Flute acoustics: measurement, modelling and design - School of ...

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286 APPENDIX B. PROGRAM LISTINGS doc: the supplied xmlDocPtr. node: the supplied xmlNodePtr. Returns: The element's integer value. */ double getXMLDoubleData(xmlDocPtr doc, xmlNodePtr node); /* Retrieves the floating point element data within a given node. Parameters: doc: the supplied xmlDocPtr. node: the supplied xmlNodePtr. Returns: The element's double value. */ double getAndScaleXMLDimensionData(xmlDocPtr doc, xmlNodePtr node); /* Retrieves the dimension (mm) element data within a given node <strong>and</strong> rescales to SI units (m). Parameters: doc: the supplied xmlDocPtr. node: the supplied xmlNodePtr. Returns: The element's double value. */ #endif
APPENDIX B. PROGRAM LISTINGS 287 Listing B.21: ParseXML.c /* ParseXML.c By Paul Dickens, 2006 Based on ParseXML.c by Andrew Botros, 2003 ParseXML.c reads a woodwind definition file for Impedance.c to use in its calculation. Refer to ParseXML.h for interface details. */ #include #include #include #include #include #include #include "Vector.h" #include "Woodwind.h" #include "ParseXML.h" int parseXMLFile(char* xml_filename, Woodwind* w) { xmlDocPtr doc; /* the resulting document tree */ /* Read <strong>and</strong> validate XML file */ if(!parseAndValidateFile(xml_filename, &doc)) return 0; /* Build instrument */ if(!parseWoodwind(doc, w)) return 0; /* Free XML data structure */ xmlFreeDoc(doc); } return 1; int parseAndValidateFile(char* xml_filename, xmlDocPtr* doc) { xmlParserCtxtPtr ctxt; /* the parser context */ /* create a parser context */ ctxt = xmlNewParserCtxt(); if (ctxt == NULL) { fprintf(stderr, "XML Error: Failed to allocate parser context\n"); return 0; } /* parse the file, activating the DTD validation option */ *doc = xmlCtxtReadFile(ctxt, xml_filename, NULL, XML_PARSE_DTDVALID); /* check if parsing succeeded */ if (*doc == NULL) { fprintf(stderr, "XML Error: Failed to parse %s\n", xml_filename); return 0; }
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Flute acoustics: measurement, model
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To Renée iii
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vi I am grateful to my parents, Ros
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viii
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x 4.4 Conclusions and further direc
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2 CHAPTER 1. INTRODUCTION and the p
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4 CHAPTER 1. INTRODUCTION Figure 1.
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6 CHAPTER 1. INTRODUCTION 1.5 ACOUS
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8 CHAPTER 1. INTRODUCTION ‘in-tun
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10 CHAPTER 1. INTRODUCTION
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12 CHAPTER 2. THEORY AND LITERATURE
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k = ω c and pressure given by p(x,
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32 CHAPTER 3. MEASURING ACOUSTIC IM
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54 CHAPTER 4. FINGER HOLE IMPEDANCE
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70 CHAPTER 5. IMPEDANCE SPECTRA OF
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98 CHAPTER 6. MATERIAL AND SURFACE
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104 CHAPTER 7. THE EMBOUCHURE HOLE
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112 CHAPTER 8. SOFTWARE IMPLEMENTAT
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128 CHAPTER 9. APPLICATIONS AND FUR
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142 APPENDIX A. IMPEDANCE SPECTRA C
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144 APPENDIX A. IMPEDANCE SPECTRA F
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146 APPENDIX A. IMPEDANCE SPECTRA A
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150 APPENDIX A. IMPEDANCE SPECTRA D
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194 APPENDIX A. IMPEDANCE SPECTRA
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196 APPENDIX B. PROGRAM LISTINGS /*
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198 APPENDIX B. PROGRAM LISTINGS f:
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200 APPENDIX B. PROGRAM LISTINGS Ca
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202 APPENDIX B. PROGRAM LISTINGS 1.
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204 APPENDIX B. PROGRAM LISTINGS Z_
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206 APPENDIX B. PROGRAM LISTINGS /*
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210 APPENDIX B. PROGRAM LISTINGS */
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336 APPENDIX B. PROGRAM LISTINGS Li
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338 APPENDIX C. QUANTIFYING MUSIC s
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340 REFERENCES Botros, A., Smith, J
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342 REFERENCES Kob, M. & Neuschaefe
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