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18 package org.orekit.files.ccsds.ndm.odm.ocm;
19
20 import java.io.IOException;
21
22 import org.hipparchus.linear.RealMatrix;
23 import org.orekit.files.ccsds.definitions.TimeConverter;
24 import org.orekit.files.ccsds.definitions.Units;
25 import org.orekit.files.ccsds.section.AbstractWriter;
26 import org.orekit.files.ccsds.utils.generation.Generator;
27 import org.orekit.utils.units.Unit;
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32
33 class PhysicalPropertiesWriter extends AbstractWriter {
34
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36 private final PhysicalProperties phys;
37
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39 private final TimeConverter timeConverter;
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45 PhysicalPropertiesWriter(final PhysicalProperties phys, final TimeConverter timeConverter) {
46 super(OcmDataSubStructureKey.phys.name(), OcmDataSubStructureKey.PHYS.name());
47 this.phys = phys;
48 this.timeConverter = timeConverter;
49 }
50
51
52 @Override
53 protected void writeContent(final Generator generator) throws IOException {
54
55
56 generator.writeComments(phys.getComments());
57
58 generator.writeEntry(PhysicalPropertiesKey.MANUFACTURER.name(), phys.getManufacturer(), null, false);
59 generator.writeEntry(PhysicalPropertiesKey.BUS_MODEL.name(), phys.getBusModel(), null, false);
60 generator.writeEntry(PhysicalPropertiesKey.DOCKED_WITH.name(), phys.getDockedWith(), false);
61
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63 generator.writeEntry(PhysicalPropertiesKey.DRAG_CONST_AREA.name(), phys.getDragConstantArea(), Units.M2, false);
64 generator.writeEntry(PhysicalPropertiesKey.DRAG_COEFF_NOM.name(), phys.getDragCoefficient(), Unit.ONE, false);
65 generator.writeEntry(PhysicalPropertiesKey.DRAG_UNCERTAINTY.name(), phys.getDragUncertainty(), Unit.PERCENT, false);
66
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68 generator.writeEntry(PhysicalPropertiesKey.INITIAL_WET_MASS.name(), phys.getInitialWetMass(), Unit.KILOGRAM, false);
69 generator.writeEntry(PhysicalPropertiesKey.WET_MASS.name(), phys.getWetMass(), Unit.KILOGRAM, false);
70 generator.writeEntry(PhysicalPropertiesKey.DRY_MASS.name(), phys.getDryMass(), Unit.KILOGRAM, false);
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73 generator.writeEntry(PhysicalPropertiesKey.OEB_PARENT_FRAME.name(), phys.getOebParentFrame().getName(), null, false);
74 generator.writeEntry(PhysicalPropertiesKey.OEB_PARENT_FRAME_EPOCH.name(), timeConverter, phys.getOebParentFrameEpoch(), false);
75 generator.writeEntry(PhysicalPropertiesKey.OEB_Q1.name(), phys.getOebQ().getQ1(), Unit.ONE, false);
76 generator.writeEntry(PhysicalPropertiesKey.OEB_Q2.name(), phys.getOebQ().getQ2(), Unit.ONE, false);
77 generator.writeEntry(PhysicalPropertiesKey.OEB_Q3.name(), phys.getOebQ().getQ3(), Unit.ONE, false);
78 generator.writeEntry(PhysicalPropertiesKey.OEB_QC.name(), phys.getOebQ().getQ0(), Unit.ONE, false);
79 generator.writeEntry(PhysicalPropertiesKey.OEB_MAX.name(), phys.getOebMax(), Unit.METRE, false);
80 generator.writeEntry(PhysicalPropertiesKey.OEB_INT.name(), phys.getOebIntermediate(), Unit.METRE, false);
81 generator.writeEntry(PhysicalPropertiesKey.OEB_MIN.name(), phys.getOebMin(), Unit.METRE, false);
82 generator.writeEntry(PhysicalPropertiesKey.AREA_ALONG_OEB_MAX.name(), phys.getOebAreaAlongMax(), Units.M2, false);
83 generator.writeEntry(PhysicalPropertiesKey.AREA_ALONG_OEB_INT.name(), phys.getOebAreaAlongIntermediate(), Units.M2, false);
84 generator.writeEntry(PhysicalPropertiesKey.AREA_ALONG_OEB_MIN.name(), phys.getOebAreaAlongMin(), Units.M2, false);
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87 generator.writeEntry(PhysicalPropertiesKey.AREA_MIN_FOR_PC.name(), phys.getMinAreaForCollisionProbability(), Units.M2, false);
88 generator.writeEntry(PhysicalPropertiesKey.AREA_MAX_FOR_PC.name(), phys.getMaxAreaForCollisionProbability(), Units.M2, false);
89 generator.writeEntry(PhysicalPropertiesKey.AREA_TYP_FOR_PC.name(), phys.getTypAreaForCollisionProbability(), Units.M2, false);
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92 generator.writeEntry(PhysicalPropertiesKey.RCS.name(), phys.getRcs(), Units.M2, false);
93 generator.writeEntry(PhysicalPropertiesKey.RCS_MIN.name(), phys.getMinRcs(), Units.M2, false);
94 generator.writeEntry(PhysicalPropertiesKey.RCS_MAX.name(), phys.getMaxRcs(), Units.M2, false);
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97 generator.writeEntry(PhysicalPropertiesKey.SRP_CONST_AREA.name(), phys.getSrpConstantArea(), Units.M2, false);
98 generator.writeEntry(PhysicalPropertiesKey.SOLAR_RAD_COEFF.name(), phys.getSrpCoefficient(), Unit.ONE, false);
99 generator.writeEntry(PhysicalPropertiesKey.SOLAR_RAD_UNCERTAINTY.name(), phys.getSrpUncertainty(), Unit.PERCENT, false);
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102 generator.writeEntry(PhysicalPropertiesKey.VM_ABSOLUTE.name(), phys.getVmAbsolute(), Unit.ONE, false);
103 generator.writeEntry(PhysicalPropertiesKey.VM_APPARENT_MIN.name(), phys.getVmApparentMin(), Unit.ONE, false);
104 generator.writeEntry(PhysicalPropertiesKey.VM_APPARENT.name(), phys.getVmApparent(), Unit.ONE, false);
105 generator.writeEntry(PhysicalPropertiesKey.VM_APPARENT_MAX.name(), phys.getVmApparentMax(), Unit.ONE, false);
106 generator.writeEntry(PhysicalPropertiesKey.REFLECTIVITY.name(), phys.getReflectivity(), Unit.ONE, false);
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109 generator.writeEntry(PhysicalPropertiesKey.ATT_CONTROL_MODE.name(), phys.getAttitudeControlMode(), null, false);
110 generator.writeEntry(PhysicalPropertiesKey.ATT_ACTUATOR_TYPE.name(), phys.getAttitudeActuatorType(), null, false);
111 generator.writeEntry(PhysicalPropertiesKey.ATT_KNOWLEDGE.name(), phys.getAttitudeKnowledgeAccuracy(), Unit.DEGREE, false);
112 generator.writeEntry(PhysicalPropertiesKey.ATT_CONTROL.name(), phys.getAttitudeControlAccuracy(), Unit.DEGREE, false);
113 generator.writeEntry(PhysicalPropertiesKey.ATT_POINTING.name(), phys.getAttitudePointingAccuracy(), Unit.DEGREE, false);
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116 generator.writeEntry(PhysicalPropertiesKey.AVG_MANEUVER_FREQ.name(), phys.getManeuversFrequency(), Units.NB_PER_Y, false);
117 generator.writeEntry(PhysicalPropertiesKey.MAX_THRUST.name(), phys.getMaxThrust(), Unit.NEWTON, false);
118 generator.writeEntry(PhysicalPropertiesKey.DV_BOL.name(), phys.getBolDv(), Units.KM_PER_S, false);
119 generator.writeEntry(PhysicalPropertiesKey.DV_REMAINING.name(), phys.getRemainingDv(), Units.KM_PER_S, false);
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122 final RealMatrix inertia = phys.getInertiaMatrix();
123 if (inertia != null) {
124 generator.writeEntry(PhysicalPropertiesKey.IXX.name(), inertia.getEntry(0, 0), Units.KG_M2, true);
125 generator.writeEntry(PhysicalPropertiesKey.IYY.name(), inertia.getEntry(1, 1), Units.KG_M2, true);
126 generator.writeEntry(PhysicalPropertiesKey.IZZ.name(), inertia.getEntry(2, 2), Units.KG_M2, true);
127 generator.writeEntry(PhysicalPropertiesKey.IXY.name(), inertia.getEntry(0, 1), Units.KG_M2, true);
128 generator.writeEntry(PhysicalPropertiesKey.IXZ.name(), inertia.getEntry(0, 2), Units.KG_M2, true);
129 generator.writeEntry(PhysicalPropertiesKey.IYZ.name(), inertia.getEntry(1, 2), Units.KG_M2, true);
130 }
131
132 }
133
134 }