7:32275
83: int m_anim_state; index.js:7:32275
84: float m_zoom; index.js:7:32275
85: vec3 m_iMouse; index.js:7:32275
86: index.js:7:32275
87: index.js:7:32275
88: }; index.js:7:32275
89: /* clang-format on */ index.js:7:32275
90: index.js:7:32275
91: #endif index.js:7:32275
92: index.js:7:32275
93: /* clang-format off */ index.js:7:32275
94: uniform sampler2D m_iChannel0; index.js:7:32275
95: uniform sampler2D m_iChannel1; index.js:7:32275
96: uniform sampler2D m_iChannel2; index.js:7:32275
97: uniform sampler2D m_iChannel3; index.js:7:32275
98: uniform sampler2D m_logic; index.js:7:32275
99: uniform sampler2D m_iChannel4; index.js:7:32275
100: uniform sampler2D m_iChannel5; index.js:7:32275
101: uniform sampler2D m_iChannel6; index.js:7:32275
102: index.js:7:32275
103: vec4 m_tilesx3inx4(vec2 m_uv, sampler2D m_ismlp) index.js:7:32275
104: { index.js:7:32275
105: float m_fms=4.0; index.js:7:32275
106: int m_max_frames=8; index.js:7:32275
107: if (((m_anim_state==0)||(m_anim_state==4))) index.js:7:32275
108: { index.js:7:32275
109: { index.js:7:32275
110: m_uv.x=(1.0-m_uv.x); index.js:7:32275
111: } index.js:7:32275
112: ; index.js:7:32275
113: } index.js:7:32275
114: m_uv*=(1.0/m_fms); index.js:7:32275
115: int m_index=(int((m_iTime*float(m_max_frames)))%int(m_max_frames)); index.js:7:32275
116: if ((m_index>=3)) index.js:7:32275
117: { index.js:7:32275
118: m_index+=1; index.js:7:32275
119: } index.js:7:32275
120: if ((m_index>6)) index.js:7:32275
121: { index.js:7:32275
122: m_index+=1; index.js:7:32275
123: } index.js:7:32275
124: float m_idx=float(m_index); index.js:7:32275
125: m_uv+=((1.0/m_zoom)*((1.0/m_fms)*vec2(float((int(m_idx)%int(m_fms))), float((int(m_idx)/int(m_fms)))))); index.js:7:32275
126: m_uv+=((-0.5*1.0)/m_fms); index.js:7:32275
127: m_uv*=m_zoom; index.js:7:32275
128: m_uv=clamp(m_uv, (((-1.0/m_fms)*0.5)+((1.0/m_fms)*vec2(float((int(m_idx)%int(m_fms))), float((int(m_idx)/int(m_fms)))))), (((1.0/m_fms)*0.5)+((1.0/m_fms)*vec2(float((int(m_idx)%int(m_fms))), float((int(m_idx)/int(m_fms))))))); index.js:7:32275
129: m_uv+=((0.5*1.0)/m_fms); index.js:7:32275
130: vec4 m_col=texture(m_ismlp, m_uv); index.js:7:32275
131: return m_col; } index.js:7:32275
132: index.js:7:32275
133: vec4 m_get_collision_hp() index.js:7:32275
134: { index.js:7:32275
135: return texelFetch(m_logic, ivec2(1,0), 0).xyzw; } index.js:7:32275
136: index.js:7:32275
137: void m_mainImage(out vec4 m_fragColor, vec2 m_fragCoord, vec2 m_iResolution) index.js:7:32275
138: { index.js:7:32275
139: vec2 m_uv=(m_fragCoord/m_iResolution); index.js:7:32275
140: vec4 m_col=vec4(0.0,0.0,0.0,0.0); index.js:7:32275
141: if (((m_anim_state==0)||(m_anim_state==1))) index.js:7:32275
142: { index.js:7:32275
143: { index.js:7:32275
144: m_col=m_tilesx3inx4(m_uv, m_iChannel0); index.js:7:32275
145: } index.js:7:32275
146: ; index.js:7:32275
147: } index.js:7:32275
148: else index.js:7:32275
149: { index.js:7:32275
150: if ((m_anim_state==2)) index.js:7:32275
151: { index.js:7:32275
152: { index.js:7:32275
153: m_col=m_tilesx3inx4(m_uv, m_iChannel2); index.js:7:32275
154: } index.js:7:32275
155: ; index.js:7:32275
156: } index.js:7:32275
157: else index.js:7:32275
158: { index.js:7:32275
159: if ((m_anim_state==3)) index.js:7:32275
160: { index.js:7:32275
161: { index.js:7:32275
162: m_col=m_tilesx3inx4(m_uv, m_iChannel1); index.js:7:32275
163: } index.js:7:32275
164: ; index.js:7:32275
165: } index.js:7:32275
166: else index.js:7:32275
167: { index.js:7:32275
168: if (((m_anim_state==4)||(m_anim_state==5))) index.js:7:32275
169: { index.js:7:32275
170: { index.js:7:32275
171: m_col=m_tilesx3inx4(m_uv, m_iChannel3); index.js:7:32275
172: } index.js:7:32275
173: ; index.js:7:32275
174: } index.js:7:32275
175: else index.js:7:32275
176: { index.js:7:32275
177: if ((m_anim_state==6)) index.js:7:32275
178: { index.js:7:32275
179: { index.js:7:32275
180: m_col=m_tilesx3inx4(m_uv, m_iChannel5); index.js:7:32275
181: } index.js:7:32275
182: ; index.js:7:32275
183: } index.js:7:32275
184: else index.js:7:32275
185: { index.js:7:32275
186: if ((m_anim_state==7)) index.js:7:32275
187: { index.js:7:32275
188: { index.js:7:32275
189: m_col=m_tilesx3inx4(m_uv, m_iChannel4); index.js:7:32275
190: } index.js:7:32275
191: ; index.js:7:32275
192: } index.js:7:32275
193: } index.js:7:32275
194: } index.js:7:32275
195: } index.js:7:32275
196: } index.js:7:32275
197: } index.js:7:32275
198: vec2 m_state=m_get_collision_hp().yw; index.js:7:32275
199: float m_lost_hp_timer=m_state.y; index.js:7:32275
200: float m_player_hp=m_state.x; index.js:7:32275
201: bool m_is_player_alive=(m_player_hp>=1.0); index.js:7:32275
202: bool m_is_player_win=(m_player_hp>=1000.0); index.js:7:32275
203: m_fragColor=m_col; index.js:7:32275
204: m_fragColor.rgb=((m_fragColor.rgb*0.25)+(m_fragColor.rgb*m_fragColor.rgb)); index.js:7:32275
205: m_fragColor.rgb+=(vec3(1.8,0.2,0.1)*smoothstep(0.25, 0.5, m_lost_hp_timer)); index.js:7:32275
206: if (!m_is_player_alive) index.js:7:32275
207: { index.js:7:32275
208: m_fragColor.rgb=vec3((dot(m_fragColor.rgb, vec3(1.0,1.0,1.0))/3.0)); index.js:7:32275
209: } index.js:7:32275
210: float m_startup_zoom_timer_sec=6.0; index.js:7:32275
211: m_fragColor.a*=smoothstep(5.5, m_startup_zoom_timer_sec, m_rTime); index.js:7:32275
212: if ((!m_is_player_alive||m_is_player_win)) index.js:7:32275
213: { index.js:7:32275
214: m_fragColor.a*=smoothstep(0.0, 0.5, m_lost_hp_timer); index.js:7:32275
215: } index.js:7:32275
216: } index.js:7:32275
217: index.js:7:32275
218: index.js:7:32275
219: /* clang-format on */ index.js:7:32275
220: index.js:7:32275
221: void light_compute( index.js:7:32275
222: inout vec4 light, index.js:7:32275
223: inout vec2 light_vec, index.js:7:32275
224: inout float light_height, index.js:7:32275
225: inout vec4 light_color, index.js:7:32275
226: vec2 light_uv, index.js:7:32275
227: inout vec4 shadow_color, index.js:7:32275
228: vec3 normal, index.js:7:32275
229: vec2 uv, index.js:7:32275
230: #if defined(SCREEN_UV_USED) index.js:7:32275
231: vec2 screen_uv, index.js:7:32275
232: #endif index.js:7:32275
233: vec4 color) { index.js:7:32275
234: index.js:7:32275
235: #if defined(USE_LIGHT_SHADER_CODE) index.js:7:32275
236: index.js:7:32275
237: /* clang-format off */ index.js:7:32275
238: index.js:7:32275
239: index.js:7:32275
240: /* clang-format on */ index.js:7:32275
241: index.js:7:32275
242: #endif index.js:7:32275
243: } index.js:7:32275
244: index.js:7:32275
245: #ifdef USE_TEXTURE_RECT index.js:7:32275
246: index.js:7:32275
247: uniform vec4 dst_rect; index.js:7:32275
248: uniform vec4 src_rect; index.js:7:32275
249: uniform bool clip_rect_uv; index.js:7:32275
250: index.js:7:32275
251: #ifdef USE_NINEPATCH index.js:7:32275
252: index.js:7:32275
253: in highp vec2 pixel_size_interp; index.js:7:32275
254: index.js:7:32275
255: uniform int np_repeat_v; index.js:7:32275
256: uniform int np_repeat_h; index.js:7:32275
257: uniform bool np_draw_center; index.js:7:32275
258: // left top right bottom in pixel coordinates index.js:7:32275
259: uniform vec4 np_margins; index.js:7:32275
260: index.js:7:32275
261: float map_ninepatch_axis(float pixel, float draw_size, float tex_pixel_size, float margin_begin, float margin_end, int np_repeat, inout int draw_center) { index.js:7:32275
262: index.js:7:32275
263: float tex_size = 1.0 / tex_pixel_size; index.js:7:32275
264: index.js:7:32275
265: if (pixel < margin_begin) { index.js:7:32275
266: return pixel * tex_pixel_size; index.js:7:32275
267: } else if (pixel >= draw_size - margin_end) { index.js:7:32275
268: return (tex_size - (draw_size - pixel)) * tex_pixel_size; index.js:7:32275
269: } else { index.js:7:32275
270: if (!np_draw_center) { index.js:7:32275
271: draw_center--; index.js:7:32275
272: } index.js:7:32275
273: index.js:7:32275
274: if (np_repeat == 0) { //stretch index.js:7:32275
275: //convert to ratio index.js:7:32275
276: float ratio = (pixel - margin_begin) / (draw_size - margin_begin - margin_end); index.js:7:32275
277: //scale to source texture index.js:7:32275
278: return (margin_begin + ratio * (tex_size - margin_begin - margin_end)) * tex_pixel_size; index.js:7:32275
279: } else if (np_repeat == 1) { //tile index.js:7:32275
280: //convert to ratio index.js:7:32275
281: float ofs = mod((pixel - margin_begin), tex_size - margin_begin - margin_end); index.js:7:32275
282: //scale to source texture index.js:7:32275
283: return (margin_begin + ofs) * tex_pixel_size; index.js:7:32275
284: } else if (np_repeat == 2) { //tile fit index.js:7:32275
285: //convert to ratio index.js:7:32275
286: float src_area = draw_size - margin_begin - margin_end; index.js:7:32275
287: float dst_area = tex_size - margin_begin - margin_end; index.js:7:32275
288: float scale = max(1.0, floor(src_area / max(dst_area, 0.0000001) + 0.5)); index.js:7:32275
289: index.js:7:32275
290: //convert to ratio index.js:7:32275
291: float ratio = (pixel - margin_begin) / src_area; index.js:7:32275
292: ratio = mod(ratio * scale, 1.0); index.js:7:32275
293: return (margin_begin + ratio * dst_area) * tex_pixel_size; index.js:7:32275
294: } index.js:7:32275
295: } index.js:7:32275
296: } index.js:7:32275
297: index.js:7:32275
298: #endif index.js:7:32275
299: #endif index.js:7:32275
300: index.js:7:32275
301: uniform bool use_default_normal; index.js:7:32275
302: index.js:7:32275
303: void main() { index.js:7:32275
304: index.js:7:32275
305: vec4 color = color_interp; index.js:7:32275
306: vec2 uv = uv_interp; index.js:7:32275
307: index.js:7:32275
308: #ifdef USE_TEXTURE_RECT index.js:7:32275
309: index.js:7:32275
310: #ifdef USE_NINEPATCH index.js:7:32275
311: index.js:7:32275
312: int draw_center = 2; index.js:7:32275
313: uv = vec2( index.js:7:32275
314: map_ninepatch_axis(pixel_size_interp.x, abs(dst_rect.z), color_texpixel_size.x, np_margins.x, np_margins.z, np_repeat_h, draw_center), index.js:7:32275
315: map_ninepatch_axis(pixel_size_interp.y, abs(dst_rect.w), color_texpixel_size.y, np_margins.y, np_margins.w, np_repeat_v, draw_center)); index.js:7:32275
316: index.js:7:32275
317: if (draw_center == 0) { index.js:7:32275
318: color.a = 0.0; index.js:7:32275
319: } index.js:7:32275
320: index.js:7:32275
321: uv = uv * src_rect.zw + src_rect.xy; //apply region if needed index.js:7:32275
322: #endif index.js:7:32275
323: index.js:7:32275
324: if (clip_rect_uv) { index.js:7:32275
325: index.js:7:32275
326: uv = clamp(uv, src_rect.xy, src_rect.xy + abs(src_rect.zw)); index.js:7:32275
327: } index.js:7:32275
328: index.js:7:32275
329: #endif index.js:7:32275
330: index.js:7:32275
331: #if !defined(COLOR_USED) index.js:7:32275
332: //default behavior, texture by color index.js:7:32275
333: index.js:7:32275
334: #ifdef USE_DISTANCE_FIELD index.js:7:32275
335: const float smoothing = 1.0 / 32.0; index.js:7:32275
336: float distance = textureLod(color_texture, uv, 0.0).a; index.js:7:32275
337: color.a = smoothstep(0.5 - smoothing, 0.5 + smoothing, distance) * color.a; index.js:7:32275
338: #else index.js:7:32275
339: color *= texture(color_texture, uv); index.js:7:32275
340: index.js:7:32275
341: #endif index.js:7:32275
342: index.js:7:32275
343: #endif index.js:7:32275
344: index.js:7:32275
345: vec3 normal; index.js:7:32275
346: index.js:7:32275
347: #if defined(NORMAL_USED) index.js:7:32275
348: index.js:7:32275
349: bool normal_used = true; index.js:7:32275
350: #else index.js:7:32275
351: bool normal_used = false; index.js:7:32275
352: #endif index.js:7:32275
353: index.js:7:32275
354: if (use_default_normal) { index.js:7:32275
355: normal.xy = textureLod(normal_texture, uv, 0.0).xy * 2.0 - 1.0; index.js:7:32275
356: normal.z = sqrt(1.0 - dot(normal.xy, normal.xy)); index.js:7:32275
357: normal_used = true; index.js:7:32275
358: } else { index.js:7:32275
359: normal = vec3(0.0, 0.0, 1.0); index.js:7:32275
360: } index.js:7:32275
361: index.js:7:32275
362: #if defined(SCREEN_UV_USED) index.js:7:32275
363: vec2 screen_uv = gl_FragCoord.xy * screen_pixel_size; index.js:7:32275
364: #endif index.js:7:32275
365: index.js:7:32275
366: { index.js:7:32275
367: float normal_depth = 1.0; index.js:7:32275
368: index.js:7:32275
369: #if defined(NORMALMAP_USED) index.js:7:32275
370: vec3 normal_map = vec3(0.0, 0.0, 1.0); index.js:7:32275
371: normal_used = true; index.js:7:32275
372: #endif index.js:7:32275
373: index.js:7:32275
374: /* clang-format off */ index.js:7:32275
375: { index.js:7:32275
376: vec2 m_iResolution=floor((1.0/color_texpixel_size)); index.js:7:32275
377: m_mainImage(color, (uv*m_iResolution), m_iResolution); index.js:7:32275
378: } index.js:7:32275
379: index.js:7:32275
380: index.js:7:32275
381: /* clang-format on */ index.js:7:32275
382: index.js:7:32275
383: #if defined(NORMALMAP_USED) index.js:7:32275
384: normal = mix(vec3(0.0, 0.0, 1.0), normal_map * vec3(2.0, -2.0, 1.0) - vec3(1.0, -1.0, 0.0), normal_depth); index.js:7:32275
385: #endif index.js:7:32275
386: } index.js:7:32275
387: #ifdef DEBUG_ENCODED_32 index.js:7:32275
388: highp float enc32 = dot(color, highp vec4(1.0 / (256.0 * 256.0 * 256.0), 1.0 / (256.0 * 256.0), 1.0 / 256.0, 1.0)); index.js:7:32275
389: color = vec4(vec3(enc32), 1.0); index.js:7:32275
390: #endif index.js:7:32275
391: index.js:7:32275
392: color *= final_modulate; index.js:7:32275
393: index.js:7:32275
394: #ifdef USE_LIGHTING index.js:7:32275
395: index.js:7:32275
396: vec2 light_vec = transformed_light_uv; index.js:7:32275
397: index.js:7:32275
398: if (normal_used) { index.js:7:32275
399: normal.xy = mat2(local_rot.xy, local_rot.zw) * normal.xy; index.js:7:32275
400: } index.js:7:32275
401: index.js:7:32275
402: float att = 1.0; index.js:7:32275
403: index.js:7:32275
404: vec2 light_uv = light_uv_interp.xy; index.js:7:32275
405: vec4 light = texture(light_texture, light_uv); index.js:7:32275
406: index.js:7:32275
407: if (any(lessThan(light_uv_interp.xy, vec2(0.0, 0.0))) || any(greaterThanEqual(light_uv_interp.xy, vec2(1.0, 1.0)))) { index.js:7:32275
408: color.a *= light_outside_alpha; //invisible index.js:7:32275
409: index.js:7:32275
410: } else { index.js:7:32275
411: float real_light_height = light_height; index.js:7:32275
412: vec4 real_light_color = light_color; index.js:7:32275
413: vec4 real_light_shadow_color = light_shadow_color; index.js:7:32275
414: index.js:7:32275
415: #if defined(USE_LIGHT_SHADER_CODE) index.js:7:32275
416: //light is written by the light shader index.js:7:32275
417: light_compute( index.js:7:32275
418: light, index.js:7:32275
419: light_vec, index.js:7:32275
420: real_light_height, index.js:7:32275
421: real_light_color, index.js:7:32275
422: light_uv, index.js:7:32275
423: real_light_shadow_color, index.js:7:32275
424: normal, index.js:7:32275
425: uv, index.js:7:32275
426: #if defined(SCREEN_UV_USED) index.js:7:32275
427: screen_uv, index.js:7:32275
428: #endif index.js:7:32275
429: color); index.js:7:32275
430: #endif index.js:7:32275
431: index.js:7:32275
432: light *= real_light_color; index.js:7:32275
433: index.js:7:32275
434: if (normal_used) { index.js:7:32275
435: vec3 light_normal = normalize(vec3(light_vec, -real_light_height)); index.js:7:32275
436: light *= max(dot(-light_normal, normal), 0.0); index.js:7:32275
437: } index.js:7:32275
438: index.js:7:32275
439: color *= light; index.js:7:32275
440: index.js:7:32275
441: #ifdef USE_SHADOWS index.js:7:32275
442: // Reset light_vec to compute shadows, the shadow map is created from the light origin, so it only index.js:7:32275
443: // makes sense to compute shadows from there. index.js:7:32275
444: light_vec = light_uv_interp.zw; index.js:7:32275
445: index.js:7:32275
446: float angle_to_light = -atan(light_vec.x, light_vec.y); index.js:7:32275
447: float PI = 3.14159265358979323846264; index.js:7:32275
448: /*int i = int(mod(floor((angle_to_light+7.0*PI/6.0)/(4.0*PI/6.0))+1.0, 3.0)); // +1 pq os indices estao em ordem 2,0,1 nos arrays index.js:7:32275
449: float ang*/ index.js:7:32275
450: index.js:7:32275
451: float su, sz; index.js:7:32275
452: index.js:7:32275
453: float abs_angle = abs(angle_to_light); index.js:7:32275
454: vec2 point; index.js:7:32275
455: float sh; index.js:7:32275
456: if (abs_angle < 45.0 * PI / 180.0) { index.js:7:32275
457: point = light_vec; index.js:7:32275
458: sh = 0.0 + (1.0 / 8.0); index.js:7:32275
459: } else if (abs_angle > 135.0 * PI / 180.0) { index.js:7:32275
460: point = -light_vec; index.js:7:32275
461: sh = 0.5 + (1.0 / 8.0); index.js:7:32275
462: } else if (angle_to_light > 0.0) { index.js:7:32275
463: index.js:7:32275
464: point = vec2(light_vec.y, -light_vec.x); index.js:7:32275
465: sh = 0.25 + (1.0 / 8.0); index.js:7:32275
466: } else { index.js:7:32275
467: index.js:7:32275
468: point = vec2(-light_vec.y, light_vec.x); index.js:7:32275
469: sh = 0.75 + (1.0 / 8.0); index.js:7:32275
470: } index.js:7:32275
471: index.js:7:32275
472: highp vec4 s = shadow_matrix * vec4(point, 0.0, 1.0); index.js:7:32275
473: s.xyz /= s.w; index.js:7:32275
474: su = s.x * 0.5 + 0.5; index.js:7:32275
475: sz = s.z * 0.5 + 0.5; index.js:7:32275
476: //sz=lightlength(light_vec); index.js:7:32275
477: index.js:7:32275
478: highp float shadow_attenuation = 0.0; index.js:7:32275
479: index.js:7:32275
480: #ifdef USE_RGBA_SHADOWS index.js:7:32275
481: index.js:7:32275
482: #define SHADOW_DEPTH(m_tex, m_uv) dot(texture((m_tex), (m_uv)), vec4(1.0 / (256.0 * 256.0 * 256.0), 1.0 / (256.0 * 256.0), 1.0 / 256.0, 1.0)) index.js:7:32275
483: index.js:7:32275
484: #else index.js:7:32275
485: index.js:7:32275
486: #define SHADOW_DEPTH(m_tex, m_uv) (texture((m_tex), (m_uv)).r) index.js:7:32275
487: index.js:7:32275
488: #endif index.js:7:32275
489: index.js:7:32275
490: #ifdef SHADOW_USE_GRADIENT index.js:7:32275
491: index.js:7:32275
492: #define SHADOW_TEST(m_ofs) \ index.js:7:32275
493: { \ index.js:7:32275
494: highp float sd = SHADOW_DEPTH(shadow_texture, vec2(m_ofs, sh)); \ index.js:7:32275
495: shadow_attenuation += 1.0 - smoothstep(sd, sd + shadow_gradient, sz); \ index.js:7:32275
496: } index.js:7:32275
497: index.js:7:32275
498: #else index.js:7:32275
499: index.js:7:32275
500: #define SHADOW_TEST(m_ofs) \ index.js:7:32275
501: { \ index.js:7:32275
502: highp float sd = SHADOW_DEPTH(shadow_texture, vec2(m_ofs, sh)); \ index.js:7:32275
503: shadow_attenuation += step(sz, sd); \ index.js:7:32275
504: } index.js:7:32275
505: index.js:7:32275
506: #endif index.js:7:32275
507: index.js:7:32275
508: #ifdef SHADOW_FILTER_NEAREST index.js:7:32275
509: index.js:7:32275
510: SHADOW_TEST(su); index.js:7:32275
511: index.js:7:32275
512: #endif index.js:7:32275
513: index.js:7:32275
514: #ifdef SHADOW_FILTER_PCF3 index.js:7:32275
515: index.js:7:32275
516: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
517: SHADOW_TEST(su); index.js:7:32275
518: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
519: shadow_attenuation /= 3.0; index.js:7:32275
520: index.js:7:32275
521: #endif index.js:7:32275
522: index.js:7:32275
523: #ifdef SHADOW_FILTER_PCF5 index.js:7:32275
524: index.js:7:32275
525: SHADOW_TEST(su + shadowpixel_size * 2.0); index.js:7:32275
526: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
527: SHADOW_TEST(su); index.js:7:32275
528: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
529: SHADOW_TEST(su - shadowpixel_size * 2.0); index.js:7:32275
530: shadow_attenuation /= 5.0; index.js:7:32275
531: index.js:7:32275
532: #endif index.js:7:32275
533: index.js:7:32275
534: #ifdef SHADOW_FILTER_PCF7 index.js:7:32275
535: index.js:7:32275
536: SHADOW_TEST(su + shadowpixel_size * 3.0); index.js:7:32275
537: SHADOW_TEST(su + shadowpixel_size * 2.0); index.js:7:32275
538: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
539: SHADOW_TEST(su); index.js:7:32275
540: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
541: SHADOW_TEST(su - shadowpixel_size * 2.0); index.js:7:32275
542: SHADOW_TEST(su - shadowpixel_size * 3.0); index.js:7:32275
543: shadow_attenuation /= 7.0; index.js:7:32275
544: index.js:7:32275
545: #endif index.js:7:32275
546: index.js:7:32275
547: #ifdef SHADOW_FILTER_PCF9 index.js:7:32275
548: index.js:7:32275
549: SHADOW_TEST(su + shadowpixel_size * 4.0); index.js:7:32275
550: SHADOW_TEST(su + shadowpixel_size * 3.0); index.js:7:32275
551: SHADOW_TEST(su + shadowpixel_size * 2.0); index.js:7:32275
552: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
553: SHADOW_TEST(su); index.js:7:32275
554: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
555: SHADOW_TEST(su - shadowpixel_size * 2.0); index.js:7:32275
556: SHADOW_TEST(su - shadowpixel_size * 3.0); index.js:7:32275
557: SHADOW_TEST(su - shadowpixel_size * 4.0); index.js:7:32275
558: shadow_attenuation /= 9.0; index.js:7:32275
559: index.js:7:32275
560: #endif index.js:7:32275
561: index.js:7:32275
562: #ifdef SHADOW_FILTER_PCF13 index.js:7:32275
563: index.js:7:32275
564: SHADOW_TEST(su + shadowpixel_size * 6.0); index.js:7:32275
565: SHADOW_TEST(su + shadowpixel_size * 5.0); index.js:7:32275
566: SHADOW_TEST(su + shadowpixel_size * 4.0); index.js:7:32275
567: SHADOW_TEST(su + shadowpixel_size * 3.0); index.js:7:32275
568: SHADOW_TEST(su + shadowpixel_size * 2.0); index.js:7:32275
569: SHADOW_TEST(su + shadowpixel_size); index.js:7:32275
570: SHADOW_TEST(su); index.js:7:32275
571: SHADOW_TEST(su - shadowpixel_size); index.js:7:32275
572: SHADOW_TEST(su - shadowpixel_size * 2.0); index.js:7:32275
573: SHADOW_TEST(su - shadowpixel_size * 3.0); index.js:7:32275
574: SHADOW_TEST(su - shadowpixel_size * 4.0); index.js:7:32275
575: SHADOW_TEST(su - shadowpixel_size * 5.0); index.js:7:32275
576: SHADOW_TEST(su - shadowpixel_size * 6.0); index.js:7:32275
577: shadow_attenuation /= 13.0; index.js:7:32275
578: index.js:7:32275
579: #endif index.js:7:32275
580: index.js:7:32275
581: //color *= shadow_attenuation; index.js:7:32275
582: color = mix(real_light_shadow_color, color, shadow_attenuation); index.js:7:32275
583: //use shadows index.js:7:32275
584: #endif index.js:7:32275
585: } index.js:7:32275
586: index.js:7:32275
587: //use lighting index.js:7:32275
588: #endif index.js:7:32275
589: //color.rgb *= color.a; index.js:7:32275
590: frag_color = color; index.js:7:32275
591: } index.js:7:32275
592: index.js:7:32275
**ERROR**: CanvasShaderGLES3: Program LINK FAILED: index.js:7:32544
Programs with more than 16 samplers are disallowed on Mesa drivers to avoid crashing. index.js:7:32544
At: drivers/gles3/shader_gles3.cpp:164:_display_error_with_code() - CanvasShaderGLES3: Program LINK FAILED: index.js:7:32544
Programs with more than 16 samplers are disallowed on Mesa drivers to avoid crashing. index.js:7:32544
**ERROR**: CanvasShaderGLES3: Program LINK FAILED: index.js:7:32544
Programs with more than 16 samplers are disallowed on Mesa drivers to avoid crashing. index.js:7:32544
At: drivers/gles3/shader_gles3.cpp:497:get_current_version() - CanvasShaderGLES3: Program LINK FAILED: index.js:7:32544
Programs with more than 16 samplers are disallowed on Mesa drivers to avoid crashing. index.js:7:32544
**ERROR**: Method/Function Failed, returning: 0L index.js:7:32544
At: drivers/gles3/shader_gles3.cpp:504:get_current_version() - Method/Function Failed, returning: 0L index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: false index.js:7:32544
At: drivers/gles3/shader_gles3.cpp:123:bind() - Condition ' !version ' is true. returned: false index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
**ERROR**: Condition ' !version ' is true. returned: -1 index.js:7:32544
At: drivers/gles3/shader_gles3.h:381:_get_uniform() - Condition ' !version ' is true. returned: -1 index.js:7:32544
Error: WebGL warning: linkProgram: Programs with more than 16 samplers are disallowed on Mesa drivers to avoid crashing. 3 index.js:7:267986
Error: WebGL warning: drawArrays: The current program is not linked. 28 index.js:7:261188
Error: WebGL: No further warnings will be reported for this WebGL context. (already reported 32 warnings) index.js:7:261188
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