main-log

[17:27:20, logging.cpp:199] Git sha1: GITDIR-NOTFOUND
[17:27:20, logging.cpp:202] Git tag: HEAD-HASH-NOTFOUND
[17:27:20, logging.cpp:205] CMAKE_BUILD_TYPE: RelWithDebInfo
[17:27:20, logging.cpp:208] Log started at: Fri Jun 28 17:27:20 2013 CEST
[17:27:20, logging.cpp:211] version: 1.9.3
[17:27:20, elconfig.c:1494] Warning: Can't find var 'no_adjust_shadows = 0
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'shadows_on = 0
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'use_shadow_mapping = 1
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'clouds_shadows = 0
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'show_reflection = 0
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'use_vertex_array = 1
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'use_mipmaps = 0
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'particles_percentage = 100
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'text_filter_replace = smeg
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'render_fog = 0
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'use_vertex_buffers = 1
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'compass_north = 1
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'isometric = 1
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'perspective = 0.8
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'near_plane = 35
', type 2
[17:27:20, elconfig.c:1494] Warning: Can't find var 'use_compiled_vertex_array = 1
', type 2
[17:27:20, init.c:192] Info: No language set so defaulting to [en] and using language selection window
[17:27:21, elconfig.c:1432] Warning: Can't find var 'clouds_shadows', type 'IN_GAME_VAR'
[17:27:21, elconfig.c:1432] Warning: Can't find var 'water_shader_quality', type 'IN_GAME_VAR'
[17:27:22, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:119(69): error: type mismatch
0:119(79): error: Operands to arithmetic operators must be numeric
0:119(87): error: Operands to arithmetic operators must be numeric
0:119(92): error: Operands to arithmetic operators must be numeric

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* actor default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* skin_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */
uniform sampler2D effect_sampler_1; /* skin_specular_light */
uniform sampler2D effect_sampler_2; /* skin_specular_light */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* bone_animation_world_normal_transformation */
varying vec3 world_position; /* bone_animation_world_normal_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	vec4 albedo; /* skin_mapping_main_effect */
	vec3 emission; /* skin_mapping_main_effect */
	vec3 fragment_normal; /* skin_mapping_main_effect */
	float gloss; /* skin_mapping_main_effect */
	vec3 specular; /* skin_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular = vec3(0.0);
		gloss = 0.0;
		fragment_normal = normalize(world_normal);

	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* skin_specular_light */
		vec3 specular_color; /* skin_specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{

				vec4 rim;
				vec3 diffuse, dir, reflect_dir, h;
				float dist, scale, specular, exponent, n_dot_h, n_dot_l, n_dot_v;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				n_dot_l = dot(fragment_normal, dir);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				n_dot_v = clamp(dot(fragment_normal, -world_view_direction.xyz), 0.0, 1.0);
				rim = texture(effect_sampler_1, vec2(n_dot_v));
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = texture(effect_sampler_2, vec2(n_dot_l * 0.5 + 0.5)).rgb * rim.rgb * scale * 4.0;
				exponent = exp2(12.0 * gloss);
				specular = pow(n_dot_h, exponent) * rim.a * scale;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = light_color.rgb * specular;

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:22, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:123(69): error: type mismatch
0:123(79): error: Operands to arithmetic operators must be numeric
0:123(87): error: Operands to arithmetic operators must be numeric
0:123(92): error: Operands to arithmetic operators must be numeric

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* actor-alpha default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* skin_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */
uniform sampler2D effect_sampler_1; /* skin_specular_light */
uniform sampler2D effect_sampler_2; /* skin_specular_light */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* bone_animation_world_normal_transformation */
varying vec3 world_position; /* bone_animation_world_normal_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	vec4 albedo; /* skin_mapping_main_effect */
	vec3 emission; /* skin_mapping_main_effect */
	vec3 fragment_normal; /* skin_mapping_main_effect */
	float gloss; /* skin_mapping_main_effect */
	vec3 specular; /* skin_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular = vec3(0.0);
		gloss = 0.0;
		fragment_normal = normalize(world_normal);

	}
	if (albedo.a < 0.5)
	{
		discard;
	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* skin_specular_light */
		vec3 specular_color; /* skin_specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{

				vec4 rim;
				vec3 diffuse, dir, reflect_dir, h;
				float dist, scale, specular, exponent, n_dot_h, n_dot_l, n_dot_v;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				n_dot_l = dot(fragment_normal, dir);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				n_dot_v = clamp(dot(fragment_normal, -world_view_direction.xyz), 0.0, 1.0);
				rim = texture(effect_sampler_1, vec2(n_dot_v));
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = texture(effect_sampler_2, vec2(n_dot_l * 0.5 + 0.5)).rgb * rim.rgb * scale * 4.0;
				exponent = exp2(12.0 * gloss);
				specular = pow(n_dot_h, exponent) * rim.a * scale;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = light_color.rgb * specular;

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:23, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(41) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = ad2912ff-7d56-48b5-8530-3e1eaa8bf3fe
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* cdlod-terrain-high-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
attribute vec4 position;
attribute vec4 normal;
void main ()
{
  vec3 tmpvar_1;
  world_position = position.xyz;
  world_normal = normal.xyz;
  vec4 tmpvar_2;
  tmpvar_2.w = 1.0;
  tmpvar_2.xyz = position.xyz;
  gl_Position = (projection_view_matrix * tmpvar_2);
  tmpvar_1.xy = (position.xy * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* cdlod-terrain-high-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
uniform vec4 camera;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  vec3 tmpvar_3;
  int tmpvar_4;
  int tmpvar_5;
  vec4 tmpvar_6;
  tmpvar_6.xyz = (world_position - camera.xyz);
  tmpvar_6.w = dot (tmpvar_6.xyz, tmpvar_6.xyz);
  tmpvar_6 = (tmpvar_6 * inversesqrt (tmpvar_6.w));
  tmpvar_4 = 3;
  tmpvar_5 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_4 = tmpvar_5;
  };
  tmpvar_5 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = -1;
  vec3 tmpvar_7;
  tmpvar_7.xy = terrain_uvs[tmpvar_4];
  tmpvar_7.z = ((float(tmpvar_4) + 0.5) / 4.0);
  vec4 tmpvar_8;
  tmpvar_8 = texture3D (effect_sampler_0, tmpvar_7);
  vec3 tmpvar_9;
  tmpvar_9 = normalize (world_normal);
  tmpvar_3 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_9.z) + 0.5)));
  tmpvar_2 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_10;
  tmpvar_10 = light_colors[0];
  vec4 tmpvar_11;
  tmpvar_11 = light_positions[0];
  vec3 tmpvar_12;
  tmpvar_12 = (tmpvar_11.xyz - (world_position * tmpvar_10.w));
  float tmpvar_13;
  tmpvar_13 = dot (tmpvar_12, tmpvar_12);
  vec3 tmpvar_14;
  tmpvar_14 = (tmpvar_12 * inversesqrt (tmpvar_13));
  vec3 tmpvar_15;
  tmpvar_15 = normalize ((-(tmpvar_6.xyz) + tmpvar_14));
  float tmpvar_16;
  tmpvar_16 = clamp (dot (tmpvar_9, tmpvar_14), 0.0, 1.0);
  float tmpvar_17;
  tmpvar_17 = clamp (dot (tmpvar_9, tmpvar_15), 0.0, 1.0);
  float tmpvar_18;
  tmpvar_18 = clamp (dot (tmpvar_14, tmpvar_15), 0.0, 1.0);
  float tmpvar_19;
  tmpvar_19 = max (0.0, (1.0 - (tmpvar_13 * tmpvar_11.w)));
  vec3 tmpvar_20;
  tmpvar_20 = (tmpvar_10.xyz * (tmpvar_19 * tmpvar_16));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_21;
  tmpvar_21.x = tmpvar_18;
  tmpvar_21.y = tmpvar_17;
  tmpvar_21.z = tmpvar_16;
  tmpvar_21.w = tmpvar_19;
  if (all (greaterThan (tmpvar_21, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_10.xyz * ((((2.0 / (8.0 * pow (tmpvar_18, 3.0))) * pow (tmpvar_17, 1.0)) * tmpvar_16) * tmpvar_19));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_20);
  tmpvar_2 = tmpvar_1;
  vec4 tmpvar_22;
  tmpvar_22 = light_colors[1];
  vec4 tmpvar_23;
  tmpvar_23 = light_positions[1];
  vec3 tmpvar_24;
  tmpvar_24 = (tmpvar_23.xyz - (world_position * tmpvar_22.w));
  float tmpvar_25;
  tmpvar_25 = dot (tmpvar_24, tmpvar_24);
  vec3 tmpvar_26;
  tmpvar_26 = (tmpvar_24 * inversesqrt (tmpvar_25));
  vec3 tmpvar_27;
  tmpvar_27 = normalize ((-(tmpvar_6.xyz) + tmpvar_26));
  float tmpvar_28;
  tmpvar_28 = clamp (dot (tmpvar_9, tmpvar_26), 0.0, 1.0);
  float tmpvar_29;
  tmpvar_29 = clamp (dot (tmpvar_9, tmpvar_27), 0.0, 1.0);
  float tmpvar_30;
  tmpvar_30 = clamp (dot (tmpvar_26, tmpvar_27), 0.0, 1.0);
  float tmpvar_31;
  tmpvar_31 = max (0.0, (1.0 - (tmpvar_25 * tmpvar_23.w)));
  vec3 tmpvar_32;
  tmpvar_32 = (tmpvar_22.xyz * (tmpvar_31 * tmpvar_28));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_33;
  tmpvar_33.x = tmpvar_30;
  tmpvar_33.y = tmpvar_29;
  tmpvar_33.z = tmpvar_28;
  tmpvar_33.w = tmpvar_31;
  if (all (greaterThan (tmpvar_33, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_22.xyz * ((((2.0 / (8.0 * pow (tmpvar_30, 3.0))) * pow (tmpvar_29, 1.0)) * tmpvar_28) * tmpvar_31));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_32);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  vec4 tmpvar_34;
  tmpvar_34 = light_colors[2];
  vec4 tmpvar_35;
  tmpvar_35 = light_positions[2];
  vec3 tmpvar_36;
  tmpvar_36 = (tmpvar_35.xyz - (world_position * tmpvar_34.w));
  float tmpvar_37;
  tmpvar_37 = dot (tmpvar_36, tmpvar_36);
  vec3 tmpvar_38;
  tmpvar_38 = (tmpvar_36 * inversesqrt (tmpvar_37));
  vec3 tmpvar_39;
  tmpvar_39 = normalize ((-(tmpvar_6.xyz) + tmpvar_38));
  float tmpvar_40;
  tmpvar_40 = clamp (dot (tmpvar_9, tmpvar_38), 0.0, 1.0);
  float tmpvar_41;
  tmpvar_41 = clamp (dot (tmpvar_9, tmpvar_39), 0.0, 1.0);
  float tmpvar_42;
  tmpvar_42 = clamp (dot (tmpvar_38, tmpvar_39), 0.0, 1.0);
  float tmpvar_43;
  tmpvar_43 = max (0.0, (1.0 - (tmpvar_37 * tmpvar_35.w)));
  vec3 tmpvar_44;
  tmpvar_44 = (tmpvar_34.xyz * (tmpvar_43 * tmpvar_40));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_45;
  tmpvar_45.x = tmpvar_42;
  tmpvar_45.y = tmpvar_41;
  tmpvar_45.z = tmpvar_40;
  tmpvar_45.w = tmpvar_43;
  if (all (greaterThan (tmpvar_45, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_34.xyz * ((((2.0 / (8.0 * pow (tmpvar_42, 3.0))) * pow (tmpvar_41, 1.0)) * tmpvar_40) * tmpvar_43));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_44);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_3 * tmpvar_8.xyz))));
  gl_FragColor.w = tmpvar_8.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:23, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(34) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = 3129857c-82cc-41eb-8558-3c7cfa73cff5
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* cdlod-terrain-low-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
attribute vec4 position;
attribute vec4 normal;
void main ()
{
  vec3 tmpvar_1;
  world_position = position.xyz;
  world_normal = normal.xyz;
  vec4 tmpvar_2;
  tmpvar_2.w = 1.0;
  tmpvar_2.xyz = position.xyz;
  gl_Position = (projection_view_matrix * tmpvar_2);
  tmpvar_1.xy = (position.xy * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* cdlod-terrain-low-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
void main ()
{
  vec3 tmpvar_1;
  int tmpvar_2;
  int tmpvar_3;
  tmpvar_2 = 3;
  tmpvar_3 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_2 = tmpvar_3;
  };
  tmpvar_3 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_2)) {
      tmpvar_2 = tmpvar_3;
    };
  };
  tmpvar_3 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_2)) {
      tmpvar_2 = tmpvar_3;
    };
  };
  tmpvar_3 = -1;
  vec3 tmpvar_4;
  tmpvar_4.xy = terrain_uvs[tmpvar_2];
  tmpvar_4.z = ((float(tmpvar_2) + 0.5) / 4.0);
  vec4 tmpvar_5;
  tmpvar_5 = texture3D (effect_sampler_0, tmpvar_4);
  vec3 tmpvar_6;
  tmpvar_6 = normalize (world_normal);
  tmpvar_1 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_6.z) + 0.5)));
  vec4 tmpvar_7;
  tmpvar_7 = light_colors[0];
  vec4 tmpvar_8;
  tmpvar_8 = light_positions[0];
  vec3 tmpvar_9;
  tmpvar_9 = (tmpvar_8.xyz - (world_position * tmpvar_7.w));
  float tmpvar_10;
  tmpvar_10 = dot (tmpvar_9, tmpvar_9);
  tmpvar_1 = (tmpvar_1 + ((tmpvar_7.xyz * max (0.0, (1.0 - (tmpvar_10 * tmpvar_8.w)))) * max (0.0, dot (tmpvar_6, (tmpvar_9 * inversesqrt (tmpvar_10))))));
  vec4 tmpvar_11;
  tmpvar_11 = light_colors[1];
  vec4 tmpvar_12;
  tmpvar_12 = light_positions[1];
  vec3 tmpvar_13;
  tmpvar_13 = (tmpvar_12.xyz - (world_position * tmpvar_11.w));
  float tmpvar_14;
  tmpvar_14 = dot (tmpvar_13, tmpvar_13);
  tmpvar_1 = (tmpvar_1 + ((tmpvar_11.xyz * max (0.0, (1.0 - (tmpvar_14 * tmpvar_12.w)))) * max (0.0, dot (tmpvar_6, (tmpvar_13 * inversesqrt (tmpvar_14))))));
  vec4 tmpvar_15;
  tmpvar_15 = light_colors[2];
  vec4 tmpvar_16;
  tmpvar_16 = light_positions[2];
  vec3 tmpvar_17;
  tmpvar_17 = (tmpvar_16.xyz - (world_position * tmpvar_15.w));
  float tmpvar_18;
  tmpvar_18 = dot (tmpvar_17, tmpvar_17);
  tmpvar_1 = (tmpvar_1 + ((tmpvar_15.xyz * max (0.0, (1.0 - (tmpvar_18 * tmpvar_16.w)))) * max (0.0, dot (tmpvar_6, (tmpvar_17 * inversesqrt (tmpvar_18))))));
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_1 * tmpvar_5.xyz))));
  gl_FragColor.w = tmpvar_5.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:23, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(41) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = c5e389a8-a4f5-4986-938d-605c606ddb7a
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* cdlod-terrain-medium-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
attribute vec4 position;
attribute vec4 normal;
void main ()
{
  vec3 tmpvar_1;
  world_position = position.xyz;
  world_normal = normal.xyz;
  vec4 tmpvar_2;
  tmpvar_2.w = 1.0;
  tmpvar_2.xyz = position.xyz;
  gl_Position = (projection_view_matrix * tmpvar_2);
  tmpvar_1.xy = (position.xy * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* cdlod-terrain-medium-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
uniform vec4 camera;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  vec3 tmpvar_3;
  int tmpvar_4;
  int tmpvar_5;
  vec4 tmpvar_6;
  tmpvar_6.xyz = (world_position - camera.xyz);
  tmpvar_6.w = dot (tmpvar_6.xyz, tmpvar_6.xyz);
  tmpvar_6 = (tmpvar_6 * inversesqrt (tmpvar_6.w));
  tmpvar_4 = 3;
  tmpvar_5 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_4 = tmpvar_5;
  };
  tmpvar_5 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = -1;
  vec3 tmpvar_7;
  tmpvar_7.xy = terrain_uvs[tmpvar_4];
  tmpvar_7.z = ((float(tmpvar_4) + 0.5) / 4.0);
  vec4 tmpvar_8;
  tmpvar_8 = texture3D (effect_sampler_0, tmpvar_7);
  vec3 tmpvar_9;
  tmpvar_9 = normalize (world_normal);
  tmpvar_3 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_9.z) + 0.5)));
  tmpvar_2 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_10;
  tmpvar_10 = light_colors[0];
  vec4 tmpvar_11;
  tmpvar_11 = light_positions[0];
  vec3 tmpvar_12;
  tmpvar_12 = (tmpvar_11.xyz - (world_position * tmpvar_10.w));
  float tmpvar_13;
  tmpvar_13 = dot (tmpvar_12, tmpvar_12);
  vec3 tmpvar_14;
  tmpvar_14 = (tmpvar_12 * inversesqrt (tmpvar_13));
  vec3 tmpvar_15;
  tmpvar_15 = normalize ((-(tmpvar_6.xyz) + tmpvar_14));
  float tmpvar_16;
  tmpvar_16 = clamp (dot (tmpvar_9, tmpvar_14), 0.0, 1.0);
  float tmpvar_17;
  tmpvar_17 = clamp (dot (tmpvar_9, tmpvar_15), 0.0, 1.0);
  float tmpvar_18;
  tmpvar_18 = clamp (dot (tmpvar_14, tmpvar_15), 0.0, 1.0);
  float tmpvar_19;
  tmpvar_19 = max (0.0, (1.0 - (tmpvar_13 * tmpvar_11.w)));
  vec3 tmpvar_20;
  tmpvar_20 = (tmpvar_10.xyz * (tmpvar_19 * tmpvar_16));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_21;
  tmpvar_21.x = tmpvar_18;
  tmpvar_21.y = tmpvar_17;
  tmpvar_21.z = tmpvar_16;
  tmpvar_21.w = tmpvar_19;
  if (all (greaterThan (tmpvar_21, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_10.xyz * ((((2.0 / (8.0 * pow (tmpvar_18, 3.0))) * pow (tmpvar_17, 1.0)) * tmpvar_16) * tmpvar_19));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_20);
  tmpvar_2 = tmpvar_1;
  vec4 tmpvar_22;
  tmpvar_22 = light_colors[1];
  vec4 tmpvar_23;
  tmpvar_23 = light_positions[1];
  vec3 tmpvar_24;
  tmpvar_24 = (tmpvar_23.xyz - (world_position * tmpvar_22.w));
  float tmpvar_25;
  tmpvar_25 = dot (tmpvar_24, tmpvar_24);
  vec3 tmpvar_26;
  tmpvar_26 = (tmpvar_24 * inversesqrt (tmpvar_25));
  vec3 tmpvar_27;
  tmpvar_27 = normalize ((-(tmpvar_6.xyz) + tmpvar_26));
  float tmpvar_28;
  tmpvar_28 = clamp (dot (tmpvar_9, tmpvar_26), 0.0, 1.0);
  float tmpvar_29;
  tmpvar_29 = clamp (dot (tmpvar_9, tmpvar_27), 0.0, 1.0);
  float tmpvar_30;
  tmpvar_30 = clamp (dot (tmpvar_26, tmpvar_27), 0.0, 1.0);
  float tmpvar_31;
  tmpvar_31 = max (0.0, (1.0 - (tmpvar_25 * tmpvar_23.w)));
  vec3 tmpvar_32;
  tmpvar_32 = (tmpvar_22.xyz * (tmpvar_31 * tmpvar_28));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_33;
  tmpvar_33.x = tmpvar_30;
  tmpvar_33.y = tmpvar_29;
  tmpvar_33.z = tmpvar_28;
  tmpvar_33.w = tmpvar_31;
  if (all (greaterThan (tmpvar_33, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_22.xyz * ((((2.0 / (8.0 * pow (tmpvar_30, 3.0))) * pow (tmpvar_29, 1.0)) * tmpvar_28) * tmpvar_31));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_32);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  vec4 tmpvar_34;
  tmpvar_34 = light_colors[2];
  vec4 tmpvar_35;
  tmpvar_35 = light_positions[2];
  vec3 tmpvar_36;
  tmpvar_36 = (tmpvar_35.xyz - (world_position * tmpvar_34.w));
  float tmpvar_37;
  tmpvar_37 = dot (tmpvar_36, tmpvar_36);
  vec3 tmpvar_38;
  tmpvar_38 = (tmpvar_36 * inversesqrt (tmpvar_37));
  vec3 tmpvar_39;
  tmpvar_39 = normalize ((-(tmpvar_6.xyz) + tmpvar_38));
  float tmpvar_40;
  tmpvar_40 = clamp (dot (tmpvar_9, tmpvar_38), 0.0, 1.0);
  float tmpvar_41;
  tmpvar_41 = clamp (dot (tmpvar_9, tmpvar_39), 0.0, 1.0);
  float tmpvar_42;
  tmpvar_42 = clamp (dot (tmpvar_38, tmpvar_39), 0.0, 1.0);
  float tmpvar_43;
  tmpvar_43 = max (0.0, (1.0 - (tmpvar_37 * tmpvar_35.w)));
  vec3 tmpvar_44;
  tmpvar_44 = (tmpvar_34.xyz * (tmpvar_43 * tmpvar_40));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_45;
  tmpvar_45.x = tmpvar_42;
  tmpvar_45.y = tmpvar_41;
  tmpvar_45.z = tmpvar_40;
  tmpvar_45.w = tmpvar_43;
  if (all (greaterThan (tmpvar_45, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_34.xyz * ((((2.0 / (8.0 * pow (tmpvar_42, 3.0))) * pow (tmpvar_41, 1.0)) * tmpvar_40) * tmpvar_43));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_44);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_3 * tmpvar_8.xyz))));
  gl_FragColor.w = tmpvar_8.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:24, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:95(57): error: type mismatch

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* normal and specular mapping default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_1; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_2; /* normal_specular_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* static_world_tangent_transformation */
varying vec3 world_position; /* static_world_tangent_transformation */
varying vec4 world_tangent; /* static_world_tangent_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	mat3 tbn_matrix; /* default_tbn_matrix */
	vec4 albedo; /* normal_specular_mapping_main_effect */
	vec3 emission; /* normal_specular_mapping_main_effect */
	vec3 fragment_normal; /* normal_specular_mapping_main_effect */
	float gloss; /* normal_specular_mapping_main_effect */
	vec3 specular; /* normal_specular_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		tbn_matrix[0] = world_tangent.xyz;
		tbn_matrix[1] = cross(world_normal, world_tangent.xyz) * world_tangent.w;
		tbn_matrix[2] = world_normal;

	}
	{
		vec3 normal;
		vec2 specular_gloss;
		normal.xy = texture2D(effect_sampler_1, world_uv).xy;
		normal.xy = normal.xy * 2.0 - 1.0;
		normal.z = sqrt(1.0 - dot(normal.xy, normal.xy));
		fragment_normal = tbn_matrix * normal.xyz;
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular_gloss = texture(effect_sampler_2, world_uv).ra;
		specular = specular_gloss.rrr;
		gloss = specular_gloss.g;

	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* specular_light */
		vec3 specular_color; /* specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{
				vec3 dir, reflect_dir, h;
				float dist, scale, nxdir, diffuse, specular, hxdir, exponent, n_dot_h, n_dot_l, l_dot_h;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				#if	0
				n_dot_l = max(0.0, dot(fragment_normal, dir));
				n_dot_h = max(0.0, dot(fragment_normal, h));
				l_dot_h = max(0.0, dot(dir, h));
				#else
				n_dot_l = clamp(dot(fragment_normal, dir), 0.0, 1.0);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				l_dot_h = clamp(dot(dir, h), 0.0, 1.0);
				#endif
				nxdir = n_dot_l;
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = scale * nxdir;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = vec3(0.0);
				if (all(greaterThan(vec4(l_dot_h, n_dot_h, n_dot_l, scale), vec4(0.001))))
				{
					exponent = exp2(12.0 * gloss);
					specular = ((1.0 + exponent) / (8.0 * pow(l_dot_h, 3.0))) * pow(n_dot_h, exponent) * n_dot_l * scale;
					specular_color += light_color.rgb * specular;
				}

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:24, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:95(57): error: type mismatch

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* normal and specular mapping with alpha default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_1; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_2; /* normal_specular_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* static_world_tangent_transformation */
varying vec3 world_position; /* static_world_tangent_transformation */
varying vec4 world_tangent; /* static_world_tangent_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	mat3 tbn_matrix; /* default_tbn_matrix */
	vec4 albedo; /* normal_specular_mapping_main_effect */
	vec3 emission; /* normal_specular_mapping_main_effect */
	vec3 fragment_normal; /* normal_specular_mapping_main_effect */
	float gloss; /* normal_specular_mapping_main_effect */
	vec3 specular; /* normal_specular_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		tbn_matrix[0] = world_tangent.xyz;
		tbn_matrix[1] = cross(world_normal, world_tangent.xyz) * world_tangent.w;
		tbn_matrix[2] = world_normal;

	}
	{
		vec3 normal;
		vec2 specular_gloss;
		normal.xy = texture2D(effect_sampler_1, world_uv).xy;
		normal.xy = normal.xy * 2.0 - 1.0;
		normal.z = sqrt(1.0 - dot(normal.xy, normal.xy));
		fragment_normal = tbn_matrix * normal.xyz;
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular_gloss = texture(effect_sampler_2, world_uv).ra;
		specular = specular_gloss.rrr;
		gloss = specular_gloss.g;

	}
	if (albedo.a < 0.5)
	{
		discard;
	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* specular_light */
		vec3 specular_color; /* specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{
				vec3 dir, reflect_dir, h;
				float dist, scale, nxdir, diffuse, specular, hxdir, exponent, n_dot_h, n_dot_l, l_dot_h;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				#if	0
				n_dot_l = max(0.0, dot(fragment_normal, dir));
				n_dot_h = max(0.0, dot(fragment_normal, h));
				l_dot_h = max(0.0, dot(dir, h));
				#else
				n_dot_l = clamp(dot(fragment_normal, dir), 0.0, 1.0);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				l_dot_h = clamp(dot(dir, h), 0.0, 1.0);
				#endif
				nxdir = n_dot_l;
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = scale * nxdir;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = vec3(0.0);
				if (all(greaterThan(vec4(l_dot_h, n_dot_h, n_dot_l, scale), vec4(0.001))))
				{
					exponent = exp2(12.0 * gloss);
					specular = ((1.0 + exponent) / (8.0 * pow(l_dot_h, 3.0))) * pow(n_dot_h, exponent) * n_dot_l * scale;
					specular_color += light_color.rgb * specular;
				}

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:24, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(41) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = 60d56e3e-c235-4070-a84e-141882c75b62
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* simple-terrain-all-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
uniform mat3x4 world_transformation;
uniform vec4 dudv_scale_offset;
attribute vec4 position;
attribute vec4 morph_position;
attribute vec4 morph_normal;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  tmpvar_2 = morph_position.xyz;
  tmpvar_2.xy = ((morph_position.xy * 2.0) - 1.0);
  vec3 tmpvar_3;
  tmpvar_3 = (tmpvar_2 * vec3(32.0, 32.0, 64.0));
  tmpvar_2 = tmpvar_3;
  vec2 tmpvar_4;
  tmpvar_4 = ((morph_normal.xy * vec2(3.96887, 3.96887)) - vec2(1.98444, 1.98444));
  float tmpvar_5;
  tmpvar_5 = dot (tmpvar_4, tmpvar_4);
  vec3 tmpvar_6;
  tmpvar_6.xy = (tmpvar_4 * sqrt ((1.0 - (tmpvar_5 / 4.0))));
  tmpvar_6.z = (1.0 - (tmpvar_5 / 2.0));
  vec4 tmpvar_7;
  tmpvar_7.w = 1.0;
  tmpvar_7.xyz = (tmpvar_3 + position.xyz);
  vec3 tmpvar_8;
  tmpvar_8 = (tmpvar_7 * world_transformation);
  world_position = tmpvar_8;
  mat3 tmpvar_9;
  tmpvar_9[0] = world_transformation[0].xyz;
  tmpvar_9[1] = world_transformation[1].xyz;
  tmpvar_9[2] = world_transformation[2].xyz;
  world_normal = normalize ((tmpvar_6 * tmpvar_9));
  vec4 tmpvar_10;
  tmpvar_10.w = 1.0;
  tmpvar_10.xyz = position.xyz;
  vec4 tmpvar_11;
  tmpvar_11.w = 1.0;
  tmpvar_11.xyz = tmpvar_8;
  gl_Position = (projection_view_matrix * tmpvar_11);
  tmpvar_1.xy = (((tmpvar_10 * world_transformation).xy + ((morph_normal.zw * dudv_scale_offset.xy) + dudv_scale_offset.zw)) * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* simple-terrain-all-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
uniform vec4 camera;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  vec3 tmpvar_3;
  int tmpvar_4;
  int tmpvar_5;
  vec4 tmpvar_6;
  tmpvar_6.xyz = (world_position - camera.xyz);
  tmpvar_6.w = dot (tmpvar_6.xyz, tmpvar_6.xyz);
  tmpvar_6 = (tmpvar_6 * inversesqrt (tmpvar_6.w));
  tmpvar_4 = 3;
  tmpvar_5 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_4 = tmpvar_5;
  };
  tmpvar_5 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = -1;
  vec3 tmpvar_7;
  tmpvar_7.xy = terrain_uvs[tmpvar_4];
  tmpvar_7.z = ((float(tmpvar_4) + 0.5) / 4.0);
  vec4 tmpvar_8;
  tmpvar_8 = texture3D (effect_sampler_0, tmpvar_7);
  vec3 tmpvar_9;
  tmpvar_9 = normalize (world_normal);
  tmpvar_3 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_9.z) + 0.5)));
  tmpvar_2 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_10;
  tmpvar_10 = light_colors[0];
  vec4 tmpvar_11;
  tmpvar_11 = light_positions[0];
  vec3 tmpvar_12;
  tmpvar_12 = (tmpvar_11.xyz - (world_position * tmpvar_10.w));
  float tmpvar_13;
  tmpvar_13 = dot (tmpvar_12, tmpvar_12);
  vec3 tmpvar_14;
  tmpvar_14 = (tmpvar_12 * inversesqrt (tmpvar_13));
  vec3 tmpvar_15;
  tmpvar_15 = normalize ((-(tmpvar_6.xyz) + tmpvar_14));
  float tmpvar_16;
  tmpvar_16 = clamp (dot (tmpvar_9, tmpvar_14), 0.0, 1.0);
  float tmpvar_17;
  tmpvar_17 = clamp (dot (tmpvar_9, tmpvar_15), 0.0, 1.0);
  float tmpvar_18;
  tmpvar_18 = clamp (dot (tmpvar_14, tmpvar_15), 0.0, 1.0);
  float tmpvar_19;
  tmpvar_19 = max (0.0, (1.0 - (tmpvar_13 * tmpvar_11.w)));
  vec3 tmpvar_20;
  tmpvar_20 = (tmpvar_10.xyz * (tmpvar_19 * tmpvar_16));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_21;
  tmpvar_21.x = tmpvar_18;
  tmpvar_21.y = tmpvar_17;
  tmpvar_21.z = tmpvar_16;
  tmpvar_21.w = tmpvar_19;
  if (all (greaterThan (tmpvar_21, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_10.xyz * ((((2.0 / (8.0 * pow (tmpvar_18, 3.0))) * pow (tmpvar_17, 1.0)) * tmpvar_16) * tmpvar_19));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_20);
  tmpvar_2 = tmpvar_1;
  vec4 tmpvar_22;
  tmpvar_22 = light_colors[1];
  vec4 tmpvar_23;
  tmpvar_23 = light_positions[1];
  vec3 tmpvar_24;
  tmpvar_24 = (tmpvar_23.xyz - (world_position * tmpvar_22.w));
  float tmpvar_25;
  tmpvar_25 = dot (tmpvar_24, tmpvar_24);
  vec3 tmpvar_26;
  tmpvar_26 = (tmpvar_24 * inversesqrt (tmpvar_25));
  vec3 tmpvar_27;
  tmpvar_27 = normalize ((-(tmpvar_6.xyz) + tmpvar_26));
  float tmpvar_28;
  tmpvar_28 = clamp (dot (tmpvar_9, tmpvar_26), 0.0, 1.0);
  float tmpvar_29;
  tmpvar_29 = clamp (dot (tmpvar_9, tmpvar_27), 0.0, 1.0);
  float tmpvar_30;
  tmpvar_30 = clamp (dot (tmpvar_26, tmpvar_27), 0.0, 1.0);
  float tmpvar_31;
  tmpvar_31 = max (0.0, (1.0 - (tmpvar_25 * tmpvar_23.w)));
  vec3 tmpvar_32;
  tmpvar_32 = (tmpvar_22.xyz * (tmpvar_31 * tmpvar_28));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_33;
  tmpvar_33.x = tmpvar_30;
  tmpvar_33.y = tmpvar_29;
  tmpvar_33.z = tmpvar_28;
  tmpvar_33.w = tmpvar_31;
  if (all (greaterThan (tmpvar_33, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_22.xyz * ((((2.0 / (8.0 * pow (tmpvar_30, 3.0))) * pow (tmpvar_29, 1.0)) * tmpvar_28) * tmpvar_31));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_32);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  vec4 tmpvar_34;
  tmpvar_34 = light_colors[2];
  vec4 tmpvar_35;
  tmpvar_35 = light_positions[2];
  vec3 tmpvar_36;
  tmpvar_36 = (tmpvar_35.xyz - (world_position * tmpvar_34.w));
  float tmpvar_37;
  tmpvar_37 = dot (tmpvar_36, tmpvar_36);
  vec3 tmpvar_38;
  tmpvar_38 = (tmpvar_36 * inversesqrt (tmpvar_37));
  vec3 tmpvar_39;
  tmpvar_39 = normalize ((-(tmpvar_6.xyz) + tmpvar_38));
  float tmpvar_40;
  tmpvar_40 = clamp (dot (tmpvar_9, tmpvar_38), 0.0, 1.0);
  float tmpvar_41;
  tmpvar_41 = clamp (dot (tmpvar_9, tmpvar_39), 0.0, 1.0);
  float tmpvar_42;
  tmpvar_42 = clamp (dot (tmpvar_38, tmpvar_39), 0.0, 1.0);
  float tmpvar_43;
  tmpvar_43 = max (0.0, (1.0 - (tmpvar_37 * tmpvar_35.w)));
  vec3 tmpvar_44;
  tmpvar_44 = (tmpvar_34.xyz * (tmpvar_43 * tmpvar_40));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_45;
  tmpvar_45.x = tmpvar_42;
  tmpvar_45.y = tmpvar_41;
  tmpvar_45.z = tmpvar_40;
  tmpvar_45.w = tmpvar_43;
  if (all (greaterThan (tmpvar_45, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_34.xyz * ((((2.0 / (8.0 * pow (tmpvar_42, 3.0))) * pow (tmpvar_41, 1.0)) * tmpvar_40) * tmpvar_43));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_44);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_3 * tmpvar_8.xyz))));
  gl_FragColor.w = tmpvar_8.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:25, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersource.cpp(192): Throw in function const eternal_lands::ShaderSourceData& eternal_lands::ShaderSource::get_data(eternal_lands::ShaderType, eternal_lands::ShaderVersionType) const
Dynamic exception type: eternal_lands::ItemNotFoundException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = No shader source data with shader vertex version 120 in 'water_animation_world_normal_transformation' found.
[eternal_lands::errinfo_stack_string_*] =
[17:27:25, elfilewrapper.c:305] Error: Can't load zip file /home/Flame/.elc/custom_clothes.zip
[17:27:25, elfilewrapper.c:305] Error: Can't load zip file /home/Flame/.elc/unofficial_custom_clothes.zip
[17:27:25, elconfig.c:1432] Warning: Can't find var 'clouds_shadows', type 'IN_GAME_VAR'
[17:27:25, elconfig.c:1432] Warning: Can't find var 'water_shader_quality', type 'IN_GAME_VAR'
[17:27:25, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:119(69): error: type mismatch
0:119(79): error: Operands to arithmetic operators must be numeric
0:119(87): error: Operands to arithmetic operators must be numeric
0:119(92): error: Operands to arithmetic operators must be numeric

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* actor default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* skin_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */
uniform sampler2D effect_sampler_1; /* skin_specular_light */
uniform sampler2D effect_sampler_2; /* skin_specular_light */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* bone_animation_world_normal_transformation */
varying vec3 world_position; /* bone_animation_world_normal_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	vec4 albedo; /* skin_mapping_main_effect */
	vec3 emission; /* skin_mapping_main_effect */
	vec3 fragment_normal; /* skin_mapping_main_effect */
	float gloss; /* skin_mapping_main_effect */
	vec3 specular; /* skin_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular = vec3(0.0);
		gloss = 0.0;
		fragment_normal = normalize(world_normal);

	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* skin_specular_light */
		vec3 specular_color; /* skin_specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{

				vec4 rim;
				vec3 diffuse, dir, reflect_dir, h;
				float dist, scale, specular, exponent, n_dot_h, n_dot_l, n_dot_v;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				n_dot_l = dot(fragment_normal, dir);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				n_dot_v = clamp(dot(fragment_normal, -world_view_direction.xyz), 0.0, 1.0);
				rim = texture(effect_sampler_1, vec2(n_dot_v));
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = texture(effect_sampler_2, vec2(n_dot_l * 0.5 + 0.5)).rgb * rim.rgb * scale * 4.0;
				exponent = exp2(12.0 * gloss);
				specular = pow(n_dot_h, exponent) * rim.a * scale;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = light_color.rgb * specular;

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:25, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:123(69): error: type mismatch
0:123(79): error: Operands to arithmetic operators must be numeric
0:123(87): error: Operands to arithmetic operators must be numeric
0:123(92): error: Operands to arithmetic operators must be numeric

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* actor-alpha default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* skin_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */
uniform sampler2D effect_sampler_1; /* skin_specular_light */
uniform sampler2D effect_sampler_2; /* skin_specular_light */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* bone_animation_world_normal_transformation */
varying vec3 world_position; /* bone_animation_world_normal_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	vec4 albedo; /* skin_mapping_main_effect */
	vec3 emission; /* skin_mapping_main_effect */
	vec3 fragment_normal; /* skin_mapping_main_effect */
	float gloss; /* skin_mapping_main_effect */
	vec3 specular; /* skin_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular = vec3(0.0);
		gloss = 0.0;
		fragment_normal = normalize(world_normal);

	}
	if (albedo.a < 0.5)
	{
		discard;
	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* skin_specular_light */
		vec3 specular_color; /* skin_specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{

				vec4 rim;
				vec3 diffuse, dir, reflect_dir, h;
				float dist, scale, specular, exponent, n_dot_h, n_dot_l, n_dot_v;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				n_dot_l = dot(fragment_normal, dir);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				n_dot_v = clamp(dot(fragment_normal, -world_view_direction.xyz), 0.0, 1.0);
				rim = texture(effect_sampler_1, vec2(n_dot_v));
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = texture(effect_sampler_2, vec2(n_dot_l * 0.5 + 0.5)).rgb * rim.rgb * scale * 4.0;
				exponent = exp2(12.0 * gloss);
				specular = pow(n_dot_h, exponent) * rim.a * scale;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = light_color.rgb * specular;

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:25, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(41) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = 8ab51829-6e00-4471-95d2-b8db32fde9cf
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* cdlod-terrain-high-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
attribute vec4 position;
attribute vec4 normal;
void main ()
{
  vec3 tmpvar_1;
  world_position = position.xyz;
  world_normal = normal.xyz;
  vec4 tmpvar_2;
  tmpvar_2.w = 1.0;
  tmpvar_2.xyz = position.xyz;
  gl_Position = (projection_view_matrix * tmpvar_2);
  tmpvar_1.xy = (position.xy * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* cdlod-terrain-high-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
uniform vec4 camera;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  vec3 tmpvar_3;
  int tmpvar_4;
  int tmpvar_5;
  vec4 tmpvar_6;
  tmpvar_6.xyz = (world_position - camera.xyz);
  tmpvar_6.w = dot (tmpvar_6.xyz, tmpvar_6.xyz);
  tmpvar_6 = (tmpvar_6 * inversesqrt (tmpvar_6.w));
  tmpvar_4 = 3;
  tmpvar_5 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_4 = tmpvar_5;
  };
  tmpvar_5 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = -1;
  vec3 tmpvar_7;
  tmpvar_7.xy = terrain_uvs[tmpvar_4];
  tmpvar_7.z = ((float(tmpvar_4) + 0.5) / 4.0);
  vec4 tmpvar_8;
  tmpvar_8 = texture3D (effect_sampler_0, tmpvar_7);
  vec3 tmpvar_9;
  tmpvar_9 = normalize (world_normal);
  tmpvar_3 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_9.z) + 0.5)));
  tmpvar_2 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_10;
  tmpvar_10 = light_colors[0];
  vec4 tmpvar_11;
  tmpvar_11 = light_positions[0];
  vec3 tmpvar_12;
  tmpvar_12 = (tmpvar_11.xyz - (world_position * tmpvar_10.w));
  float tmpvar_13;
  tmpvar_13 = dot (tmpvar_12, tmpvar_12);
  vec3 tmpvar_14;
  tmpvar_14 = (tmpvar_12 * inversesqrt (tmpvar_13));
  vec3 tmpvar_15;
  tmpvar_15 = normalize ((-(tmpvar_6.xyz) + tmpvar_14));
  float tmpvar_16;
  tmpvar_16 = clamp (dot (tmpvar_9, tmpvar_14), 0.0, 1.0);
  float tmpvar_17;
  tmpvar_17 = clamp (dot (tmpvar_9, tmpvar_15), 0.0, 1.0);
  float tmpvar_18;
  tmpvar_18 = clamp (dot (tmpvar_14, tmpvar_15), 0.0, 1.0);
  float tmpvar_19;
  tmpvar_19 = max (0.0, (1.0 - (tmpvar_13 * tmpvar_11.w)));
  vec3 tmpvar_20;
  tmpvar_20 = (tmpvar_10.xyz * (tmpvar_19 * tmpvar_16));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_21;
  tmpvar_21.x = tmpvar_18;
  tmpvar_21.y = tmpvar_17;
  tmpvar_21.z = tmpvar_16;
  tmpvar_21.w = tmpvar_19;
  if (all (greaterThan (tmpvar_21, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_10.xyz * ((((2.0 / (8.0 * pow (tmpvar_18, 3.0))) * pow (tmpvar_17, 1.0)) * tmpvar_16) * tmpvar_19));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_20);
  tmpvar_2 = tmpvar_1;
  vec4 tmpvar_22;
  tmpvar_22 = light_colors[1];
  vec4 tmpvar_23;
  tmpvar_23 = light_positions[1];
  vec3 tmpvar_24;
  tmpvar_24 = (tmpvar_23.xyz - (world_position * tmpvar_22.w));
  float tmpvar_25;
  tmpvar_25 = dot (tmpvar_24, tmpvar_24);
  vec3 tmpvar_26;
  tmpvar_26 = (tmpvar_24 * inversesqrt (tmpvar_25));
  vec3 tmpvar_27;
  tmpvar_27 = normalize ((-(tmpvar_6.xyz) + tmpvar_26));
  float tmpvar_28;
  tmpvar_28 = clamp (dot (tmpvar_9, tmpvar_26), 0.0, 1.0);
  float tmpvar_29;
  tmpvar_29 = clamp (dot (tmpvar_9, tmpvar_27), 0.0, 1.0);
  float tmpvar_30;
  tmpvar_30 = clamp (dot (tmpvar_26, tmpvar_27), 0.0, 1.0);
  float tmpvar_31;
  tmpvar_31 = max (0.0, (1.0 - (tmpvar_25 * tmpvar_23.w)));
  vec3 tmpvar_32;
  tmpvar_32 = (tmpvar_22.xyz * (tmpvar_31 * tmpvar_28));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_33;
  tmpvar_33.x = tmpvar_30;
  tmpvar_33.y = tmpvar_29;
  tmpvar_33.z = tmpvar_28;
  tmpvar_33.w = tmpvar_31;
  if (all (greaterThan (tmpvar_33, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_22.xyz * ((((2.0 / (8.0 * pow (tmpvar_30, 3.0))) * pow (tmpvar_29, 1.0)) * tmpvar_28) * tmpvar_31));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_32);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  vec4 tmpvar_34;
  tmpvar_34 = light_colors[2];
  vec4 tmpvar_35;
  tmpvar_35 = light_positions[2];
  vec3 tmpvar_36;
  tmpvar_36 = (tmpvar_35.xyz - (world_position * tmpvar_34.w));
  float tmpvar_37;
  tmpvar_37 = dot (tmpvar_36, tmpvar_36);
  vec3 tmpvar_38;
  tmpvar_38 = (tmpvar_36 * inversesqrt (tmpvar_37));
  vec3 tmpvar_39;
  tmpvar_39 = normalize ((-(tmpvar_6.xyz) + tmpvar_38));
  float tmpvar_40;
  tmpvar_40 = clamp (dot (tmpvar_9, tmpvar_38), 0.0, 1.0);
  float tmpvar_41;
  tmpvar_41 = clamp (dot (tmpvar_9, tmpvar_39), 0.0, 1.0);
  float tmpvar_42;
  tmpvar_42 = clamp (dot (tmpvar_38, tmpvar_39), 0.0, 1.0);
  float tmpvar_43;
  tmpvar_43 = max (0.0, (1.0 - (tmpvar_37 * tmpvar_35.w)));
  vec3 tmpvar_44;
  tmpvar_44 = (tmpvar_34.xyz * (tmpvar_43 * tmpvar_40));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_45;
  tmpvar_45.x = tmpvar_42;
  tmpvar_45.y = tmpvar_41;
  tmpvar_45.z = tmpvar_40;
  tmpvar_45.w = tmpvar_43;
  if (all (greaterThan (tmpvar_45, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_34.xyz * ((((2.0 / (8.0 * pow (tmpvar_42, 3.0))) * pow (tmpvar_41, 1.0)) * tmpvar_40) * tmpvar_43));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_44);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_3 * tmpvar_8.xyz))));
  gl_FragColor.w = tmpvar_8.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:25, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(34) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = d217ad4a-2108-4e6d-9204-de48f24a75ff
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* cdlod-terrain-low-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
attribute vec4 position;
attribute vec4 normal;
void main ()
{
  vec3 tmpvar_1;
  world_position = position.xyz;
  world_normal = normal.xyz;
  vec4 tmpvar_2;
  tmpvar_2.w = 1.0;
  tmpvar_2.xyz = position.xyz;
  gl_Position = (projection_view_matrix * tmpvar_2);
  tmpvar_1.xy = (position.xy * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* cdlod-terrain-low-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
void main ()
{
  vec3 tmpvar_1;
  int tmpvar_2;
  int tmpvar_3;
  tmpvar_2 = 3;
  tmpvar_3 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_2 = tmpvar_3;
  };
  tmpvar_3 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_2)) {
      tmpvar_2 = tmpvar_3;
    };
  };
  tmpvar_3 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_2)) {
      tmpvar_2 = tmpvar_3;
    };
  };
  tmpvar_3 = -1;
  vec3 tmpvar_4;
  tmpvar_4.xy = terrain_uvs[tmpvar_2];
  tmpvar_4.z = ((float(tmpvar_2) + 0.5) / 4.0);
  vec4 tmpvar_5;
  tmpvar_5 = texture3D (effect_sampler_0, tmpvar_4);
  vec3 tmpvar_6;
  tmpvar_6 = normalize (world_normal);
  tmpvar_1 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_6.z) + 0.5)));
  vec4 tmpvar_7;
  tmpvar_7 = light_colors[0];
  vec4 tmpvar_8;
  tmpvar_8 = light_positions[0];
  vec3 tmpvar_9;
  tmpvar_9 = (tmpvar_8.xyz - (world_position * tmpvar_7.w));
  float tmpvar_10;
  tmpvar_10 = dot (tmpvar_9, tmpvar_9);
  tmpvar_1 = (tmpvar_1 + ((tmpvar_7.xyz * max (0.0, (1.0 - (tmpvar_10 * tmpvar_8.w)))) * max (0.0, dot (tmpvar_6, (tmpvar_9 * inversesqrt (tmpvar_10))))));
  vec4 tmpvar_11;
  tmpvar_11 = light_colors[1];
  vec4 tmpvar_12;
  tmpvar_12 = light_positions[1];
  vec3 tmpvar_13;
  tmpvar_13 = (tmpvar_12.xyz - (world_position * tmpvar_11.w));
  float tmpvar_14;
  tmpvar_14 = dot (tmpvar_13, tmpvar_13);
  tmpvar_1 = (tmpvar_1 + ((tmpvar_11.xyz * max (0.0, (1.0 - (tmpvar_14 * tmpvar_12.w)))) * max (0.0, dot (tmpvar_6, (tmpvar_13 * inversesqrt (tmpvar_14))))));
  vec4 tmpvar_15;
  tmpvar_15 = light_colors[2];
  vec4 tmpvar_16;
  tmpvar_16 = light_positions[2];
  vec3 tmpvar_17;
  tmpvar_17 = (tmpvar_16.xyz - (world_position * tmpvar_15.w));
  float tmpvar_18;
  tmpvar_18 = dot (tmpvar_17, tmpvar_17);
  tmpvar_1 = (tmpvar_1 + ((tmpvar_15.xyz * max (0.0, (1.0 - (tmpvar_18 * tmpvar_16.w)))) * max (0.0, dot (tmpvar_6, (tmpvar_17 * inversesqrt (tmpvar_18))))));
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_1 * tmpvar_5.xyz))));
  gl_FragColor.w = tmpvar_5.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:25, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(41) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = d5e2eb9d-753d-4cd5-bdab-3d8ea2cc54ac
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* cdlod-terrain-medium-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
attribute vec4 position;
attribute vec4 normal;
void main ()
{
  vec3 tmpvar_1;
  world_position = position.xyz;
  world_normal = normal.xyz;
  vec4 tmpvar_2;
  tmpvar_2.w = 1.0;
  tmpvar_2.xyz = position.xyz;
  gl_Position = (projection_view_matrix * tmpvar_2);
  tmpvar_1.xy = (position.xy * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* cdlod-terrain-medium-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
uniform vec4 camera;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  vec3 tmpvar_3;
  int tmpvar_4;
  int tmpvar_5;
  vec4 tmpvar_6;
  tmpvar_6.xyz = (world_position - camera.xyz);
  tmpvar_6.w = dot (tmpvar_6.xyz, tmpvar_6.xyz);
  tmpvar_6 = (tmpvar_6 * inversesqrt (tmpvar_6.w));
  tmpvar_4 = 3;
  tmpvar_5 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_4 = tmpvar_5;
  };
  tmpvar_5 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = -1;
  vec3 tmpvar_7;
  tmpvar_7.xy = terrain_uvs[tmpvar_4];
  tmpvar_7.z = ((float(tmpvar_4) + 0.5) / 4.0);
  vec4 tmpvar_8;
  tmpvar_8 = texture3D (effect_sampler_0, tmpvar_7);
  vec3 tmpvar_9;
  tmpvar_9 = normalize (world_normal);
  tmpvar_3 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_9.z) + 0.5)));
  tmpvar_2 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_10;
  tmpvar_10 = light_colors[0];
  vec4 tmpvar_11;
  tmpvar_11 = light_positions[0];
  vec3 tmpvar_12;
  tmpvar_12 = (tmpvar_11.xyz - (world_position * tmpvar_10.w));
  float tmpvar_13;
  tmpvar_13 = dot (tmpvar_12, tmpvar_12);
  vec3 tmpvar_14;
  tmpvar_14 = (tmpvar_12 * inversesqrt (tmpvar_13));
  vec3 tmpvar_15;
  tmpvar_15 = normalize ((-(tmpvar_6.xyz) + tmpvar_14));
  float tmpvar_16;
  tmpvar_16 = clamp (dot (tmpvar_9, tmpvar_14), 0.0, 1.0);
  float tmpvar_17;
  tmpvar_17 = clamp (dot (tmpvar_9, tmpvar_15), 0.0, 1.0);
  float tmpvar_18;
  tmpvar_18 = clamp (dot (tmpvar_14, tmpvar_15), 0.0, 1.0);
  float tmpvar_19;
  tmpvar_19 = max (0.0, (1.0 - (tmpvar_13 * tmpvar_11.w)));
  vec3 tmpvar_20;
  tmpvar_20 = (tmpvar_10.xyz * (tmpvar_19 * tmpvar_16));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_21;
  tmpvar_21.x = tmpvar_18;
  tmpvar_21.y = tmpvar_17;
  tmpvar_21.z = tmpvar_16;
  tmpvar_21.w = tmpvar_19;
  if (all (greaterThan (tmpvar_21, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_10.xyz * ((((2.0 / (8.0 * pow (tmpvar_18, 3.0))) * pow (tmpvar_17, 1.0)) * tmpvar_16) * tmpvar_19));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_20);
  tmpvar_2 = tmpvar_1;
  vec4 tmpvar_22;
  tmpvar_22 = light_colors[1];
  vec4 tmpvar_23;
  tmpvar_23 = light_positions[1];
  vec3 tmpvar_24;
  tmpvar_24 = (tmpvar_23.xyz - (world_position * tmpvar_22.w));
  float tmpvar_25;
  tmpvar_25 = dot (tmpvar_24, tmpvar_24);
  vec3 tmpvar_26;
  tmpvar_26 = (tmpvar_24 * inversesqrt (tmpvar_25));
  vec3 tmpvar_27;
  tmpvar_27 = normalize ((-(tmpvar_6.xyz) + tmpvar_26));
  float tmpvar_28;
  tmpvar_28 = clamp (dot (tmpvar_9, tmpvar_26), 0.0, 1.0);
  float tmpvar_29;
  tmpvar_29 = clamp (dot (tmpvar_9, tmpvar_27), 0.0, 1.0);
  float tmpvar_30;
  tmpvar_30 = clamp (dot (tmpvar_26, tmpvar_27), 0.0, 1.0);
  float tmpvar_31;
  tmpvar_31 = max (0.0, (1.0 - (tmpvar_25 * tmpvar_23.w)));
  vec3 tmpvar_32;
  tmpvar_32 = (tmpvar_22.xyz * (tmpvar_31 * tmpvar_28));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_33;
  tmpvar_33.x = tmpvar_30;
  tmpvar_33.y = tmpvar_29;
  tmpvar_33.z = tmpvar_28;
  tmpvar_33.w = tmpvar_31;
  if (all (greaterThan (tmpvar_33, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_22.xyz * ((((2.0 / (8.0 * pow (tmpvar_30, 3.0))) * pow (tmpvar_29, 1.0)) * tmpvar_28) * tmpvar_31));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_32);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  vec4 tmpvar_34;
  tmpvar_34 = light_colors[2];
  vec4 tmpvar_35;
  tmpvar_35 = light_positions[2];
  vec3 tmpvar_36;
  tmpvar_36 = (tmpvar_35.xyz - (world_position * tmpvar_34.w));
  float tmpvar_37;
  tmpvar_37 = dot (tmpvar_36, tmpvar_36);
  vec3 tmpvar_38;
  tmpvar_38 = (tmpvar_36 * inversesqrt (tmpvar_37));
  vec3 tmpvar_39;
  tmpvar_39 = normalize ((-(tmpvar_6.xyz) + tmpvar_38));
  float tmpvar_40;
  tmpvar_40 = clamp (dot (tmpvar_9, tmpvar_38), 0.0, 1.0);
  float tmpvar_41;
  tmpvar_41 = clamp (dot (tmpvar_9, tmpvar_39), 0.0, 1.0);
  float tmpvar_42;
  tmpvar_42 = clamp (dot (tmpvar_38, tmpvar_39), 0.0, 1.0);
  float tmpvar_43;
  tmpvar_43 = max (0.0, (1.0 - (tmpvar_37 * tmpvar_35.w)));
  vec3 tmpvar_44;
  tmpvar_44 = (tmpvar_34.xyz * (tmpvar_43 * tmpvar_40));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_45;
  tmpvar_45.x = tmpvar_42;
  tmpvar_45.y = tmpvar_41;
  tmpvar_45.z = tmpvar_40;
  tmpvar_45.w = tmpvar_43;
  if (all (greaterThan (tmpvar_45, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_34.xyz * ((((2.0 / (8.0 * pow (tmpvar_42, 3.0))) * pow (tmpvar_41, 1.0)) * tmpvar_40) * tmpvar_43));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_44);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_3 * tmpvar_8.xyz))));
  gl_FragColor.w = tmpvar_8.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:26, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:95(57): error: type mismatch

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* normal and specular mapping default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_1; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_2; /* normal_specular_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* static_world_tangent_transformation */
varying vec3 world_position; /* static_world_tangent_transformation */
varying vec4 world_tangent; /* static_world_tangent_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	mat3 tbn_matrix; /* default_tbn_matrix */
	vec4 albedo; /* normal_specular_mapping_main_effect */
	vec3 emission; /* normal_specular_mapping_main_effect */
	vec3 fragment_normal; /* normal_specular_mapping_main_effect */
	float gloss; /* normal_specular_mapping_main_effect */
	vec3 specular; /* normal_specular_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		tbn_matrix[0] = world_tangent.xyz;
		tbn_matrix[1] = cross(world_normal, world_tangent.xyz) * world_tangent.w;
		tbn_matrix[2] = world_normal;

	}
	{
		vec3 normal;
		vec2 specular_gloss;
		normal.xy = texture2D(effect_sampler_1, world_uv).xy;
		normal.xy = normal.xy * 2.0 - 1.0;
		normal.z = sqrt(1.0 - dot(normal.xy, normal.xy));
		fragment_normal = tbn_matrix * normal.xyz;
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular_gloss = texture(effect_sampler_2, world_uv).ra;
		specular = specular_gloss.rrr;
		gloss = specular_gloss.g;

	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* specular_light */
		vec3 specular_color; /* specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{
				vec3 dir, reflect_dir, h;
				float dist, scale, nxdir, diffuse, specular, hxdir, exponent, n_dot_h, n_dot_l, l_dot_h;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				#if	0
				n_dot_l = max(0.0, dot(fragment_normal, dir));
				n_dot_h = max(0.0, dot(fragment_normal, h));
				l_dot_h = max(0.0, dot(dir, h));
				#else
				n_dot_l = clamp(dot(fragment_normal, dir), 0.0, 1.0);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				l_dot_h = clamp(dot(dir, h), 0.0, 1.0);
				#endif
				nxdir = n_dot_l;
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = scale * nxdir;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = vec3(0.0);
				if (all(greaterThan(vec4(l_dot_h, n_dot_h, n_dot_l, scale), vec4(0.001))))
				{
					exponent = exp2(12.0 * gloss);
					specular = ((1.0 + exponent) / (8.0 * pow(l_dot_h, 3.0))) * pow(n_dot_h, exponent) * n_dot_l * scale;
					specular_color += light_color.rgb * specular;
				}

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:26, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:95(57): error: type mismatch

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* normal and specular mapping with alpha default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_1; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_2; /* normal_specular_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* static_world_tangent_transformation */
varying vec3 world_position; /* static_world_tangent_transformation */
varying vec4 world_tangent; /* static_world_tangent_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	mat3 tbn_matrix; /* default_tbn_matrix */
	vec4 albedo; /* normal_specular_mapping_main_effect */
	vec3 emission; /* normal_specular_mapping_main_effect */
	vec3 fragment_normal; /* normal_specular_mapping_main_effect */
	float gloss; /* normal_specular_mapping_main_effect */
	vec3 specular; /* normal_specular_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		tbn_matrix[0] = world_tangent.xyz;
		tbn_matrix[1] = cross(world_normal, world_tangent.xyz) * world_tangent.w;
		tbn_matrix[2] = world_normal;

	}
	{
		vec3 normal;
		vec2 specular_gloss;
		normal.xy = texture2D(effect_sampler_1, world_uv).xy;
		normal.xy = normal.xy * 2.0 - 1.0;
		normal.z = sqrt(1.0 - dot(normal.xy, normal.xy));
		fragment_normal = tbn_matrix * normal.xyz;
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular_gloss = texture(effect_sampler_2, world_uv).ra;
		specular = specular_gloss.rrr;
		gloss = specular_gloss.g;

	}
	if (albedo.a < 0.5)
	{
		discard;
	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* specular_light */
		vec3 specular_color; /* specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{
				vec3 dir, reflect_dir, h;
				float dist, scale, nxdir, diffuse, specular, hxdir, exponent, n_dot_h, n_dot_l, l_dot_h;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				#if	0
				n_dot_l = max(0.0, dot(fragment_normal, dir));
				n_dot_h = max(0.0, dot(fragment_normal, h));
				l_dot_h = max(0.0, dot(dir, h));
				#else
				n_dot_l = clamp(dot(fragment_normal, dir), 0.0, 1.0);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				l_dot_h = clamp(dot(dir, h), 0.0, 1.0);
				#endif
				nxdir = n_dot_l;
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = scale * nxdir;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = vec3(0.0);
				if (all(greaterThan(vec4(l_dot_h, n_dot_h, n_dot_l, scale), vec4(0.001))))
				{
					exponent = exp2(12.0 * gloss);
					specular = ((1.0 + exponent) / (8.0 * pow(l_dot_h, 3.0))) * pow(n_dot_h, exponent) * n_dot_l * scale;
					specular_color += light_color.rgb * specular;
				}

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:26, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(41) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = 5389df64-dc73-47d4-bc2e-d068dea31d94
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* simple-terrain-all-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
uniform mat3x4 world_transformation;
uniform vec4 dudv_scale_offset;
attribute vec4 position;
attribute vec4 morph_position;
attribute vec4 morph_normal;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  tmpvar_2 = morph_position.xyz;
  tmpvar_2.xy = ((morph_position.xy * 2.0) - 1.0);
  vec3 tmpvar_3;
  tmpvar_3 = (tmpvar_2 * vec3(32.0, 32.0, 64.0));
  tmpvar_2 = tmpvar_3;
  vec2 tmpvar_4;
  tmpvar_4 = ((morph_normal.xy * vec2(3.96887, 3.96887)) - vec2(1.98444, 1.98444));
  float tmpvar_5;
  tmpvar_5 = dot (tmpvar_4, tmpvar_4);
  vec3 tmpvar_6;
  tmpvar_6.xy = (tmpvar_4 * sqrt ((1.0 - (tmpvar_5 / 4.0))));
  tmpvar_6.z = (1.0 - (tmpvar_5 / 2.0));
  vec4 tmpvar_7;
  tmpvar_7.w = 1.0;
  tmpvar_7.xyz = (tmpvar_3 + position.xyz);
  vec3 tmpvar_8;
  tmpvar_8 = (tmpvar_7 * world_transformation);
  world_position = tmpvar_8;
  mat3 tmpvar_9;
  tmpvar_9[0] = world_transformation[0].xyz;
  tmpvar_9[1] = world_transformation[1].xyz;
  tmpvar_9[2] = world_transformation[2].xyz;
  world_normal = normalize ((tmpvar_6 * tmpvar_9));
  vec4 tmpvar_10;
  tmpvar_10.w = 1.0;
  tmpvar_10.xyz = position.xyz;
  vec4 tmpvar_11;
  tmpvar_11.w = 1.0;
  tmpvar_11.xyz = tmpvar_8;
  gl_Position = (projection_view_matrix * tmpvar_11);
  tmpvar_1.xy = (((tmpvar_10 * world_transformation).xy + ((morph_normal.zw * dudv_scale_offset.xy) + dudv_scale_offset.zw)) * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* simple-terrain-all-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
uniform vec4 camera;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  vec3 tmpvar_3;
  int tmpvar_4;
  int tmpvar_5;
  vec4 tmpvar_6;
  tmpvar_6.xyz = (world_position - camera.xyz);
  tmpvar_6.w = dot (tmpvar_6.xyz, tmpvar_6.xyz);
  tmpvar_6 = (tmpvar_6 * inversesqrt (tmpvar_6.w));
  tmpvar_4 = 3;
  tmpvar_5 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_4 = tmpvar_5;
  };
  tmpvar_5 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = -1;
  vec3 tmpvar_7;
  tmpvar_7.xy = terrain_uvs[tmpvar_4];
  tmpvar_7.z = ((float(tmpvar_4) + 0.5) / 4.0);
  vec4 tmpvar_8;
  tmpvar_8 = texture3D (effect_sampler_0, tmpvar_7);
  vec3 tmpvar_9;
  tmpvar_9 = normalize (world_normal);
  tmpvar_3 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_9.z) + 0.5)));
  tmpvar_2 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_10;
  tmpvar_10 = light_colors[0];
  vec4 tmpvar_11;
  tmpvar_11 = light_positions[0];
  vec3 tmpvar_12;
  tmpvar_12 = (tmpvar_11.xyz - (world_position * tmpvar_10.w));
  float tmpvar_13;
  tmpvar_13 = dot (tmpvar_12, tmpvar_12);
  vec3 tmpvar_14;
  tmpvar_14 = (tmpvar_12 * inversesqrt (tmpvar_13));
  vec3 tmpvar_15;
  tmpvar_15 = normalize ((-(tmpvar_6.xyz) + tmpvar_14));
  float tmpvar_16;
  tmpvar_16 = clamp (dot (tmpvar_9, tmpvar_14), 0.0, 1.0);
  float tmpvar_17;
  tmpvar_17 = clamp (dot (tmpvar_9, tmpvar_15), 0.0, 1.0);
  float tmpvar_18;
  tmpvar_18 = clamp (dot (tmpvar_14, tmpvar_15), 0.0, 1.0);
  float tmpvar_19;
  tmpvar_19 = max (0.0, (1.0 - (tmpvar_13 * tmpvar_11.w)));
  vec3 tmpvar_20;
  tmpvar_20 = (tmpvar_10.xyz * (tmpvar_19 * tmpvar_16));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_21;
  tmpvar_21.x = tmpvar_18;
  tmpvar_21.y = tmpvar_17;
  tmpvar_21.z = tmpvar_16;
  tmpvar_21.w = tmpvar_19;
  if (all (greaterThan (tmpvar_21, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_10.xyz * ((((2.0 / (8.0 * pow (tmpvar_18, 3.0))) * pow (tmpvar_17, 1.0)) * tmpvar_16) * tmpvar_19));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_20);
  tmpvar_2 = tmpvar_1;
  vec4 tmpvar_22;
  tmpvar_22 = light_colors[1];
  vec4 tmpvar_23;
  tmpvar_23 = light_positions[1];
  vec3 tmpvar_24;
  tmpvar_24 = (tmpvar_23.xyz - (world_position * tmpvar_22.w));
  float tmpvar_25;
  tmpvar_25 = dot (tmpvar_24, tmpvar_24);
  vec3 tmpvar_26;
  tmpvar_26 = (tmpvar_24 * inversesqrt (tmpvar_25));
  vec3 tmpvar_27;
  tmpvar_27 = normalize ((-(tmpvar_6.xyz) + tmpvar_26));
  float tmpvar_28;
  tmpvar_28 = clamp (dot (tmpvar_9, tmpvar_26), 0.0, 1.0);
  float tmpvar_29;
  tmpvar_29 = clamp (dot (tmpvar_9, tmpvar_27), 0.0, 1.0);
  float tmpvar_30;
  tmpvar_30 = clamp (dot (tmpvar_26, tmpvar_27), 0.0, 1.0);
  float tmpvar_31;
  tmpvar_31 = max (0.0, (1.0 - (tmpvar_25 * tmpvar_23.w)));
  vec3 tmpvar_32;
  tmpvar_32 = (tmpvar_22.xyz * (tmpvar_31 * tmpvar_28));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_33;
  tmpvar_33.x = tmpvar_30;
  tmpvar_33.y = tmpvar_29;
  tmpvar_33.z = tmpvar_28;
  tmpvar_33.w = tmpvar_31;
  if (all (greaterThan (tmpvar_33, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_22.xyz * ((((2.0 / (8.0 * pow (tmpvar_30, 3.0))) * pow (tmpvar_29, 1.0)) * tmpvar_28) * tmpvar_31));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_32);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  vec4 tmpvar_34;
  tmpvar_34 = light_colors[2];
  vec4 tmpvar_35;
  tmpvar_35 = light_positions[2];
  vec3 tmpvar_36;
  tmpvar_36 = (tmpvar_35.xyz - (world_position * tmpvar_34.w));
  float tmpvar_37;
  tmpvar_37 = dot (tmpvar_36, tmpvar_36);
  vec3 tmpvar_38;
  tmpvar_38 = (tmpvar_36 * inversesqrt (tmpvar_37));
  vec3 tmpvar_39;
  tmpvar_39 = normalize ((-(tmpvar_6.xyz) + tmpvar_38));
  float tmpvar_40;
  tmpvar_40 = clamp (dot (tmpvar_9, tmpvar_38), 0.0, 1.0);
  float tmpvar_41;
  tmpvar_41 = clamp (dot (tmpvar_9, tmpvar_39), 0.0, 1.0);
  float tmpvar_42;
  tmpvar_42 = clamp (dot (tmpvar_38, tmpvar_39), 0.0, 1.0);
  float tmpvar_43;
  tmpvar_43 = max (0.0, (1.0 - (tmpvar_37 * tmpvar_35.w)));
  vec3 tmpvar_44;
  tmpvar_44 = (tmpvar_34.xyz * (tmpvar_43 * tmpvar_40));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_45;
  tmpvar_45.x = tmpvar_42;
  tmpvar_45.y = tmpvar_41;
  tmpvar_45.z = tmpvar_40;
  tmpvar_45.w = tmpvar_43;
  if (all (greaterThan (tmpvar_45, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_34.xyz * ((((2.0 / (8.0 * pow (tmpvar_42, 3.0))) * pow (tmpvar_41, 1.0)) * tmpvar_40) * tmpvar_43));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_44);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_3 * tmpvar_8.xyz))));
  gl_FragColor.w = tmpvar_8.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:26, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersource.cpp(192): Throw in function const eternal_lands::ShaderSourceData& eternal_lands::ShaderSource::get_data(eternal_lands::ShaderType, eternal_lands::ShaderVersionType) const
Dynamic exception type: eternal_lands::ItemNotFoundException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = No shader source data with shader vertex version 120 in 'water_animation_world_normal_transformation' found.
[eternal_lands::errinfo_stack_string_*] =
[17:27:27, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:119(69): error: type mismatch
0:119(79): error: Operands to arithmetic operators must be numeric
0:119(87): error: Operands to arithmetic operators must be numeric
0:119(92): error: Operands to arithmetic operators must be numeric

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* actor default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* skin_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */
uniform sampler2D effect_sampler_1; /* skin_specular_light */
uniform sampler2D effect_sampler_2; /* skin_specular_light */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* bone_animation_world_normal_transformation */
varying vec3 world_position; /* bone_animation_world_normal_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	vec4 albedo; /* skin_mapping_main_effect */
	vec3 emission; /* skin_mapping_main_effect */
	vec3 fragment_normal; /* skin_mapping_main_effect */
	float gloss; /* skin_mapping_main_effect */
	vec3 specular; /* skin_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular = vec3(0.0);
		gloss = 0.0;
		fragment_normal = normalize(world_normal);

	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* skin_specular_light */
		vec3 specular_color; /* skin_specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{

				vec4 rim;
				vec3 diffuse, dir, reflect_dir, h;
				float dist, scale, specular, exponent, n_dot_h, n_dot_l, n_dot_v;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				n_dot_l = dot(fragment_normal, dir);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				n_dot_v = clamp(dot(fragment_normal, -world_view_direction.xyz), 0.0, 1.0);
				rim = texture(effect_sampler_1, vec2(n_dot_v));
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = texture(effect_sampler_2, vec2(n_dot_l * 0.5 + 0.5)).rgb * rim.rgb * scale * 4.0;
				exponent = exp2(12.0 * gloss);
				specular = pow(n_dot_h, exponent) * rim.a * scale;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = light_color.rgb * specular;

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:27, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:123(69): error: type mismatch
0:123(79): error: Operands to arithmetic operators must be numeric
0:123(87): error: Operands to arithmetic operators must be numeric
0:123(92): error: Operands to arithmetic operators must be numeric

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* actor-alpha default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* skin_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */
uniform sampler2D effect_sampler_1; /* skin_specular_light */
uniform sampler2D effect_sampler_2; /* skin_specular_light */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* bone_animation_world_normal_transformation */
varying vec3 world_position; /* bone_animation_world_normal_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	vec4 albedo; /* skin_mapping_main_effect */
	vec3 emission; /* skin_mapping_main_effect */
	vec3 fragment_normal; /* skin_mapping_main_effect */
	float gloss; /* skin_mapping_main_effect */
	vec3 specular; /* skin_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular = vec3(0.0);
		gloss = 0.0;
		fragment_normal = normalize(world_normal);

	}
	if (albedo.a < 0.5)
	{
		discard;
	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* skin_specular_light */
		vec3 specular_color; /* skin_specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{

				vec4 rim;
				vec3 diffuse, dir, reflect_dir, h;
				float dist, scale, specular, exponent, n_dot_h, n_dot_l, n_dot_v;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				n_dot_l = dot(fragment_normal, dir);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				n_dot_v = clamp(dot(fragment_normal, -world_view_direction.xyz), 0.0, 1.0);
				rim = texture(effect_sampler_1, vec2(n_dot_v));
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = texture(effect_sampler_2, vec2(n_dot_l * 0.5 + 0.5)).rgb * rim.rgb * scale * 4.0;
				exponent = exp2(12.0 * gloss);
				specular = pow(n_dot_h, exponent) * rim.a * scale;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = light_color.rgb * specular;

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:27, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(41) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = b139b922-797f-4d2e-a1df-a1818ed357b6
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* cdlod-terrain-high-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
attribute vec4 position;
attribute vec4 normal;
void main ()
{
  vec3 tmpvar_1;
  world_position = position.xyz;
  world_normal = normal.xyz;
  vec4 tmpvar_2;
  tmpvar_2.w = 1.0;
  tmpvar_2.xyz = position.xyz;
  gl_Position = (projection_view_matrix * tmpvar_2);
  tmpvar_1.xy = (position.xy * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* cdlod-terrain-high-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
uniform vec4 camera;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  vec3 tmpvar_3;
  int tmpvar_4;
  int tmpvar_5;
  vec4 tmpvar_6;
  tmpvar_6.xyz = (world_position - camera.xyz);
  tmpvar_6.w = dot (tmpvar_6.xyz, tmpvar_6.xyz);
  tmpvar_6 = (tmpvar_6 * inversesqrt (tmpvar_6.w));
  tmpvar_4 = 3;
  tmpvar_5 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_4 = tmpvar_5;
  };
  tmpvar_5 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = -1;
  vec3 tmpvar_7;
  tmpvar_7.xy = terrain_uvs[tmpvar_4];
  tmpvar_7.z = ((float(tmpvar_4) + 0.5) / 4.0);
  vec4 tmpvar_8;
  tmpvar_8 = texture3D (effect_sampler_0, tmpvar_7);
  vec3 tmpvar_9;
  tmpvar_9 = normalize (world_normal);
  tmpvar_3 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_9.z) + 0.5)));
  tmpvar_2 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_10;
  tmpvar_10 = light_colors[0];
  vec4 tmpvar_11;
  tmpvar_11 = light_positions[0];
  vec3 tmpvar_12;
  tmpvar_12 = (tmpvar_11.xyz - (world_position * tmpvar_10.w));
  float tmpvar_13;
  tmpvar_13 = dot (tmpvar_12, tmpvar_12);
  vec3 tmpvar_14;
  tmpvar_14 = (tmpvar_12 * inversesqrt (tmpvar_13));
  vec3 tmpvar_15;
  tmpvar_15 = normalize ((-(tmpvar_6.xyz) + tmpvar_14));
  float tmpvar_16;
  tmpvar_16 = clamp (dot (tmpvar_9, tmpvar_14), 0.0, 1.0);
  float tmpvar_17;
  tmpvar_17 = clamp (dot (tmpvar_9, tmpvar_15), 0.0, 1.0);
  float tmpvar_18;
  tmpvar_18 = clamp (dot (tmpvar_14, tmpvar_15), 0.0, 1.0);
  float tmpvar_19;
  tmpvar_19 = max (0.0, (1.0 - (tmpvar_13 * tmpvar_11.w)));
  vec3 tmpvar_20;
  tmpvar_20 = (tmpvar_10.xyz * (tmpvar_19 * tmpvar_16));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_21;
  tmpvar_21.x = tmpvar_18;
  tmpvar_21.y = tmpvar_17;
  tmpvar_21.z = tmpvar_16;
  tmpvar_21.w = tmpvar_19;
  if (all (greaterThan (tmpvar_21, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_10.xyz * ((((2.0 / (8.0 * pow (tmpvar_18, 3.0))) * pow (tmpvar_17, 1.0)) * tmpvar_16) * tmpvar_19));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_20);
  tmpvar_2 = tmpvar_1;
  vec4 tmpvar_22;
  tmpvar_22 = light_colors[1];
  vec4 tmpvar_23;
  tmpvar_23 = light_positions[1];
  vec3 tmpvar_24;
  tmpvar_24 = (tmpvar_23.xyz - (world_position * tmpvar_22.w));
  float tmpvar_25;
  tmpvar_25 = dot (tmpvar_24, tmpvar_24);
  vec3 tmpvar_26;
  tmpvar_26 = (tmpvar_24 * inversesqrt (tmpvar_25));
  vec3 tmpvar_27;
  tmpvar_27 = normalize ((-(tmpvar_6.xyz) + tmpvar_26));
  float tmpvar_28;
  tmpvar_28 = clamp (dot (tmpvar_9, tmpvar_26), 0.0, 1.0);
  float tmpvar_29;
  tmpvar_29 = clamp (dot (tmpvar_9, tmpvar_27), 0.0, 1.0);
  float tmpvar_30;
  tmpvar_30 = clamp (dot (tmpvar_26, tmpvar_27), 0.0, 1.0);
  float tmpvar_31;
  tmpvar_31 = max (0.0, (1.0 - (tmpvar_25 * tmpvar_23.w)));
  vec3 tmpvar_32;
  tmpvar_32 = (tmpvar_22.xyz * (tmpvar_31 * tmpvar_28));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_33;
  tmpvar_33.x = tmpvar_30;
  tmpvar_33.y = tmpvar_29;
  tmpvar_33.z = tmpvar_28;
  tmpvar_33.w = tmpvar_31;
  if (all (greaterThan (tmpvar_33, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_22.xyz * ((((2.0 / (8.0 * pow (tmpvar_30, 3.0))) * pow (tmpvar_29, 1.0)) * tmpvar_28) * tmpvar_31));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_32);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  vec4 tmpvar_34;
  tmpvar_34 = light_colors[2];
  vec4 tmpvar_35;
  tmpvar_35 = light_positions[2];
  vec3 tmpvar_36;
  tmpvar_36 = (tmpvar_35.xyz - (world_position * tmpvar_34.w));
  float tmpvar_37;
  tmpvar_37 = dot (tmpvar_36, tmpvar_36);
  vec3 tmpvar_38;
  tmpvar_38 = (tmpvar_36 * inversesqrt (tmpvar_37));
  vec3 tmpvar_39;
  tmpvar_39 = normalize ((-(tmpvar_6.xyz) + tmpvar_38));
  float tmpvar_40;
  tmpvar_40 = clamp (dot (tmpvar_9, tmpvar_38), 0.0, 1.0);
  float tmpvar_41;
  tmpvar_41 = clamp (dot (tmpvar_9, tmpvar_39), 0.0, 1.0);
  float tmpvar_42;
  tmpvar_42 = clamp (dot (tmpvar_38, tmpvar_39), 0.0, 1.0);
  float tmpvar_43;
  tmpvar_43 = max (0.0, (1.0 - (tmpvar_37 * tmpvar_35.w)));
  vec3 tmpvar_44;
  tmpvar_44 = (tmpvar_34.xyz * (tmpvar_43 * tmpvar_40));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_45;
  tmpvar_45.x = tmpvar_42;
  tmpvar_45.y = tmpvar_41;
  tmpvar_45.z = tmpvar_40;
  tmpvar_45.w = tmpvar_43;
  if (all (greaterThan (tmpvar_45, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_34.xyz * ((((2.0 / (8.0 * pow (tmpvar_42, 3.0))) * pow (tmpvar_41, 1.0)) * tmpvar_40) * tmpvar_43));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_44);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_3 * tmpvar_8.xyz))));
  gl_FragColor.w = tmpvar_8.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:27, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(34) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = 4fff1418-51d7-470d-b0fc-dacac4616790
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* cdlod-terrain-low-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
attribute vec4 position;
attribute vec4 normal;
void main ()
{
  vec3 tmpvar_1;
  world_position = position.xyz;
  world_normal = normal.xyz;
  vec4 tmpvar_2;
  tmpvar_2.w = 1.0;
  tmpvar_2.xyz = position.xyz;
  gl_Position = (projection_view_matrix * tmpvar_2);
  tmpvar_1.xy = (position.xy * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* cdlod-terrain-low-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
void main ()
{
  vec3 tmpvar_1;
  int tmpvar_2;
  int tmpvar_3;
  tmpvar_2 = 3;
  tmpvar_3 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_2 = tmpvar_3;
  };
  tmpvar_3 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_2)) {
      tmpvar_2 = tmpvar_3;
    };
  };
  tmpvar_3 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_2)) {
      tmpvar_2 = tmpvar_3;
    };
  };
  tmpvar_3 = -1;
  vec3 tmpvar_4;
  tmpvar_4.xy = terrain_uvs[tmpvar_2];
  tmpvar_4.z = ((float(tmpvar_2) + 0.5) / 4.0);
  vec4 tmpvar_5;
  tmpvar_5 = texture3D (effect_sampler_0, tmpvar_4);
  vec3 tmpvar_6;
  tmpvar_6 = normalize (world_normal);
  tmpvar_1 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_6.z) + 0.5)));
  vec4 tmpvar_7;
  tmpvar_7 = light_colors[0];
  vec4 tmpvar_8;
  tmpvar_8 = light_positions[0];
  vec3 tmpvar_9;
  tmpvar_9 = (tmpvar_8.xyz - (world_position * tmpvar_7.w));
  float tmpvar_10;
  tmpvar_10 = dot (tmpvar_9, tmpvar_9);
  tmpvar_1 = (tmpvar_1 + ((tmpvar_7.xyz * max (0.0, (1.0 - (tmpvar_10 * tmpvar_8.w)))) * max (0.0, dot (tmpvar_6, (tmpvar_9 * inversesqrt (tmpvar_10))))));
  vec4 tmpvar_11;
  tmpvar_11 = light_colors[1];
  vec4 tmpvar_12;
  tmpvar_12 = light_positions[1];
  vec3 tmpvar_13;
  tmpvar_13 = (tmpvar_12.xyz - (world_position * tmpvar_11.w));
  float tmpvar_14;
  tmpvar_14 = dot (tmpvar_13, tmpvar_13);
  tmpvar_1 = (tmpvar_1 + ((tmpvar_11.xyz * max (0.0, (1.0 - (tmpvar_14 * tmpvar_12.w)))) * max (0.0, dot (tmpvar_6, (tmpvar_13 * inversesqrt (tmpvar_14))))));
  vec4 tmpvar_15;
  tmpvar_15 = light_colors[2];
  vec4 tmpvar_16;
  tmpvar_16 = light_positions[2];
  vec3 tmpvar_17;
  tmpvar_17 = (tmpvar_16.xyz - (world_position * tmpvar_15.w));
  float tmpvar_18;
  tmpvar_18 = dot (tmpvar_17, tmpvar_17);
  tmpvar_1 = (tmpvar_1 + ((tmpvar_15.xyz * max (0.0, (1.0 - (tmpvar_18 * tmpvar_16.w)))) * max (0.0, dot (tmpvar_6, (tmpvar_17 * inversesqrt (tmpvar_18))))));
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_1 * tmpvar_5.xyz))));
  gl_FragColor.w = tmpvar_5.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:27, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(41) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = df0fc431-a73f-4a52-acef-036af89390c3
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* cdlod-terrain-medium-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
attribute vec4 position;
attribute vec4 normal;
void main ()
{
  vec3 tmpvar_1;
  world_position = position.xyz;
  world_normal = normal.xyz;
  vec4 tmpvar_2;
  tmpvar_2.w = 1.0;
  tmpvar_2.xyz = position.xyz;
  gl_Position = (projection_view_matrix * tmpvar_2);
  tmpvar_1.xy = (position.xy * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* cdlod-terrain-medium-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
uniform vec4 camera;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  vec3 tmpvar_3;
  int tmpvar_4;
  int tmpvar_5;
  vec4 tmpvar_6;
  tmpvar_6.xyz = (world_position - camera.xyz);
  tmpvar_6.w = dot (tmpvar_6.xyz, tmpvar_6.xyz);
  tmpvar_6 = (tmpvar_6 * inversesqrt (tmpvar_6.w));
  tmpvar_4 = 3;
  tmpvar_5 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_4 = tmpvar_5;
  };
  tmpvar_5 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = -1;
  vec3 tmpvar_7;
  tmpvar_7.xy = terrain_uvs[tmpvar_4];
  tmpvar_7.z = ((float(tmpvar_4) + 0.5) / 4.0);
  vec4 tmpvar_8;
  tmpvar_8 = texture3D (effect_sampler_0, tmpvar_7);
  vec3 tmpvar_9;
  tmpvar_9 = normalize (world_normal);
  tmpvar_3 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_9.z) + 0.5)));
  tmpvar_2 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_10;
  tmpvar_10 = light_colors[0];
  vec4 tmpvar_11;
  tmpvar_11 = light_positions[0];
  vec3 tmpvar_12;
  tmpvar_12 = (tmpvar_11.xyz - (world_position * tmpvar_10.w));
  float tmpvar_13;
  tmpvar_13 = dot (tmpvar_12, tmpvar_12);
  vec3 tmpvar_14;
  tmpvar_14 = (tmpvar_12 * inversesqrt (tmpvar_13));
  vec3 tmpvar_15;
  tmpvar_15 = normalize ((-(tmpvar_6.xyz) + tmpvar_14));
  float tmpvar_16;
  tmpvar_16 = clamp (dot (tmpvar_9, tmpvar_14), 0.0, 1.0);
  float tmpvar_17;
  tmpvar_17 = clamp (dot (tmpvar_9, tmpvar_15), 0.0, 1.0);
  float tmpvar_18;
  tmpvar_18 = clamp (dot (tmpvar_14, tmpvar_15), 0.0, 1.0);
  float tmpvar_19;
  tmpvar_19 = max (0.0, (1.0 - (tmpvar_13 * tmpvar_11.w)));
  vec3 tmpvar_20;
  tmpvar_20 = (tmpvar_10.xyz * (tmpvar_19 * tmpvar_16));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_21;
  tmpvar_21.x = tmpvar_18;
  tmpvar_21.y = tmpvar_17;
  tmpvar_21.z = tmpvar_16;
  tmpvar_21.w = tmpvar_19;
  if (all (greaterThan (tmpvar_21, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_10.xyz * ((((2.0 / (8.0 * pow (tmpvar_18, 3.0))) * pow (tmpvar_17, 1.0)) * tmpvar_16) * tmpvar_19));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_20);
  tmpvar_2 = tmpvar_1;
  vec4 tmpvar_22;
  tmpvar_22 = light_colors[1];
  vec4 tmpvar_23;
  tmpvar_23 = light_positions[1];
  vec3 tmpvar_24;
  tmpvar_24 = (tmpvar_23.xyz - (world_position * tmpvar_22.w));
  float tmpvar_25;
  tmpvar_25 = dot (tmpvar_24, tmpvar_24);
  vec3 tmpvar_26;
  tmpvar_26 = (tmpvar_24 * inversesqrt (tmpvar_25));
  vec3 tmpvar_27;
  tmpvar_27 = normalize ((-(tmpvar_6.xyz) + tmpvar_26));
  float tmpvar_28;
  tmpvar_28 = clamp (dot (tmpvar_9, tmpvar_26), 0.0, 1.0);
  float tmpvar_29;
  tmpvar_29 = clamp (dot (tmpvar_9, tmpvar_27), 0.0, 1.0);
  float tmpvar_30;
  tmpvar_30 = clamp (dot (tmpvar_26, tmpvar_27), 0.0, 1.0);
  float tmpvar_31;
  tmpvar_31 = max (0.0, (1.0 - (tmpvar_25 * tmpvar_23.w)));
  vec3 tmpvar_32;
  tmpvar_32 = (tmpvar_22.xyz * (tmpvar_31 * tmpvar_28));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_33;
  tmpvar_33.x = tmpvar_30;
  tmpvar_33.y = tmpvar_29;
  tmpvar_33.z = tmpvar_28;
  tmpvar_33.w = tmpvar_31;
  if (all (greaterThan (tmpvar_33, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_22.xyz * ((((2.0 / (8.0 * pow (tmpvar_30, 3.0))) * pow (tmpvar_29, 1.0)) * tmpvar_28) * tmpvar_31));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_32);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  vec4 tmpvar_34;
  tmpvar_34 = light_colors[2];
  vec4 tmpvar_35;
  tmpvar_35 = light_positions[2];
  vec3 tmpvar_36;
  tmpvar_36 = (tmpvar_35.xyz - (world_position * tmpvar_34.w));
  float tmpvar_37;
  tmpvar_37 = dot (tmpvar_36, tmpvar_36);
  vec3 tmpvar_38;
  tmpvar_38 = (tmpvar_36 * inversesqrt (tmpvar_37));
  vec3 tmpvar_39;
  tmpvar_39 = normalize ((-(tmpvar_6.xyz) + tmpvar_38));
  float tmpvar_40;
  tmpvar_40 = clamp (dot (tmpvar_9, tmpvar_38), 0.0, 1.0);
  float tmpvar_41;
  tmpvar_41 = clamp (dot (tmpvar_9, tmpvar_39), 0.0, 1.0);
  float tmpvar_42;
  tmpvar_42 = clamp (dot (tmpvar_38, tmpvar_39), 0.0, 1.0);
  float tmpvar_43;
  tmpvar_43 = max (0.0, (1.0 - (tmpvar_37 * tmpvar_35.w)));
  vec3 tmpvar_44;
  tmpvar_44 = (tmpvar_34.xyz * (tmpvar_43 * tmpvar_40));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_45;
  tmpvar_45.x = tmpvar_42;
  tmpvar_45.y = tmpvar_41;
  tmpvar_45.z = tmpvar_40;
  tmpvar_45.w = tmpvar_43;
  if (all (greaterThan (tmpvar_45, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_34.xyz * ((((2.0 / (8.0 * pow (tmpvar_42, 3.0))) * pow (tmpvar_41, 1.0)) * tmpvar_40) * tmpvar_43));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_44);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_3 * tmpvar_8.xyz))));
  gl_FragColor.w = tmpvar_8.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:27, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:95(57): error: type mismatch

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* normal and specular mapping default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_1; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_2; /* normal_specular_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* static_world_tangent_transformation */
varying vec3 world_position; /* static_world_tangent_transformation */
varying vec4 world_tangent; /* static_world_tangent_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	mat3 tbn_matrix; /* default_tbn_matrix */
	vec4 albedo; /* normal_specular_mapping_main_effect */
	vec3 emission; /* normal_specular_mapping_main_effect */
	vec3 fragment_normal; /* normal_specular_mapping_main_effect */
	float gloss; /* normal_specular_mapping_main_effect */
	vec3 specular; /* normal_specular_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		tbn_matrix[0] = world_tangent.xyz;
		tbn_matrix[1] = cross(world_normal, world_tangent.xyz) * world_tangent.w;
		tbn_matrix[2] = world_normal;

	}
	{
		vec3 normal;
		vec2 specular_gloss;
		normal.xy = texture2D(effect_sampler_1, world_uv).xy;
		normal.xy = normal.xy * 2.0 - 1.0;
		normal.z = sqrt(1.0 - dot(normal.xy, normal.xy));
		fragment_normal = tbn_matrix * normal.xyz;
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular_gloss = texture(effect_sampler_2, world_uv).ra;
		specular = specular_gloss.rrr;
		gloss = specular_gloss.g;

	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* specular_light */
		vec3 specular_color; /* specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{
				vec3 dir, reflect_dir, h;
				float dist, scale, nxdir, diffuse, specular, hxdir, exponent, n_dot_h, n_dot_l, l_dot_h;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				#if	0
				n_dot_l = max(0.0, dot(fragment_normal, dir));
				n_dot_h = max(0.0, dot(fragment_normal, h));
				l_dot_h = max(0.0, dot(dir, h));
				#else
				n_dot_l = clamp(dot(fragment_normal, dir), 0.0, 1.0);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				l_dot_h = clamp(dot(dir, h), 0.0, 1.0);
				#endif
				nxdir = n_dot_l;
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = scale * nxdir;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = vec3(0.0);
				if (all(greaterThan(vec4(l_dot_h, n_dot_h, n_dot_l, scale), vec4(0.001))))
				{
					exponent = exp2(12.0 * gloss);
					specular = ((1.0 + exponent) / (8.0 * pow(l_dot_h, 3.0))) * pow(n_dot_h, exponent) * n_dot_l * scale;
					specular_color += light_color.rgb * specular;
				}

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:27, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:95(57): error: type mismatch

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* normal and specular mapping with alpha default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_1; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_2; /* normal_specular_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* static_world_tangent_transformation */
varying vec3 world_position; /* static_world_tangent_transformation */
varying vec4 world_tangent; /* static_world_tangent_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	mat3 tbn_matrix; /* default_tbn_matrix */
	vec4 albedo; /* normal_specular_mapping_main_effect */
	vec3 emission; /* normal_specular_mapping_main_effect */
	vec3 fragment_normal; /* normal_specular_mapping_main_effect */
	float gloss; /* normal_specular_mapping_main_effect */
	vec3 specular; /* normal_specular_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		tbn_matrix[0] = world_tangent.xyz;
		tbn_matrix[1] = cross(world_normal, world_tangent.xyz) * world_tangent.w;
		tbn_matrix[2] = world_normal;

	}
	{
		vec3 normal;
		vec2 specular_gloss;
		normal.xy = texture2D(effect_sampler_1, world_uv).xy;
		normal.xy = normal.xy * 2.0 - 1.0;
		normal.z = sqrt(1.0 - dot(normal.xy, normal.xy));
		fragment_normal = tbn_matrix * normal.xyz;
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular_gloss = texture(effect_sampler_2, world_uv).ra;
		specular = specular_gloss.rrr;
		gloss = specular_gloss.g;

	}
	if (albedo.a < 0.5)
	{
		discard;
	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* specular_light */
		vec3 specular_color; /* specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{
				vec3 dir, reflect_dir, h;
				float dist, scale, nxdir, diffuse, specular, hxdir, exponent, n_dot_h, n_dot_l, l_dot_h;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				#if	0
				n_dot_l = max(0.0, dot(fragment_normal, dir));
				n_dot_h = max(0.0, dot(fragment_normal, h));
				l_dot_h = max(0.0, dot(dir, h));
				#else
				n_dot_l = clamp(dot(fragment_normal, dir), 0.0, 1.0);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				l_dot_h = clamp(dot(dir, h), 0.0, 1.0);
				#endif
				nxdir = n_dot_l;
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = scale * nxdir;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = vec3(0.0);
				if (all(greaterThan(vec4(l_dot_h, n_dot_h, n_dot_l, scale), vec4(0.001))))
				{
					exponent = exp2(12.0 * gloss);
					specular = ((1.0 + exponent) / (8.0 * pow(l_dot_h, 3.0))) * pow(n_dot_h, exponent) * n_dot_l * scale;
					specular_color += light_color.rgb * specular;
				}

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:28, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(41) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = 3fae3eb6-b748-42d9-9e21-c7843b43fda1
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* simple-terrain-all-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
uniform mat3x4 world_transformation;
uniform vec4 dudv_scale_offset;
attribute vec4 position;
attribute vec4 morph_position;
attribute vec4 morph_normal;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  tmpvar_2 = morph_position.xyz;
  tmpvar_2.xy = ((morph_position.xy * 2.0) - 1.0);
  vec3 tmpvar_3;
  tmpvar_3 = (tmpvar_2 * vec3(32.0, 32.0, 64.0));
  tmpvar_2 = tmpvar_3;
  vec2 tmpvar_4;
  tmpvar_4 = ((morph_normal.xy * vec2(3.96887, 3.96887)) - vec2(1.98444, 1.98444));
  float tmpvar_5;
  tmpvar_5 = dot (tmpvar_4, tmpvar_4);
  vec3 tmpvar_6;
  tmpvar_6.xy = (tmpvar_4 * sqrt ((1.0 - (tmpvar_5 / 4.0))));
  tmpvar_6.z = (1.0 - (tmpvar_5 / 2.0));
  vec4 tmpvar_7;
  tmpvar_7.w = 1.0;
  tmpvar_7.xyz = (tmpvar_3 + position.xyz);
  vec3 tmpvar_8;
  tmpvar_8 = (tmpvar_7 * world_transformation);
  world_position = tmpvar_8;
  mat3 tmpvar_9;
  tmpvar_9[0] = world_transformation[0].xyz;
  tmpvar_9[1] = world_transformation[1].xyz;
  tmpvar_9[2] = world_transformation[2].xyz;
  world_normal = normalize ((tmpvar_6 * tmpvar_9));
  vec4 tmpvar_10;
  tmpvar_10.w = 1.0;
  tmpvar_10.xyz = position.xyz;
  vec4 tmpvar_11;
  tmpvar_11.w = 1.0;
  tmpvar_11.xyz = tmpvar_8;
  gl_Position = (projection_view_matrix * tmpvar_11);
  tmpvar_1.xy = (((tmpvar_10 * world_transformation).xy + ((morph_normal.zw * dudv_scale_offset.xy) + dudv_scale_offset.zw)) * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* simple-terrain-all-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
uniform vec4 camera;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  vec3 tmpvar_3;
  int tmpvar_4;
  int tmpvar_5;
  vec4 tmpvar_6;
  tmpvar_6.xyz = (world_position - camera.xyz);
  tmpvar_6.w = dot (tmpvar_6.xyz, tmpvar_6.xyz);
  tmpvar_6 = (tmpvar_6 * inversesqrt (tmpvar_6.w));
  tmpvar_4 = 3;
  tmpvar_5 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_4 = tmpvar_5;
  };
  tmpvar_5 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = -1;
  vec3 tmpvar_7;
  tmpvar_7.xy = terrain_uvs[tmpvar_4];
  tmpvar_7.z = ((float(tmpvar_4) + 0.5) / 4.0);
  vec4 tmpvar_8;
  tmpvar_8 = texture3D (effect_sampler_0, tmpvar_7);
  vec3 tmpvar_9;
  tmpvar_9 = normalize (world_normal);
  tmpvar_3 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_9.z) + 0.5)));
  tmpvar_2 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_10;
  tmpvar_10 = light_colors[0];
  vec4 tmpvar_11;
  tmpvar_11 = light_positions[0];
  vec3 tmpvar_12;
  tmpvar_12 = (tmpvar_11.xyz - (world_position * tmpvar_10.w));
  float tmpvar_13;
  tmpvar_13 = dot (tmpvar_12, tmpvar_12);
  vec3 tmpvar_14;
  tmpvar_14 = (tmpvar_12 * inversesqrt (tmpvar_13));
  vec3 tmpvar_15;
  tmpvar_15 = normalize ((-(tmpvar_6.xyz) + tmpvar_14));
  float tmpvar_16;
  tmpvar_16 = clamp (dot (tmpvar_9, tmpvar_14), 0.0, 1.0);
  float tmpvar_17;
  tmpvar_17 = clamp (dot (tmpvar_9, tmpvar_15), 0.0, 1.0);
  float tmpvar_18;
  tmpvar_18 = clamp (dot (tmpvar_14, tmpvar_15), 0.0, 1.0);
  float tmpvar_19;
  tmpvar_19 = max (0.0, (1.0 - (tmpvar_13 * tmpvar_11.w)));
  vec3 tmpvar_20;
  tmpvar_20 = (tmpvar_10.xyz * (tmpvar_19 * tmpvar_16));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_21;
  tmpvar_21.x = tmpvar_18;
  tmpvar_21.y = tmpvar_17;
  tmpvar_21.z = tmpvar_16;
  tmpvar_21.w = tmpvar_19;
  if (all (greaterThan (tmpvar_21, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_10.xyz * ((((2.0 / (8.0 * pow (tmpvar_18, 3.0))) * pow (tmpvar_17, 1.0)) * tmpvar_16) * tmpvar_19));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_20);
  tmpvar_2 = tmpvar_1;
  vec4 tmpvar_22;
  tmpvar_22 = light_colors[1];
  vec4 tmpvar_23;
  tmpvar_23 = light_positions[1];
  vec3 tmpvar_24;
  tmpvar_24 = (tmpvar_23.xyz - (world_position * tmpvar_22.w));
  float tmpvar_25;
  tmpvar_25 = dot (tmpvar_24, tmpvar_24);
  vec3 tmpvar_26;
  tmpvar_26 = (tmpvar_24 * inversesqrt (tmpvar_25));
  vec3 tmpvar_27;
  tmpvar_27 = normalize ((-(tmpvar_6.xyz) + tmpvar_26));
  float tmpvar_28;
  tmpvar_28 = clamp (dot (tmpvar_9, tmpvar_26), 0.0, 1.0);
  float tmpvar_29;
  tmpvar_29 = clamp (dot (tmpvar_9, tmpvar_27), 0.0, 1.0);
  float tmpvar_30;
  tmpvar_30 = clamp (dot (tmpvar_26, tmpvar_27), 0.0, 1.0);
  float tmpvar_31;
  tmpvar_31 = max (0.0, (1.0 - (tmpvar_25 * tmpvar_23.w)));
  vec3 tmpvar_32;
  tmpvar_32 = (tmpvar_22.xyz * (tmpvar_31 * tmpvar_28));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_33;
  tmpvar_33.x = tmpvar_30;
  tmpvar_33.y = tmpvar_29;
  tmpvar_33.z = tmpvar_28;
  tmpvar_33.w = tmpvar_31;
  if (all (greaterThan (tmpvar_33, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_22.xyz * ((((2.0 / (8.0 * pow (tmpvar_30, 3.0))) * pow (tmpvar_29, 1.0)) * tmpvar_28) * tmpvar_31));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_32);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  vec4 tmpvar_34;
  tmpvar_34 = light_colors[2];
  vec4 tmpvar_35;
  tmpvar_35 = light_positions[2];
  vec3 tmpvar_36;
  tmpvar_36 = (tmpvar_35.xyz - (world_position * tmpvar_34.w));
  float tmpvar_37;
  tmpvar_37 = dot (tmpvar_36, tmpvar_36);
  vec3 tmpvar_38;
  tmpvar_38 = (tmpvar_36 * inversesqrt (tmpvar_37));
  vec3 tmpvar_39;
  tmpvar_39 = normalize ((-(tmpvar_6.xyz) + tmpvar_38));
  float tmpvar_40;
  tmpvar_40 = clamp (dot (tmpvar_9, tmpvar_38), 0.0, 1.0);
  float tmpvar_41;
  tmpvar_41 = clamp (dot (tmpvar_9, tmpvar_39), 0.0, 1.0);
  float tmpvar_42;
  tmpvar_42 = clamp (dot (tmpvar_38, tmpvar_39), 0.0, 1.0);
  float tmpvar_43;
  tmpvar_43 = max (0.0, (1.0 - (tmpvar_37 * tmpvar_35.w)));
  vec3 tmpvar_44;
  tmpvar_44 = (tmpvar_34.xyz * (tmpvar_43 * tmpvar_40));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_45;
  tmpvar_45.x = tmpvar_42;
  tmpvar_45.y = tmpvar_41;
  tmpvar_45.z = tmpvar_40;
  tmpvar_45.w = tmpvar_43;
  if (all (greaterThan (tmpvar_45, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_34.xyz * ((((2.0 / (8.0 * pow (tmpvar_42, 3.0))) * pow (tmpvar_41, 1.0)) * tmpvar_40) * tmpvar_43));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_44);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_3 * tmpvar_8.xyz))));
  gl_FragColor.w = tmpvar_8.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:28, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersource.cpp(192): Throw in function const eternal_lands::ShaderSourceData& eternal_lands::ShaderSource::get_data(eternal_lands::ShaderType, eternal_lands::ShaderVersionType) const
Dynamic exception type: eternal_lands::ItemNotFoundException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = No shader source data with shader vertex version 120 in 'water_animation_world_normal_transformation' found.
[eternal_lands::errinfo_stack_string_*] =
[17:27:28, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:119(69): error: type mismatch
0:119(79): error: Operands to arithmetic operators must be numeric
0:119(87): error: Operands to arithmetic operators must be numeric
0:119(92): error: Operands to arithmetic operators must be numeric

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* actor default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* skin_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */
uniform sampler2D effect_sampler_1; /* skin_specular_light */
uniform sampler2D effect_sampler_2; /* skin_specular_light */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* bone_animation_world_normal_transformation */
varying vec3 world_position; /* bone_animation_world_normal_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	vec4 albedo; /* skin_mapping_main_effect */
	vec3 emission; /* skin_mapping_main_effect */
	vec3 fragment_normal; /* skin_mapping_main_effect */
	float gloss; /* skin_mapping_main_effect */
	vec3 specular; /* skin_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular = vec3(0.0);
		gloss = 0.0;
		fragment_normal = normalize(world_normal);

	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* skin_specular_light */
		vec3 specular_color; /* skin_specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{

				vec4 rim;
				vec3 diffuse, dir, reflect_dir, h;
				float dist, scale, specular, exponent, n_dot_h, n_dot_l, n_dot_v;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				n_dot_l = dot(fragment_normal, dir);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				n_dot_v = clamp(dot(fragment_normal, -world_view_direction.xyz), 0.0, 1.0);
				rim = texture(effect_sampler_1, vec2(n_dot_v));
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = texture(effect_sampler_2, vec2(n_dot_l * 0.5 + 0.5)).rgb * rim.rgb * scale * 4.0;
				exponent = exp2(12.0 * gloss);
				specular = pow(n_dot_h, exponent) * rim.a * scale;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = light_color.rgb * specular;

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:28, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:123(69): error: type mismatch
0:123(79): error: Operands to arithmetic operators must be numeric
0:123(87): error: Operands to arithmetic operators must be numeric
0:123(92): error: Operands to arithmetic operators must be numeric

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* actor-alpha default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* skin_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */
uniform sampler2D effect_sampler_1; /* skin_specular_light */
uniform sampler2D effect_sampler_2; /* skin_specular_light */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* bone_animation_world_normal_transformation */
varying vec3 world_position; /* bone_animation_world_normal_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	vec4 albedo; /* skin_mapping_main_effect */
	vec3 emission; /* skin_mapping_main_effect */
	vec3 fragment_normal; /* skin_mapping_main_effect */
	float gloss; /* skin_mapping_main_effect */
	vec3 specular; /* skin_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular = vec3(0.0);
		gloss = 0.0;
		fragment_normal = normalize(world_normal);

	}
	if (albedo.a < 0.5)
	{
		discard;
	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* skin_specular_light */
		vec3 specular_color; /* skin_specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{

				vec4 rim;
				vec3 diffuse, dir, reflect_dir, h;
				float dist, scale, specular, exponent, n_dot_h, n_dot_l, n_dot_v;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				n_dot_l = dot(fragment_normal, dir);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				n_dot_v = clamp(dot(fragment_normal, -world_view_direction.xyz), 0.0, 1.0);
				rim = texture(effect_sampler_1, vec2(n_dot_v));
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = texture(effect_sampler_2, vec2(n_dot_l * 0.5 + 0.5)).rgb * rim.rgb * scale * 4.0;
				exponent = exp2(12.0 * gloss);
				specular = pow(n_dot_h, exponent) * rim.a * scale;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = light_color.rgb * specular;

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:28, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(41) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = 26f07ec0-7562-40fe-865a-0480359e2890
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* cdlod-terrain-high-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
attribute vec4 position;
attribute vec4 normal;
void main ()
{
  vec3 tmpvar_1;
  world_position = position.xyz;
  world_normal = normal.xyz;
  vec4 tmpvar_2;
  tmpvar_2.w = 1.0;
  tmpvar_2.xyz = position.xyz;
  gl_Position = (projection_view_matrix * tmpvar_2);
  tmpvar_1.xy = (position.xy * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* cdlod-terrain-high-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
uniform vec4 camera;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  vec3 tmpvar_3;
  int tmpvar_4;
  int tmpvar_5;
  vec4 tmpvar_6;
  tmpvar_6.xyz = (world_position - camera.xyz);
  tmpvar_6.w = dot (tmpvar_6.xyz, tmpvar_6.xyz);
  tmpvar_6 = (tmpvar_6 * inversesqrt (tmpvar_6.w));
  tmpvar_4 = 3;
  tmpvar_5 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_4 = tmpvar_5;
  };
  tmpvar_5 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = -1;
  vec3 tmpvar_7;
  tmpvar_7.xy = terrain_uvs[tmpvar_4];
  tmpvar_7.z = ((float(tmpvar_4) + 0.5) / 4.0);
  vec4 tmpvar_8;
  tmpvar_8 = texture3D (effect_sampler_0, tmpvar_7);
  vec3 tmpvar_9;
  tmpvar_9 = normalize (world_normal);
  tmpvar_3 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_9.z) + 0.5)));
  tmpvar_2 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_10;
  tmpvar_10 = light_colors[0];
  vec4 tmpvar_11;
  tmpvar_11 = light_positions[0];
  vec3 tmpvar_12;
  tmpvar_12 = (tmpvar_11.xyz - (world_position * tmpvar_10.w));
  float tmpvar_13;
  tmpvar_13 = dot (tmpvar_12, tmpvar_12);
  vec3 tmpvar_14;
  tmpvar_14 = (tmpvar_12 * inversesqrt (tmpvar_13));
  vec3 tmpvar_15;
  tmpvar_15 = normalize ((-(tmpvar_6.xyz) + tmpvar_14));
  float tmpvar_16;
  tmpvar_16 = clamp (dot (tmpvar_9, tmpvar_14), 0.0, 1.0);
  float tmpvar_17;
  tmpvar_17 = clamp (dot (tmpvar_9, tmpvar_15), 0.0, 1.0);
  float tmpvar_18;
  tmpvar_18 = clamp (dot (tmpvar_14, tmpvar_15), 0.0, 1.0);
  float tmpvar_19;
  tmpvar_19 = max (0.0, (1.0 - (tmpvar_13 * tmpvar_11.w)));
  vec3 tmpvar_20;
  tmpvar_20 = (tmpvar_10.xyz * (tmpvar_19 * tmpvar_16));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_21;
  tmpvar_21.x = tmpvar_18;
  tmpvar_21.y = tmpvar_17;
  tmpvar_21.z = tmpvar_16;
  tmpvar_21.w = tmpvar_19;
  if (all (greaterThan (tmpvar_21, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_10.xyz * ((((2.0 / (8.0 * pow (tmpvar_18, 3.0))) * pow (tmpvar_17, 1.0)) * tmpvar_16) * tmpvar_19));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_20);
  tmpvar_2 = tmpvar_1;
  vec4 tmpvar_22;
  tmpvar_22 = light_colors[1];
  vec4 tmpvar_23;
  tmpvar_23 = light_positions[1];
  vec3 tmpvar_24;
  tmpvar_24 = (tmpvar_23.xyz - (world_position * tmpvar_22.w));
  float tmpvar_25;
  tmpvar_25 = dot (tmpvar_24, tmpvar_24);
  vec3 tmpvar_26;
  tmpvar_26 = (tmpvar_24 * inversesqrt (tmpvar_25));
  vec3 tmpvar_27;
  tmpvar_27 = normalize ((-(tmpvar_6.xyz) + tmpvar_26));
  float tmpvar_28;
  tmpvar_28 = clamp (dot (tmpvar_9, tmpvar_26), 0.0, 1.0);
  float tmpvar_29;
  tmpvar_29 = clamp (dot (tmpvar_9, tmpvar_27), 0.0, 1.0);
  float tmpvar_30;
  tmpvar_30 = clamp (dot (tmpvar_26, tmpvar_27), 0.0, 1.0);
  float tmpvar_31;
  tmpvar_31 = max (0.0, (1.0 - (tmpvar_25 * tmpvar_23.w)));
  vec3 tmpvar_32;
  tmpvar_32 = (tmpvar_22.xyz * (tmpvar_31 * tmpvar_28));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_33;
  tmpvar_33.x = tmpvar_30;
  tmpvar_33.y = tmpvar_29;
  tmpvar_33.z = tmpvar_28;
  tmpvar_33.w = tmpvar_31;
  if (all (greaterThan (tmpvar_33, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_22.xyz * ((((2.0 / (8.0 * pow (tmpvar_30, 3.0))) * pow (tmpvar_29, 1.0)) * tmpvar_28) * tmpvar_31));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_32);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  vec4 tmpvar_34;
  tmpvar_34 = light_colors[2];
  vec4 tmpvar_35;
  tmpvar_35 = light_positions[2];
  vec3 tmpvar_36;
  tmpvar_36 = (tmpvar_35.xyz - (world_position * tmpvar_34.w));
  float tmpvar_37;
  tmpvar_37 = dot (tmpvar_36, tmpvar_36);
  vec3 tmpvar_38;
  tmpvar_38 = (tmpvar_36 * inversesqrt (tmpvar_37));
  vec3 tmpvar_39;
  tmpvar_39 = normalize ((-(tmpvar_6.xyz) + tmpvar_38));
  float tmpvar_40;
  tmpvar_40 = clamp (dot (tmpvar_9, tmpvar_38), 0.0, 1.0);
  float tmpvar_41;
  tmpvar_41 = clamp (dot (tmpvar_9, tmpvar_39), 0.0, 1.0);
  float tmpvar_42;
  tmpvar_42 = clamp (dot (tmpvar_38, tmpvar_39), 0.0, 1.0);
  float tmpvar_43;
  tmpvar_43 = max (0.0, (1.0 - (tmpvar_37 * tmpvar_35.w)));
  vec3 tmpvar_44;
  tmpvar_44 = (tmpvar_34.xyz * (tmpvar_43 * tmpvar_40));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_45;
  tmpvar_45.x = tmpvar_42;
  tmpvar_45.y = tmpvar_41;
  tmpvar_45.z = tmpvar_40;
  tmpvar_45.w = tmpvar_43;
  if (all (greaterThan (tmpvar_45, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_34.xyz * ((((2.0 / (8.0 * pow (tmpvar_42, 3.0))) * pow (tmpvar_41, 1.0)) * tmpvar_40) * tmpvar_43));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_44);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_3 * tmpvar_8.xyz))));
  gl_FragColor.w = tmpvar_8.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:29, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(34) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = c1c52162-c4f8-42ac-b32b-c3beb4ad0fd8
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* cdlod-terrain-low-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
attribute vec4 position;
attribute vec4 normal;
void main ()
{
  vec3 tmpvar_1;
  world_position = position.xyz;
  world_normal = normal.xyz;
  vec4 tmpvar_2;
  tmpvar_2.w = 1.0;
  tmpvar_2.xyz = position.xyz;
  gl_Position = (projection_view_matrix * tmpvar_2);
  tmpvar_1.xy = (position.xy * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* cdlod-terrain-low-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
void main ()
{
  vec3 tmpvar_1;
  int tmpvar_2;
  int tmpvar_3;
  tmpvar_2 = 3;
  tmpvar_3 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_2 = tmpvar_3;
  };
  tmpvar_3 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_2)) {
      tmpvar_2 = tmpvar_3;
    };
  };
  tmpvar_3 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_2)) {
      tmpvar_2 = tmpvar_3;
    };
  };
  tmpvar_3 = -1;
  vec3 tmpvar_4;
  tmpvar_4.xy = terrain_uvs[tmpvar_2];
  tmpvar_4.z = ((float(tmpvar_2) + 0.5) / 4.0);
  vec4 tmpvar_5;
  tmpvar_5 = texture3D (effect_sampler_0, tmpvar_4);
  vec3 tmpvar_6;
  tmpvar_6 = normalize (world_normal);
  tmpvar_1 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_6.z) + 0.5)));
  vec4 tmpvar_7;
  tmpvar_7 = light_colors[0];
  vec4 tmpvar_8;
  tmpvar_8 = light_positions[0];
  vec3 tmpvar_9;
  tmpvar_9 = (tmpvar_8.xyz - (world_position * tmpvar_7.w));
  float tmpvar_10;
  tmpvar_10 = dot (tmpvar_9, tmpvar_9);
  tmpvar_1 = (tmpvar_1 + ((tmpvar_7.xyz * max (0.0, (1.0 - (tmpvar_10 * tmpvar_8.w)))) * max (0.0, dot (tmpvar_6, (tmpvar_9 * inversesqrt (tmpvar_10))))));
  vec4 tmpvar_11;
  tmpvar_11 = light_colors[1];
  vec4 tmpvar_12;
  tmpvar_12 = light_positions[1];
  vec3 tmpvar_13;
  tmpvar_13 = (tmpvar_12.xyz - (world_position * tmpvar_11.w));
  float tmpvar_14;
  tmpvar_14 = dot (tmpvar_13, tmpvar_13);
  tmpvar_1 = (tmpvar_1 + ((tmpvar_11.xyz * max (0.0, (1.0 - (tmpvar_14 * tmpvar_12.w)))) * max (0.0, dot (tmpvar_6, (tmpvar_13 * inversesqrt (tmpvar_14))))));
  vec4 tmpvar_15;
  tmpvar_15 = light_colors[2];
  vec4 tmpvar_16;
  tmpvar_16 = light_positions[2];
  vec3 tmpvar_17;
  tmpvar_17 = (tmpvar_16.xyz - (world_position * tmpvar_15.w));
  float tmpvar_18;
  tmpvar_18 = dot (tmpvar_17, tmpvar_17);
  tmpvar_1 = (tmpvar_1 + ((tmpvar_15.xyz * max (0.0, (1.0 - (tmpvar_18 * tmpvar_16.w)))) * max (0.0, dot (tmpvar_6, (tmpvar_17 * inversesqrt (tmpvar_18))))));
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_1 * tmpvar_5.xyz))));
  gl_FragColor.w = tmpvar_5.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:29, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(41) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = 11bfb857-c21a-48c1-bf27-5d6945559f73
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* cdlod-terrain-medium-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
attribute vec4 position;
attribute vec4 normal;
void main ()
{
  vec3 tmpvar_1;
  world_position = position.xyz;
  world_normal = normal.xyz;
  vec4 tmpvar_2;
  tmpvar_2.w = 1.0;
  tmpvar_2.xyz = position.xyz;
  gl_Position = (projection_view_matrix * tmpvar_2);
  tmpvar_1.xy = (position.xy * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* cdlod-terrain-medium-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
uniform vec4 camera;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  vec3 tmpvar_3;
  int tmpvar_4;
  int tmpvar_5;
  vec4 tmpvar_6;
  tmpvar_6.xyz = (world_position - camera.xyz);
  tmpvar_6.w = dot (tmpvar_6.xyz, tmpvar_6.xyz);
  tmpvar_6 = (tmpvar_6 * inversesqrt (tmpvar_6.w));
  tmpvar_4 = 3;
  tmpvar_5 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_4 = tmpvar_5;
  };
  tmpvar_5 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = -1;
  vec3 tmpvar_7;
  tmpvar_7.xy = terrain_uvs[tmpvar_4];
  tmpvar_7.z = ((float(tmpvar_4) + 0.5) / 4.0);
  vec4 tmpvar_8;
  tmpvar_8 = texture3D (effect_sampler_0, tmpvar_7);
  vec3 tmpvar_9;
  tmpvar_9 = normalize (world_normal);
  tmpvar_3 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_9.z) + 0.5)));
  tmpvar_2 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_10;
  tmpvar_10 = light_colors[0];
  vec4 tmpvar_11;
  tmpvar_11 = light_positions[0];
  vec3 tmpvar_12;
  tmpvar_12 = (tmpvar_11.xyz - (world_position * tmpvar_10.w));
  float tmpvar_13;
  tmpvar_13 = dot (tmpvar_12, tmpvar_12);
  vec3 tmpvar_14;
  tmpvar_14 = (tmpvar_12 * inversesqrt (tmpvar_13));
  vec3 tmpvar_15;
  tmpvar_15 = normalize ((-(tmpvar_6.xyz) + tmpvar_14));
  float tmpvar_16;
  tmpvar_16 = clamp (dot (tmpvar_9, tmpvar_14), 0.0, 1.0);
  float tmpvar_17;
  tmpvar_17 = clamp (dot (tmpvar_9, tmpvar_15), 0.0, 1.0);
  float tmpvar_18;
  tmpvar_18 = clamp (dot (tmpvar_14, tmpvar_15), 0.0, 1.0);
  float tmpvar_19;
  tmpvar_19 = max (0.0, (1.0 - (tmpvar_13 * tmpvar_11.w)));
  vec3 tmpvar_20;
  tmpvar_20 = (tmpvar_10.xyz * (tmpvar_19 * tmpvar_16));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_21;
  tmpvar_21.x = tmpvar_18;
  tmpvar_21.y = tmpvar_17;
  tmpvar_21.z = tmpvar_16;
  tmpvar_21.w = tmpvar_19;
  if (all (greaterThan (tmpvar_21, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_10.xyz * ((((2.0 / (8.0 * pow (tmpvar_18, 3.0))) * pow (tmpvar_17, 1.0)) * tmpvar_16) * tmpvar_19));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_20);
  tmpvar_2 = tmpvar_1;
  vec4 tmpvar_22;
  tmpvar_22 = light_colors[1];
  vec4 tmpvar_23;
  tmpvar_23 = light_positions[1];
  vec3 tmpvar_24;
  tmpvar_24 = (tmpvar_23.xyz - (world_position * tmpvar_22.w));
  float tmpvar_25;
  tmpvar_25 = dot (tmpvar_24, tmpvar_24);
  vec3 tmpvar_26;
  tmpvar_26 = (tmpvar_24 * inversesqrt (tmpvar_25));
  vec3 tmpvar_27;
  tmpvar_27 = normalize ((-(tmpvar_6.xyz) + tmpvar_26));
  float tmpvar_28;
  tmpvar_28 = clamp (dot (tmpvar_9, tmpvar_26), 0.0, 1.0);
  float tmpvar_29;
  tmpvar_29 = clamp (dot (tmpvar_9, tmpvar_27), 0.0, 1.0);
  float tmpvar_30;
  tmpvar_30 = clamp (dot (tmpvar_26, tmpvar_27), 0.0, 1.0);
  float tmpvar_31;
  tmpvar_31 = max (0.0, (1.0 - (tmpvar_25 * tmpvar_23.w)));
  vec3 tmpvar_32;
  tmpvar_32 = (tmpvar_22.xyz * (tmpvar_31 * tmpvar_28));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_33;
  tmpvar_33.x = tmpvar_30;
  tmpvar_33.y = tmpvar_29;
  tmpvar_33.z = tmpvar_28;
  tmpvar_33.w = tmpvar_31;
  if (all (greaterThan (tmpvar_33, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_22.xyz * ((((2.0 / (8.0 * pow (tmpvar_30, 3.0))) * pow (tmpvar_29, 1.0)) * tmpvar_28) * tmpvar_31));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_32);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  vec4 tmpvar_34;
  tmpvar_34 = light_colors[2];
  vec4 tmpvar_35;
  tmpvar_35 = light_positions[2];
  vec3 tmpvar_36;
  tmpvar_36 = (tmpvar_35.xyz - (world_position * tmpvar_34.w));
  float tmpvar_37;
  tmpvar_37 = dot (tmpvar_36, tmpvar_36);
  vec3 tmpvar_38;
  tmpvar_38 = (tmpvar_36 * inversesqrt (tmpvar_37));
  vec3 tmpvar_39;
  tmpvar_39 = normalize ((-(tmpvar_6.xyz) + tmpvar_38));
  float tmpvar_40;
  tmpvar_40 = clamp (dot (tmpvar_9, tmpvar_38), 0.0, 1.0);
  float tmpvar_41;
  tmpvar_41 = clamp (dot (tmpvar_9, tmpvar_39), 0.0, 1.0);
  float tmpvar_42;
  tmpvar_42 = clamp (dot (tmpvar_38, tmpvar_39), 0.0, 1.0);
  float tmpvar_43;
  tmpvar_43 = max (0.0, (1.0 - (tmpvar_37 * tmpvar_35.w)));
  vec3 tmpvar_44;
  tmpvar_44 = (tmpvar_34.xyz * (tmpvar_43 * tmpvar_40));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_45;
  tmpvar_45.x = tmpvar_42;
  tmpvar_45.y = tmpvar_41;
  tmpvar_45.z = tmpvar_40;
  tmpvar_45.w = tmpvar_43;
  if (all (greaterThan (tmpvar_45, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_34.xyz * ((((2.0 / (8.0 * pow (tmpvar_42, 3.0))) * pow (tmpvar_41, 1.0)) * tmpvar_40) * tmpvar_43));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_44);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_3 * tmpvar_8.xyz))));
  gl_FragColor.w = tmpvar_8.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:29, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:95(57): error: type mismatch

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* normal and specular mapping default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_1; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_2; /* normal_specular_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* static_world_tangent_transformation */
varying vec3 world_position; /* static_world_tangent_transformation */
varying vec4 world_tangent; /* static_world_tangent_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	mat3 tbn_matrix; /* default_tbn_matrix */
	vec4 albedo; /* normal_specular_mapping_main_effect */
	vec3 emission; /* normal_specular_mapping_main_effect */
	vec3 fragment_normal; /* normal_specular_mapping_main_effect */
	float gloss; /* normal_specular_mapping_main_effect */
	vec3 specular; /* normal_specular_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		tbn_matrix[0] = world_tangent.xyz;
		tbn_matrix[1] = cross(world_normal, world_tangent.xyz) * world_tangent.w;
		tbn_matrix[2] = world_normal;

	}
	{
		vec3 normal;
		vec2 specular_gloss;
		normal.xy = texture2D(effect_sampler_1, world_uv).xy;
		normal.xy = normal.xy * 2.0 - 1.0;
		normal.z = sqrt(1.0 - dot(normal.xy, normal.xy));
		fragment_normal = tbn_matrix * normal.xyz;
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular_gloss = texture(effect_sampler_2, world_uv).ra;
		specular = specular_gloss.rrr;
		gloss = specular_gloss.g;

	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* specular_light */
		vec3 specular_color; /* specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{
				vec3 dir, reflect_dir, h;
				float dist, scale, nxdir, diffuse, specular, hxdir, exponent, n_dot_h, n_dot_l, l_dot_h;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				#if	0
				n_dot_l = max(0.0, dot(fragment_normal, dir));
				n_dot_h = max(0.0, dot(fragment_normal, h));
				l_dot_h = max(0.0, dot(dir, h));
				#else
				n_dot_l = clamp(dot(fragment_normal, dir), 0.0, 1.0);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				l_dot_h = clamp(dot(dir, h), 0.0, 1.0);
				#endif
				nxdir = n_dot_l;
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = scale * nxdir;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = vec3(0.0);
				if (all(greaterThan(vec4(l_dot_h, n_dot_h, n_dot_l, scale), vec4(0.001))))
				{
					exponent = exp2(12.0 * gloss);
					specular = ((1.0 + exponent) / (8.0 * pow(l_dot_h, 3.0))) * pow(n_dot_h, exponent) * n_dot_l * scale;
					specular_color += light_color.rgb * specular;
				}

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:29, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersourcebuilder.cpp(683): Throw in function eternal_lands::String eternal_lands::{anonymous}::OptimizeShaderSource::get_source()
Dynamic exception type: eternal_lands::InvalidParameterException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = 0:0(0): error: no matching function for call to `texture(sampler2D, vec2)'
0:95(57): error: type mismatch

[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* normal and specular mapping with alpha default*/
const int lights_count = 3;
const int bones_count = 80;
const int shadow_maps_count = 0;
const int clipmap_terrain_slices = 4;
const int render_targets = 1;

/* functions */
/**
 * Converts from Lambert Azimuthal Equal-Area
 * projection. Optimized for normalized Uint8 values.
 * @param value The Lambert Azimuthal Equal-Area
 * projection vector to use (0..1).
 * @return The normalized vector.
 */
vec3 decode_normal(const in vec2 normal)
{
	vec2 fenc;
	float f, g;

	fenc = normal * vec2(3.968871595) - vec2(1.984435798);
	f = dot(fenc, fenc);
	g = sqrt(1.0 - f / 4.0);
	return vec3(fenc * g, 1.0 - f / 2.0);
}

/**
 * Convertes the normalized rgb10_a2 vector to the
 * scaled terrain displacement vector.
 * @param value The rgb10_a2 normalized value (0..1).
 * @return The terrain displacement vector.
 */
vec3 decode_terrain_displacement(const in vec4 vector)
{
	vec3 result, tmp;

	result = vector.xyz;
	result.xy = result.xy * 2.0 - 1.0;
	result *= vec3(32,32,64);

	return result;
}


/* uniforms */
uniform vec4 camera; /* default_view_direction */
uniform sampler2D effect_sampler_0; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_1; /* normal_specular_mapping_main_effect */
uniform sampler2D effect_sampler_2; /* normal_specular_mapping_main_effect */
uniform mat2x4 sky_ground_hemispheres; /* lighting */
uniform vec4 light_colors[3]; /* lighting */
uniform vec4 light_positions[3]; /* lighting */

/* uniform buffers */

/* fragment shader input */
varying vec3 world_normal; /* static_world_tangent_transformation */
varying vec3 world_position; /* static_world_tangent_transformation */
varying vec4 world_tangent; /* static_world_tangent_transformation */
varying vec2 world_uv; /* static_uv */

void main()
{
	vec4 world_view_direction; /* default_view_direction */
	mat3 tbn_matrix; /* default_tbn_matrix */
	vec4 albedo; /* normal_specular_mapping_main_effect */
	vec3 emission; /* normal_specular_mapping_main_effect */
	vec3 fragment_normal; /* normal_specular_mapping_main_effect */
	float gloss; /* normal_specular_mapping_main_effect */
	vec3 specular; /* normal_specular_mapping_main_effect */
	vec3 fragment_color; /* lighting */

	{
		world_view_direction.xyz = world_position - camera.xyz;
		world_view_direction.w = dot(world_view_direction.xyz, world_view_direction.xyz);
		world_view_direction *= inversesqrt(world_view_direction.w);

	}
	{
		tbn_matrix[0] = world_tangent.xyz;
		tbn_matrix[1] = cross(world_normal, world_tangent.xyz) * world_tangent.w;
		tbn_matrix[2] = world_normal;

	}
	{
		vec3 normal;
		vec2 specular_gloss;
		normal.xy = texture2D(effect_sampler_1, world_uv).xy;
		normal.xy = normal.xy * 2.0 - 1.0;
		normal.z = sqrt(1.0 - dot(normal.xy, normal.xy));
		fragment_normal = tbn_matrix * normal.xyz;
		albedo = texture2D(effect_sampler_0, world_uv);
		emission = vec3(0.0);
		specular_gloss = texture(effect_sampler_2, world_uv).ra;
		specular = specular_gloss.rrr;
		gloss = specular_gloss.g;

	}
	if (albedo.a < 0.5)
	{
		discard;
	}
	/* lighting */
	{
		int i; /* lighting */
		vec3 shadow_values; /* lighting */
		vec3 diffuse_colors_sum; /* lighting */
		vec3 specular_colors_sum; /* lighting */
		vec4 light_color; /* lighting */
		vec4 light_position; /* lighting */
		vec3 diffuse_color; /* specular_light */
		vec3 specular_color; /* specular_light */

		diffuse_colors_sum = sky_ground_hemispheres[0].rgb + sky_ground_hemispheres[1].rgb * (0.5 * fragment_normal.z + 0.5);
		diffuse_colors_sum += emission;
		specular_colors_sum = vec3(0.0);

		for (i = 0; i < 3; ++i)
		{
			light_color = light_colors[i];
			light_position = light_positions[i];
			{
				vec3 dir, reflect_dir, h;
				float dist, scale, nxdir, diffuse, specular, hxdir, exponent, n_dot_h, n_dot_l, l_dot_h;
				dir = light_position.xyz - world_position * light_color.a;
				dist = dot(dir, dir);
				dir *= inversesqrt(dist);
				h = normalize(-world_view_direction.xyz + dir);
				#if	0
				n_dot_l = max(0.0, dot(fragment_normal, dir));
				n_dot_h = max(0.0, dot(fragment_normal, h));
				l_dot_h = max(0.0, dot(dir, h));
				#else
				n_dot_l = clamp(dot(fragment_normal, dir), 0.0, 1.0);
				n_dot_h = clamp(dot(fragment_normal, h), 0.0, 1.0);
				l_dot_h = clamp(dot(dir, h), 0.0, 1.0);
				#endif
				nxdir = n_dot_l;
				scale = max(0.0, 1.0 - dist * light_position.w);
				diffuse = scale * nxdir;
				diffuse_color = light_color.rgb * diffuse;
				specular_color = vec3(0.0);
				if (all(greaterThan(vec4(l_dot_h, n_dot_h, n_dot_l, scale), vec4(0.001))))
				{
					exponent = exp2(12.0 * gloss);
					specular = ((1.0 + exponent) / (8.0 * pow(l_dot_h, 3.0))) * pow(n_dot_h, exponent) * n_dot_l * scale;
					specular_color += light_color.rgb * specular;
				}

			}
			diffuse_colors_sum += diffuse_color;
			specular_colors_sum += specular_color;
		}

		fragment_color = diffuse_colors_sum * albedo.rgb;
		fragment_color += specular * specular_colors_sum;
	}
	gl_FragColor.rgb = 1.0 - exp(-fragment_color);
	gl_FragColor.a = albedo.a;
}

[17:27:30, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/glslprogram.cpp(2548): Throw in function void eternal_lands::GlslProgram::do_build(const UniformBufferDescriptionCacheSharedPtr&, const ShaderTypeStringMap&)
Dynamic exception type: eternal_lands::OpenGlException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = Fragment info
-------------
0(41) : error C6013: Only arrays of texcoords may be indexed in this profile, and only with a loop index variable

[eternal_lands::errinfo_item_name_*] = 07a5c384-ac2e-49a0-b584-fc25e008be4e
[eternal_lands::errinfo_stack_string_*] =
[eternal_lands::errinfo_vertex_shader_*] = #version 120
/* simple-terrain-all-quality default*/
invariant gl_Position; /* make existing gl_Position be invariant */
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 terrain_scale;
uniform mat2x3 clipmap_terrain_matrices[4];
uniform mat4 projection_view_matrix;
uniform mat3x4 world_transformation;
uniform vec4 dudv_scale_offset;
attribute vec4 position;
attribute vec4 morph_position;
attribute vec4 morph_normal;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  tmpvar_2 = morph_position.xyz;
  tmpvar_2.xy = ((morph_position.xy * 2.0) - 1.0);
  vec3 tmpvar_3;
  tmpvar_3 = (tmpvar_2 * vec3(32.0, 32.0, 64.0));
  tmpvar_2 = tmpvar_3;
  vec2 tmpvar_4;
  tmpvar_4 = ((morph_normal.xy * vec2(3.96887, 3.96887)) - vec2(1.98444, 1.98444));
  float tmpvar_5;
  tmpvar_5 = dot (tmpvar_4, tmpvar_4);
  vec3 tmpvar_6;
  tmpvar_6.xy = (tmpvar_4 * sqrt ((1.0 - (tmpvar_5 / 4.0))));
  tmpvar_6.z = (1.0 - (tmpvar_5 / 2.0));
  vec4 tmpvar_7;
  tmpvar_7.w = 1.0;
  tmpvar_7.xyz = (tmpvar_3 + position.xyz);
  vec3 tmpvar_8;
  tmpvar_8 = (tmpvar_7 * world_transformation);
  world_position = tmpvar_8;
  mat3 tmpvar_9;
  tmpvar_9[0] = world_transformation[0].xyz;
  tmpvar_9[1] = world_transformation[1].xyz;
  tmpvar_9[2] = world_transformation[2].xyz;
  world_normal = normalize ((tmpvar_6 * tmpvar_9));
  vec4 tmpvar_10;
  tmpvar_10.w = 1.0;
  tmpvar_10.xyz = position.xyz;
  vec4 tmpvar_11;
  tmpvar_11.w = 1.0;
  tmpvar_11.xyz = tmpvar_8;
  gl_Position = (projection_view_matrix * tmpvar_11);
  tmpvar_1.xy = (((tmpvar_10 * world_transformation).xy + ((morph_normal.zw * dudv_scale_offset.xy) + dudv_scale_offset.zw)) * terrain_scale.zw);
  tmpvar_1.z = 1.0;
  terrain_uvs[0] = (tmpvar_1 * clipmap_terrain_matrices[0]);
  terrain_uvs[1] = (tmpvar_1 * clipmap_terrain_matrices[1]);
  terrain_uvs[2] = (tmpvar_1 * clipmap_terrain_matrices[2]);
  terrain_uvs[3] = (tmpvar_1 * clipmap_terrain_matrices[3]);
}


[eternal_lands::errinfo_fragment_shader_*] = #version 120
/* simple-terrain-all-quality default*/
varying vec2 terrain_uvs[4];
varying vec3 world_position;
varying vec3 world_normal;
uniform vec4 light_positions[3];
uniform vec4 light_colors[3];
uniform mat2x4 sky_ground_hemispheres;
uniform sampler3D effect_sampler_0;
uniform vec4 camera;
void main ()
{
  vec3 tmpvar_1;
  vec3 tmpvar_2;
  vec3 tmpvar_3;
  int tmpvar_4;
  int tmpvar_5;
  vec4 tmpvar_6;
  tmpvar_6.xyz = (world_position - camera.xyz);
  tmpvar_6.w = dot (tmpvar_6.xyz, tmpvar_6.xyz);
  tmpvar_6 = (tmpvar_6 * inversesqrt (tmpvar_6.w));
  tmpvar_4 = 3;
  tmpvar_5 = 2;
  if (all (lessThan (abs ((terrain_uvs[2] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    tmpvar_4 = tmpvar_5;
  };
  tmpvar_5 = 1;
  if (all (lessThan (abs ((terrain_uvs[1] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((1 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = 0;
  if (all (lessThan (abs ((terrain_uvs[0] - vec2(0.5, 0.5))), vec2(0.4995, 0.4995)))) {
    if ((0 < tmpvar_4)) {
      tmpvar_4 = tmpvar_5;
    };
  };
  tmpvar_5 = -1;
  vec3 tmpvar_7;
  tmpvar_7.xy = terrain_uvs[tmpvar_4];
  tmpvar_7.z = ((float(tmpvar_4) + 0.5) / 4.0);
  vec4 tmpvar_8;
  tmpvar_8 = texture3D (effect_sampler_0, tmpvar_7);
  vec3 tmpvar_9;
  tmpvar_9 = normalize (world_normal);
  tmpvar_3 = (sky_ground_hemispheres[0].xyz + (sky_ground_hemispheres[1].xyz * ((0.5 * tmpvar_9.z) + 0.5)));
  tmpvar_2 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_10;
  tmpvar_10 = light_colors[0];
  vec4 tmpvar_11;
  tmpvar_11 = light_positions[0];
  vec3 tmpvar_12;
  tmpvar_12 = (tmpvar_11.xyz - (world_position * tmpvar_10.w));
  float tmpvar_13;
  tmpvar_13 = dot (tmpvar_12, tmpvar_12);
  vec3 tmpvar_14;
  tmpvar_14 = (tmpvar_12 * inversesqrt (tmpvar_13));
  vec3 tmpvar_15;
  tmpvar_15 = normalize ((-(tmpvar_6.xyz) + tmpvar_14));
  float tmpvar_16;
  tmpvar_16 = clamp (dot (tmpvar_9, tmpvar_14), 0.0, 1.0);
  float tmpvar_17;
  tmpvar_17 = clamp (dot (tmpvar_9, tmpvar_15), 0.0, 1.0);
  float tmpvar_18;
  tmpvar_18 = clamp (dot (tmpvar_14, tmpvar_15), 0.0, 1.0);
  float tmpvar_19;
  tmpvar_19 = max (0.0, (1.0 - (tmpvar_13 * tmpvar_11.w)));
  vec3 tmpvar_20;
  tmpvar_20 = (tmpvar_10.xyz * (tmpvar_19 * tmpvar_16));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_21;
  tmpvar_21.x = tmpvar_18;
  tmpvar_21.y = tmpvar_17;
  tmpvar_21.z = tmpvar_16;
  tmpvar_21.w = tmpvar_19;
  if (all (greaterThan (tmpvar_21, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_10.xyz * ((((2.0 / (8.0 * pow (tmpvar_18, 3.0))) * pow (tmpvar_17, 1.0)) * tmpvar_16) * tmpvar_19));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_20);
  tmpvar_2 = tmpvar_1;
  vec4 tmpvar_22;
  tmpvar_22 = light_colors[1];
  vec4 tmpvar_23;
  tmpvar_23 = light_positions[1];
  vec3 tmpvar_24;
  tmpvar_24 = (tmpvar_23.xyz - (world_position * tmpvar_22.w));
  float tmpvar_25;
  tmpvar_25 = dot (tmpvar_24, tmpvar_24);
  vec3 tmpvar_26;
  tmpvar_26 = (tmpvar_24 * inversesqrt (tmpvar_25));
  vec3 tmpvar_27;
  tmpvar_27 = normalize ((-(tmpvar_6.xyz) + tmpvar_26));
  float tmpvar_28;
  tmpvar_28 = clamp (dot (tmpvar_9, tmpvar_26), 0.0, 1.0);
  float tmpvar_29;
  tmpvar_29 = clamp (dot (tmpvar_9, tmpvar_27), 0.0, 1.0);
  float tmpvar_30;
  tmpvar_30 = clamp (dot (tmpvar_26, tmpvar_27), 0.0, 1.0);
  float tmpvar_31;
  tmpvar_31 = max (0.0, (1.0 - (tmpvar_25 * tmpvar_23.w)));
  vec3 tmpvar_32;
  tmpvar_32 = (tmpvar_22.xyz * (tmpvar_31 * tmpvar_28));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_33;
  tmpvar_33.x = tmpvar_30;
  tmpvar_33.y = tmpvar_29;
  tmpvar_33.z = tmpvar_28;
  tmpvar_33.w = tmpvar_31;
  if (all (greaterThan (tmpvar_33, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_22.xyz * ((((2.0 / (8.0 * pow (tmpvar_30, 3.0))) * pow (tmpvar_29, 1.0)) * tmpvar_28) * tmpvar_31));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_32);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  vec4 tmpvar_34;
  tmpvar_34 = light_colors[2];
  vec4 tmpvar_35;
  tmpvar_35 = light_positions[2];
  vec3 tmpvar_36;
  tmpvar_36 = (tmpvar_35.xyz - (world_position * tmpvar_34.w));
  float tmpvar_37;
  tmpvar_37 = dot (tmpvar_36, tmpvar_36);
  vec3 tmpvar_38;
  tmpvar_38 = (tmpvar_36 * inversesqrt (tmpvar_37));
  vec3 tmpvar_39;
  tmpvar_39 = normalize ((-(tmpvar_6.xyz) + tmpvar_38));
  float tmpvar_40;
  tmpvar_40 = clamp (dot (tmpvar_9, tmpvar_38), 0.0, 1.0);
  float tmpvar_41;
  tmpvar_41 = clamp (dot (tmpvar_9, tmpvar_39), 0.0, 1.0);
  float tmpvar_42;
  tmpvar_42 = clamp (dot (tmpvar_38, tmpvar_39), 0.0, 1.0);
  float tmpvar_43;
  tmpvar_43 = max (0.0, (1.0 - (tmpvar_37 * tmpvar_35.w)));
  vec3 tmpvar_44;
  tmpvar_44 = (tmpvar_34.xyz * (tmpvar_43 * tmpvar_40));
  tmpvar_1 = vec3(0.0, 0.0, 0.0);
  vec4 tmpvar_45;
  tmpvar_45.x = tmpvar_42;
  tmpvar_45.y = tmpvar_41;
  tmpvar_45.z = tmpvar_40;
  tmpvar_45.w = tmpvar_43;
  if (all (greaterThan (tmpvar_45, vec4(0.001, 0.001, 0.001, 0.001)))) {
    tmpvar_1 = (tmpvar_34.xyz * ((((2.0 / (8.0 * pow (tmpvar_42, 3.0))) * pow (tmpvar_41, 1.0)) * tmpvar_40) * tmpvar_43));
  };
  tmpvar_3 = (tmpvar_3 + tmpvar_44);
  tmpvar_2 = (tmpvar_2 + tmpvar_1);
  gl_FragColor.xyz = (1.0 - exp (-((tmpvar_3 * tmpvar_8.xyz))));
  gl_FragColor.w = tmpvar_8.w;
}


[eternal_lands::errinfo_geometry_shader_*] =
[17:27:30, effect.cpp:275] exception: /home/Flame/Documents/newEL/Eternal-Lands-master/engine/shader/shadersource.cpp(192): Throw in function const eternal_lands::ShaderSourceData& eternal_lands::ShaderSource::get_data(eternal_lands::ShaderType, eternal_lands::ShaderVersionType) const
Dynamic exception type: eternal_lands::ItemNotFoundException
std::exception::what: std::exception
[eternal_lands::errinfo_message_*] = No shader source data with shader vertex version 120 in 'water_animation_world_normal_transformation' found.
[eternal_lands::errinfo_stack_string_*] =
[17:27:30, actor_scripts.c:4400] Error: Data Error in human female(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in human male(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in elf female(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in elf male(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in dwarf female(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in dwarf male(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in wraith(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in cyclops(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in beaver(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in rat(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in goblin male 2(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in goblin female 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in deer(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in bear 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in wolf(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in white rabbit(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in brown rabbit(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in boar(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in bear 2(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in snake 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in snake 2(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in snake 3(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in fox(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in puma(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in ogre male 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in goblin male 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in orc male 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in orc female 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in skeleton(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in gargoyle 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in gargoyle 2(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in gargoyle 3(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in troll(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in chimeran mountain wolf(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in gnome female(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in gnome male(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in orchan female(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in orchan male(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in draegoni female(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in draegoni male(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in skunk 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in racoon 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in unicorn 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in chimeran desert wolf(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in chimeran forest wolf(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in chimeran arctic wolf(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in bear 3(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in bear 4(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in panther(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in leopard 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in leopard 2(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in feran(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in tiger 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in tiger 2(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in armed female orc(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in armed male orc(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in armed skeleton(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in phantom warrior(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in imp(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in brownie(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in spider big 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in spider big 2(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in spider big 3(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in spider big 4(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in spider small 1(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in spider small 2(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in spider small 3(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in spider small 4(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in wood sprite(-1): Actor ID out of range -1
[17:27:30, actor_scripts.c:4400] Error: Data Error in leprechaun(-1): Actor ID out of range -1