// Write the method information portion of ClassFile structure // JVMSpec| u2 methods_count; // JVMSpec| method_info methods[methods_count]; void JvmtiClassFileReconstituter::write_method_infos() { HandleMark hm(thread()); objArrayHandle methods(thread(), ikh()->methods()); int num_methods = methods->length(); write_u2(num_methods); if (JvmtiExport::can_maintain_original_method_order()) { int index; int original_index; int* method_order = NEW_RESOURCE_ARRAY(int, num_methods); // invert the method order mapping for (index = 0; index < num_methods; index++) { original_index = ikh()->method_ordering()->int_at(index); assert(original_index >= 0 && original_index < num_methods, "invalid original method index"); method_order[original_index] = index; } // write in original order for (original_index = 0; original_index < num_methods; original_index++) { index = method_order[original_index]; methodHandle method(thread(), (methodOop)(ikh()->methods()->obj_at(index))); write_method_info(method); } } else { // method order not preserved just dump the method infos for (int index = 0; index < num_methods; index++) {
// Write SourceFile attribute // JVMSpec| SourceFile_attribute { // JVMSpec| u2 attribute_name_index; // JVMSpec| u4 attribute_length; // JVMSpec| u2 sourcefile_index; // JVMSpec| } void JvmtiClassFileReconstituter::write_source_file_attribute() { assert(ikh()->source_file_name() != NULL, "caller must check"); write_attribute_name_index("SourceFile"); write_u4(2); // always length 2 write_u2(symbol_to_cpool_index(ikh()->source_file_name())); }
// Write SourceDebugExtension attribute // JSR45| SourceDebugExtension_attribute { // JSR45| u2 attribute_name_index; // JSR45| u4 attribute_length; // JSR45| u1 debug_extension[attribute_length]; // JSR45| } void JvmtiClassFileReconstituter::write_source_debug_extension_attribute() { assert(ikh()->source_debug_extension() != NULL, "caller must check"); write_attribute_name_index("SourceDebugExtension"); int len = (int)strlen(ikh()->source_debug_extension()); write_u4(len); u1* ext = (u1*)ikh()->source_debug_extension(); for (int i=0; i<len; i++) { write_u1(ext[i]); } }
// Write the method information portion of ClassFile structure // JVMSpec| u2 methods_count; // JVMSpec| method_info methods[methods_count]; void JvmtiClassFileReconstituter::write_method_infos() { HandleMark hm(thread()); Array<Method*>* methods = ikh()->methods(); int num_methods = methods->length(); int num_overpass = 0; // count the generated default interface methods // these will not be re-created by write_method_info // and should not be included in the total count for (int index = 0; index < num_methods; index++) { Method* method = methods->at(index); if (method->is_overpass()) { num_overpass++; } } write_u2(num_methods - num_overpass); if (JvmtiExport::can_maintain_original_method_order()) { int index; int original_index; intArray method_order(num_methods, 0); // invert the method order mapping for (index = 0; index < num_methods; index++) { original_index = ikh()->method_ordering()->at(index); assert(original_index >= 0 && original_index < num_methods, "invalid original method index"); method_order.at_put(original_index, index); } // write in original order for (original_index = 0; original_index < num_methods; original_index++) { index = method_order.at(original_index); methodHandle method(thread(), methods->at(index)); write_method_info(method); } } else { // method order not preserved just dump the method infos for (int index = 0; index < num_methods; index++) { methodHandle method(thread(), methods->at(index)); write_method_info(method); } } }
void JvmtiBreakpoint::each_method_version_do(method_action meth_act) { ((methodOopDesc*)_method->*meth_act)(_bci); // add/remove breakpoint to/from versions of the method that // are EMCP. Directly or transitively obsolete methods are // not saved in the PreviousVersionInfo. Thread *thread = Thread::current(); instanceKlassHandle ikh = instanceKlassHandle(thread, _method->method_holder()); Symbol* m_name = _method->name(); Symbol* m_signature = _method->signature(); { ResourceMark rm(thread); // PreviousVersionInfo objects returned via PreviousVersionWalker // contain a GrowableArray of handles. We have to clean up the // GrowableArray _after_ the PreviousVersionWalker destructor // has destroyed the handles. { // search previous versions if they exist PreviousVersionWalker pvw((instanceKlass *)ikh()->klass_part()); for (PreviousVersionInfo * pv_info = pvw.next_previous_version(); pv_info != NULL; pv_info = pvw.next_previous_version()) { GrowableArray<methodHandle>* methods = pv_info->prev_EMCP_method_handles(); if (methods == NULL) { // We have run into a PreviousVersion generation where // all methods were made obsolete during that generation's // RedefineClasses() operation. At the time of that // operation, all EMCP methods were flushed so we don't // have to go back any further. // // A NULL methods array is different than an empty methods // array. We cannot infer any optimizations about older // generations from an empty methods array for the current // generation. break; } for (int i = methods->length() - 1; i >= 0; i--) { methodHandle method = methods->at(i); if (method->name() == m_name && method->signature() == m_signature) { RC_TRACE(0x00000800, ("%sing breakpoint in %s(%s)", meth_act == &methodOopDesc::set_breakpoint ? "sett" : "clear", method->name()->as_C_string(), method->signature()->as_C_string())); assert(!method->is_obsolete(), "only EMCP methods here"); ((methodOopDesc*)method()->*meth_act)(_bci); break; } } } } // pvw is cleaned up } // rm is cleaned up }
// Write the class attributes portion of ClassFile structure // JVMSpec| u2 attributes_count; // JVMSpec| attribute_info attributes[attributes_count]; void JvmtiClassFileReconstituter::write_class_attributes() { u2 inner_classes_length = inner_classes_attribute_length(); Symbol* generic_signature = ikh()->generic_signature(); AnnotationArray* anno = ikh()->class_annotations(); AnnotationArray* type_anno = ikh()->class_type_annotations(); int attr_count = 0; if (generic_signature != NULL) { ++attr_count; } if (ikh()->source_file_name() != NULL) { ++attr_count; } if (ikh()->source_debug_extension() != NULL) { ++attr_count; } if (inner_classes_length > 0) { ++attr_count; } if (anno != NULL) { ++attr_count; // has RuntimeVisibleAnnotations attribute } if (type_anno != NULL) { ++attr_count; // has RuntimeVisibleTypeAnnotations attribute } if (cpool()->operands() != NULL) { ++attr_count; } write_u2(attr_count); if (generic_signature != NULL) { write_signature_attribute(symbol_to_cpool_index(generic_signature)); } if (ikh()->source_file_name() != NULL) { write_source_file_attribute(); } if (ikh()->source_debug_extension() != NULL) { write_source_debug_extension_attribute(); } if (inner_classes_length > 0) { write_inner_classes_attribute(inner_classes_length); } if (anno != NULL) { write_annotations_attribute("RuntimeVisibleAnnotations", anno); } if (type_anno != NULL) { write_annotations_attribute("RuntimeVisibleTypeAnnotations", type_anno); } if (cpool()->operands() != NULL) { write_bootstrapmethod_attribute(); } }
void JvmtiBreakpoint::each_method_version_do(method_action meth_act) { ((Method*)_method->*meth_act)(_bci); // add/remove breakpoint to/from versions of the method that // are EMCP. Directly or transitively obsolete methods are // not saved in the PreviousVersionNodes. Thread *thread = Thread::current(); instanceKlassHandle ikh = instanceKlassHandle(thread, _method->method_holder()); Symbol* m_name = _method->name(); Symbol* m_signature = _method->signature(); // search previous versions if they exist PreviousVersionWalker pvw(thread, (InstanceKlass *)ikh()); for (PreviousVersionNode * pv_node = pvw.next_previous_version(); pv_node != NULL; pv_node = pvw.next_previous_version()) { GrowableArray<Method*>* methods = pv_node->prev_EMCP_methods(); if (methods == NULL) { // We have run into a PreviousVersion generation where // all methods were made obsolete during that generation's // RedefineClasses() operation. At the time of that // operation, all EMCP methods were flushed so we don't // have to go back any further. // // A NULL methods array is different than an empty methods // array. We cannot infer any optimizations about older // generations from an empty methods array for the current // generation. break; } for (int i = methods->length() - 1; i >= 0; i--) { Method* method = methods->at(i); // obsolete methods that are running are not deleted from // previous version array, but they are skipped here. if (!method->is_obsolete() && method->name() == m_name && method->signature() == m_signature) { RC_TRACE(0x00000800, ("%sing breakpoint in %s(%s)", meth_act == &Method::set_breakpoint ? "sett" : "clear", method->name()->as_C_string(), method->signature()->as_C_string())); (method->*meth_act)(_bci); break; } } } }
// Write InnerClasses attribute // JVMSpec| InnerClasses_attribute { // JVMSpec| u2 attribute_name_index; // JVMSpec| u4 attribute_length; // JVMSpec| u2 number_of_classes; // JVMSpec| { u2 inner_class_info_index; // JVMSpec| u2 outer_class_info_index; // JVMSpec| u2 inner_name_index; // JVMSpec| u2 inner_class_access_flags; // JVMSpec| } classes[number_of_classes]; // JVMSpec| } void JvmtiClassFileReconstituter::write_inner_classes_attribute(int length) { InnerClassesIterator iter(ikh()); guarantee(iter.length() != 0 && iter.length() == length, "caller must check"); u2 entry_count = length / InstanceKlass::inner_class_next_offset; u4 size = 2 + entry_count * (2+2+2+2); write_attribute_name_index("InnerClasses"); write_u4(size); write_u2(entry_count); for (; !iter.done(); iter.next()) { write_u2(iter.inner_class_info_index()); write_u2(iter.outer_class_info_index()); write_u2(iter.inner_name_index()); write_u2(iter.inner_access_flags()); } }
void JvmtiClassFileReconstituter::write_class_file_format() { ReallocMark(); // JVMSpec| ClassFile { // JVMSpec| u4 magic; write_u4(0xCAFEBABE); // JVMSpec| u2 minor_version; // JVMSpec| u2 major_version; write_u2(ikh()->minor_version()); u2 major = ikh()->major_version(); write_u2(major); // JVMSpec| u2 constant_pool_count; // JVMSpec| cp_info constant_pool[constant_pool_count-1]; write_u2(cpool()->length()); copy_cpool_bytes(writeable_address(cpool_size())); // JVMSpec| u2 access_flags; write_u2(ikh()->access_flags().get_flags() & JVM_RECOGNIZED_CLASS_MODIFIERS); // JVMSpec| u2 this_class; // JVMSpec| u2 super_class; write_u2(class_symbol_to_cpool_index(ikh()->name())); Klass* super_class = ikh()->super(); write_u2(super_class == NULL? 0 : // zero for java.lang.Object class_symbol_to_cpool_index(super_class->name())); // JVMSpec| u2 interfaces_count; // JVMSpec| u2 interfaces[interfaces_count]; Array<Klass*>* interfaces = ikh()->local_interfaces(); int num_interfaces = interfaces->length(); write_u2(num_interfaces); for (int index = 0; index < num_interfaces; index++) { HandleMark hm(thread()); instanceKlassHandle iikh(thread(), interfaces->at(index)); write_u2(class_symbol_to_cpool_index(iikh->name())); } // JVMSpec| u2 fields_count; // JVMSpec| field_info fields[fields_count]; write_field_infos(); // JVMSpec| u2 methods_count; // JVMSpec| method_info methods[methods_count]; write_method_infos(); // JVMSpec| u2 attributes_count; // JVMSpec| attribute_info attributes[attributes_count]; // JVMSpec| } /* end ClassFile 8? write_class_attributes(); }
// Write InnerClasses attribute // JVMSpec| InnerClasses_attribute { // JVMSpec| u2 attribute_name_index; // JVMSpec| u4 attribute_length; // JVMSpec| u2 number_of_classes; // JVMSpec| { u2 inner_class_info_index; // JVMSpec| u2 outer_class_info_index; // JVMSpec| u2 inner_name_index; // JVMSpec| u2 inner_class_access_flags; // JVMSpec| } classes[number_of_classes]; // JVMSpec| } void JvmtiClassFileReconstituter::write_inner_classes_attribute(int length) { typeArrayOop inner_class_list = ikh()->inner_classes(); guarantee(inner_class_list != NULL && inner_class_list->length() == length, "caller must check"); typeArrayHandle inner_class_list_h(thread(), inner_class_list); assert (length % instanceKlass::inner_class_next_offset == 0, "just checking"); u2 entry_count = length / instanceKlass::inner_class_next_offset; u4 size = 2 + entry_count * (2+2+2+2); write_attribute_name_index("InnerClasses"); write_u4(size); write_u2(entry_count); for (int i = 0; i < length; i += instanceKlass::inner_class_next_offset) { write_u2(inner_class_list_h->ushort_at( i + instanceKlass::inner_class_inner_class_info_offset)); write_u2(inner_class_list_h->ushort_at( i + instanceKlass::inner_class_outer_class_info_offset)); write_u2(inner_class_list_h->ushort_at( i + instanceKlass::inner_class_inner_name_offset)); write_u2(inner_class_list_h->ushort_at( i + instanceKlass::inner_class_access_flags_offset)); } }
// Write the class attributes portion of ClassFile structure // JVMSpec| u2 attributes_count; // JVMSpec| attribute_info attributes[attributes_count]; void JvmtiClassFileReconstituter::write_class_attributes() { u2 inner_classes_length = inner_classes_attribute_length(); Symbol* generic_signature = ikh()->generic_signature(); typeArrayHandle anno(thread(), ikh()->class_annotations()); int attr_count = 0; if (generic_signature != NULL) { ++attr_count; } if (ikh()->source_file_name() != NULL) { ++attr_count; } if (ikh()->source_debug_extension() != NULL) { ++attr_count; } if (inner_classes_length > 0) { ++attr_count; } if (anno.not_null()) { ++attr_count; // has RuntimeVisibleAnnotations attribute } write_u2(attr_count); if (generic_signature != NULL) { write_signature_attribute(symbol_to_cpool_index(generic_signature)); } if (ikh()->source_file_name() != NULL) { write_source_file_attribute(); } if (ikh()->source_debug_extension() != NULL) { write_source_debug_extension_attribute(); } if (inner_classes_length > 0) { write_inner_classes_attribute(inner_classes_length); } if (anno.not_null()) { write_annotations_attribute("RuntimeVisibleAnnotations", anno); } }
// Compute the number of entries in the InnerClasses attribute u2 JvmtiClassFileReconstituter::inner_classes_attribute_length() { typeArrayOop inner_class_list = ikh()->inner_classes(); return (inner_class_list == NULL) ? 0 : inner_class_list->length(); }
// Write the field information portion of ClassFile structure // JVMSpec| u2 fields_count; // JVMSpec| field_info fields[fields_count]; void JvmtiClassFileReconstituter::write_field_infos() { HandleMark hm(thread()); typeArrayHandle fields(thread(), ikh()->fields()); int fields_length = fields->length(); int num_fields = fields_length / instanceKlass::next_offset; objArrayHandle fields_anno(thread(), ikh()->fields_annotations()); write_u2(num_fields); for (int index = 0; index < fields_length; index += instanceKlass::next_offset) { AccessFlags access_flags; int flags = fields->ushort_at(index + instanceKlass::access_flags_offset); access_flags.set_flags(flags); int name_index = fields->ushort_at(index + instanceKlass::name_index_offset); int signature_index = fields->ushort_at(index + instanceKlass::signature_index_offset); int initial_value_index = fields->ushort_at(index + instanceKlass::initval_index_offset); guarantee(name_index != 0 && signature_index != 0, "bad constant pool index for field"); int offset = ikh()->offset_from_fields( index ); int generic_signature_index = fields->ushort_at(index + instanceKlass::generic_signature_offset); typeArrayHandle anno(thread(), fields_anno.not_null() ? (typeArrayOop)(fields_anno->obj_at(index / instanceKlass::next_offset)) : (typeArrayOop)NULL); // JVMSpec| field_info { // JVMSpec| u2 access_flags; // JVMSpec| u2 name_index; // JVMSpec| u2 descriptor_index; // JVMSpec| u2 attributes_count; // JVMSpec| attribute_info attributes[attributes_count]; // JVMSpec| } write_u2(flags & JVM_RECOGNIZED_FIELD_MODIFIERS); write_u2(name_index); write_u2(signature_index); int attr_count = 0; if (initial_value_index != 0) { ++attr_count; } if (access_flags.is_synthetic()) { // ++attr_count; } if (generic_signature_index != 0) { ++attr_count; } if (anno.not_null()) { ++attr_count; // has RuntimeVisibleAnnotations attribute } write_u2(attr_count); if (initial_value_index != 0) { write_attribute_name_index("ConstantValue"); write_u4(2); //length always 2 write_u2(initial_value_index); } if (access_flags.is_synthetic()) { // write_synthetic_attribute(); } if (generic_signature_index != 0) { write_signature_attribute(generic_signature_index); } if (anno.not_null()) { write_annotations_attribute("RuntimeVisibleAnnotations", anno); } } }
original_index = ikh()->method_ordering()->int_at(index); assert(original_index >= 0 && original_index < num_methods, "invalid original method index"); method_order[original_index] = index; } // write in original order for (original_index = 0; original_index < num_methods; original_index++) { index = method_order[original_index]; methodHandle method(thread(), (methodOop)(ikh()->methods()->obj_at(index))); write_method_info(method); } } else { // method order not preserved just dump the method infos for (int index = 0; index < num_methods; index++) { methodHandle method(thread(), (methodOop)(ikh()->methods()->obj_at(index))); write_method_info(method); } } } void JvmtiClassFileReconstituter::write_class_file_format() { ReallocMark(); // JVMSpec| ClassFile { // JVMSpec| u4 magic; write_u4(0xCAFEBABE); // JVMSpec| u2 minor_version; // JVMSpec| u2 major_version; write_u2(ikh()->minor_version());
// Write the field information portion of ClassFile structure // JVMSpec| u2 fields_count; // JVMSpec| field_info fields[fields_count]; void JvmtiClassFileReconstituter::write_field_infos() { HandleMark hm(thread()); Array<AnnotationArray*>* fields_anno = ikh()->fields_annotations(); Array<AnnotationArray*>* fields_type_anno = ikh()->fields_type_annotations(); // Compute the real number of Java fields int java_fields = ikh()->java_fields_count(); write_u2(java_fields); for (JavaFieldStream fs(ikh()); !fs.done(); fs.next()) { AccessFlags access_flags = fs.access_flags(); int name_index = fs.name_index(); int signature_index = fs.signature_index(); int initial_value_index = fs.initval_index(); guarantee(name_index != 0 && signature_index != 0, "bad constant pool index for field"); // int offset = ikh()->field_offset( index ); int generic_signature_index = fs.generic_signature_index(); AnnotationArray* anno = fields_anno == NULL ? NULL : fields_anno->at(fs.index()); AnnotationArray* type_anno = fields_type_anno == NULL ? NULL : fields_type_anno->at(fs.index()); // JVMSpec| field_info { // JVMSpec| u2 access_flags; // JVMSpec| u2 name_index; // JVMSpec| u2 descriptor_index; // JVMSpec| u2 attributes_count; // JVMSpec| attribute_info attributes[attributes_count]; // JVMSpec| } write_u2(access_flags.as_int() & JVM_RECOGNIZED_FIELD_MODIFIERS); write_u2(name_index); write_u2(signature_index); int attr_count = 0; if (initial_value_index != 0) { ++attr_count; } if (access_flags.is_synthetic()) { // ++attr_count; } if (generic_signature_index != 0) { ++attr_count; } if (anno != NULL) { ++attr_count; // has RuntimeVisibleAnnotations attribute } if (type_anno != NULL) { ++attr_count; // has RuntimeVisibleTypeAnnotations attribute } write_u2(attr_count); if (initial_value_index != 0) { write_attribute_name_index("ConstantValue"); write_u4(2); //length always 2 write_u2(initial_value_index); } if (access_flags.is_synthetic()) { // write_synthetic_attribute(); } if (generic_signature_index != 0) { write_signature_attribute(generic_signature_index); } if (anno != NULL) { write_annotations_attribute("RuntimeVisibleAnnotations", anno); } if (type_anno != NULL) { write_annotations_attribute("RuntimeVisibleTypeAnnotations", type_anno); } } }
// Compute the number of entries in the InnerClasses attribute u2 JvmtiClassFileReconstituter::inner_classes_attribute_length() { InnerClassesIterator iter(ikh()); return iter.length(); }
//------------------------------------------------------------------------------ void ExtendedKalmanInv::UpdateCovarianceJoseph() { #ifdef DEBUG_ESTIMATION MessageInterface::ShowMessage("Updating covariance using Joseph " "method\n"); #endif // Update the covariance Real khSum; Rmatrix temp(stateSize, stateSize), krk(stateSize, stateSize); Rmatrix pikh(stateSize, stateSize), r(measSize, measSize); Rmatrix ikh(stateSize, stateSize), rk(measSize, stateSize); // First calc (I - K H) #ifdef DEBUG_JOSEPH MessageInterface::ShowMessage("Calcing I - K H\n K:\n"); for (UnsignedInt i = 0; i < stateSize; ++i) { for (UnsignedInt j = 0; j < measSize; ++j) MessageInterface::ShowMessage(" %.12lf ", kalman(i,j)); MessageInterface::ShowMessage("\n"); } MessageInterface::ShowMessage("\n H:\n"); for (UnsignedInt i = 0; i < measSize; ++i) { for (UnsignedInt j = 0; j < stateSize; ++j) MessageInterface::ShowMessage(" %.12lf ", hTilde[i][j]); MessageInterface::ShowMessage("\n"); } MessageInterface::ShowMessage("\n"); #endif for (UnsignedInt i = 0; i < stateSize; ++i) { for (UnsignedInt j = 0; j < stateSize; ++j) { if (i == j) ikh(i,j) = 1.0; else ikh(i,j) = 0.0; khSum = 0.0; for (UnsignedInt k = 0; k < measSize; ++k) khSum += kalman(i,k) * hTilde[k][j]; ikh(i,j) -= khSum; } } #ifdef DEBUG_JOSEPH MessageInterface::ShowMessage(" I - K H:\n"); for (UnsignedInt i = 0; i < stateSize; ++i) { for (UnsignedInt j = 0; j < stateSize; ++j) MessageInterface::ShowMessage(" %.12lf ", ikh(i,j)); MessageInterface::ShowMessage("\n"); } MessageInterface::ShowMessage("\n pBar:\n"); for (UnsignedInt i = 0; i < stateSize; ++i) { for (UnsignedInt j = 0; j < stateSize; ++j) MessageInterface::ShowMessage(" %.12lf ", pBar(i,j)); MessageInterface::ShowMessage("\n"); } MessageInterface::ShowMessage("\n (I - K H) \bar P (I - K H)^T:\n"); #endif // Build (I - K H) \bar P (I - K H)^T for (UnsignedInt i = 0; i < stateSize; ++i) { for (UnsignedInt j = 0; j < stateSize; ++j) { pikh(i,j) = 0.0; for (UnsignedInt k = 0; k < stateSize; ++k) pikh(i,j) += pBar(i,k) * ikh(j,k); } } for (UnsignedInt i = 0; i < stateSize; ++i) { for (UnsignedInt j = 0; j < stateSize; ++j) { temp(i,j) = 0.0; for (UnsignedInt k = 0; k < stateSize; ++k) temp(i,j) += ikh(i,k) * pikh(k,j); } } #ifdef DEBUG_JOSEPH for (UnsignedInt i = 0; i < stateSize; ++i) { for (UnsignedInt j = 0; j < stateSize; ++j) MessageInterface::ShowMessage(" %.12lf ", temp(i,j)); MessageInterface::ShowMessage("\n"); } MessageInterface::ShowMessage("\n"); #endif #ifdef DEBUG_JOSEPH MessageInterface::ShowMessage("Prepping to fake up R\n R:\n"); #endif // Fake up the measurement covariance if needed if (measCovariance) r = *(measCovariance->GetCovariance()); else for (UnsignedInt i = 0; i < measSize; ++i) for (UnsignedInt j = 0; j < measSize; ++j) if (i == j) r(i,j) = DEFAULT_MEASUREMENT_COVARIANCE; else r(i,j) = 0.0; // Now K R K^T #ifdef DEBUG_JOSEPH for (UnsignedInt i = 0; i < measSize; ++i) { for (UnsignedInt j = 0; j < measSize; ++j) MessageInterface::ShowMessage(" %.12lf ", r(i,j)); MessageInterface::ShowMessage("\n"); } MessageInterface::ShowMessage("\n"); MessageInterface::ShowMessage("Calcing RK:\n"); #endif for (UnsignedInt i = 0; i < measSize; ++i) { for (UnsignedInt j = 0; j < stateSize; ++j) { rk(i,j) = 0.0; for (UnsignedInt k = 0; k < measSize; ++k) rk(i,j) += r(i,k) * kalman(j,k); } } #ifdef DEBUG_JOSEPH for (UnsignedInt i = 0; i < measSize; ++i) { for (UnsignedInt j = 0; j < stateSize; ++j) MessageInterface::ShowMessage(" %.12lf ", rk(i,j)); MessageInterface::ShowMessage("\n"); } MessageInterface::ShowMessage("\n"); MessageInterface::ShowMessage("Calcing KRK:\n"); #endif for (UnsignedInt i = 0; i < stateSize; ++i) { for (UnsignedInt j = 0; j < stateSize; ++j) { krk(i,j) = 0.0; for (UnsignedInt k = 0; k < measSize; ++k) krk(i,j) += kalman(i,k) * rk(k,j); } } #ifdef DEBUG_JOSEPH for (UnsignedInt i = 0; i < stateSize; ++i) { for (UnsignedInt j = 0; j < stateSize; ++j) MessageInterface::ShowMessage(" %.12lf ", krk(i,j)); MessageInterface::ShowMessage("\n"); } MessageInterface::ShowMessage("\n"); #endif // Add 'em up #ifdef DEBUG_JOSEPH MessageInterface::ShowMessage("Summing covariance\n"); #endif for (UnsignedInt i = 0; i < stateSize; ++i) for (UnsignedInt j = 0; j < stateSize; ++j) (*stateCovariance)(i,j) = temp(i,j) + krk(i,j); #ifdef DEBUG_JOSEPH for (UnsignedInt i = 0; i < stateSize; ++i) { for (UnsignedInt j = 0; j < stateSize; ++j) MessageInterface::ShowMessage(" %.12lf ", (*covariance)(i,j)); MessageInterface::ShowMessage("\n"); } MessageInterface::ShowMessage("\n"); throw EstimatorException("Intentional debug break!"); #endif }