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opensourceBIM / BIMserver

The open source BIMserver platform
GNU Affero General Public License v3.0
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BIMViewer not working on jar #1128

Closed MilanRadon closed 4 years ago

MilanRadon commented 4 years ago

In demo data not working BIMSurfer.

-How to run BIMSurfer repository or BIMvie alone (no on jar) and connect to java BIMServer? I have problem with CORS with file dev.js -error: dev.html:1 Access to script at 'file:///Users/aa/BIMsurfer-master/output/bimviews-%25VERSION%25/apps/dev.js' from origin 'null' has been blocked by CORS policy: Cross origin requests are only supported for protocol schemes: http, data, chrome, chrome-extension, https. dev.html:41 GET file:///Users/ff/BIMsurfer-master/output/bimviews-%25VERSION%25/apps/dev.js net::ERR_FAILED

-error after load demo data on bim surfer. on bim vie worked: `Missing uniform location objectColor

precision mediump int; precision mediump float;

ifdef WITH_QUANTIZEVERTICES

uniform mat4 vertexQuantizationMatrix; in ivec3 vertexPosition;

else

in vec3 vertexPosition;

endif

ifdef WITH_LINEPRIMITIVES

ifdef WITH_QUANTIZEVERTICES

in ivec3 nextVertexPosition;

else

in vec3 nextVertexPosition;

endif

in float direction;

endif

ifndef WITH_PICKING

ifndef WITH_LINES

ifdef WITH_QUANTIZENORMALS

ifdef WITH_OCT_ENCODE_NORMALS

in ivec2 vertexNormal;

else

in ivec3 vertexNormal;

endif

else

in vec3 vertexNormal;

endif

endif

endif

ifndef WITH_USEOBJECTCOLORS

ifndef WITH_PICKING

ifndef WITH_LINES

ifdef WITH_QUANTIZECOLORS

in uvec4 vertexColor;

else

in vec4 vertexColor;

endif

endif

endif

endif

ifdef WITH_INSTANCING

in mat4 instanceMatrices; uniform uint numContainedInstances; uniform uint containedInstances[256]; uniform uint containedMeansHidden;

ifndef WITH_PICKING

ifndef WITH_LINES

in mat3 instanceNormalMatrices;

endif

endif

endif

ifdef WITH_PICKING

ifdef WITH_INSTANCING

in uvec4 instancePickColors;

else

in uvec4 vertexPickColor;

endif

flat out uvec4 color;

else

uniform LightData { vec3 dir; vec3 color; vec3 ambientColor; float intensity; } lightData;

out vec4 color;

endif

ifdef WITH_USEOBJECTCOLORS

uniform vec4 objectColor;

endif

ifdef WITH_LINEPRIMITIVES

uniform vec4 inputColor; uniform mat4 matrix; uniform float aspect; uniform float thickness;

else

ifndef WITH_LINES

uniform mat3 viewNormalMatrix;

endif

endif

uniform mat4 projectionMatrix; uniform mat4 viewMatrix; uniform vec3 postProcessingTranslation;

out vec3 worldCoords;

vec3 octDecode(vec2 oct) { vec3 v = vec3(oct.xy, 1.0 - abs(oct.x) - abs(oct.y)); if (v.z < 0.0) { v.xy = (1.0 - abs(v.yx)) * vec2(v.x >= 0.0 ? 1.0 : -1.0, v.y >= 0.0 ? 1.0 : -1.0); } return normalize(v); }

void main(void) {

ifndef WITH_INSTANCING

#ifdef WITH_QUANTIZEVERTICES
    vec4 floatVertex = vec4(postProcessingTranslation, 0) + vertexQuantizationMatrix * vec4(float(vertexPosition.x), float(vertexPosition.y), float(vertexPosition.z), 1);
#else
    vec4 floatVertex = vec4(postProcessingTranslation, 0) + vec4(vertexPosition, 1);
#endif

endif

ifndef WITH_PICKING

ifndef WITH_LINES

ifdef WITH_QUANTIZENORMALS

ifdef WITH_OCT_ENCODE_NORMALS

vec2 normal = vec2(float(vertexNormal.x), float(vertexNormal.y));
if (normal.x < 0.0) {
    normal.x = normal.x / 128.0;
} else {
    normal.x = normal.x / 127.0;
}
if (normal.y < 0.0) {
    normal.y = normal.y / 128.0;
} else {
    normal.y = normal.y / 127.0;
}
vec3 floatNormal = octDecode(normal);

else

vec3 floatNormal = vec3(float(vertexNormal.x) / 127.0, float(vertexNormal.y) / 127.0, float(vertexNormal.z) / 127.0);

// floatNormal = vec3(0.0, 0.0, 1.0);

endif

else

vec3 floatNormal = vertexNormal;

endif

endif

endif

ifdef WITH_USEOBJECTCOLORS

vec4 floatColor = objectColor;

else

ifndef WITH_PICKING

ifndef WITH_LINES

ifdef WITH_QUANTIZECOLORS

vec4 floatColor = vec4(float(vertexColor.x) / 255.0, float(vertexColor.y) / 255.0, float(vertexColor.z) / 255.0, float(vertexColor.w) / 255.0);

else

vec4 floatColor = vertexColor;

endif

endif

endif

endif

ifdef WITH_INSTANCING

#ifdef WITH_QUANTIZEVERTICES
    vec4 floatVertex = vec4(postProcessingTranslation, 0) + instanceMatrices * vertexQuantizationMatrix * vec4(float(vertexPosition.x), float(vertexPosition.y), float(vertexPosition.z), 1);
#else
    vec4 floatVertex = vec4(postProcessingTranslation, 0) + instanceMatrices * vec4(vertexPosition, 1);
#endif

ifndef WITH_PICKING

ifndef WITH_LINES

floatNormal = instanceNormalMatrices * floatNormal;

endif

endif

endif

ifdef WITH_LINEPRIMITIVES

// tfk: todo: line matrix could be same as instanceMatrix?
vec2 aspectVec = vec2(aspect, 1.0);
mat4 viewModel = viewMatrix * matrix;
mat4 projViewModel = projectionMatrix * viewModel;
vec4 currentProjected = projectionMatrix * (vec4(postProcessingTranslation, 0) + viewModel * floatVertex);
vec2 currentScreen = currentProjected.xy / currentProjected.w * aspectVec;

ifdef WITH_QUANTIZEVERTICES

vec4 nextVertexPositionFloat = vec4(postProcessingTranslation, 0) + vertexQuantizationMatrix * vec4(float(nextVertexPosition.x), float(nextVertexPosition.y), float(nextVertexPosition.z), 1);

else

vec4 nextVertexPositionFloat = vec4(postProcessingTranslation, 0) + vec4(nextVertexPosition, 1);

endif

vec4 nextProjected = projViewModel * nextVertexPositionFloat;
vec2 nextScreen = nextProjected.xy / nextProjected.w * aspectVec;

vec2 dir = normalize(nextScreen - currentScreen);
vec2 normal = vec2(-dir.y, dir.x);

vec4 offset = vec4(normal / aspectVec * float(direction) * thickness * currentProjected.w, 0.0, 0.0);
vec4 offset2 = vec4(dir / -2. / aspectVec * thickness * currentProjected.w, 0.0, 0.0);
gl_Position = currentProjected + offset + offset2;

color = inputColor;

else

gl_Position = projectionMatrix * viewMatrix * floatVertex;

ifdef WITH_INSTANCING

// Move the vertex off-screen when hidden

bool contained = false;

for (int i = 0; i < int(numContainedInstances); ++i) {
    if ((containedInstances[i] == uint(gl_InstanceID))) {
        contained = true;
        break;
    }
}

if (contained == (containedMeansHidden == uint(1))) {
    gl_Position = vec4(-10., -10., -10., -10.);
    return;
}

endif

ifdef WITH_PICKING

ifdef WITH_INSTANCING

color = instancePickColors;

else

color = vertexPickColor;

endif

else

ifdef WITH_LINES

// Line rendering color
color = vec4(0.3, 0.3, 0.3, 1);

else

vec3 viewNormal = normalize(viewNormalMatrix * floatNormal);
// This does not seem to work, I think the "abs" results in the model being dark on 2 sides, and being light on the other 2 sides

// float lambert1 = abs(dot(floatNormal, normalize(lightData.dir))); float lambert2 = max(dot(-viewNormal, normalize(lightData.dir)), 0.0); // color = vec4((lambert1 0.85 + lambert2 0.2 + 0.3) floatColor.rgb, floatColor.a); color = vec4((lambert2 0.7 + 0.3) * floatColor.rgb, floatColor.a); // color = floatColor;

endif

endif

endif

worldCoords = floatVertex.xyz;

} Object (anonymous) @ programmanager.js:254 programmanager.js:254 Missing uniform location objectColor

precision mediump int; precision mediump float;

ifdef WITH_QUANTIZEVERTICES

uniform mat4 vertexQuantizationMatrix; in ivec3 vertexPosition;

else

in vec3 vertexPosition;

endif

ifdef WITH_LINEPRIMITIVES

ifdef WITH_QUANTIZEVERTICES

in ivec3 nextVertexPosition;

else

in vec3 nextVertexPosition;

endif

in float direction;

endif

ifndef WITH_PICKING

ifndef WITH_LINES

ifdef WITH_QUANTIZENORMALS

ifdef WITH_OCT_ENCODE_NORMALS

in ivec2 vertexNormal;

else

in ivec3 vertexNormal;

endif

else

in vec3 vertexNormal;

endif

endif

endif

ifndef WITH_USEOBJECTCOLORS

ifndef WITH_PICKING

ifndef WITH_LINES

ifdef WITH_QUANTIZECOLORS

in uvec4 vertexColor;

else

in vec4 vertexColor;

endif

endif

endif

endif

ifdef WITH_INSTANCING

in mat4 instanceMatrices; uniform uint numContainedInstances; uniform uint containedInstances[256]; uniform uint containedMeansHidden;

ifndef WITH_PICKING

ifndef WITH_LINES

in mat3 instanceNormalMatrices;

endif

endif

endif

ifdef WITH_PICKING

ifdef WITH_INSTANCING

in uvec4 instancePickColors;

else

in uvec4 vertexPickColor;

endif

flat out uvec4 color;

else

uniform LightData { vec3 dir; vec3 color; vec3 ambientColor; float intensity; } lightData;

out vec4 color;

endif

ifdef WITH_USEOBJECTCOLORS

uniform vec4 objectColor;

endif

ifdef WITH_LINEPRIMITIVES

uniform vec4 inputColor; uniform mat4 matrix; uniform float aspect; uniform float thickness;

else

ifndef WITH_LINES

uniform mat3 viewNormalMatrix;

endif

endif

uniform mat4 projectionMatrix; uniform mat4 viewMatrix; uniform vec3 postProcessingTranslation;

out vec3 worldCoords;

vec3 octDecode(vec2 oct) { vec3 v = vec3(oct.xy, 1.0 - abs(oct.x) - abs(oct.y)); if (v.z < 0.0) { v.xy = (1.0 - abs(v.yx)) * vec2(v.x >= 0.0 ? 1.0 : -1.0, v.y >= 0.0 ? 1.0 : -1.0); } return normalize(v); }

void main(void) {

ifndef WITH_INSTANCING

#ifdef WITH_QUANTIZEVERTICES
    vec4 floatVertex = vec4(postProcessingTranslation, 0) + vertexQuantizationMatrix * vec4(float(vertexPosition.x), float(vertexPosition.y), float(vertexPosition.z), 1);
#else
    vec4 floatVertex = vec4(postProcessingTranslation, 0) + vec4(vertexPosition, 1);
#endif

endif

ifndef WITH_PICKING

ifndef WITH_LINES

ifdef WITH_QUANTIZENORMALS

ifdef WITH_OCT_ENCODE_NORMALS

vec2 normal = vec2(float(vertexNormal.x), float(vertexNormal.y));
if (normal.x < 0.0) {
    normal.x = normal.x / 128.0;
} else {
    normal.x = normal.x / 127.0;
}
if (normal.y < 0.0) {
    normal.y = normal.y / 128.0;
} else {
    normal.y = normal.y / 127.0;
}
vec3 floatNormal = octDecode(normal);

else

vec3 floatNormal = vec3(float(vertexNormal.x) / 127.0, float(vertexNormal.y) / 127.0, float(vertexNormal.z) / 127.0);

// floatNormal = vec3(0.0, 0.0, 1.0);

endif

else

vec3 floatNormal = vertexNormal;

endif

endif

endif

ifdef WITH_USEOBJECTCOLORS

vec4 floatColor = objectColor;

else

ifndef WITH_PICKING

ifndef WITH_LINES

ifdef WITH_QUANTIZECOLORS

vec4 floatColor = vec4(float(vertexColor.x) / 255.0, float(vertexColor.y) / 255.0, float(vertexColor.z) / 255.0, float(vertexColor.w) / 255.0);

else

vec4 floatColor = vertexColor;

endif

endif

endif

endif

ifdef WITH_INSTANCING

#ifdef WITH_QUANTIZEVERTICES
    vec4 floatVertex = vec4(postProcessingTranslation, 0) + instanceMatrices * vertexQuantizationMatrix * vec4(float(vertexPosition.x), float(vertexPosition.y), float(vertexPosition.z), 1);
#else
    vec4 floatVertex = vec4(postProcessingTranslation, 0) + instanceMatrices * vec4(vertexPosition, 1);
#endif

ifndef WITH_PICKING

ifndef WITH_LINES

floatNormal = instanceNormalMatrices * floatNormal;

endif

endif

endif

ifdef WITH_LINEPRIMITIVES

// tfk: todo: line matrix could be same as instanceMatrix?
vec2 aspectVec = vec2(aspect, 1.0);
mat4 viewModel = viewMatrix * matrix;
mat4 projViewModel = projectionMatrix * viewModel;
vec4 currentProjected = projectionMatrix * (vec4(postProcessingTranslation, 0) + viewModel * floatVertex);
vec2 currentScreen = currentProjected.xy / currentProjected.w * aspectVec;

ifdef WITH_QUANTIZEVERTICES

vec4 nextVertexPositionFloat = vec4(postProcessingTranslation, 0) + vertexQuantizationMatrix * vec4(float(nextVertexPosition.x), float(nextVertexPosition.y), float(nextVertexPosition.z), 1);

else

vec4 nextVertexPositionFloat = vec4(postProcessingTranslation, 0) + vec4(nextVertexPosition, 1);

endif

vec4 nextProjected = projViewModel * nextVertexPositionFloat;
vec2 nextScreen = nextProjected.xy / nextProjected.w * aspectVec;

vec2 dir = normalize(nextScreen - currentScreen);
vec2 normal = vec2(-dir.y, dir.x);

vec4 offset = vec4(normal / aspectVec * float(direction) * thickness * currentProjected.w, 0.0, 0.0);
vec4 offset2 = vec4(dir / -2. / aspectVec * thickness * currentProjected.w, 0.0, 0.0);
gl_Position = currentProjected + offset + offset2;

color = inputColor;

else

gl_Position = projectionMatrix * viewMatrix * floatVertex;

ifdef WITH_INSTANCING

// Move the vertex off-screen when hidden

bool contained = false;

for (int i = 0; i < int(numContainedInstances); ++i) {
    if ((containedInstances[i] == uint(gl_InstanceID))) {
        contained = true;
        break;
    }
}

if (contained == (containedMeansHidden == uint(1))) {
    gl_Position = vec4(-10., -10., -10., -10.);
    return;
}

endif

ifdef WITH_PICKING

ifdef WITH_INSTANCING

color = instancePickColors;

else

color = vertexPickColor;

endif

else

ifdef WITH_LINES

// Line rendering color
color = vec4(0.3, 0.3, 0.3, 1);

else

vec3 viewNormal = normalize(viewNormalMatrix * floatNormal);
// This does not seem to work, I think the "abs" results in the model being dark on 2 sides, and being light on the other 2 sides

// float lambert1 = abs(dot(floatNormal, normalize(lightData.dir))); float lambert2 = max(dot(-viewNormal, normalize(lightData.dir)), 0.0); // color = vec4((lambert1 0.85 + lambert2 0.2 + 0.3) floatColor.rgb, floatColor.a); color = vec4((lambert2 0.7 + 0.3) * floatColor.rgb, floatColor.a); // color = floatColor;

endif

endif

endif

worldCoords = floatVertex.xyz;

} Object (anonymous) @ programmanager.js:254 datainputstream.js:66 Uncaught RangeError: Offset is outside the bounds of the DataView at DataView.getInt32 () at DataInputStream.readInt (datainputstream.js:66) at BimserverGeometryLoader.readObject (geometryloader.js:531) at BimserverGeometryLoader.processMessage (geometryloader.js:383) at BimserverGeometryLoader.binaryDataListener (geometryloader.js:406) at bimservergeometryloader.js:41 at BimServerClient.processNotification (bimserverclient.js:212) at BimServerApiWebSocket._onmessage (bimserverapiwebsocket.js:108) geometryloader.js:709 Data does not start with BGS () readStart @ geometryloader.js:709 geometryloader.js:107 Uncaught TypeError: Cannot read property 'nrIndices' of undefined at BimserverGeometryLoader.processPreparedBuffer (geometryloader.js:107) at BimserverGeometryLoader.readObject (geometryloader.js:557) at BimserverGeometryLoader.processMessage (geometryloader.js:383) at BimserverGeometryLoader.binaryDataListener (geometryloader.js:406) at bimservergeometryloader.js:41 at BimServerClient.processNotification (bimserverclient.js:212) at BimServerApiWebSocket._onmessage (bimserverapiwebsocket.js:108) renderlayer.js:298 Uncaught TypeError: Cannot read property '0' of undefined at DefaultRenderLayer.storeMissingGeometry (renderlayer.js:298) at BimserverGeometryLoader.endOfStream (geometryloader.js:392) at BimserverGeometryLoader.endOfStream (bimservergeometryloader.js:49) at BimserverGeometryLoader.binaryDataListener (geometryloader.js:410) at bimservergeometryloader.js:41 at BimServerClient.processNotification (bimserverclient.js:212) at BimServerApiWebSocket._onmessage (bimserverapiwebsocket.js:108)`

How to run BIMSurfer repository or BIMvie alone (no on jar) and connect to BIMServer? I have problem with CORS with file dev.js

rubendel commented 4 years ago

You need to put whatever client-side JS application you want to run (BIMvie.ws, BIMsurfer etc...) on an actual webserver. Running from disk almost never works, which is a generic problem, not specific to BIMserver.