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Gentoo's Bugzilla – Attachment 86599 Details for
Bug 88970
openvrml does not build
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[patch]
Patch to compile openvrml-0.14.3 with gcc-3.4.6
openvrml-0.14.3-name.patch (text/plain), 87.38 KB, created by
Honza Macháček
on 2006-05-11 02:45:44 UTC
(
hide
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Description:
Patch to compile openvrml-0.14.3 with gcc-3.4.6
Filename:
MIME Type:
Creator:
Honza Macháček
Created:
2006-05-11 02:45:44 UTC
Size:
87.38 KB
patch
obsolete
>diff -Naur openvrml-0.14.3-a/src/libopenvrml/openvrml/ScriptJDK.cpp openvrml-0.14.3-b/src/libopenvrml/openvrml/ScriptJDK.cpp >--- src/libopenvrml/openvrml/ScriptJDK.cpp 2005-11-16 08:21:44.000000000 +0000 >+++ src/libopenvrml/openvrml/ScriptJDK.cpp 2005-11-16 08:21:44.000000000 +0000 >@@ -393,7 +393,7 @@ > */ > void ScriptJDK::initialize(const double timestamp) > { >- const sftime arg(timestamp); >+ const openvrml::sftime arg(timestamp); > const field_value * argv[] = { &arg }; > this->activate(timestamp, "initialize", 1, argv); > } >@@ -409,7 +409,7 @@ > const field_value & value, > const double timestamp) > { >- const sftime timestampArg(timestamp); >+ const openvrml::sftime timestampArg(timestamp); > const field_value * argv[] = { &value, ×tampArg }; > this->activate(timestamp, id, 2, argv); > } >@@ -421,7 +421,7 @@ > */ > void ScriptJDK::events_processed(const double timestamp) > { >- const sftime arg(timestamp); >+ const openvrml::sftime arg(timestamp); > const field_value * argv[] = { &arg }; > this->activate(timestamp, "eventsProcessed", 1, argv); > } >@@ -434,7 +434,7 @@ > */ > void ScriptJDK::shutdown(const double timestamp) > { >- const sftime arg(timestamp); >+ const openvrml::sftime arg(timestamp); > const field_value * argv[] = { &arg }; > this->activate(timestamp, "shutdown", 1, argv); > } >@@ -507,45 +507,45 @@ > case field_value::invalid_type_id: > return NULL; > case field_value::sfbool_id: >- return new sfbool; >+ return new openvrml::sfbool; > case field_value::sfcolor_id: >- return new sfcolor; >+ return new openvrml::sfcolor; > case field_value::sffloat_id: >- return new sffloat; >+ return new openvrml::sffloat; > case field_value::sfimage_id: > return new sfimage; > case field_value::sfint32_id: >- return new sfint32; >+ return new openvrml::sfint32; > case field_value::sfnode_id: > return new sfnode; > case field_value::sfrotation_id: >- return new sfrotation; >+ return new openvrml::sfrotation; > case field_value::sfstring_id: > return new sfstring; > case field_value::sftime_id: >- return new sftime; >+ return new openvrml::sftime; > case field_value::sfvec2f_id: >- return new sfvec2f; >+ return new openvrml::sfvec2f; > case field_value::sfvec3f_id: >- return new sfvec3f; >+ return new openvrml::sfvec3f; > case field_value::mfcolor_id: >- return new mfcolor; >+ return new openvrml::mfcolor; > case field_value::mffloat_id: >- return new mffloat; >+ return new openvrml::mffloat; > case field_value::mfint32_id: >- return new mfint32; >+ return new openvrml::mfint32; > case field_value::mfnode_id: >- return new mfnode; >+ return new openvrml::mfnode; > case field_value::mfrotation_id: >- return new mfrotation; >+ return new openvrml::mfrotation; > case field_value::mfstring_id: >- return new mfstring; >+ return new openvrml::mfstring; > case field_value::mftime_id: >- return new mftime; >+ return new openvrml::mftime; > case field_value::mfvec2f_id: >- return new mfvec2f; >+ return new openvrml::mfvec2f; > case field_value::mfvec3f_id: >- return new mfvec3f; >+ return new openvrml::mfvec3f; > default: > return NULL; > } >@@ -620,7 +620,7 @@ > try { > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) { return; } >- std::auto_ptr<sfbool> sfbool(new sfbool(value)); >+ std::auto_ptr<openvrml::sfbool> sfbool(new openvrml::sfbool(value)); > env->SetIntField(obj, fid, reinterpret_cast<int>(sfbool.release())); > } catch (std::bad_alloc & ex) { > env->ExceptionDescribe(); >@@ -644,7 +644,7 @@ > jboolean JNICALL Java_vrml_field_ConstSFBool_getValue(JNIEnv * env, > jobject obj) > { >- sfbool * sfb = static_cast<sfbool *>(getFieldValue(env, obj)); >+ openvrml::sfbool * sfb = static_cast<openvrml::sfbool *>(getFieldValue(env, obj)); > if (!sfb) { return false; } > return sfb->value; > } >@@ -699,7 +699,7 @@ > jobject obj, > jboolean value) > { >- sfbool * sfb = static_cast<sfbool *>(getFieldValue(env, obj)); >+ openvrml::sfbool * sfb = static_cast<openvrml::sfbool *>(getFieldValue(env, obj)); > if (!sfb) { return; } > sfb->value = value; > } >@@ -715,8 +715,8 @@ > Java_vrml_field_SFBool_setValue__Lvrml_field_ConstSFBool_2 > (JNIEnv *env, jobject obj, jobject value) > { >- sfbool* newsfbool = static_cast<sfbool*>(getFieldValue(env, value)); >- sfbool* sfb = static_cast<sfbool*>(getFieldValue(env, obj)); >+ openvrml::sfbool* newsfbool = static_cast<openvrml::sfbool*>(getFieldValue(env, value)); >+ openvrml::sfbool* sfb = static_cast<openvrml::sfbool*>(getFieldValue(env, obj)); > if (!newsfbool || !sfb) return; > sfb->value = newsfbool->value; > } >@@ -763,7 +763,7 @@ > try { > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) { return; } >- std::auto_ptr<sfcolor> sfcolor(new sfcolor(color(r, g, b))); >+ std::auto_ptr<openvrml::sfcolor> sfcolor(new openvrml::sfcolor(color(r, g, b))); > env->SetIntField(obj, fid, reinterpret_cast<int>(sfcolor.release())); > } catch (std::bad_alloc & ex) { > env->ExceptionDescribe(); >@@ -788,7 +788,7 @@ > jobject obj, > jfloatArray jarr) > { >- sfcolor * sfc = static_cast<sfcolor*>(getFieldValue(env, obj)); >+ openvrml::sfcolor * sfc = static_cast<openvrml::sfcolor*>(getFieldValue(env, obj)); > if (!sfc) { return; } > env->SetFloatArrayRegion(jarr, 0, 3, > const_cast<float *>(&sfc->value[0])); >@@ -803,7 +803,7 @@ > */ > jfloat JNICALL Java_vrml_field_ConstSFColor_getRed(JNIEnv * env, jobject obj) > { >- sfcolor * sfc = static_cast<sfcolor *>(getFieldValue(env, obj)); >+ openvrml::sfcolor * sfc = static_cast<openvrml::sfcolor *>(getFieldValue(env, obj)); > if (!sfc) { return 0.0; } > return sfc->value.r(); > } >@@ -818,7 +818,7 @@ > jfloat JNICALL Java_vrml_field_ConstSFColor_getGreen(JNIEnv * env, > jobject obj) > { >- sfcolor * sfc = static_cast<sfcolor *>(getFieldValue(env, obj)); >+ openvrml::sfcolor * sfc = static_cast<openvrml::sfcolor *>(getFieldValue(env, obj)); > if (!sfc) { return 0.0; } > return sfc->value.g(); > } >@@ -832,7 +832,7 @@ > */ > jfloat JNICALL Java_vrml_field_ConstSFColor_getBlue(JNIEnv * env, jobject obj) > { >- sfcolor * sfc = static_cast<sfcolor *>(getFieldValue(env, obj)); >+ openvrml::sfcolor * sfc = static_cast<openvrml::sfcolor *>(getFieldValue(env, obj)); > if (!sfc) { return 0.0; } > return sfc->value.b(); > } >@@ -928,7 +928,7 @@ > jobject obj, > jfloatArray jarr) > { >- sfcolor * sfc = static_cast<sfcolor *>(getFieldValue(env, obj)); >+ openvrml::sfcolor * sfc = static_cast<openvrml::sfcolor *>(getFieldValue(env, obj)); > if (!sfc) { return; } > jfloat * pjf = env->GetFloatArrayElements(jarr, NULL); > sfc->value = color(pjf[0], pjf[1], pjf[2]); >@@ -947,7 +947,7 @@ > void JNICALL Java_vrml_field_SFColor_setValue__FFF > (JNIEnv *env, jobject obj, jfloat r, jfloat g, jfloat b) > { >- sfcolor* sfc = static_cast<sfcolor*>(getFieldValue(env, obj)); >+ openvrml::sfcolor* sfc = static_cast<openvrml::sfcolor*>(getFieldValue(env, obj)); > if (!sfc) { return; } > sfc->value = color(r, g, b); > } >@@ -963,8 +963,8 @@ > Java_vrml_field_SFColor_setValue__Lvrml_field_ConstSFColor_2 > (JNIEnv *env, jobject obj, jobject value) > { >- sfcolor* newSFColor = static_cast<sfcolor*>(getFieldValue(env, value)); >- sfcolor* sfc = static_cast<sfcolor*>(getFieldValue(env, obj)); >+ openvrml::sfcolor* newSFColor = static_cast<openvrml::sfcolor*>(getFieldValue(env, value)); >+ openvrml::sfcolor* sfc = static_cast<openvrml::sfcolor*>(getFieldValue(env, obj)); > if (!newSFColor || !sfc) return; > sfc->value = newSFColor->value; > } >@@ -1010,7 +1010,7 @@ > try { > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) { return; } >- std::auto_ptr<sffloat> sffloat(new sffloat(value)); >+ std::auto_ptr<openvrml::sffloat> sffloat(new openvrml::sffloat(value)); > env->SetIntField(obj, fid, reinterpret_cast<int>(sffloat.release())); > } catch (std::bad_alloc & ex) { > env->ExceptionDescribe(); >@@ -1034,7 +1034,7 @@ > jfloat JNICALL Java_vrml_field_ConstSFFloat_getValue(JNIEnv * env, > jobject obj) > { >- sffloat * sff = static_cast<sffloat *>(getFieldValue(env, obj)); >+ openvrml::sffloat * sff = static_cast<openvrml::sffloat *>(getFieldValue(env, obj)); > if (!sff) { return 0.0; } > return sff->value; > } >@@ -1089,7 +1089,7 @@ > jobject obj, > jfloat f) > { >- sffloat * sff = static_cast<sffloat *>(getFieldValue(env, obj)); >+ openvrml::sffloat * sff = static_cast<openvrml::sffloat *>(getFieldValue(env, obj)); > if (!sff) { return; } > sff->value = f; > } >@@ -1105,8 +1105,8 @@ > Java_vrml_field_SFFloat_setValue__Lvrml_field_ConstSFFloat_2 > (JNIEnv *env, jobject obj, jobject value) > { >- sffloat* sff = static_cast<sffloat*>(getFieldValue(env, obj)); >- sffloat* newSFFloat = static_cast<sffloat*>(getFieldValue(env, value)); >+ openvrml::sffloat* sff = static_cast<openvrml::sffloat*>(getFieldValue(env, obj)); >+ openvrml::sffloat* newSFFloat = static_cast<openvrml::sffloat*>(getFieldValue(env, value)); > if (!sff || !newSFFloat) return; > sff->value = newSFFloat->value; > } >@@ -1404,7 +1404,7 @@ > try { > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) { return; } >- std::auto_ptr<sfint32> sfint32(new sfint32(value)); >+ std::auto_ptr<openvrml::sfint32> sfint32(new openvrml::sfint32(value)); > env->SetIntField(obj, fid, reinterpret_cast<int>(sfint32.release())); > } catch (std::bad_alloc & ex) { > env->ExceptionDescribe(); >@@ -1427,7 +1427,7 @@ > */ > jint JNICALL Java_vrml_field_ConstSFInt32_getValue(JNIEnv * env, jobject obj) > { >- sfint32 * sfi = static_cast<sfint32*>(getFieldValue(env, obj)); >+ openvrml::sfint32 * sfi = static_cast<openvrml::sfint32*>(getFieldValue(env, obj)); > if (!sfi) { return 0; } > return jint(sfi->value); > } >@@ -1475,7 +1475,7 @@ > jobject obj, > jint value) > { >- sfint32 * sfi = static_cast<sfint32*>(getFieldValue(env, obj)); >+ openvrml::sfint32 * sfi = static_cast<openvrml::sfint32*>(getFieldValue(env, obj)); > if (!sfi) { return; } > sfi->value = value; > } >@@ -1492,8 +1492,8 @@ > jobject obj, > jobject value) > { >- sfint32* sfi = static_cast<sfint32*>(getFieldValue(env, obj)); >- sfint32* newSFInt32 = static_cast<sfint32*>(getFieldValue(env, value)); >+ openvrml::sfint32* sfi = static_cast<openvrml::sfint32*>(getFieldValue(env, obj)); >+ openvrml::sfint32* newSFInt32 = static_cast<openvrml::sfint32*>(getFieldValue(env, value)); > if (!sfi || !newSFInt32) return; > sfi->value = newSFInt32->value; > } >@@ -1694,7 +1694,7 @@ > jfloat axisZ, jfloat angle) > { > try { >- std::auto_ptr<sfrotation> sfrotation(new sfrotation(rotation(axisX, >+ std::auto_ptr<openvrml::sfrotation> sfrotation(new openvrml::sfrotation(rotation(axisX, > axisY, > axisZ, > angle))); >@@ -1717,7 +1717,7 @@ > jobject obj, > jfloatArray jarr) > { >- sfrotation * sfr = static_cast<sfrotation*>(getFieldValue(env, obj)); >+ openvrml::sfrotation * sfr = static_cast<openvrml::sfrotation*>(getFieldValue(env, obj)); > if (!sfr) { return; } > env->SetFloatArrayRegion(jarr, 0, 4, > const_cast<float *>(&sfr->value[0])); >@@ -1761,7 +1761,7 @@ > jobject obj, > jfloatArray jarr) > { >- sfrotation * sfr = static_cast<sfrotation*>(getFieldValue(env, obj)); >+ openvrml::sfrotation * sfr = static_cast<openvrml::sfrotation*>(getFieldValue(env, obj)); > if (!sfr) { return; } > jfloat * pjf = env->GetFloatArrayElements(jarr, NULL); > sfr->value = rotation(pjf[0], pjf[1], pjf[2], pjf[3]); >@@ -1785,7 +1785,7 @@ > jfloat axisZ, > jfloat angle) > { >- sfrotation * sfr = static_cast<sfrotation*>(getFieldValue(env, obj)); >+ openvrml::sfrotation * sfr = static_cast<openvrml::sfrotation*>(getFieldValue(env, obj)); > if (!sfr) { return; } > sfr->value = rotation(axisX, axisY, axisZ, angle); > } >@@ -1803,9 +1803,9 @@ > jobject obj, > jobject value) > { >- sfrotation * sfr = static_cast<sfrotation*>(getFieldValue(env, obj)); >- sfrotation * newSFRotation = >- static_cast<sfrotation*>(getFieldValue(env, value)); >+ openvrml::sfrotation * sfr = static_cast<openvrml::sfrotation*>(getFieldValue(env, obj)); >+ openvrml::sfrotation * newSFRotation = >+ static_cast<openvrml::sfrotation*>(getFieldValue(env, value)); > if (!sfr || !newSFRotation) return; > sfr->value = newSFRotation->value; > } >@@ -1966,7 +1966,7 @@ > (JNIEnv *env, jobject obj, jdouble time) > { > try { >- std::auto_ptr<sftime> sftime(new sftime(time)); >+ std::auto_ptr<openvrml::sftime> sftime(new openvrml::sftime(time)); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) return; > env->SetIntField(obj, fid, reinterpret_cast<int>(sftime.release())); >@@ -1991,7 +1991,7 @@ > */ > jdouble JNICALL Java_vrml_field_ConstSFTime_getValue(JNIEnv * env, jobject obj) > { >- sftime * sft = static_cast<sftime*>(getFieldValue(env, obj)); >+ openvrml::sftime * sft = static_cast<openvrml::sftime*>(getFieldValue(env, obj)); > if (!sft) { return 0.0; } > return jdouble(sft->value); > } >@@ -2032,7 +2032,7 @@ > jobject obj, > jdouble time) > { >- sftime * sft = static_cast<sftime*>(getFieldValue(env, obj)); >+ openvrml::sftime * sft = static_cast<openvrml::sftime*>(getFieldValue(env, obj)); > if (!sft) { return; } > sft->value = time; > } >@@ -2042,8 +2042,8 @@ > jobject obj, > jobject value) > { >- sftime* sft = static_cast<sftime*>(getFieldValue(env, obj)); >- sftime* newsftime = static_cast<sftime*>(getFieldValue(env, value)); >+ openvrml::sftime* sft = static_cast<openvrml::sftime*>(getFieldValue(env, obj)); >+ openvrml::sftime* newsftime = static_cast<openvrml::sftime*>(getFieldValue(env, value)); > if (!sft || !newsftime) { return; } > sft->value = newsftime->value; > } >@@ -2072,7 +2072,7 @@ > (JNIEnv *env, jobject obj, jfloat x, jfloat y) > { > try { >- std::auto_ptr<sfvec2f> sfvec2f(new sfvec2f(vec2f(x, y))); >+ std::auto_ptr<openvrml::sfvec2f> sfvec2f(new openvrml::sfvec2f(vec2f(x, y))); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) { return; } > env->SetIntField(obj, fid, reinterpret_cast<int>(sfvec2f.release())); >@@ -2099,7 +2099,7 @@ > jobject obj, > jfloatArray jarr) > { >- sfvec2f * sfv = static_cast<sfvec2f *>(getFieldValue(env, obj)); >+ openvrml::sfvec2f * sfv = static_cast<openvrml::sfvec2f *>(getFieldValue(env, obj)); > if (!sfv) { return; } > env->SetFloatArrayRegion(jarr, 0, 2, const_cast<float *>(&sfv->value[0])); > } >@@ -2113,7 +2113,7 @@ > */ > jfloat JNICALL Java_vrml_field_ConstSFVec2f_getX(JNIEnv * env, jobject obj) > { >- sfvec2f * sfv = static_cast<sfvec2f*>(getFieldValue(env, obj)); >+ openvrml::sfvec2f * sfv = static_cast<openvrml::sfvec2f*>(getFieldValue(env, obj)); > if (!sfv) { return 0.0; } > return sfv->value.x(); > } >@@ -2127,7 +2127,7 @@ > */ > jfloat JNICALL Java_vrml_field_ConstSFVec2f_getY(JNIEnv * env, jobject obj) > { >- sfvec2f * sfv = static_cast<sfvec2f*>(getFieldValue(env, obj)); >+ openvrml::sfvec2f * sfv = static_cast<openvrml::sfvec2f*>(getFieldValue(env, obj)); > if (!sfv) { return 0.0; } > return sfv->value.y(); > } >@@ -2194,7 +2194,7 @@ > jobject obj, > jfloatArray jarr) > { >- sfvec2f * sfv = static_cast<sfvec2f*>(getFieldValue(env, obj)); >+ openvrml::sfvec2f * sfv = static_cast<openvrml::sfvec2f*>(getFieldValue(env, obj)); > if (!sfv) return; > jfloat * pjf = env->GetFloatArrayElements(jarr, NULL); > sfv->value = vec2f(pjf[0], pjf[1]); >@@ -2206,7 +2206,7 @@ > jfloat x, > jfloat y) > { >- sfvec2f * sfv = static_cast<sfvec2f*>(getFieldValue(env, obj)); >+ openvrml::sfvec2f * sfv = static_cast<openvrml::sfvec2f*>(getFieldValue(env, obj)); > if (!sfv) return; > sfv->value = vec2f(x, y); > } >@@ -2216,8 +2216,8 @@ > jobject obj, > jobject value) > { >- sfvec2f * sfv = static_cast<sfvec2f*>(getFieldValue(env, obj)); >- sfvec2f * newSFVec2f = static_cast<sfvec2f*>(getFieldValue(env, value)); >+ openvrml::sfvec2f * sfv = static_cast<openvrml::sfvec2f*>(getFieldValue(env, obj)); >+ openvrml::sfvec2f * newSFVec2f = static_cast<openvrml::sfvec2f*>(getFieldValue(env, value)); > if (!sfv || !newSFVec2f) { return; } > sfv->value = newSFVec2f->value; > } >@@ -2250,7 +2250,7 @@ > jfloat z) > { > try { >- std::auto_ptr<sfvec3f> sfvec3f(new sfvec3f(vec3f(x, y, z))); >+ std::auto_ptr<openvrml::sfvec3f> sfvec3f(new openvrml::sfvec3f(vec3f(x, y, z))); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) { return; } > env->SetIntField(obj, fid, reinterpret_cast<int>(sfvec3f.release())); >@@ -2277,7 +2277,7 @@ > jobject obj, > jfloatArray jarr) > { >- sfvec3f * sfv = static_cast<sfvec3f*>(getFieldValue(env, obj)); >+ openvrml::sfvec3f * sfv = static_cast<openvrml::sfvec3f*>(getFieldValue(env, obj)); > if (!sfv) { return; } > env->SetFloatArrayRegion(jarr, 0, 3, const_cast<float *>(&sfv->value[0])); > } >@@ -2291,7 +2291,7 @@ > */ > jfloat JNICALL Java_vrml_field_ConstSFVec3f_getX(JNIEnv * env, jobject obj) > { >- sfvec3f * sfv = static_cast<sfvec3f *>(getFieldValue(env, obj)); >+ openvrml::sfvec3f * sfv = static_cast<openvrml::sfvec3f *>(getFieldValue(env, obj)); > if (!sfv) { return 0.0; } > return sfv->value.x(); > } >@@ -2305,7 +2305,7 @@ > */ > jfloat JNICALL Java_vrml_field_ConstSFVec3f_getY(JNIEnv * env, jobject obj) > { >- sfvec3f * sfv = static_cast<sfvec3f *>(getFieldValue(env, obj)); >+ openvrml::sfvec3f * sfv = static_cast<openvrml::sfvec3f *>(getFieldValue(env, obj)); > if (!sfv) { return 0.0; } > return sfv->value.y(); > } >@@ -2319,7 +2319,7 @@ > */ > jfloat JNICALL Java_vrml_field_ConstSFVec3f_getZ(JNIEnv * env, jobject obj) > { >- sfvec3f * sfv = static_cast<sfvec3f *>(getFieldValue(env, obj)); >+ openvrml::sfvec3f * sfv = static_cast<openvrml::sfvec3f *>(getFieldValue(env, obj)); > if (!sfv) { return 0.0; } > return sfv->value.z(); > } >@@ -2399,7 +2399,7 @@ > jobject obj, > jfloatArray jarr) > { >- sfvec3f * sfv = static_cast<sfvec3f *>(getFieldValue(env, obj)); >+ openvrml::sfvec3f * sfv = static_cast<openvrml::sfvec3f *>(getFieldValue(env, obj)); > if (!sfv) { return; } > jfloat * pjf = env->GetFloatArrayElements(jarr, NULL); > sfv->value = vec3f(pjf[0], pjf[1], pjf[2]); >@@ -2412,7 +2412,7 @@ > jfloat y, > jfloat z) > { >- sfvec3f * sfv = static_cast<sfvec3f*>(getFieldValue(env, obj)); >+ openvrml::sfvec3f * sfv = static_cast<openvrml::sfvec3f*>(getFieldValue(env, obj)); > if (!sfv) { return; } > sfv->value = vec3f(x, y, z); > } >@@ -2422,8 +2422,8 @@ > jobject obj, > jobject value) > { >- sfvec3f * sfv = static_cast<sfvec3f*>(getFieldValue(env, obj)); >- sfvec3f * newSFVec3f = static_cast<sfvec3f*>(getFieldValue(env, value)); >+ openvrml::sfvec3f * sfv = static_cast<openvrml::sfvec3f*>(getFieldValue(env, obj)); >+ openvrml::sfvec3f * newSFVec3f = static_cast<openvrml::sfvec3f*>(getFieldValue(env, value)); > if (!sfv || !newSFVec3f) { return; } > sfv->value = newSFVec3f->value; // Does not throw. > } >@@ -2455,7 +2455,7 @@ > jobjectArray jarr) > { > try { >- std::auto_ptr<mfcolor> mfcolor(new mfcolor(env->GetArrayLength(jarr))); >+ std::auto_ptr<openvrml::mfcolor> mfcolor(new openvrml::mfcolor(env->GetArrayLength(jarr))); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) return; > env->SetIntField(obj, fid, reinterpret_cast<int>(mfcolor.release())); >@@ -2478,7 +2478,7 @@ > jfloatArray jarr) > { > try { >- std::auto_ptr<mfcolor> mfcolor(new mfcolor(size)); >+ std::auto_ptr<openvrml::mfcolor> mfcolor(new openvrml::mfcolor(size)); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) return; > env->SetIntField(obj, fid, reinterpret_cast<int>(mfcolor.release())); >@@ -2498,7 +2498,7 @@ > > jint JNICALL Java_vrml_field_ConstMFColor_getSize(JNIEnv * env, jobject obj) > { >- mfcolor * mfc = static_cast<mfcolor *>(getFieldValue(env, obj)); >+ openvrml::mfcolor * mfc = static_cast<openvrml::mfcolor *>(getFieldValue(env, obj)); > if (!mfc) { return 0; } > return mfc->value.size(); > } >@@ -2507,8 +2507,8 @@ > jobject obj, > jobjectArray jarr) > { >- const mfcolor * const mfc = >- static_cast<mfcolor *>(getFieldValue(env, obj)); >+ const openvrml::mfcolor * const mfc = >+ static_cast<openvrml::mfcolor *>(getFieldValue(env, obj)); > if (!mfc) { return; } > for (size_t i = 0; i < mfc->value.size(); ++i) { > jfloatArray element = >@@ -2531,8 +2531,8 @@ > jobject obj, > jfloatArray jarr) > { >- const mfcolor * const mfc = >- static_cast<mfcolor *>(getFieldValue(env, obj)); >+ const openvrml::mfcolor * const mfc = >+ static_cast<openvrml::mfcolor *>(getFieldValue(env, obj)); > if (!mfc) return; > for (size_t i = 0; i < mfc->value.size(); ++i) { > jfloat * const arrayRegion = >@@ -2550,7 +2550,7 @@ > jint element, > jfloatArray jarr) > { >- mfcolor * mfc = static_cast<mfcolor*>(getFieldValue(env, obj)); >+ openvrml::mfcolor * mfc = static_cast<openvrml::mfcolor*>(getFieldValue(env, obj)); > if (!mfc) { return; } > try { > jfloat * const arrayRegion = >@@ -2576,11 +2576,11 @@ > jint element, > jobject sfcolorObj) > { >- const mfcolor * const mfc = >- static_cast<mfcolor *>(getFieldValue(env, obj)); >+ const openvrml::mfcolor * const mfc = >+ static_cast<openvrml::mfcolor *>(getFieldValue(env, obj)); > if (!mfc) return; >- sfcolor * const sfc = >- static_cast<sfcolor *>(getFieldValue(env, sfcolorObj)); >+ openvrml::sfcolor * const sfc = >+ static_cast<openvrml::sfcolor *>(getFieldValue(env, sfcolorObj)); > if (!sfc) { return; } > try { > sfc->value = mfc->value.at(element); >@@ -2630,7 +2630,7 @@ > > void JNICALL Java_vrml_field_MFColor_clear(JNIEnv * env, jobject obj) > { >- mfcolor * const mfc = static_cast<mfcolor *>(getFieldValue(env, obj)); >+ openvrml::mfcolor * const mfc = static_cast<openvrml::mfcolor *>(getFieldValue(env, obj)); > if (!mfc) { return; } > mfc->value.clear(); > } >@@ -2639,7 +2639,7 @@ > jobject obj, > jint index) > { >- mfcolor * const mfc = static_cast<mfcolor*>(getFieldValue(env, obj)); >+ openvrml::mfcolor * const mfc = static_cast<openvrml::mfcolor*>(getFieldValue(env, obj)); > if (!mfc) { return; } > if (!(size_t(index) < mfc->value.size())) { > env->ExceptionDescribe(); >@@ -2687,8 +2687,8 @@ > jobjectArray value) > { > try { >- mfcolor * const mfc = >- static_cast<mfcolor *>(getFieldValue(env, obj)); >+ openvrml::mfcolor * const mfc = >+ static_cast<openvrml::mfcolor *>(getFieldValue(env, obj)); > if (!mfc) return; > mfc->value.resize(env->GetArrayLength(value)); // Throws std::bad_alloc. > for (size_t i = 0; i < mfc->value.size(); ++i) { >@@ -2738,7 +2738,7 @@ > jfloatArray value) > { > try { >- mfcolor * const mfc = static_cast<mfcolor *>(getFieldValue(env, obj)); >+ openvrml::mfcolor * const mfc = static_cast<openvrml::mfcolor *>(getFieldValue(env, obj)); > if (!mfc) { return; } > mfc->value.resize(size); // Throws std::bad_alloc. > jfloat * const colors = env->GetFloatArrayElements(value, 0); >@@ -2795,9 +2795,9 @@ > jobject obj, > jobject value) > { >- mfcolor * const mfc = static_cast<mfcolor *>(getFieldValue(env, obj)); >- const mfcolor * const newMFColor = >- static_cast<mfcolor *>(getFieldValue(env, value)); >+ openvrml::mfcolor * const mfc = static_cast<openvrml::mfcolor *>(getFieldValue(env, obj)); >+ const openvrml::mfcolor * const newMFColor = >+ static_cast<openvrml::mfcolor *>(getFieldValue(env, value)); > if (!mfc || !newMFColor) { return; } > try { > *mfc = *newMFColor; // Throws bad_alloc. >@@ -2827,9 +2827,9 @@ > jint index, > jobject sfcolor_object) > { >- mfcolor * mfc = static_cast<mfcolor*>(getFieldValue(env, obj)); >- sfcolor * sfcolorptr = >- static_cast<sfcolor*>(getFieldValue(env, sfcolor_object)); >+ openvrml::mfcolor * mfc = static_cast<openvrml::mfcolor*>(getFieldValue(env, obj)); >+ openvrml::sfcolor * sfcolorptr = >+ static_cast<openvrml::sfcolor*>(getFieldValue(env, sfcolor_object)); > if (!mfc || !sfcolorptr) { return; } > try { > mfc->value.at(index) = sfcolorptr->value; >@@ -2858,7 +2858,7 @@ > (JNIEnv *env, jobject obj, jint index, jfloat red, jfloat green, > jfloat blue) > { >- mfcolor * mfc = static_cast<mfcolor*>(getFieldValue(env, obj)); >+ openvrml::mfcolor * mfc = static_cast<openvrml::mfcolor*>(getFieldValue(env, obj)); > if (!mfc) { return; } > try { > mfc->value.at(index) = color(red, green, blue); >@@ -2888,8 +2888,8 @@ > jobject obj, > jobject sfcolor_object) > { >- mfcolor * mfc = static_cast<mfcolor*>(getFieldValue(env, obj)); >- sfcolor * sfc = static_cast<sfcolor*>(getFieldValue(env, sfcolor_object)); >+ openvrml::mfcolor * mfc = static_cast<openvrml::mfcolor*>(getFieldValue(env, obj)); >+ openvrml::sfcolor * sfc = static_cast<openvrml::sfcolor*>(getFieldValue(env, sfcolor_object)); > if (!mfc || !sfc) { return; } > try { > mfc->value.push_back(sfc->value); >@@ -2935,7 +2935,7 @@ > jfloat green, > jfloat blue) > { >- mfcolor * mfc = static_cast<mfcolor*>(getFieldValue(env, obj)); >+ openvrml::mfcolor * mfc = static_cast<openvrml::mfcolor*>(getFieldValue(env, obj)); > if (!mfc) { return; } > try { > mfc->value.push_back(color(red, green, blue)); >@@ -2958,8 +2958,8 @@ > jint index, > jobject sfcolor_object) > { >- sfcolor * sfcolorptr = >- static_cast<sfcolor*>(getFieldValue(env, sfcolor_object)); >+ openvrml::sfcolor * sfcolorptr = >+ static_cast<openvrml::sfcolor*>(getFieldValue(env, sfcolor_object)); > if (!sfcolorptr) { return; } > Java_vrml_field_MFColor_insertValue__IFFF(env, obj, index, > sfcolorptr->value.r(), >@@ -2984,7 +2984,7 @@ > jfloat green, > jfloat blue) > { >- mfcolor * mfc = static_cast<mfcolor*>(getFieldValue(env, obj)); >+ openvrml::mfcolor * mfc = static_cast<openvrml::mfcolor*>(getFieldValue(env, obj)); > if (!mfc) { return; } > if (!(size_t(index) < mfc->value.size())) { > env->ExceptionDescribe(); >@@ -3029,7 +3029,7 @@ > { > try { > jfloat *pjf = env->GetFloatArrayElements(value, NULL); >- std::auto_ptr<mffloat> mffloat(new mffloat(pjf, pjf + size)); >+ std::auto_ptr<openvrml::mffloat> mffloat(new openvrml::mffloat(pjf, pjf + size)); > env->ReleaseFloatArrayElements(value, pjf, JNI_ABORT); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) { return; } >@@ -3047,7 +3047,7 @@ > } > > jint JNICALL Java_vrml_field_ConstMFFloat_getSize(JNIEnv * env, jobject obj) { >- mffloat * mff = static_cast<mffloat *>(getFieldValue(env, obj)); >+ openvrml::mffloat * mff = static_cast<openvrml::mffloat *>(getFieldValue(env, obj)); > if (!mff) return 0; > return mff->value.size(); > } >@@ -3056,8 +3056,8 @@ > jobject obj, > jfloatArray jarr) > { >- const mffloat * const mff = >- static_cast<mffloat *>(getFieldValue(env, obj)); >+ const openvrml::mffloat * const mff = >+ static_cast<openvrml::mffloat *>(getFieldValue(env, obj)); > if (!mff) { return; } > const size_t size = mff->value.size(); > if (size > 0) { >@@ -3070,7 +3070,7 @@ > jobject obj, > jint index) > { >- mffloat * mff = static_cast<mffloat *>(getFieldValue(env, obj)); >+ openvrml::mffloat * mff = static_cast<openvrml::mffloat *>(getFieldValue(env, obj)); > if (!mff) { return 0.0; } > return mff->value[index]; > } >@@ -3102,7 +3102,7 @@ > > void JNICALL Java_vrml_field_MFFloat_clear(JNIEnv * env, jobject obj) > { >- mffloat * const mff = static_cast<mffloat *>(getFieldValue(env, obj)); >+ openvrml::mffloat * const mff = static_cast<openvrml::mffloat *>(getFieldValue(env, obj)); > if (!mff) { return; } > mff->value.clear(); > } >@@ -3111,7 +3111,7 @@ > jobject obj, > jint index) > { >- mffloat * mff = static_cast<mffloat*>(getFieldValue(env, obj)); >+ openvrml::mffloat * mff = static_cast<openvrml::mffloat*>(getFieldValue(env, obj)); > if (!mff) { return; } > if (!(size_t(index) < mff->value.size())) { > env->ExceptionDescribe(); >@@ -3146,7 +3146,7 @@ > jfloatArray value) > { > try { >- mffloat * const mff = static_cast<mffloat *>(getFieldValue(env, obj)); >+ openvrml::mffloat * const mff = static_cast<openvrml::mffloat *>(getFieldValue(env, obj)); > if (!mff) { return; } > mff->value.resize(size); // Throws bad_alloc. > jfloat * const floats = env->GetFloatArrayElements(value, 0); >@@ -3188,9 +3188,9 @@ > jobject obj, > jobject value) > { >- mffloat * const mff = static_cast<mffloat *>(getFieldValue(env, obj)); >- const mffloat * const newMFFloat = >- static_cast<mffloat*>(getFieldValue(env, value)); >+ openvrml::mffloat * const mff = static_cast<openvrml::mffloat *>(getFieldValue(env, obj)); >+ const openvrml::mffloat * const newMFFloat = >+ static_cast<openvrml::mffloat*>(getFieldValue(env, value)); > if (!mff || !newMFFloat) return; > try { > *mff = *newMFFloat; // Throws bad_alloc. >@@ -3218,7 +3218,7 @@ > jint index, > jfloat value) > { >- mffloat * mff = static_cast<mffloat *>(getFieldValue(env, obj)); >+ openvrml::mffloat * mff = static_cast<openvrml::mffloat *>(getFieldValue(env, obj)); > mff->value[index] = value; > } > >@@ -3226,8 +3226,8 @@ > Java_vrml_field_MFFloat_set1Value__ILvrml_field_ConstSFFloat_2 > (JNIEnv *env, jobject obj, jint index, jobject sffloatObj) > { >- mffloat * mff = static_cast<mffloat*>(getFieldValue(env, obj)); >- sffloat * sff = static_cast<sffloat*>(getFieldValue(env, sffloatObj)); >+ openvrml::mffloat * mff = static_cast<openvrml::mffloat*>(getFieldValue(env, obj)); >+ openvrml::sffloat * sff = static_cast<openvrml::sffloat*>(getFieldValue(env, sffloatObj)); > if (!mff || !sff) { return; } > mff->value[index] = sff->value; > } >@@ -3251,7 +3251,7 @@ > jobject obj, > jfloat value) > { >- mffloat * mff = static_cast<mffloat*>(getFieldValue(env, obj)); >+ openvrml::mffloat * mff = static_cast<openvrml::mffloat*>(getFieldValue(env, obj)); > if (!mff) { return; } > try { > mff->value.push_back(value); >@@ -3279,8 +3279,8 @@ > jobject obj, > jobject value) > { >- mffloat * mff = static_cast<mffloat*>(getFieldValue(env, obj)); >- sffloat * sff = static_cast<sffloat*>(getFieldValue(env, value)); >+ openvrml::mffloat * mff = static_cast<openvrml::mffloat*>(getFieldValue(env, obj)); >+ openvrml::sffloat * sff = static_cast<openvrml::sffloat*>(getFieldValue(env, value)); > if (!mff || !sff) { return; } > try { > mff->value.push_back(sff->value); >@@ -3316,7 +3316,7 @@ > jint index, > jfloat value) > { >- mffloat * mff = static_cast<mffloat *>(getFieldValue(env, obj)); >+ openvrml::mffloat * mff = static_cast<openvrml::mffloat *>(getFieldValue(env, obj)); > if (!mff) { return; } > if (!(size_t(index) < mff->value.size())) { > env->ExceptionDescribe(); >@@ -3349,7 +3349,7 @@ > jint index, > jobject value) > { >- sffloat * sff = static_cast<sffloat*>(getFieldValue(env, value)); >+ openvrml::sffloat * sff = static_cast<openvrml::sffloat*>(getFieldValue(env, value)); > if (!sff) { return; } > Java_vrml_field_MFFloat_insertValue__IF(env, obj, index, sff->value); > } >@@ -3382,7 +3382,7 @@ > { > try { > jint * pji = env->GetIntArrayElements(value, NULL); >- std::auto_ptr<mfint32> pMFInt32(new mfint32(pji, pji + size)); >+ std::auto_ptr<openvrml::mfint32> pMFInt32(new openvrml::mfint32(pji, pji + size)); > env->ReleaseIntArrayElements(value, pji, JNI_ABORT); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) { return; } >@@ -3401,7 +3401,7 @@ > > jint JNICALL Java_vrml_field_ConstMFInt32_getSize(JNIEnv * env, jobject obj) > { >- mfint32 * mfi = static_cast<mfint32 *>(getFieldValue(env, obj)); >+ openvrml::mfint32 * mfi = static_cast<openvrml::mfint32 *>(getFieldValue(env, obj)); > if (!mfi) return 0; > return mfi->value.size(); > } >@@ -3410,7 +3410,7 @@ > jobject obj, > jintArray jarr) > { >- const mfint32 * const mfi = static_cast<mfint32*>(getFieldValue(env, obj)); >+ const openvrml::mfint32 * const mfi = static_cast<openvrml::mfint32*>(getFieldValue(env, obj)); > if (!mfi) return; > const size_t size = mfi->value.size(); > if (size > 0) { >@@ -3437,7 +3437,7 @@ > jobject obj, > jint index) > { >- mfint32 * mfi = static_cast<mfint32 *>(getFieldValue(env, obj)); >+ openvrml::mfint32 * mfi = static_cast<openvrml::mfint32 *>(getFieldValue(env, obj)); > if (!mfi) { return 0; } > return mfi->value[index]; > } >@@ -3469,14 +3469,14 @@ > > void JNICALL Java_vrml_field_MFInt32_clear(JNIEnv * env, jobject obj) > { >- mfint32 * const mfi = static_cast<mfint32 *>(getFieldValue(env, obj)); >+ openvrml::mfint32 * const mfi = static_cast<openvrml::mfint32 *>(getFieldValue(env, obj)); > if (!mfi) { return; } > mfi->value.clear(); > } > > void JNICALL Java_vrml_field_MFInt32_delete(JNIEnv * env, jobject obj, jint n) > { >- mfint32 * mfi = static_cast<mfint32*>(getFieldValue(env, obj)); >+ openvrml::mfint32 * mfi = static_cast<openvrml::mfint32*>(getFieldValue(env, obj)); > if (!mfi) { return; } > if (!(size_t(n) < mfi->value.size())) { > env->ExceptionDescribe(); >@@ -3511,7 +3511,7 @@ > jintArray value) > { > try { >- mfint32 * const mfi = static_cast<mfint32 *>(getFieldValue(env, obj)); >+ openvrml::mfint32 * const mfi = static_cast<openvrml::mfint32 *>(getFieldValue(env, obj)); > if (!mfi) return; > mfi->value.resize(size); // Throws bad_alloc. > jint * ints = env->GetIntArrayElements(value, 0); >@@ -3553,9 +3553,9 @@ > jobject obj, > jobject value) > { >- mfint32 * const mfi = static_cast<mfint32 *>(getFieldValue(env, obj)); >- const mfint32 * const newMFInt32 = >- static_cast<mfint32 *>(getFieldValue(env, value)); >+ openvrml::mfint32 * const mfi = static_cast<openvrml::mfint32 *>(getFieldValue(env, obj)); >+ const openvrml::mfint32 * const newMFInt32 = >+ static_cast<openvrml::mfint32 *>(getFieldValue(env, value)); > if (!mfi || !newMFInt32) return; > try { > *mfi = *newMFInt32; // Throws bad_alloc. >@@ -3583,7 +3583,7 @@ > jint index, > jint value) > { >- mfint32 * mfi = static_cast<mfint32*>(getFieldValue(env, obj)); >+ openvrml::mfint32 * mfi = static_cast<openvrml::mfint32*>(getFieldValue(env, obj)); > if (!mfi) { return; } > mfi->value[index] = value; > } >@@ -3595,8 +3595,8 @@ > jint index, > jobject sfint32_object) > { >- mfint32 * mfi = static_cast<mfint32*>(getFieldValue(env, obj)); >- sfint32 * sfi = static_cast<sfint32*>(getFieldValue(env, sfint32_object)); >+ openvrml::mfint32 * mfi = static_cast<openvrml::mfint32*>(getFieldValue(env, obj)); >+ openvrml::sfint32 * sfi = static_cast<openvrml::sfint32*>(getFieldValue(env, sfint32_object)); > if (!mfi || !sfi) { return; } > mfi->value[index] = sfi->value; > } >@@ -3620,7 +3620,7 @@ > jobject obj, > jint value) > { >- mfint32 * mfi = static_cast<mfint32 *>(getFieldValue(env, obj)); >+ openvrml::mfint32 * mfi = static_cast<openvrml::mfint32 *>(getFieldValue(env, obj)); > if (!mfi) { return; } > try { > mfi->value.push_back(value); >@@ -3648,8 +3648,8 @@ > jobject obj, > jobject value) > { >- mfint32 * mfi = static_cast<mfint32*>(getFieldValue(env, obj)); >- sfint32 * sfi = static_cast<sfint32*>(getFieldValue(env, value)); >+ openvrml::mfint32 * mfi = static_cast<openvrml::mfint32*>(getFieldValue(env, obj)); >+ openvrml::sfint32 * sfi = static_cast<openvrml::sfint32*>(getFieldValue(env, value)); > if (!mfi || !sfi) { return; } > try { > mfi->value.push_back(sfi->value); >@@ -3686,7 +3686,7 @@ > jint index, > jint value) > { >- mfint32 * mfi = static_cast<mfint32*>(getFieldValue(env, obj)); >+ openvrml::mfint32 * mfi = static_cast<openvrml::mfint32*>(getFieldValue(env, obj)); > if (!mfi) { return; } > if (!(size_t(index) < mfi->value.size())) { > env->ExceptionDescribe(); >@@ -3719,7 +3719,7 @@ > jint index, > jobject value) > { >- sfint32 * sfi = static_cast<sfint32*>(getFieldValue(env, value)); >+ openvrml::sfint32 * sfi = static_cast<openvrml::sfint32*>(getFieldValue(env, value)); > if (!sfi) { return; } > Java_vrml_field_MFInt32_insertValue__II(env, obj, index, sfi->value); > } >@@ -3749,7 +3749,7 @@ > (JNIEnv *env, jobject obj, jint size, jobjectArray jarr) > { > try { >- std::auto_ptr<mfnode> mfnode(new mfnode(size)); >+ std::auto_ptr<openvrml::mfnode> mfnode(new openvrml::mfnode(size)); > jfieldID fid; > > for (jint i = 0; i < size; i++) { >@@ -3779,7 +3779,7 @@ > > jint JNICALL Java_vrml_field_ConstMFNode_getSize(JNIEnv * env, jobject obj) > { >- mfnode * mfn = static_cast<mfnode *>(getFieldValue(env, obj)); >+ openvrml::mfnode * mfn = static_cast<openvrml::mfnode *>(getFieldValue(env, obj)); > if (!mfn) { return 0; } > return mfn->value.size(); > } >@@ -3788,7 +3788,7 @@ > jobject obj, > jobjectArray basenode) > { >- mfnode * mfn = static_cast<mfnode*>(getFieldValue(env, obj)); >+ openvrml::mfnode * mfn = static_cast<openvrml::mfnode*>(getFieldValue(env, obj)); > if (!mfn) { return; } > std::vector<node_ptr>::size_type arraySize = mfn->value.size(); > jclass clazz = env->FindClass("vrml/node/Node"); >@@ -3816,7 +3816,7 @@ > jobject obj, > jint index) > { >- mfnode * mfn = static_cast<mfnode*>(getFieldValue(env, obj)); >+ openvrml::mfnode * mfn = static_cast<openvrml::mfnode*>(getFieldValue(env, obj)); > if (!mfn) { return 0; } > jclass clazz = env->FindClass("vrml/node/Node"); > jobject jNode = env->AllocObject(clazz); >@@ -3854,7 +3854,7 @@ > > void JNICALL Java_vrml_field_MFNode_clear(JNIEnv * env, jobject obj) > { >- mfnode * mfn = static_cast<mfnode*>(getFieldValue(env, obj)); >+ openvrml::mfnode * mfn = static_cast<openvrml::mfnode*>(getFieldValue(env, obj)); > if (!mfn) { return; } > mfn->value.clear(); > } >@@ -3863,7 +3863,7 @@ > jobject obj, > jint index) > { >- mfnode * mfn = static_cast<mfnode*>(getFieldValue(env, obj)); >+ openvrml::mfnode * mfn = static_cast<openvrml::mfnode*>(getFieldValue(env, obj)); > if (!mfn) { return; } > if (!(size_t(index) < mfn->value.size())) { > env->ExceptionDescribe(); >@@ -3920,8 +3920,8 @@ > jobject obj, > jobject value) > { >- mfnode * mfn = static_cast<mfnode*>(getFieldValue(env, obj)); >- mfnode* newMFNode = static_cast<mfnode*>(getFieldValue(env, value)); >+ openvrml::mfnode * mfn = static_cast<openvrml::mfnode*>(getFieldValue(env, obj)); >+ openvrml::mfnode* newMFNode = static_cast<openvrml::mfnode*>(getFieldValue(env, value)); > if (!mfn || !newMFNode) { return; } > > try { >@@ -3950,7 +3950,7 @@ > jint pos, > jobject value) > { >- mfnode * mfn = static_cast<mfnode*>(getFieldValue(env, obj)); >+ openvrml::mfnode * mfn = static_cast<openvrml::mfnode*>(getFieldValue(env, obj)); > if (!mfn) { return; } > jfieldID fid = getFid(env, value, "NodePtr", "I"); > if (!fid) { return; } >@@ -3967,7 +3967,7 @@ > jint index, > jobject sfnode_object) > { >- mfnode * mfn = static_cast<mfnode*>(getFieldValue(env, obj)); >+ openvrml::mfnode * mfn = static_cast<openvrml::mfnode*>(getFieldValue(env, obj)); > sfnode * sfn = static_cast<sfnode*>(getFieldValue(env, sfnode_object)); > if (!mfn || !sfn) { return; } > mfn->value[index] = sfn->value; >@@ -3992,7 +3992,7 @@ > jobject obj, > jobject value) > { >- mfnode * mfn = static_cast<mfnode*>(getFieldValue(env, obj)); >+ openvrml::mfnode * mfn = static_cast<openvrml::mfnode*>(getFieldValue(env, obj)); > if (!mfn) { return; } > jfieldID fid = getFid(env, value, "NodePtr", "I"); > if (!fid) { return; } >@@ -4025,7 +4025,7 @@ > jobject obj, > jobject value) > { >- mfnode * mfn = static_cast<mfnode*>(getFieldValue(env, obj)); >+ openvrml::mfnode * mfn = static_cast<openvrml::mfnode*>(getFieldValue(env, obj)); > sfnode * sfn = static_cast<sfnode*>(getFieldValue(env, value)); > if (!mfn || !sfn) { return; } > try { >@@ -4061,7 +4061,7 @@ > jint index, > jobject value) > { >- mfnode * mfn = static_cast<mfnode*>(getFieldValue(env, obj)); >+ openvrml::mfnode * mfn = static_cast<openvrml::mfnode*>(getFieldValue(env, obj)); > if (!mfn) { return; } > jfieldID fid = getFid(env, value, "NodePtr", "I"); > if (!fid) { return; } >@@ -4099,7 +4099,7 @@ > jint index, > jobject value) > { >- mfnode * mfn = static_cast<mfnode*>(getFieldValue(env, obj)); >+ openvrml::mfnode * mfn = static_cast<openvrml::mfnode*>(getFieldValue(env, obj)); > sfnode * sfn = static_cast<sfnode*>(getFieldValue(env, value)); > if (!mfn || !sfn) { return; } > if (!(size_t(index) < mfn->value.size())) { >@@ -4154,8 +4154,8 @@ > jobjectArray jarr) > { > try { >- std::auto_ptr<mfrotation> >- mfrotation(new mfrotation(env->GetArrayLength(jarr))); >+ std::auto_ptr<openvrml::mfrotation> >+ mfrotation(new openvrml::mfrotation(env->GetArrayLength(jarr))); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) return; > env->SetIntField(obj, fid, reinterpret_cast<int>(mfrotation.release())); >@@ -4180,7 +4180,7 @@ > jfloatArray jarr) > { > try { >- std::auto_ptr<mfrotation> mfrotation(new mfrotation(size)); >+ std::auto_ptr<openvrml::mfrotation> mfrotation(new openvrml::mfrotation(size)); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) { return; } > env->SetIntField(obj, fid, >@@ -4202,8 +4202,8 @@ > jint JNICALL Java_vrml_field_ConstMFRotation_getSize(JNIEnv * env, > jobject obj) > { >- mfrotation * mfrot = >- static_cast<mfrotation *>(getFieldValue(env, obj)); >+ openvrml::mfrotation * mfrot = >+ static_cast<openvrml::mfrotation *>(getFieldValue(env, obj)); > if (!mfrot) { return 0; } > return mfrot->value.size(); > } >@@ -4212,8 +4212,8 @@ > jobject obj, > jobjectArray jarr) > { >- const mfrotation * const mfrot = >- static_cast<mfrotation *>(getFieldValue(env, obj)); >+ const openvrml::mfrotation * const mfrot = >+ static_cast<openvrml::mfrotation *>(getFieldValue(env, obj)); > for (size_t i = 0; i < mfrot->value.size(); ++i) { > jfloatArray element = > static_cast<jfloatArray>(env->GetObjectArrayElement(jarr, i)); >@@ -4234,8 +4234,8 @@ > jobject obj, > jfloatArray jarr) > { >- const mfrotation * const mfrot = >- static_cast<mfrotation *>(getFieldValue(env, obj)); >+ const openvrml::mfrotation * const mfrot = >+ static_cast<openvrml::mfrotation *>(getFieldValue(env, obj)); > for (size_t i = 0; i < mfrot->value.size(); ++i) { > env->SetFloatArrayRegion(jarr, i * 4, 4, > const_cast<jfloat *>(&mfrot->value[i][0])); >@@ -4251,7 +4251,7 @@ > jint element, > jfloatArray jarr) > { >- mfrotation * mfrot = static_cast<mfrotation*>(getFieldValue(env, obj)); >+ openvrml::mfrotation * mfrot = static_cast<openvrml::mfrotation*>(getFieldValue(env, obj)); > env->SetFloatArrayRegion(jarr, 0, 4, > const_cast<jfloat*>(&mfrot->value[element][0])); > } >@@ -4263,11 +4263,11 @@ > jint element, > jobject sfrotationObj) > { >- const mfrotation * const mfrot = >- static_cast<mfrotation *>(getFieldValue(env, obj)); >+ const openvrml::mfrotation * const mfrot = >+ static_cast<openvrml::mfrotation *>(getFieldValue(env, obj)); > if (!mfrot) { return; } >- sfrotation * const sfrot = >- static_cast<sfrotation *>(getFieldValue(env, sfrotationObj)); >+ openvrml::sfrotation * const sfrot = >+ static_cast<openvrml::sfrotation *>(getFieldValue(env, sfrotationObj)); > if (!sfrot) { return; } > try { > sfrot->value = mfrot->value[element]; >@@ -4317,8 +4317,8 @@ > > void JNICALL Java_vrml_field_MFRotation_clear(JNIEnv * env, jobject obj) > { >- mfrotation * const mfrot = >- static_cast<mfrotation *>(getFieldValue(env, obj)); >+ openvrml::mfrotation * const mfrot = >+ static_cast<openvrml::mfrotation *>(getFieldValue(env, obj)); > if (!mfrot) { return; } > mfrot->value.clear(); // Shouldn't throw bad_alloc. > } >@@ -4327,7 +4327,7 @@ > jobject obj, > jint index) > { >- mfrotation * mfrot = static_cast<mfrotation*>(getFieldValue(env, obj)); >+ openvrml::mfrotation * mfrot = static_cast<openvrml::mfrotation*>(getFieldValue(env, obj)); > if (!mfrot) { return; } > if (!(size_t(index) < mfrot->value.size())) { > env->ExceptionDescribe(); >@@ -4375,8 +4375,8 @@ > jobjectArray value) > { > try { >- mfrotation * const mfrot = >- static_cast<mfrotation *>(getFieldValue(env, obj)); >+ openvrml::mfrotation * const mfrot = >+ static_cast<openvrml::mfrotation *>(getFieldValue(env, obj)); > if (!mfrot) { return; } > mfrot->value.resize(env->GetArrayLength(value)); > for (size_t i = 0; i < mfrot->value.size(); ++i) { >@@ -4413,8 +4413,8 @@ > jfloatArray value) > { > try { >- mfrotation * const mfrot = >- static_cast<mfrotation *>(getFieldValue(env, obj)); >+ openvrml::mfrotation * const mfrot = >+ static_cast<openvrml::mfrotation *>(getFieldValue(env, obj)); > if (!mfrot) { return; } > mfrot->value.resize(size); > jfloat * const r = env->GetFloatArrayElements(value, 0); >@@ -4458,10 +4458,10 @@ > jobject obj, > jobject value) > { >- mfrotation * const mfrot = >- static_cast<mfrotation *>(getFieldValue(env, obj)); >- const mfrotation * const newMFRotation = >- static_cast<mfrotation *>(getFieldValue(env, value)); >+ openvrml::mfrotation * const mfrot = >+ static_cast<openvrml::mfrotation *>(getFieldValue(env, obj)); >+ const openvrml::mfrotation * const newMFRotation = >+ static_cast<openvrml::mfrotation *>(getFieldValue(env, value)); > if (!mfrot || !newMFRotation) return; > try { > *mfrot = *newMFRotation; // Throws bad_alloc. >@@ -4492,9 +4492,9 @@ > jint index, > jobject sfrotation_object) > { >- mfrotation* mfrot = static_cast<mfrotation*>(getFieldValue(env, obj)); >- sfrotation* sfrot = >- static_cast<sfrotation*>(getFieldValue(env, sfrotation_object)); >+ openvrml::mfrotation* mfrot = static_cast<openvrml::mfrotation*>(getFieldValue(env, obj)); >+ openvrml::sfrotation* sfrot = >+ static_cast<openvrml::sfrotation*>(getFieldValue(env, sfrotation_object)); > if (!mfrot || !sfrot) { return; } > mfrot->value[index] = sfrot->value; > } >@@ -4515,7 +4515,7 @@ > jfloat axisZ, > jfloat angle) > { >- mfrotation * mfrot = static_cast<mfrotation*>(getFieldValue(env, obj)); >+ openvrml::mfrotation * mfrot = static_cast<openvrml::mfrotation*>(getFieldValue(env, obj)); > if (!mfrot) { return; } > mfrot->value[index] = rotation(axisX, axisY, axisZ, angle); > } >@@ -4533,9 +4533,9 @@ > jobject obj, > jobject sfrotation_object) > { >- mfrotation * mfrot = static_cast<mfrotation *>(getFieldValue(env, obj)); >- sfrotation * sfrot = >- static_cast<sfrotation *>(getFieldValue(env, sfrotation_object)); >+ openvrml::mfrotation * mfrot = static_cast<openvrml::mfrotation *>(getFieldValue(env, obj)); >+ openvrml::sfrotation * sfrot = >+ static_cast<openvrml::sfrotation *>(getFieldValue(env, sfrotation_object)); > if (!mfrot || !sfrot) { return; } > try { > mfrot->value.push_back(sfrot->value); >@@ -4583,7 +4583,7 @@ > jfloat axisZ, > jfloat angle) > { >- mfrotation * mfrot = static_cast<mfrotation*>(getFieldValue(env, obj)); >+ openvrml::mfrotation * mfrot = static_cast<openvrml::mfrotation*>(getFieldValue(env, obj)); > if (!mfrot) { return; } > try { > mfrot->value.push_back(rotation(axisX, axisY, axisZ, angle)); >@@ -4606,8 +4606,8 @@ > jint index, > jobject sfrotation_object) > { >- sfrotation * sfrot = >- static_cast<sfrotation*>(getFieldValue(env, sfrotation_object)); >+ openvrml::sfrotation * sfrot = >+ static_cast<openvrml::sfrotation*>(getFieldValue(env, sfrotation_object)); > if (!sfrot) { return; } > Java_vrml_field_MFRotation_insertValue__IFFFF(env, obj, index, > sfrot->value.x(), >@@ -4632,7 +4632,7 @@ > jfloat axisZ, > jfloat angle) > { >- mfrotation * mfrot = static_cast<mfrotation*>(getFieldValue(env, obj)); >+ openvrml::mfrotation * mfrot = static_cast<openvrml::mfrotation*>(getFieldValue(env, obj)); > if (!mfrot) { return; } > if (!(size_t(index) < mfrot->value.size())) { > env->ExceptionDescribe(); >@@ -4677,7 +4677,7 @@ > (JNIEnv *env, jobject obj, jint size, jobjectArray jarr) > { > try { >- std::auto_ptr<mfstring> mfstring(new mfstring(size)); >+ std::auto_ptr<openvrml::mfstring> mfstring(new openvrml::mfstring(size)); > > for (jint i = 0; i < size; i++) { > jstring el = (jstring) env->GetObjectArrayElement(jarr, i); >@@ -4704,7 +4704,7 @@ > > jint JNICALL Java_vrml_field_ConstMFString_getSize(JNIEnv * env, jobject obj) > { >- mfstring * mfstr = static_cast<mfstring *>(getFieldValue(env, obj)); >+ openvrml::mfstring * mfstr = static_cast<openvrml::mfstring *>(getFieldValue(env, obj)); > if (!mfstr) { return 0; } > return mfstr->value.size(); > } >@@ -4713,7 +4713,7 @@ > jobject obj, > jobjectArray jarr) > { >- mfstring * mfstr = static_cast<mfstring*>(getFieldValue(env, obj)); >+ openvrml::mfstring * mfstr = static_cast<openvrml::mfstring*>(getFieldValue(env, obj)); > if (!mfstr) return; > for (size_t i = 0; i < mfstr->value.size(); i++) { > jstring jstr; >@@ -4729,7 +4729,7 @@ > jobject obj, > jint index) > { >- mfstring * mfstr = static_cast<mfstring*>(getFieldValue(env, obj)); >+ openvrml::mfstring * mfstr = static_cast<openvrml::mfstring*>(getFieldValue(env, obj)); > if (!mfstr) { return 0; } > jstring jstr = env->NewStringUTF(mfstr->value[index].c_str()); > return jstr; >@@ -4762,7 +4762,7 @@ > > void JNICALL Java_vrml_field_MFString_clear(JNIEnv * env, jobject obj) > { >- mfstring * mfstr = static_cast<mfstring*>(getFieldValue(env, obj)); >+ openvrml::mfstring * mfstr = static_cast<openvrml::mfstring*>(getFieldValue(env, obj)); > if (!mfstr) { return; } > mfstr->value.clear(); > } >@@ -4771,7 +4771,7 @@ > jobject obj, > jint index) > { >- mfstring * mfstr = static_cast<mfstring*>(getFieldValue(env, obj)); >+ openvrml::mfstring * mfstr = static_cast<openvrml::mfstring*>(getFieldValue(env, obj)); > if (!mfstr) { return; } > if (!(size_t(index) < mfstr->value.size())) { > env->ExceptionDescribe(); >@@ -4807,7 +4807,7 @@ > jobjectArray jarr) > { > try { >- mfstring * mfstr = static_cast<mfstring*>(getFieldValue(env, obj)); >+ openvrml::mfstring * mfstr = static_cast<openvrml::mfstring*>(getFieldValue(env, obj)); > if (!mfstr) { return; } > > jsize entries = env->GetArrayLength(jarr); >@@ -4838,8 +4838,8 @@ > jobject obj, > jobject value) > { >- mfstring * mfstr = static_cast<mfstring*>(getFieldValue(env, obj)); >- mfstring * newMFString = static_cast<mfstring*>(getFieldValue(env, value)); >+ openvrml::mfstring * mfstr = static_cast<openvrml::mfstring*>(getFieldValue(env, obj)); >+ openvrml::mfstring * newMFString = static_cast<openvrml::mfstring*>(getFieldValue(env, value)); > if (!mfstr || !newMFString) return; > > try { >@@ -4869,7 +4869,7 @@ > jint index, > jstring value) > { >- mfstring * mfstr = static_cast<mfstring*>(getFieldValue(env, obj)); >+ openvrml::mfstring * mfstr = static_cast<openvrml::mfstring*>(getFieldValue(env, obj)); > if (!mfstr) { return; } > const char * utf8chars = env->GetStringUTFChars(value, 0); > if (!utf8chars) { return; } // OutOfMemoryError >@@ -4884,7 +4884,7 @@ > jint index, > jobject sfstring_object) > { >- mfstring * mfstr = static_cast<mfstring*>(getFieldValue(env, obj)); >+ openvrml::mfstring * mfstr = static_cast<openvrml::mfstring*>(getFieldValue(env, obj)); > sfstring * sfstr = > static_cast<sfstring*>(getFieldValue(env, sfstring_object)); > if (!mfstr || !sfstr) { return; } >@@ -4911,7 +4911,7 @@ > jobject obj, > jstring value) > { >- mfstring * mfstr = static_cast<mfstring*>(getFieldValue(env, obj)); >+ openvrml::mfstring * mfstr = static_cast<openvrml::mfstring*>(getFieldValue(env, obj)); > if (!mfstr) { return; } > const char * utf8chars = env->GetStringUTFChars(value, 0); > if (!utf8chars) { return; } // OutOfMemoryError >@@ -4943,7 +4943,7 @@ > jobject obj, > jobject sfstring_object) > { >- mfstring * mfstr = static_cast<mfstring*>(getFieldValue(env, obj)); >+ openvrml::mfstring * mfstr = static_cast<openvrml::mfstring*>(getFieldValue(env, obj)); > sfstring * sfstr = > static_cast<sfstring*>(getFieldValue(env, sfstring_object)); > if (!mfstr || !sfstr) { return; } >@@ -4990,7 +4990,7 @@ > jint index, > jstring value) > { >- mfstring * mfstr = static_cast<mfstring*>(getFieldValue(env, obj)); >+ openvrml::mfstring * mfstr = static_cast<openvrml::mfstring*>(getFieldValue(env, obj)); > if (!mfstr) { return; } > const char * utf8chars = env->GetStringUTFChars(value, 0); > if (!utf8chars) { return; } // OutOfMemoryError >@@ -5024,7 +5024,7 @@ > jint index, > jobject sfstring_object) > { >- mfstring * mfstr = static_cast<mfstring*>(getFieldValue(env, obj)); >+ openvrml::mfstring * mfstr = static_cast<openvrml::mfstring*>(getFieldValue(env, obj)); > sfstring * sfstr = > static_cast<sfstring*>(getFieldValue(env, sfstring_object)); > if (!mfstr || !sfstr) { return; } >@@ -5076,7 +5076,7 @@ > { > try { > jdouble *pjd = env->GetDoubleArrayElements(value, 0); >- std::auto_ptr<mftime> mftime(new mftime(pjd, pjd + size)); >+ std::auto_ptr<openvrml::mftime> mftime(new openvrml::mftime(pjd, pjd + size)); > env->ReleaseDoubleArrayElements(value, pjd, JNI_ABORT); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) { return; } >@@ -5095,7 +5095,7 @@ > > jint JNICALL Java_vrml_field_ConstMFTime_getSize(JNIEnv * env, jobject obj) > { >- mftime * mft = static_cast<mftime *>(getFieldValue(env, obj)); >+ openvrml::mftime * mft = static_cast<openvrml::mftime *>(getFieldValue(env, obj)); > if (!mft) { return 0; } > return mft->value.size(); > } >@@ -5104,7 +5104,7 @@ > jobject obj, > jdoubleArray jarr) > { >- mftime * const mft = static_cast<mftime*>(getFieldValue(env, obj)); >+ openvrml::mftime * const mft = static_cast<openvrml::mftime*>(getFieldValue(env, obj)); > if (!mft) { return; } > const size_t size = mft->value.size(); > if (size > 0) { >@@ -5117,7 +5117,7 @@ > jobject obj, > jint index) > { >- mftime * mft = static_cast<mftime *>(getFieldValue(env, obj)); >+ openvrml::mftime * mft = static_cast<openvrml::mftime *>(getFieldValue(env, obj)); > if (!mft) { return 0.0; } > jdouble retval; > try { >@@ -5163,7 +5163,7 @@ > > void JNICALL Java_vrml_field_MFTime_clear(JNIEnv * env, jobject obj) > { >- mftime * const mft = static_cast<mftime *>(getFieldValue(env, obj)); >+ openvrml::mftime * const mft = static_cast<openvrml::mftime *>(getFieldValue(env, obj)); > if (!mft) { return; } > mft->value.clear(); > } >@@ -5172,7 +5172,7 @@ > jobject obj, > jint index) > { >- mftime * mft = static_cast<mftime*>(getFieldValue(env, obj)); >+ openvrml::mftime * mft = static_cast<openvrml::mftime*>(getFieldValue(env, obj)); > if (!mft) { return; } > if (!(size_t(index) < mft->value.size())) { > env->ExceptionDescribe(); >@@ -5207,7 +5207,7 @@ > const jdoubleArray value) > { > try { >- mftime * const mft = static_cast<mftime *>(getFieldValue(env, obj)); >+ openvrml::mftime * const mft = static_cast<openvrml::mftime *>(getFieldValue(env, obj)); > if (!mft) { return; } > mft->value.resize(size); // Throws std::bad_alloc. > jdouble * const times = env->GetDoubleArrayElements(value, 0); >@@ -5249,9 +5249,9 @@ > jobject obj, > jobject value) > { >- mftime * const mft = static_cast<mftime *>(getFieldValue(env, obj)); >- const mftime * const newMFTime = >- static_cast<mftime *>(getFieldValue(env, value)); >+ openvrml::mftime * const mft = static_cast<openvrml::mftime *>(getFieldValue(env, obj)); >+ const openvrml::mftime * const newMFTime = >+ static_cast<openvrml::mftime *>(getFieldValue(env, value)); > if (!mft || !newMFTime) return; > try { > *mft = *newMFTime; // Throws bad_alloc. >@@ -5279,7 +5279,7 @@ > jint index, > jdouble value) > { >- mftime * mft = static_cast<mftime*>(getFieldValue(env, obj)); >+ openvrml::mftime * mft = static_cast<openvrml::mftime*>(getFieldValue(env, obj)); > if (!mft) { return; } > try { > mft->value.at(index) = value; >@@ -5303,8 +5303,8 @@ > jint index, > jobject sftime_object) > { >- mftime * mft = static_cast<mftime*>(getFieldValue(env, obj)); >- sftime * sft = static_cast<sftime*>(getFieldValue(env, sftime_object)); >+ openvrml::mftime * mft = static_cast<openvrml::mftime*>(getFieldValue(env, obj)); >+ openvrml::sftime * sft = static_cast<openvrml::sftime*>(getFieldValue(env, sftime_object)); > if (!mft || !sft) { return; } > try { > mft->value.at(index) = sft->value; >@@ -5340,7 +5340,7 @@ > jobject obj, > jdouble value) > { >- mftime * mft = static_cast<mftime *>(getFieldValue(env, obj)); >+ openvrml::mftime * mft = static_cast<openvrml::mftime *>(getFieldValue(env, obj)); > if (!mft) { return; } > try { > mft->value.push_back(value); >@@ -5369,8 +5369,8 @@ > jobject obj, > jobject sftime_object) > { >- mftime * mft = static_cast<mftime*>(getFieldValue(env, obj)); >- sftime * sft = static_cast<sftime*>(getFieldValue(env, sftime_object)); >+ openvrml::mftime * mft = static_cast<openvrml::mftime*>(getFieldValue(env, obj)); >+ openvrml::sftime * sft = static_cast<openvrml::sftime*>(getFieldValue(env, sftime_object)); > if (!mft || !sft) { return; } > try { > mft->value.push_back(sft->value); >@@ -5406,7 +5406,7 @@ > jint index, > jdouble value) > { >- mftime * mft = static_cast<mftime*>(getFieldValue(env, obj)); >+ openvrml::mftime * mft = static_cast<openvrml::mftime*>(getFieldValue(env, obj)); > if (!mft) { return; } > try { > mft->value.insert(mft->value.begin() + index, value); >@@ -5429,8 +5429,8 @@ > jint index, > jobject sftime_object) > { >- mftime * mft = static_cast<mftime*>(getFieldValue(env, obj)); >- sftime * sft = static_cast<sftime*>(getFieldValue(env, sftime_object)); >+ openvrml::mftime * mft = static_cast<openvrml::mftime*>(getFieldValue(env, obj)); >+ openvrml::sftime * sft = static_cast<openvrml::sftime*>(getFieldValue(env, sftime_object)); > if (!mft || !sft) { return; } > try { > mft->value.insert(mft->value.begin() + index, sft->value); >@@ -5472,7 +5472,7 @@ > jobjectArray jarr) > { > try { >- std::auto_ptr<mfvec2f> mfvec2f(new mfvec2f(env->GetArrayLength(jarr))); >+ std::auto_ptr<openvrml::mfvec2f> mfvec2f(new openvrml::mfvec2f(env->GetArrayLength(jarr))); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) return; > env->SetIntField(obj, fid, reinterpret_cast<int>(mfvec2f.release())); >@@ -5495,7 +5495,7 @@ > jfloatArray jarr) > { > try { >- std::auto_ptr<mfvec2f> mfvec2f(new mfvec2f(size)); >+ std::auto_ptr<openvrml::mfvec2f> mfvec2f(new openvrml::mfvec2f(size)); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) return; > env->SetIntField(obj, fid, reinterpret_cast<int>(mfvec2f.release())); >@@ -5514,7 +5514,7 @@ > > jint JNICALL Java_vrml_field_ConstMFVec2f_getSize(JNIEnv * env, jobject obj) > { >- mfvec2f * mfv = static_cast<mfvec2f *>(getFieldValue(env, obj)); >+ openvrml::mfvec2f * mfv = static_cast<openvrml::mfvec2f *>(getFieldValue(env, obj)); > if (!mfv) { return 0; } > return mfv->value.size(); > } >@@ -5523,8 +5523,8 @@ > jobject obj, > jobjectArray jarr) > { >- const mfvec2f * const mfv = >- static_cast<mfvec2f *>(getFieldValue(env, obj)); >+ const openvrml::mfvec2f * const mfv = >+ static_cast<openvrml::mfvec2f *>(getFieldValue(env, obj)); > if (!mfv) return; > for (size_t i = 0; i < mfv->value.size(); ++i) { > jfloatArray element = >@@ -5546,8 +5546,8 @@ > jobject obj, > jfloatArray jarr) > { >- const mfvec2f * const mfv = >- static_cast<mfvec2f *>(getFieldValue(env, obj)); >+ const openvrml::mfvec2f * const mfv = >+ static_cast<openvrml::mfvec2f *>(getFieldValue(env, obj)); > if (!mfv) return; > for (size_t i = 0; i < mfv->value.size(); ++i) { > env->SetFloatArrayRegion(jarr, i * 2, 2, >@@ -5570,7 +5570,7 @@ > void JNICALL Java_vrml_field_ConstMFVec2f_get1Value__I_3F > (JNIEnv *env, jobject obj, jint element, jfloatArray jarr) > { >- mfvec2f* mfv = static_cast<mfvec2f*>(getFieldValue(env, obj)); >+ openvrml::mfvec2f* mfv = static_cast<openvrml::mfvec2f*>(getFieldValue(env, obj)); > if (!mfv) return; > try { > jfloat * const arrayRegion = >@@ -5604,11 +5604,11 @@ > jint element, > jobject sfvec2f_object) > { >- const mfvec2f * const mfv = >- static_cast<mfvec2f *>(getFieldValue(env, obj)); >+ const openvrml::mfvec2f * const mfv = >+ static_cast<openvrml::mfvec2f *>(getFieldValue(env, obj)); > if (!mfv) return; >- sfvec2f * const sfv = >- static_cast<sfvec2f *>(getFieldValue(env, sfvec2f_object)); >+ openvrml::sfvec2f * const sfv = >+ static_cast<openvrml::sfvec2f *>(getFieldValue(env, sfvec2f_object)); > if (!sfv) { return; } > try { > sfv->value = mfv->value.at(element); >@@ -5658,7 +5658,7 @@ > > void JNICALL Java_vrml_field_MFVec2f_clear(JNIEnv * env, jobject obj) > { >- mfvec2f * const mfv = static_cast<mfvec2f *>(getFieldValue(env, obj)); >+ openvrml::mfvec2f * const mfv = static_cast<openvrml::mfvec2f *>(getFieldValue(env, obj)); > if (!mfv) return; > mfv->value.clear(); > } >@@ -5666,7 +5666,7 @@ > void JNICALL Java_vrml_field_MFVec2f_delete > (JNIEnv *env, jobject obj, jint n) > { >- mfvec2f* mfv = static_cast<mfvec2f*>(getFieldValue(env, obj)); >+ openvrml::mfvec2f* mfv = static_cast<openvrml::mfvec2f*>(getFieldValue(env, obj)); > if (!mfv) return; > if (!(size_t(n) < mfv->value.size())) { > env->ExceptionDescribe(); >@@ -5730,8 +5730,8 @@ > jobjectArray value) > { > try { >- mfvec2f * const mfv = >- static_cast<mfvec2f *>(getFieldValue(env, obj)); >+ openvrml::mfvec2f * const mfv = >+ static_cast<openvrml::mfvec2f *>(getFieldValue(env, obj)); > if (!mfv) return; > mfv->value.resize(env->GetArrayLength(value)); // Throws bad_alloc. > >@@ -5769,8 +5769,8 @@ > jfloatArray value) > { > try { >- mfvec2f * const mfv = >- static_cast<mfvec2f *>(getFieldValue(env, obj)); >+ openvrml::mfvec2f * const mfv = >+ static_cast<openvrml::mfvec2f *>(getFieldValue(env, obj)); > if (!mfv) return; > mfv->value.resize(size); // throws bad_alloc > jfloat * const vecs = env->GetFloatArrayElements(value, 0); >@@ -5812,9 +5812,9 @@ > jobject obj, > jobject value) > { >- mfvec2f * const mfv = static_cast<mfvec2f *>(getFieldValue(env, obj)); >- const mfvec2f * const newMFVec2f = >- static_cast<mfvec2f *>(getFieldValue(env, value)); >+ openvrml::mfvec2f * const mfv = static_cast<openvrml::mfvec2f *>(getFieldValue(env, obj)); >+ const openvrml::mfvec2f * const newMFVec2f = >+ static_cast<openvrml::mfvec2f *>(getFieldValue(env, value)); > if (!mfv || !newMFVec2f) return; > try { > *mfv = *newMFVec2f; // Throws bad_alloc. >@@ -5840,7 +5840,7 @@ > void JNICALL Java_vrml_field_MFVec2f_set1Value__IFF > (JNIEnv *env, jobject obj, jint index, jfloat x, jfloat y) > { >- mfvec2f* mfv = static_cast<mfvec2f*>(getFieldValue(env, obj)); >+ openvrml::mfvec2f* mfv = static_cast<openvrml::mfvec2f*>(getFieldValue(env, obj)); > if (!mfv) return; > try { > mfv->value.at(index) = vec2f(x, y); >@@ -5861,8 +5861,8 @@ > Java_vrml_field_MFVec2f_set1Value__ILvrml_field_ConstSFVec2f_2 > (JNIEnv *env, jobject obj, jint index, jobject sfvec2fObj) > { >- mfvec2f* mfv = static_cast<mfvec2f*>(getFieldValue(env, obj)); >- sfvec2f* sfv = static_cast<sfvec2f*>(getFieldValue(env, sfvec2fObj)); >+ openvrml::mfvec2f* mfv = static_cast<openvrml::mfvec2f*>(getFieldValue(env, obj)); >+ openvrml::sfvec2f* sfv = static_cast<openvrml::sfvec2f*>(getFieldValue(env, sfvec2fObj)); > if (!mfv || !sfv) return; > try { > mfv->value.at(index) = sfv->value; >@@ -5898,7 +5898,7 @@ > void JNICALL Java_vrml_field_MFVec2f_addValue__FF > (JNIEnv *env, jobject obj, jfloat x, jfloat y) > { >- mfvec2f* mfv = static_cast<mfvec2f*>(getFieldValue(env, obj)); >+ openvrml::mfvec2f* mfv = static_cast<openvrml::mfvec2f*>(getFieldValue(env, obj)); > if (!mfv) return; > try { > mfv->value.push_back(vec2f(x, y)); >@@ -5925,8 +5925,8 @@ > Java_vrml_field_MFVec2f_addValue__Lvrml_field_ConstSFVec2f_2 > (JNIEnv *env, jobject obj, jobject sfvec2fObj) > { >- mfvec2f* mfv = static_cast<mfvec2f*>(getFieldValue(env, obj)); >- sfvec2f* sfv = static_cast<sfvec2f*>(getFieldValue(env, sfvec2fObj)); >+ openvrml::mfvec2f* mfv = static_cast<openvrml::mfvec2f*>(getFieldValue(env, obj)); >+ openvrml::sfvec2f* sfv = static_cast<openvrml::sfvec2f*>(getFieldValue(env, sfvec2fObj)); > if (!mfv || !sfv) return; > try { > mfv->value.push_back(sfv->value); >@@ -5960,7 +5960,7 @@ > void JNICALL Java_vrml_field_MFVec2f_insertValue__IFF > (JNIEnv *env, jobject obj, jint index, jfloat x, jfloat y) > { >- mfvec2f* mfv = static_cast<mfvec2f*>(getFieldValue(env, obj)); >+ openvrml::mfvec2f* mfv = static_cast<openvrml::mfvec2f*>(getFieldValue(env, obj)); > if (!mfv) return; > try { > mfv->value.insert(mfv->value.begin() + index, vec2f(x, y)); >@@ -5980,8 +5980,8 @@ > Java_vrml_field_MFVec2f_insertValue__ILvrml_field_ConstSFVec2f_2 > (JNIEnv *env, jobject obj, jint index, jobject sfvec2fObj) > { >- mfvec2f* mfv = static_cast<mfvec2f*>(getFieldValue(env, obj)); >- sfvec2f* sfv = static_cast<sfvec2f*>(getFieldValue(env, sfvec2fObj)); >+ openvrml::mfvec2f* mfv = static_cast<openvrml::mfvec2f*>(getFieldValue(env, obj)); >+ openvrml::sfvec2f* sfv = static_cast<openvrml::sfvec2f*>(getFieldValue(env, sfvec2fObj)); > if (!mfv || !sfv) return; > try { > mfv->value.insert(mfv->value.begin() + index, sfv->value); >@@ -6023,7 +6023,7 @@ > jobjectArray jarr) > { > try { >- std::auto_ptr<mfvec3f> mfvec3f(new mfvec3f(env->GetArrayLength(jarr))); >+ std::auto_ptr<openvrml::mfvec3f> mfvec3f(new openvrml::mfvec3f(env->GetArrayLength(jarr))); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) return; > env->SetIntField(obj, fid, reinterpret_cast<int>(mfvec3f.release())); >@@ -6046,7 +6046,7 @@ > jfloatArray jarr) > { > try { >- std::auto_ptr<mfvec3f> mfvec3f(new mfvec3f(size)); >+ std::auto_ptr<openvrml::mfvec3f> mfvec3f(new openvrml::mfvec3f(size)); > jfieldID fid = getFid(env, obj, "FieldPtr", "I"); > if (!fid) return; > env->SetIntField(obj, fid, reinterpret_cast<int>(mfvec3f.release())); >@@ -6065,7 +6065,7 @@ > > jint JNICALL Java_vrml_field_ConstMFVec3f_getSize(JNIEnv * env, jobject obj) > { >- mfvec3f * mfv = static_cast<mfvec3f *>(getFieldValue(env, obj)); >+ openvrml::mfvec3f * mfv = static_cast<openvrml::mfvec3f *>(getFieldValue(env, obj)); > if (!mfv) return 0; > return mfv->value.size(); > } >@@ -6074,8 +6074,8 @@ > jobject obj, > jobjectArray jarr) > { >- const mfvec3f * const mfv = >- static_cast<mfvec3f *>(getFieldValue(env, obj)); >+ const openvrml::mfvec3f * const mfv = >+ static_cast<openvrml::mfvec3f *>(getFieldValue(env, obj)); > if (!mfv) return; > for (size_t i = 0; i < mfv->value.size(); ++i) { > jfloatArray element = >@@ -6097,8 +6097,8 @@ > jobject obj, > jfloatArray jarr) > { >- const mfvec3f * const mfv = >- static_cast<mfvec3f *>(getFieldValue(env, obj)); >+ const openvrml::mfvec3f * const mfv = >+ static_cast<openvrml::mfvec3f *>(getFieldValue(env, obj)); > if (!mfv) return; > for (size_t i = 0; i < mfv->value.size(); ++i) { > env->SetFloatArrayRegion(jarr, i * 3, 3, >@@ -6121,7 +6121,7 @@ > void JNICALL Java_vrml_field_ConstMFVec3f_get1Value__I_3F > (JNIEnv *env, jobject obj, jint element, jfloatArray jarr) > { >- mfvec3f* mfv = static_cast<mfvec3f*>(getFieldValue(env, obj)); >+ openvrml::mfvec3f* mfv = static_cast<openvrml::mfvec3f*>(getFieldValue(env, obj)); > if (!mfv) return; > try { > jfloat * const arrayRegion = >@@ -6155,11 +6155,11 @@ > jint element, > jobject sfvec3fObj) > { >- const mfvec3f * const mfv = >- static_cast<mfvec3f *>(getFieldValue(env, obj)); >+ const openvrml::mfvec3f * const mfv = >+ static_cast<openvrml::mfvec3f *>(getFieldValue(env, obj)); > if (!mfv) return; >- sfvec3f * const sfv = >- static_cast<sfvec3f *>(getFieldValue(env, sfvec3fObj)); >+ openvrml::sfvec3f * const sfv = >+ static_cast<openvrml::sfvec3f *>(getFieldValue(env, sfvec3fObj)); > if (!sfv) return; > try { > sfv->value = mfv->value.at(element); >@@ -6209,7 +6209,7 @@ > > void JNICALL Java_vrml_field_MFVec3f_clear(JNIEnv * env, jobject obj) > { >- mfvec3f * const mfv = static_cast<mfvec3f *>(getFieldValue(env, obj)); >+ openvrml::mfvec3f * const mfv = static_cast<openvrml::mfvec3f *>(getFieldValue(env, obj)); > if (!mfv) return; > mfv->value.clear(); > } >@@ -6217,7 +6217,7 @@ > void JNICALL Java_vrml_field_MFVec3f_delete > (JNIEnv *env, jobject obj, jint n) > { >- mfvec3f* mfv = static_cast<mfvec3f*>(getFieldValue(env, obj)); >+ openvrml::mfvec3f* mfv = static_cast<openvrml::mfvec3f*>(getFieldValue(env, obj)); > if (!mfv) return; > if (!(size_t(n) < mfv->value.size())) { > env->ExceptionDescribe(); >@@ -6281,8 +6281,8 @@ > jobjectArray value) > { > try { >- mfvec3f * const mfv = >- static_cast<mfvec3f *>(getFieldValue(env, obj)); >+ openvrml::mfvec3f * const mfv = >+ static_cast<openvrml::mfvec3f *>(getFieldValue(env, obj)); > if (!mfv) return; > mfv->value.resize(env->GetArrayLength(value)); // Throws bad_alloc. > >@@ -6320,8 +6320,8 @@ > jfloatArray value) > { > try { >- mfvec3f * const mfv = >- static_cast<mfvec3f *>(getFieldValue(env, obj)); >+ openvrml::mfvec3f * const mfv = >+ static_cast<openvrml::mfvec3f *>(getFieldValue(env, obj)); > if (!mfv) return; > mfv->value.resize(size); // Throws std::bad_alloc. > jfloat * const vecs = env->GetFloatArrayElements(value, 0); >@@ -6363,9 +6363,9 @@ > jobject obj, > jobject value) > { >- mfvec3f * const mfv = static_cast<mfvec3f *>(getFieldValue(env, obj)); >- const mfvec3f * const newMFVec3f = >- static_cast<mfvec3f *>(getFieldValue(env, value)); >+ openvrml::mfvec3f * const mfv = static_cast<openvrml::mfvec3f *>(getFieldValue(env, obj)); >+ const openvrml::mfvec3f * const newMFVec3f = >+ static_cast<openvrml::mfvec3f *>(getFieldValue(env, value)); > if (!mfv || !newMFVec3f) return; > try { > *mfv = *newMFVec3f; // Throws bad_alloc. >@@ -6391,7 +6391,7 @@ > void JNICALL Java_vrml_field_MFVec3f_set1Value__IFFF > (JNIEnv *env, jobject obj, jint index, jfloat x, jfloat y, jfloat z) > { >- mfvec3f* mfv = static_cast<mfvec3f*>(getFieldValue(env, obj)); >+ openvrml::mfvec3f* mfv = static_cast<openvrml::mfvec3f*>(getFieldValue(env, obj)); > if (!mfv) return; > try { > mfv->value.at(index) = vec3f(x, y, z); >@@ -6412,8 +6412,8 @@ > Java_vrml_field_MFVec3f_set1Value__ILvrml_field_ConstSFVec3f_2 > (JNIEnv *env, jobject obj, jint index, jobject sfvec3fObj) > { >- mfvec3f* mfv = static_cast<mfvec3f*>(getFieldValue(env, obj)); >- sfvec3f* sfv = static_cast<sfvec3f*>(getFieldValue(env, sfvec3fObj)); >+ openvrml::mfvec3f* mfv = static_cast<openvrml::mfvec3f*>(getFieldValue(env, obj)); >+ openvrml::sfvec3f* sfv = static_cast<openvrml::sfvec3f*>(getFieldValue(env, sfvec3fObj)); > if (!mfv || !sfv) return; > try { > mfv->value.at(index) = sfv->value; >@@ -6450,7 +6450,7 @@ > void JNICALL Java_vrml_field_MFVec3f_addValue__FFF > (JNIEnv *env, jobject obj, jfloat x, jfloat y, jfloat z) > { >- mfvec3f* mfv = static_cast<mfvec3f*>(getFieldValue(env, obj)); >+ openvrml::mfvec3f* mfv = static_cast<openvrml::mfvec3f*>(getFieldValue(env, obj)); > if (!mfv) return; > try { > mfv->value.push_back(vec3f(x, y, z)); >@@ -6477,8 +6477,8 @@ > Java_vrml_field_MFVec3f_addValue__Lvrml_field_ConstSFVec3f_2 > (JNIEnv *env, jobject obj, jobject sfvec3fObj) > { >- mfvec3f* mfv = static_cast<mfvec3f*>(getFieldValue(env, obj)); >- sfvec3f* sfv = static_cast<sfvec3f*>(getFieldValue(env, sfvec3fObj)); >+ openvrml::mfvec3f* mfv = static_cast<openvrml::mfvec3f*>(getFieldValue(env, obj)); >+ openvrml::sfvec3f* sfv = static_cast<openvrml::sfvec3f*>(getFieldValue(env, sfvec3fObj)); > if (!mfv || !sfv) return; > try { > mfv->value.push_back(sfv->value); >@@ -6516,7 +6516,7 @@ > jfloat y, > jfloat z) > { >- mfvec3f* mfv = static_cast<mfvec3f*>(getFieldValue(env, obj)); >+ openvrml::mfvec3f* mfv = static_cast<openvrml::mfvec3f*>(getFieldValue(env, obj)); > if (!mfv) { return; } > if (!(size_t(index) < mfv->value.size())) { > env->ExceptionDescribe(); >@@ -6547,7 +6547,7 @@ > Java_vrml_field_MFVec3f_insertValue__ILvrml_field_ConstSFVec3f_2 > (JNIEnv *env, jobject obj, jint index, jobject sfvec3fObj) > { >- sfvec3f* sfv = static_cast<sfvec3f*>(getFieldValue(env, sfvec3fObj)); >+ openvrml::sfvec3f* sfv = static_cast<openvrml::sfvec3f*>(getFieldValue(env, sfvec3fObj)); > if (!sfv) { return; } > Java_vrml_field_MFVec3f_insertValue__IFFF(env, obj, index, > sfv->value.x(), >diff -Naur openvrml-0.14.3-a/src/libopenvrml/openvrml/scope.h openvrml-0.14.3-b/src/libopenvrml/openvrml/scope.h >--- src/libopenvrml/openvrml/scope.h 2005-11-16 08:21:43.000000000 +0000 >+++ src/libopenvrml/openvrml/scope.h 2005-11-16 08:21:43.000000000 +0000 >@@ -28,6 +28,7 @@ > # include <string> > # include <openvrml/node_type_ptr.h> > # include <openvrml/scope_ptr.h> >+# include <openvrml/node.h> > > namespace openvrml { > >diff -Naur openvrml-0.14.3-a/src/libopenvrml/openvrml/script.cpp openvrml-0.14.3-b/src/libopenvrml/openvrml/script.cpp >--- src/libopenvrml/openvrml/script.cpp 2005-11-16 08:21:43.000000000 +0000 >+++ src/libopenvrml/openvrml/script.cpp 2005-11-16 08:21:43.000000000 +0000 >@@ -1856,7 +1856,7 @@ > > case field_value::sfcolor_id: > { >- using openvrml::sfcolor >+ using openvrml::sfcolor; > const sfcolor & c = static_cast<const sfcolor &>(fieldValue); > if (!SFColor::toJsval(c.value, this->cx, globalObj, &rval)) { > rval = JSVAL_NULL; >@@ -3056,7 +3056,7 @@ > > auto_ptr<openvrml::sfcolor> > sfcolor(new openvrml::sfcolor(color(rgb[0], rgb[1], rgb[2]))); >- auto_ptr<sfdata> sfdata(new sfdata(sfcolor.get())); >+ auto_ptr<sfield::sfdata> sfdata(new sfield::sfdata(sfcolor.get())); > sfcolor.release(); > if (!JS_SetPrivate(cx, obj, sfdata.get())) { return JS_FALSE; } > sfdata.release(); >@@ -3236,7 +3236,7 @@ > std::auto_ptr<openvrml::sfimage> > sfimageClone(static_cast<openvrml::sfimage *> > (sfimage.clone().release())); >- std::auto_ptr<sfdata> sfdata(new sfdata(sfimageClone.get())); >+ std::auto_ptr<sfield::sfdata> sfdata(new sfield::sfdata(sfimageClone.get())); > sfimageClone.release(); > if (!JS_SetPrivate(cx, sfimageObj, sfdata.get())) { return JS_FALSE; } > sfdata.release(); >@@ -3355,7 +3355,7 @@ > > auto_ptr<openvrml::sfimage> > sfimage(new openvrml::sfimage(x, y, comp, &pixels[0])); >- auto_ptr<sfdata> sfdata(new sfdata(sfimage.get())); >+ auto_ptr<sfield::sfdata> sfdata(new sfield::sfdata(sfimage.get())); > sfimage.release(); > if (!JS_SetPrivate(cx, obj, sfdata.get())) { return JS_FALSE; } > sfdata.release(); >@@ -3483,7 +3483,7 @@ > using std::auto_ptr; > > auto_ptr<openvrml::sfnode> sfnodeClone(new openvrml::sfnode(node)); >- auto_ptr<sfdata> sfdata(new sfdata(sfnodeClone.get())); >+ auto_ptr<sfield::sfdata> sfdata(new sfield::sfdata(sfnodeClone.get())); > sfnodeClone.release(); > if (!JS_SetPrivate(cx, sfnodeObj, sfdata.get())) { return JS_FALSE; } > sfdata.release(); >@@ -3573,7 +3573,7 @@ > try { > using std::auto_ptr; > auto_ptr<openvrml::sfnode> sfnode(new openvrml::sfnode(nodes[0])); >- auto_ptr<sfdata> sfdata(new sfdata(sfnode.get())); >+ auto_ptr<sfield::sfdata> sfdata(new sfield::sfdata(sfnode.get())); > sfnode.release(); > if (!JS_SetPrivate(cx, obj, sfdata.get())) { return JS_FALSE; } > sfdata.release(); >@@ -3863,7 +3863,7 @@ > try { > auto_ptr<openvrml::sfrotation> > sfrotation(new openvrml::sfrotation(rotation(x, y, z, angle))); >- auto_ptr<sfdata> sfdata(new sfdata(sfrotation.get())); >+ auto_ptr<sfield::sfdata> sfdata(new sfield::sfdata(sfrotation.get())); > sfrotation.release(); > if (!JS_SetPrivate(cx, obj, sfdata.get())) { return JS_FALSE; } > sfdata.release(); >@@ -4325,7 +4325,7 @@ > > auto_ptr<openvrml::sfvec2f> > sfvec2f(new openvrml::sfvec2f(vec2f(x, y))); >- auto_ptr<sfdata> sfdata(new sfdata(sfvec2f.get())); >+ auto_ptr<sfield::sfdata> sfdata(new sfield::sfdata(sfvec2f.get())); > sfvec2f.release(); > if (!JS_SetPrivate(cx, obj, sfdata.get())) { return JS_FALSE; } > sfdata.release(); >@@ -4816,7 +4816,7 @@ > > auto_ptr<openvrml::sfvec3f> > sfvec3f(new openvrml::sfvec3f(vec3f(vec[0], vec[1], vec[2]))); >- auto_ptr<sfdata> sfdata(new sfdata(sfvec3f.get())); >+ auto_ptr<sfield::sfdata> sfdata(new sfield::sfdata(sfvec3f.get())); > sfvec3f.release(); > if (!JS_SetPrivate(cx, obj, sfdata.get())) { return JS_FALSE; } > sfdata.release();
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