Oolite Bulletins

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    "PAGroove-coriolis-reference" = {
        "ai_type" = "stationAI.plist"; 
        "cargo_type" = "CARGO_NOT_CARGO"; 
        "energy_recharge_rate" = 100; 
        "forward_weapon_type" = "WEAPON_NONE"; 
        frangible = 0; 
        "has_ecm" = yes; 
        "has_escape_pod" = 0; 
        "has_scoop" = no; 
        "max_energy" = 25000; 
        "max_flight_pitch" = 8; 
        "max_flight_roll" = 8; 
        "max_flight_speed" = 0; 
        missiles = 0; 
        "port_radius" = 500; 
        roles = "PAGroove-coriolis-reference"; 
        rotating = yes; 
        thrust = 100; 
        "weapon_energy" = 0; 
    }; 
    "PAGroove-dodecahedron-reference" = {
        "ai_type" = "stationAI.plist"; 
        "cargo_type" = "CARGO_NOT_CARGO"; 
        "energy_recharge_rate" = 100; 
        "forward_weapon_type" = "WEAPON_NONE"; 
        frangible = 0; 
        "has_ecm" = yes; 
        "has_escape_pod" = 0; 
        "has_scoop" = no; 
        "max_energy" = 25000; 
        "max_flight_pitch" = 8; 
        "max_flight_roll" = 8; 
        "max_flight_speed" = 0; 
        missiles = 0; 
        name = "Dodecahedron Station"; 
        "port_radius" = 392; 
        roles = "PAGroove-dodecahedron-reference"; 
        rotating = yes; 
        thrust = 100; 
        "weapon_energy" = 0; 
    }; 
    "PAGroove-icosahedron-reference" = {
        "ai_type" = "stationAI.plist"; 
        "cargo_type" = "CARGO_NOT_CARGO"; 
        "energy_recharge_rate" = 100; 
        "forward_weapon_type" = "WEAPON_NONE"; 
        frangible = 0; 
        "has_ecm" = yes; 
        "has_escape_pod" = 0; 
        "has_scoop" = no; 
        "max_energy" = 25000; 
        "max_flight_pitch" = 8; 
        "max_flight_roll" = 8; 
        "max_flight_speed" = 0; 
        missiles = 0; 
        name = "Icosahedron Station"; 
        "port_radius" = 500; 
        roles = "PAGroove-icosahedron-reference"; 
        rotating = yes; 
        thrust = 100; 
        "weapon_energy" = 0; 
    }; 

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[shader.compile.vertex.failure]: ***** GLSL vertex shader compilation failed for PAGroove_station_baydoor_flashers.vertex:
>>>>> GLSL log:
ERROR: 0:17: '=' :  assigning non-constant to 'const float'


>>>>> GLSL source code:
#define OO_USER_DEFINED_BINDINGS  1
#define OO_REDUCED_COMPLEXITY  1
#define OO_TEXTURE_UNIT_COUNT  8


// Information from Oolite.
uniform float         uTime;
uniform float         FrameCount;
uniform float         TimePerFrame;

varying vec3         v_normal;      // Surface normal
varying vec3         v_pos;      // Vertex/fragment position in eye space

// Control factors.

// Derived constants.
const float         kAnimCycleTime = TimePerFrame * FrameCount;


void main(void)
{

   v_normal = normalize(gl_NormalMatrix * gl_Normal);
   v_pos = vec3(gl_ModelViewMatrix * gl_Vertex);
   gl_Position = ftransform();
   
 
   vec4 coord = gl_TextureMatrix[0] * gl_MultiTexCoord0;
   
   // Select frame.
   coord.t += floor(mod(uTime, kAnimCycleTime) / TimePerFrame);
   
   // Scale texture co-ordinates to 0..1
   coord.t /= FrameCount;
   
   gl_TexCoord[0] = coord;
}

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const float         kAnimCycleTime = TimePerFrame * FrameCount;

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float         kAnimCycleTime = TimePerFrame * FrameCount;

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[shader.compile.fragment.failure]: ***** GLSL fragment shader compilation failed for PAGroove_ico_with_specularmap.fragment:
>>>>> GLSL log:
ERROR: 0:33: '=' :  cannot convert from '4-component vector of float' to 'float'


>>>>> GLSL source code:
#define OO_USER_DEFINED_BINDINGS  1
#define OO_TEXTURE_UNIT_COUNT  8


// Information from Oolite.
uniform sampler2D      tex0; // Difuse map
uniform sampler2D      tex1; // Specular map

const float specExponent = 8.0;

// Information from vertex shader.
varying vec3         v_normal;      // Surface normal
varying vec3         v_pos;      // Vertex/fragment position in eye space

// Calculate the contribution of a single light. Ought to be a function, but OS X's GLSlang implementation isn't sufficiently clever.
#define LIGHT(idx) \
   { \
      vec3 lightVector   = normalize(gl_LightSource[idx].position.xyz); \
      vec3 reflection   = normalize(-reflect(lightVector, v_normal)); \
      diffuse += gl_FrontMaterial.diffuse * gl_LightSource[idx].diffuse * max(dot(v_normal, lightVector), 0.0);  \
      specular += gl_LightSource[idx].diffuse * pow(max(dot(reflection, eyeVector), 0.0), specExponent); \
   }

void main(void)
{
   vec4 diffuse = vec4(0.0), specular = vec4(0.0);
   vec3 eyeVector = normalize(-v_pos);
   
   // Load texture data,,
   vec2 texCoord = gl_TexCoord[0].st;
   vec4 colorMap = texture2D(tex0, texCoord);
   vec4 specMap = texture2D(tex1, texCoord);
float specIntensity = 15.0 * specMap * specMap; //put a multiplier eg " float specIntensity = specMap.g * 6.0; " on the end of this line to further tweak your specular maps intensity effect
   
/*   Light 0 is the "showroom" light, used in the demo screen and shipyard.
   Light 0 is currently disabled, because there's no way for the shader to know when it's turned off.
   The solution for this will probably be for Oolite to set its diffuse and specular components to
   black when it's not being used.
   
   Light 1 is the sun.
   */
#ifdef OO_LIGHT_0_FIX
   LIGHT(0);
#endif
   LIGHT(1);
   diffuse += gl_FrontMaterial.ambient * gl_LightModel.ambient; //
   diffuse += colorMap.a * 3.0; // multiplier here to increase glow effect
   vec4 color = diffuse * colorMap + specular * specIntensity;

   gl_FragColor = vec4(color.rgb, 1.0);
}

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float specIntensity = 15.0 * specMap * specMap;

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float specIntensity = 15.0 * specMap.r * specMap.r;

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// Information from Oolite.
uniform sampler2D      tex0; // Difuse map
uniform sampler2D      tex1; // Specular map

// Information from vertex shader.
varying vec3         v_normal;      // Surface normal
varying vec3         v_pos;      // Vertex/fragment position in eye space

// Constants
const float specExponent = 8.0;

// Calculate the contribution of a single light.
#define LIGHT(idx) \
   { \
      vec3 lightVector   = normalize(gl_LightSource[idx].position.xyz); \
      vec3 reflection   = normalize(-reflect(lightVector, v_normal)); \
      diffuse += gl_FrontMaterial.diffuse * gl_LightSource[idx].diffuse * max(dot(v_normal, lightVector), 0.0);  \
      specular += gl_LightSource[idx].diffuse * pow(max(dot(reflection, eyeVector), 0.0), specExponent); \
   }

void main(void)
{
   vec4 diffuse = vec4(0.0), specular = vec4(0.0);
   vec3 eyeVector = normalize(-v_pos);
   
// Load texture data.
   vec2 texCoord = gl_TexCoord[0].st;
   vec4 colorMap = texture2D(tex0, texCoord);
   vec4 specMap = texture2D(tex1, texCoord);
   
// Calculate the specularity effect.  
float specIntensity = 15.0 * specMap.r * specMap.r;
   
//   Light 0 is the "showroom" light, Light 1 is the sun.
#ifdef OO_LIGHT_0_FIX
   LIGHT(0);
#endif
   LIGHT(1);
   diffuse += gl_FrontMaterial.ambient * gl_LightModel.ambient; //
   diffuse += colorMap.a * 3.0; // multiplier here to increase glow effect
   vec4 color = diffuse * colorMap + specular * specIntensity;

// Output the final colour.
   gl_FragColor = vec4(color.rgb, 1.0);
}