.. _book: ############################ Examples from the book FVMHP ############################ The book `Finite Volume Methods for Hyperbolic Problems `_ contains many examples that link to Clawpack codes used to create the figures in the book. These codes are available for Clawpack 4.3 via the `book webpage `_ These are slowly being converted to Clawpack 4.4 form, with a `setrun.py` file for setting run time data and a `setplot.py` file for specifying plots with Python. See: * :ref:`setrun` * :ref:`setplot` Available examples ------------------ The examples converted so far can be found in the directory `\$CLAW/book `_ . You can also browse these from the `Gallery of book examples `_. * **Chapter 3:** Characteristics and Riemann Problems for Linear Hyperbolic Equations. * `[book/chap3/acousimple] `_ to accompany Figure 3.1, shows the "exact solution" to the acoustics problem by solving on a very fine grid. * **Chapter 6:** High-resolution methods * `[book/chap6/compareadv] `_ * `[book/chap6/wavepacket] `_ * **Chapter 7:** Boundary Conditions and Ghost Cells * `[book/chap7/advinflow] `_ * `[book/chap7/acouinflow] `_ * `[book/chap7/standing] `_ * **Chapter 9:** Variable-Coefficient Linear Equations. * `[book/chap9/acoustics/interface] `_ * `[book/chap9/acoustics/layered] `_ * **Chapter 10:** Other Approaches to High Resolution. * `[book/chap10/tvb] `_ * **Chapter 11:** Nonlinear Scalar Conservation Laws. * `[book/chap11/burgers] `_ * `[book/chap11/greenlight] `_ * `[book/chap11/redlight] `_ * **Chapter 12:** Finite Volume Methods for Nonlinear Scalar Conservation Laws. * `[book/chap12/efix] `_ * `[book/chap12/llf] `_ * `[book/chap12/nonconservative] `_ * **Chapter 13:** Nonlinear Systems of Conservation Laws. * `[book/chap13/collide] `_ * **Chapter 17:** Source Terms and Balance Laws. * `[book/chap17/advdiff] `_ * **Chapter 20:** Multidimensional Scalar Equations. * `[book/chap20/burgers] `_ * `[book/chap20/rotate] `_ * **Chapter 21:** Multidimensional Systems. * `[book/chap21/radialdam] `_ `Gallery of book examples `_.