1<?xml version="1.0" standalone="yes"?> 2<library-reference id="dimensions_reference"><title>Dimensions Reference</title><header name="boost/units/physical_dimensions.hpp"> 3<para>Physical dimensions according to the SI system. </para><para>This header includes all physical dimension headers for both base and derived dimensions. </para></header> 4<header name="boost/units/physical_dimensions/absorbed_dose.hpp"> 5<namespace name="boost"> 6<namespace name="units"> 7<typedef name="absorbed_dose_dimension"><purpose>derived dimension for absorbed dose : L^2 T^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>time_base_dimension</classname>,-2 >::type</type></typedef> 8</namespace> 9</namespace> 10</header> 11<header name="boost/units/physical_dimensions/acceleration.hpp"> 12<namespace name="boost"> 13<namespace name="units"> 14<typedef name="acceleration_dimension"><purpose>derived dimension for acceleration : L T^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2 >::type</type></typedef> 15</namespace> 16</namespace> 17</header> 18<header name="boost/units/physical_dimensions/action.hpp"> 19<namespace name="boost"> 20<namespace name="units"> 21<typedef name="action_dimension"><purpose>derived dimension for action : L^2 M T^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-1 >::type</type></typedef> 22</namespace> 23</namespace> 24</header> 25<header name="boost/units/physical_dimensions/activity.hpp"> 26<namespace name="boost"> 27<namespace name="units"> 28<typedef name="activity_dimension"><purpose>derived dimension for activity : T^-1 </purpose><type>derived_dimension< <classname>time_base_dimension</classname>,-1 >::type</type></typedef> 29</namespace> 30</namespace> 31</header> 32<header name="boost/units/physical_dimensions/amount.hpp"> 33<namespace name="boost"> 34<namespace name="units"> 35<struct name="amount_base_dimension"><inherit access="public">boost::units::base_dimension< amount_base_dimension,-4 ></inherit><purpose>base dimension of amount </purpose></struct><typedef name="amount_dimension"><purpose>dimension of amount of substance (N) </purpose><type>amount_base_dimension::dimension_type</type></typedef> 36</namespace> 37</namespace> 38</header> 39<header name="boost/units/physical_dimensions/angular_acceleration.hpp"> 40<namespace name="boost"> 41<namespace name="units"> 42<typedef name="angular_acceleration_dimension"><purpose>derived dimension for angular acceleration : T^-2 QP </purpose><type>derived_dimension< <classname>time_base_dimension</classname>,-2, <classname>plane_angle_base_dimension</classname>, 1 >::type</type></typedef> 43</namespace> 44</namespace> 45</header> 46<header name="boost/units/physical_dimensions/angular_momentum.hpp"> 47<namespace name="boost"> 48<namespace name="units"> 49<typedef name="angular_momentum_dimension"><purpose>derived dimension for angular momentum : L^2 M T^-1 QP^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-1, <classname>plane_angle_base_dimension</classname>,-1 >::type</type></typedef> 50</namespace> 51</namespace> 52</header> 53<header name="boost/units/physical_dimensions/angular_velocity.hpp"> 54<namespace name="boost"> 55<namespace name="units"> 56<typedef name="angular_velocity_dimension"><purpose>derived dimension for angular velocity : T^-1 QP </purpose><type>derived_dimension< <classname>time_base_dimension</classname>,-1, <classname>plane_angle_base_dimension</classname>, 1 >::type</type></typedef> 57</namespace> 58</namespace> 59</header> 60<header name="boost/units/physical_dimensions/area.hpp"> 61<namespace name="boost"> 62<namespace name="units"> 63<typedef name="area_dimension"><purpose>derived dimension for area : L^2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2 >::type</type></typedef> 64</namespace> 65</namespace> 66</header> 67<header name="boost/units/physical_dimensions/capacitance.hpp"> 68<namespace name="boost"> 69<namespace name="units"> 70<typedef name="capacitance_dimension"><purpose>derived dimension for capacitance : L^-2 M^-1 T^4 I^2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-2, <classname>mass_base_dimension</classname>,-1, <classname>time_base_dimension</classname>, 4, <classname>current_base_dimension</classname>, 2 >::type</type></typedef> 71</namespace> 72</namespace> 73</header> 74<header name="boost/units/physical_dimensions/conductance.hpp"> 75<namespace name="boost"> 76<namespace name="units"> 77<typedef name="conductance_dimension"><purpose>derived dimension for conductance : L^-2 M^-1 T^3 I^2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-2, <classname>mass_base_dimension</classname>,-1, <classname>time_base_dimension</classname>, 3, <classname>current_base_dimension</classname>, 2 >::type</type></typedef> 78</namespace> 79</namespace> 80</header> 81<header name="boost/units/physical_dimensions/conductivity.hpp"> 82<namespace name="boost"> 83<namespace name="units"> 84<typedef name="conductivity_dimension"><purpose>derived dimension for conductivity : L^-3 M^-1 T^3 I^2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-3, <classname>mass_base_dimension</classname>,-1, <classname>time_base_dimension</classname>, 3, <classname>current_base_dimension</classname>, 2 >::type</type></typedef> 85</namespace> 86</namespace> 87</header> 88<header name="boost/units/physical_dimensions/current.hpp"> 89<namespace name="boost"> 90<namespace name="units"> 91<struct name="current_base_dimension"><inherit access="public">boost::units::base_dimension< current_base_dimension,-6 ></inherit><purpose>base dimension of current </purpose></struct><typedef name="current_dimension"><purpose>dimension of electric current (I) </purpose><type>current_base_dimension::dimension_type</type></typedef> 92</namespace> 93</namespace> 94</header> 95<header name="boost/units/physical_dimensions/dose_equivalent.hpp"> 96<namespace name="boost"> 97<namespace name="units"> 98<typedef name="dose_equivalent_dimension"><purpose>derived dimension for dose equivalent : L^2 T^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>time_base_dimension</classname>,-2 >::type</type></typedef> 99</namespace> 100</namespace> 101</header> 102<header name="boost/units/physical_dimensions/dynamic_viscosity.hpp"> 103<namespace name="boost"> 104<namespace name="units"> 105<typedef name="dynamic_viscosity_dimension"><purpose>derived dimension for dynamic viscosity : M L^-1 T^-1 </purpose><type>derived_dimension< <classname>mass_base_dimension</classname>, 1, <classname>length_base_dimension</classname>,-1, <classname>time_base_dimension</classname>,-1 >::type</type></typedef> 106</namespace> 107</namespace> 108</header> 109<header name="boost/units/physical_dimensions/electric_charge.hpp"> 110<namespace name="boost"> 111<namespace name="units"> 112<typedef name="electric_charge_dimension"><purpose>derived dimension for electric charge : T^1 I^1 </purpose><type>derived_dimension< <classname>time_base_dimension</classname>, 1, <classname>current_base_dimension</classname>, 1 >::type</type></typedef> 113</namespace> 114</namespace> 115</header> 116<header name="boost/units/physical_dimensions/electric_potential.hpp"> 117<namespace name="boost"> 118<namespace name="units"> 119<typedef name="electric_potential_dimension"><purpose>derived dimension for electric potential : L^2 M T^-3 I^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-3, <classname>current_base_dimension</classname>,-1 >::type</type></typedef> 120</namespace> 121</namespace> 122</header> 123<header name="boost/units/physical_dimensions/energy.hpp"> 124<namespace name="boost"> 125<namespace name="units"> 126<typedef name="energy_dimension"><purpose>derived dimension for energy : L^2 M T^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2 >::type</type></typedef> 127</namespace> 128</namespace> 129</header> 130<header name="boost/units/physical_dimensions/energy_density.hpp"> 131<namespace name="boost"> 132<namespace name="units"> 133<typedef name="energy_density_dimension"><purpose>derived dimension for energy density : L^-1 M^1 T^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-1, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2 >::type</type></typedef> 134</namespace> 135</namespace> 136</header> 137<header name="boost/units/physical_dimensions/force.hpp"> 138<namespace name="boost"> 139<namespace name="units"> 140<typedef name="force_dimension"><purpose>derived dimension for force : L M T^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 1, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2 >::type</type></typedef> 141</namespace> 142</namespace> 143</header> 144<header name="boost/units/physical_dimensions/frequency.hpp"> 145<namespace name="boost"> 146<namespace name="units"> 147<typedef name="frequency_dimension"><purpose>derived dimension for frequency : T^-1 </purpose><type>derived_dimension< <classname>time_base_dimension</classname>,-1 >::type</type></typedef> 148</namespace> 149</namespace> 150</header> 151<header name="boost/units/physical_dimensions/heat_capacity.hpp"> 152<namespace name="boost"> 153<namespace name="units"> 154<typedef name="heat_capacity_dimension"><purpose>derived dimension for heat capacity : L^2 M T^-2 Theta^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2, <classname>temperature_base_dimension</classname>,-1 >::type</type></typedef> 155</namespace> 156</namespace> 157</header> 158<header name="boost/units/physical_dimensions/illuminance.hpp"> 159<namespace name="boost"> 160<namespace name="units"> 161<typedef name="illuminance_dimension"><purpose>derived dimension for illuminance : L^-2 I QS </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-2, <classname>luminous_intensity_base_dimension</classname>, 1, <classname>solid_angle_base_dimension</classname>, 1 >::type</type></typedef> 162</namespace> 163</namespace> 164</header> 165<header name="boost/units/physical_dimensions/impedance.hpp"> 166<namespace name="boost"> 167<namespace name="units"> 168<typedef name="impedance_dimension"><purpose>derived dimension for impedance : L^2 M T^-3 I^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-3, <classname>current_base_dimension</classname>,-2 >::type</type></typedef> 169</namespace> 170</namespace> 171</header> 172<header name="boost/units/physical_dimensions/inductance.hpp"> 173<namespace name="boost"> 174<namespace name="units"> 175<typedef name="inductance_dimension"><purpose>derived dimension for inductance : L^2 M T^-2 I^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2, <classname>current_base_dimension</classname>,-2 >::type</type></typedef> 176</namespace> 177</namespace> 178</header> 179<header name="boost/units/physical_dimensions/information.hpp"> 180<namespace name="boost"> 181<namespace name="units"> 182<struct name="information_base_dimension"><inherit access="public">boost::units::base_dimension< information_base_dimension, -700 ></inherit><purpose>base dimension of information </purpose></struct><typedef name="information_dimension"><purpose>dimension of information </purpose><type>information_base_dimension::dimension_type</type></typedef> 183</namespace> 184</namespace> 185</header> 186<header name="boost/units/physical_dimensions/kinematic_viscosity.hpp"> 187<namespace name="boost"> 188<namespace name="units"> 189<typedef name="kinematic_viscosity_dimension"><purpose>derived dimension for kinematic viscosity : L^2 T^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>time_base_dimension</classname>,-1 >::type</type></typedef> 190</namespace> 191</namespace> 192</header> 193<header name="boost/units/physical_dimensions/length.hpp"> 194<namespace name="boost"> 195<namespace name="units"> 196<struct name="length_base_dimension"><inherit access="public">boost::units::base_dimension< length_base_dimension, -9 ></inherit><purpose>base dimension of length </purpose></struct><typedef name="length_dimension"><purpose>dimension of length (L) </purpose><type>length_base_dimension::dimension_type</type></typedef> 197</namespace> 198</namespace> 199</header> 200<header name="boost/units/physical_dimensions/luminance.hpp"> 201<namespace name="boost"> 202<namespace name="units"> 203<typedef name="luminance_dimension"><purpose>derived dimension for luminance : L^-2 I </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-2, <classname>luminous_intensity_base_dimension</classname>, 1 >::type</type></typedef> 204</namespace> 205</namespace> 206</header> 207<header name="boost/units/physical_dimensions/luminous_flux.hpp"> 208<namespace name="boost"> 209<namespace name="units"> 210<typedef name="luminous_flux_dimension"><purpose>derived dimension for luminous flux : I QS </purpose><type>derived_dimension< <classname>luminous_intensity_base_dimension</classname>, 1, <classname>solid_angle_base_dimension</classname>, 1 >::type</type></typedef> 211</namespace> 212</namespace> 213</header> 214<header name="boost/units/physical_dimensions/luminous_intensity.hpp"> 215<namespace name="boost"> 216<namespace name="units"> 217<struct name="luminous_intensity_base_dimension"><inherit access="public">boost::units::base_dimension< luminous_intensity_base_dimension,-3 ></inherit><purpose>base dimension of luminous intensity </purpose></struct><typedef name="luminous_intensity_dimension"><purpose>dimension of luminous intensity (J) </purpose><type>luminous_intensity_base_dimension::dimension_type</type></typedef> 218</namespace> 219</namespace> 220</header> 221<header name="boost/units/physical_dimensions/magnetic_field_intensity.hpp"> 222<namespace name="boost"> 223<namespace name="units"> 224<typedef name="magnetic_field_intensity_dimension"><purpose>derived dimension for magnetic field intensity : L^-1 I </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-1, <classname>current_base_dimension</classname>, 1 >::type</type></typedef> 225</namespace> 226</namespace> 227</header> 228<header name="boost/units/physical_dimensions/magnetic_flux.hpp"> 229<namespace name="boost"> 230<namespace name="units"> 231<typedef name="magnetic_flux_dimension"><purpose>derived dimension for magnetic flux : L^2 M T^-2 I^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2, <classname>current_base_dimension</classname>,-1 >::type</type></typedef> 232</namespace> 233</namespace> 234</header> 235<header name="boost/units/physical_dimensions/magnetic_flux_density.hpp"> 236<namespace name="boost"> 237<namespace name="units"> 238<typedef name="magnetic_flux_density_dimension"><purpose>derived dimension for magnetic flux density : M T^-2 I^-1 </purpose><type>derived_dimension< <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2, <classname>current_base_dimension</classname>,-1 >::type</type></typedef> 239</namespace> 240</namespace> 241</header> 242<header name="boost/units/physical_dimensions/mass.hpp"> 243<namespace name="boost"> 244<namespace name="units"> 245<struct name="mass_base_dimension"><inherit access="public">boost::units::base_dimension< mass_base_dimension,-8 ></inherit><purpose>base dimension of mass </purpose></struct><typedef name="mass_dimension"><purpose>dimension of mass (M) </purpose><type>mass_base_dimension::dimension_type</type></typedef> 246</namespace> 247</namespace> 248</header> 249<header name="boost/units/physical_dimensions/mass_density.hpp"> 250<namespace name="boost"> 251<namespace name="units"> 252<typedef name="mass_density_dimension"><purpose>derived dimension for mass density : L^-3 M </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-3, <classname>mass_base_dimension</classname>, 1 >::type</type></typedef> 253</namespace> 254</namespace> 255</header> 256<header name="boost/units/physical_dimensions/molar_energy.hpp"> 257<namespace name="boost"> 258<namespace name="units"> 259<typedef name="molar_energy_dimension"><purpose>derived dimension for molar energy : L^2 M T^-2 N^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2, <classname>amount_base_dimension</classname>,-1 >::type</type></typedef> 260</namespace> 261</namespace> 262</header> 263<header name="boost/units/physical_dimensions/molar_heat_capacity.hpp"> 264<namespace name="boost"> 265<namespace name="units"> 266<typedef name="molar_heat_capacity_dimension"><purpose>derived dimension for molar heat capacity : L^2 M T^-2 Theta^-1 N^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2, <classname>temperature_base_dimension</classname>,-1, <classname>amount_base_dimension</classname>,-1 >::type</type></typedef> 267</namespace> 268</namespace> 269</header> 270<header name="boost/units/physical_dimensions/moment_of_inertia.hpp"> 271<namespace name="boost"> 272<namespace name="units"> 273<typedef name="moment_of_inertia_dimension"><purpose>derived dimension for moment of inertia : L^2 M QP^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>plane_angle_base_dimension</classname>,-2 >::type</type></typedef> 274</namespace> 275</namespace> 276</header> 277<header name="boost/units/physical_dimensions/momentum.hpp"> 278<namespace name="boost"> 279<namespace name="units"> 280<typedef name="momentum_dimension"><purpose>derived dimension for linear momentum : L M T^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 1, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-1 >::type</type></typedef> 281</namespace> 282</namespace> 283</header> 284<header name="boost/units/physical_dimensions/permeability.hpp"> 285<namespace name="boost"> 286<namespace name="units"> 287<typedef name="permeability_dimension"><purpose>derived dimension for permeability : L M T^-2 I^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 1, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2, <classname>current_base_dimension</classname>,-2 >::type</type></typedef> 288</namespace> 289</namespace> 290</header> 291<header name="boost/units/physical_dimensions/permittivity.hpp"> 292<namespace name="boost"> 293<namespace name="units"> 294<typedef name="permittivity_dimension"><purpose>derived dimension for permittivity : L^-3 M^-1 T^4 I^2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-3, <classname>mass_base_dimension</classname>,-1, <classname>time_base_dimension</classname>, 4, <classname>current_base_dimension</classname>, 2 >::type</type></typedef> 295</namespace> 296</namespace> 297</header> 298<header name="boost/units/physical_dimensions/plane_angle.hpp"> 299<namespace name="boost"> 300<namespace name="units"> 301<struct name="plane_angle_base_dimension"><inherit access="public">boost::units::base_dimension< plane_angle_base_dimension,-2 ></inherit><purpose>base dimension of plane angle </purpose></struct><typedef name="plane_angle_dimension"><purpose>base dimension of plane angle (QP) </purpose><type>plane_angle_base_dimension::dimension_type</type></typedef> 302</namespace> 303</namespace> 304</header> 305<header name="boost/units/physical_dimensions/power.hpp"> 306<namespace name="boost"> 307<namespace name="units"> 308<typedef name="power_dimension"><purpose>derived dimension for power : L^2 M T^-3 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-3 >::type</type></typedef> 309</namespace> 310</namespace> 311</header> 312<header name="boost/units/physical_dimensions/pressure.hpp"> 313<namespace name="boost"> 314<namespace name="units"> 315<typedef name="pressure_dimension"><purpose>derived dimension for pressure : L^-1 M T^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-1, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2 >::type</type></typedef> 316</namespace> 317</namespace> 318</header> 319<header name="boost/units/physical_dimensions/reluctance.hpp"> 320<namespace name="boost"> 321<namespace name="units"> 322<typedef name="reluctance_dimension"><purpose>derived dimension for reluctance : L^-2 M^-1 T^2 I^2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-2, <classname>mass_base_dimension</classname>,-1, <classname>time_base_dimension</classname>, 2, <classname>current_base_dimension</classname>, 2 >::type</type></typedef> 323</namespace> 324</namespace> 325</header> 326<header name="boost/units/physical_dimensions/resistance.hpp"> 327<namespace name="boost"> 328<namespace name="units"> 329<typedef name="resistance_dimension"><purpose>derived dimension for resistance : L^2 M T^-3 I^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-3, <classname>current_base_dimension</classname>,-2 >::type</type></typedef> 330</namespace> 331</namespace> 332</header> 333<header name="boost/units/physical_dimensions/resistivity.hpp"> 334<namespace name="boost"> 335<namespace name="units"> 336<typedef name="resistivity_dimension"><purpose>derived dimension for resistivity : L^3 M T^-3 I^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 3, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-3, <classname>current_base_dimension</classname>,-2 >::type</type></typedef> 337</namespace> 338</namespace> 339</header> 340<header name="boost/units/physical_dimensions/solid_angle.hpp"> 341<namespace name="boost"> 342<namespace name="units"> 343<struct name="solid_angle_base_dimension"><inherit access="public">boost::units::base_dimension< solid_angle_base_dimension,-1 ></inherit><purpose>base dimension of solid angle </purpose></struct><typedef name="solid_angle_dimension"><purpose>base dimension of solid angle (QS) </purpose><type>solid_angle_base_dimension::dimension_type</type></typedef> 344</namespace> 345</namespace> 346</header> 347<header name="boost/units/physical_dimensions/specific_energy.hpp"> 348<namespace name="boost"> 349<namespace name="units"> 350<typedef name="specific_energy_dimension"><purpose>derived dimension for specific energy : L^2 T^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>time_base_dimension</classname>,-2 >::type</type></typedef> 351</namespace> 352</namespace> 353</header> 354<header name="boost/units/physical_dimensions/specific_heat_capacity.hpp"> 355<namespace name="boost"> 356<namespace name="units"> 357<typedef name="specific_heat_capacity_dimension"><purpose>derived dimension for specific heat capacity : L^2 T^-2 Theta^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>time_base_dimension</classname>,-2, <classname>temperature_base_dimension</classname>,-1 >::type</type></typedef> 358</namespace> 359</namespace> 360</header> 361<header name="boost/units/physical_dimensions/specific_volume.hpp"> 362<namespace name="boost"> 363<namespace name="units"> 364<typedef name="specific_volume_dimension"><purpose>derived dimension for specific volume : L^3 M^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 3, <classname>mass_base_dimension</classname>,-1 >::type</type></typedef> 365</namespace> 366</namespace> 367</header> 368<header name="boost/units/physical_dimensions/stress.hpp"> 369<namespace name="boost"> 370<namespace name="units"> 371<typedef name="stress_dimension"><purpose>derived dimension for stress : L^-1 M T^-2 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-1, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2 >::type</type></typedef> 372</namespace> 373</namespace> 374</header> 375<header name="boost/units/physical_dimensions/surface_density.hpp"> 376<namespace name="boost"> 377<namespace name="units"> 378<typedef name="surface_density_dimension"><purpose>derived dimension for surface density : L^-2 M </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-2, <classname>mass_base_dimension</classname>, 1 >::type</type></typedef> 379</namespace> 380</namespace> 381</header> 382<header name="boost/units/physical_dimensions/surface_tension.hpp"> 383<namespace name="boost"> 384<namespace name="units"> 385<typedef name="surface_tension_dimension"><purpose>derived dimension for surface tension : M T^-2 </purpose><type>derived_dimension< <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2 >::type</type></typedef> 386</namespace> 387</namespace> 388</header> 389<header name="boost/units/physical_dimensions/temperature.hpp"> 390<namespace name="boost"> 391<namespace name="units"> 392<struct name="temperature_base_dimension"><inherit access="public">boost::units::base_dimension< temperature_base_dimension,-5 ></inherit><purpose>base dimension of temperature </purpose></struct><typedef name="temperature_dimension"><purpose>dimension of temperature (Theta) </purpose><type>temperature_base_dimension::dimension_type</type></typedef> 393</namespace> 394</namespace> 395</header> 396<header name="boost/units/physical_dimensions/thermal_conductivity.hpp"> 397<namespace name="boost"> 398<namespace name="units"> 399<typedef name="thermal_conductivity_dimension"><purpose>derived dimension for thermal_conductivity : L^1 M^1 T^-3 Theta^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 1, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-3, <classname>temperature_base_dimension</classname>,-1 >::type</type></typedef> 400</namespace> 401</namespace> 402</header> 403<header name="boost/units/physical_dimensions/time.hpp"> 404<namespace name="boost"> 405<namespace name="units"> 406<struct name="time_base_dimension"><inherit access="public">boost::units::base_dimension< time_base_dimension,-7 ></inherit><purpose>base dimension of time </purpose></struct><typedef name="time_dimension"><purpose>dimension of time (T) </purpose><type>time_base_dimension::dimension_type</type></typedef> 407</namespace> 408</namespace> 409</header> 410<header name="boost/units/physical_dimensions/torque.hpp"> 411<namespace name="boost"> 412<namespace name="units"> 413<typedef name="torque_dimension"><purpose>derived dimension for torque : L^2 M T^-2 QP^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 2, <classname>mass_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-2, <classname>plane_angle_base_dimension</classname>,-1 >::type</type></typedef> 414</namespace> 415</namespace> 416</header> 417<header name="boost/units/physical_dimensions/velocity.hpp"> 418<namespace name="boost"> 419<namespace name="units"> 420<typedef name="velocity_dimension"><purpose>derived dimension for velocity : L T^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 1, <classname>time_base_dimension</classname>,-1 >::type</type></typedef> 421</namespace> 422</namespace> 423</header> 424<header name="boost/units/physical_dimensions/volume.hpp"> 425<namespace name="boost"> 426<namespace name="units"> 427<typedef name="volume_dimension"><purpose>derived dimension for volume : l^3 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>, 3 >::type</type></typedef> 428</namespace> 429</namespace> 430</header> 431<header name="boost/units/physical_dimensions/wavenumber.hpp"> 432<namespace name="boost"> 433<namespace name="units"> 434<typedef name="wavenumber_dimension"><purpose>derived dimension for wavenumber : L^-1 </purpose><type>derived_dimension< <classname>length_base_dimension</classname>,-1 >::type</type></typedef> 435</namespace> 436</namespace> 437</header> 438</library-reference>