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How to use writelines method in green
Best Python code snippet using green
generate_single.py
Source:generate_single.py 
...19 elif (yarnType=='yarn100'):20 isYarn100=121 with open(xmlfile, "w") as fout:22 23 fout.writelines("<?xml version='1.0' encoding='utf-8'?>\n")24 fout.writelines('<scene version="0.4.4"> \n')25 26 fout.writelines('\t<integrator type="volpath"> \n')27 fout.writelines('\t\t<integer name="maxDepth" value="25"/> \n')28 fout.writelines('\t\t<integer name="rrDepth" value="30"/> \n')29 fout.writelines('\t</integrator> \n')30 fout.writelines('\n') 31 32 if (isYarn8):33 #### cylinders 1.2 0011034 fout.writelines('\t<shape type="cylinder">\n')35 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')36 fout.writelines('\t\t<point name="p0" x="-0.1" y="$h2" z="0"/>\n')37 fout.writelines('\t\t<point name="p1" x="0.7" y="$h2" z="0"/>\n')38 fout.writelines('\t\t<bsdf type="diffuse">\n')39 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')40 fout.writelines('\t\t</bsdf> \n')41 fout.writelines('\t</shape>\n')42 fout.writelines('\t<shape type="cylinder">\n')43 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')44 fout.writelines('\t\t<point name="p0" x="-0.1" y="$h2" z="0.48"/>\n')45 fout.writelines('\t\t<point name="p1" x="0.7" y="$h2" z="0.48"/>\n')46 fout.writelines('\t\t<bsdf type="diffuse">\n')47 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')48 fout.writelines('\t\t</bsdf> \n')49 fout.writelines('\t</shape>\n')50 fout.writelines('\t<shape type="cylinder">\n')51 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')52 fout.writelines('\t\t<point name="p0" x="-0.1" y="$h2" z="-0.48"/>\n')53 fout.writelines('\t\t<point name="p1" x="0.7" y="$h2" z="-0.48"/>\n')54 fout.writelines('\t\t<bsdf type="diffuse">\n')55 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')56 fout.writelines('\t\t</bsdf> \n')57 fout.writelines('\t</shape>\n')58 fout.writelines('\t<shape type="cylinder">\n')59 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')60 fout.writelines('\t\t<point name="p0" x="-0.1" y="$h1" z="0.96"/>\n')61 fout.writelines('\t\t<point name="p1" x="0.7" y="$h1" z="0.96"/>\n')62 fout.writelines('\t\t<bsdf type="diffuse">\n')63 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')64 fout.writelines('\t\t</bsdf> \n')65 fout.writelines('\t</shape>\n')66 fout.writelines('\t<shape type="cylinder">\n')67 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')68 fout.writelines('\t\t<point name="p0" x="-0.1" y="$h1" z="-0.96"/>\n')69 fout.writelines('\t\t<point name="p1" x="0.7" y="$h1" z="-0.96"/>\n')70 fout.writelines('\t\t<bsdf type="diffuse">\n')71 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')72 fout.writelines('\t\t</bsdf> \n')73 fout.writelines('\t</shape>\n')74 75 fout.writelines('\t<shape type="disk">\n')76 fout.writelines('\t\t<transform name="toWorld">\n')77 fout.writelines('\t\t\t<rotate y="1" angle="-90"/>\n')78 fout.writelines('\t\t\t<scale value="0.16"/>\n')79 fout.writelines('\t\t\t<translate x="-0.1" y="$h2" z="0"/>\n')80 fout.writelines('\t\t</transform>\n')81 fout.writelines('\t\t<bsdf type="diffuse">\n')82 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')83 fout.writelines('\t\t</bsdf>\n')84 fout.writelines('\t</shape>\n')85 86 fout.writelines('\t<shape type="disk">\n')87 fout.writelines('\t\t<transform name="toWorld">\n')88 fout.writelines('\t\t\t<rotate y="1" angle="-90"/>\n')89 fout.writelines('\t\t\t<scale value="0.16"/>\n')90 fout.writelines('\t\t\t<translate x="-0.1" y="$h2" z="0.48"/>\n')91 fout.writelines('\t\t</transform>\n')92 fout.writelines('\t\t<bsdf type="diffuse">\n')93 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')94 fout.writelines('\t\t</bsdf>\n')95 fout.writelines('\t</shape>\n')96 97 fout.writelines('\t<shape type="disk">\n')98 fout.writelines('\t\t<transform name="toWorld">\n')99 fout.writelines('\t\t\t<rotate y="1" angle="-90"/>\n')100 fout.writelines('\t\t\t<scale value="0.16"/>\n')101 fout.writelines('\t\t\t<translate x="-0.1" y="$h2" z="-0.48"/>\n')102 fout.writelines('\t\t</transform>\n')103 fout.writelines('\t\t<bsdf type="diffuse">\n')104 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')105 fout.writelines('\t\t</bsdf>\n')106 fout.writelines('\t</shape>\n')107 108 fout.writelines('\t<shape type="disk">\n')109 fout.writelines('\t\t<transform name="toWorld">\n')110 fout.writelines('\t\t\t<rotate y="1" angle="-90"/>\n')111 fout.writelines('\t\t\t<scale value="0.16"/>\n')112 fout.writelines('\t\t\t<translate x="-0.1" y="$h1" z="0.96"/>\n')113 fout.writelines('\t\t</transform>\n')114 fout.writelines('\t\t<bsdf type="diffuse">\n')115 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')116 fout.writelines('\t\t</bsdf>\n')117 118 fout.writelines('\t</shape>\n')119 fout.writelines('\t<shape type="disk">\n')120 fout.writelines('\t\t<transform name="toWorld">\n')121 fout.writelines('\t\t\t<rotate y="1" angle="-90"/>\n')122 fout.writelines('\t\t\t<scale value="0.16"/>\n')123 fout.writelines('\t\t\t<translate x="-0.1" y="$h1" z="-0.96"/>\n')124 fout.writelines('\t\t</transform>\n')125 fout.writelines('\t\t<bsdf type="diffuse">\n')126 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')127 fout.writelines('\t\t</bsdf>\n')128 fout.writelines('\t</shape>\n')129 130 if (isYarn11):131 #### cylinder 1.6132 fout.writelines('\t<shape type="cylinder">\n')133 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')134 fout.writelines('\t\t<point name="p0" x="-0.1" y="$h1" z="0"/>\n')135 fout.writelines('\t\t<point name="p1" x="0.7" y="$h1" z="0"/>\n')136 fout.writelines('\t\t<bsdf type="diffuse">\n')137 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')138 fout.writelines('\t\t</bsdf> \n')139 fout.writelines('\t</shape>\n')140 141 fout.writelines('\t<shape type="cylinder">\n')142 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')143 fout.writelines('\t\t<point name="p0" x="-0.1" y="$h2" z="0.64"/>\n')144 fout.writelines('\t\t<point name="p1" x="0.7" y="$h2" z="0.64"/>\n')145 fout.writelines('\t\t<bsdf type="diffuse">\n')146 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')147 fout.writelines('\t\t</bsdf> \n')148 fout.writelines('\t</shape>\n')149 150 fout.writelines('\t<shape type="cylinder">\n')151 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')152 fout.writelines('\t\t<point name="p0" x="-0.1" y="$h2" z="-0.64"/>\n')153 fout.writelines('\t\t<point name="p1" x="0.7" y="$h2" z="-0.64"/>\n')154 fout.writelines('\t\t<bsdf type="diffuse">\n')155 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')156 fout.writelines('\t\t</bsdf> \n')157 fout.writelines('\t</shape>\n')158 fout.writelines('\t<shape type="disk">\n')159 fout.writelines('\t\t<transform name="toWorld">\n')160 fout.writelines('\t\t\t<rotate y="1" angle="-90"/>\n')161 fout.writelines('\t\t\t<scale value="0.16"/>\n')162 fout.writelines('\t\t\t<translate x="-0.1" y="$h1" z="0.0"/>\n')163 fout.writelines('\t\t</transform>\n')164 fout.writelines('\t\t<bsdf type="diffuse">\n')165 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')166 fout.writelines('\t\t</bsdf>\n')167 fout.writelines('\t</shape>\n')168 fout.writelines('\t<shape type="disk">\n')169 fout.writelines('\t\t<transform name="toWorld">\n')170 fout.writelines('\t\t\t<rotate y="1" angle="-90"/>\n')171 fout.writelines('\t\t\t<scale value="0.16"/>\n')172 fout.writelines('\t\t\t<translate x="-0.1" y="$h2" z="0.64"/>\n')173 fout.writelines('\t\t</transform>\n')174 fout.writelines('\t\t<bsdf type="diffuse">\n')175 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')176 fout.writelines('\t\t</bsdf>\n')177 fout.writelines('\t</shape>\n')178 179 fout.writelines('\t<shape type="disk">\n')180 fout.writelines('\t\t<transform name="toWorld">\n')181 fout.writelines('\t\t\t<rotate y="1" angle="-90"/>\n')182 fout.writelines('\t\t\t<scale value="0.16"/>\n')183 fout.writelines('\t\t\t<translate x="-0.1" y="$h2" z="-0.64"/>\n')184 fout.writelines('\t\t</transform>\n')185 fout.writelines('\t\t<bsdf type="diffuse">\n')186 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.3"/>\n')187 fout.writelines('\t\t</bsdf>\n')188 fout.writelines('\t</shape>\n')189 190 #########191 ### shape hair192 fout.writelines('\t<shape type="hair">\n')193 fout.writelines('\t\t<string name="filename" value="$fn"/>\n' )194 fout.writelines('\t\t<float name="radius" value="0.002"/> \n') 195 fout.writelines('\t\t<float name="angleThreshold" value="0.001"/>\n')196 197 if (isYarn4):198 #yarn4199 fout.writelines('\t\t<subsurface type="fibershader">\n')200 fout.writelines('\t\t\t<boolean name="useRandomInteractionPoint" value="true"/>\n')201 fout.writelines('\t\t\t<boolean name="sampleInteractionPointFromCircumference" value="false"/>\n')202 fout.writelines('\t\t\t<fiberscat type="simpfabric5">\n')203 fout.writelines('\t\t\t\t<float name="kD" value="0"/>\n')204 fout.writelines('\t\t\t\t<spectrum name="colorD" value="0.99,0.99,0.99"/>\n')205 fout.writelines('\t\t\t\t<spectrum name="colorR" value="0.25,0.25,0.3"/>\n')206 fout.writelines('\t\t\t\t<float name="betaR" value="1.23799781194"/>\n')207 fout.writelines('\t\t\t\t<float name="betaTT" value="9.99999999999"/>\n')208 fout.writelines('\t\t\t\t<float name="gammaTT" value="25.9890848941"/>\n')209 fout.writelines('\t\t\t\t<spectrum name="colorTT" value="0.45,0.86,0.95"/>\n')210 fout.writelines('\t\t\t\t<float name="alpha" value="5"/>\n')211 fout.writelines('\t\t\t</fiberscat>\n')212 fout.writelines('\t\t</subsurface> \n')213 elif (isYarn8):214 #yarn8215 fout.writelines('\t\t<subsurface type="fibershader">\n')216 fout.writelines('\t\t\t<boolean name="useRandomInteractionPoint" value="true"/>\n')217 fout.writelines('\t\t\t<boolean name="sampleInteractionPointFromCircumference" value="false"/>\n')218 fout.writelines('\t\t\t<fiberscat type="simpfabric5">\n')219 fout.writelines('\t\t\t\t<float name="kD" value="0"/>\n')220 fout.writelines('\t\t\t\t<spectrum name="colorD" value="0.99,0.99,0.99"/>\n')221 fout.writelines('\t\t\t\t<spectrum name="colorR" value="0.1,0.1,0.05"/>\n')222 fout.writelines('\t\t\t\t<float name="betaR" value="0.2"/>\n')223 fout.writelines('\t\t\t\t<float name="betaTT" value="27"/>\n')224 fout.writelines('\t\t\t\t<float name="gammaTT" value="38"/>\n')225 fout.writelines('\t\t\t\t<spectrum name="colorTT" value="0.93,0.53,0.01"/>\n')226 fout.writelines('\t\t\t\t<float name="alpha" value="5"/>\n')227 fout.writelines('\t\t\t</fiberscat>\n')228 fout.writelines('\t\t</subsurface> \n')229 elif (isYarn11):230 #yarn11231 fout.writelines('\t\t<subsurface type="fibershader">\n')232 fout.writelines('\t\t\t<boolean name="useRandomInteractionPoint" value="true"/>\n')233 fout.writelines('\t\t\t<boolean name="sampleInteractionPointFromCircumference" value="false"/>\n')234 fout.writelines('\t\t\t<fiberscat type="simpfabric5">\n')235 fout.writelines('\t\t\t\t<float name="kD" value="0"/>\n')236 fout.writelines('\t\t\t\t<spectrum name="colorD" value="0.99,0.99,0.99"/>\n')237 fout.writelines('\t\t\t\t<spectrum name="colorR" value="0.1,0.1,0.05"/>\n')238 fout.writelines('\t\t\t\t<float name="betaR" value="4.0"/>\n')239 fout.writelines('\t\t\t\t<float name="betaTT" value="10"/>\n')240 fout.writelines('\t\t\t\t<float name="gammaTT" value="20"/>\n')241 fout.writelines('\t\t\t\t<spectrum name="colorTT" value="0.88,0.83,0.01"/>\n')242 fout.writelines('\t\t\t\t<float name="alpha" value="5"/>\n')243 fout.writelines('\t\t\t</fiberscat>\n')244 fout.writelines('\t\t</subsurface> \n')245 elif (isYarn100):246 #yarn100247 fout.writelines('\t\t<subsurface type="fibershader">\n')248 fout.writelines('\t\t\t<boolean name="useRandomInteractionPoint" value="true"/>\n')249 fout.writelines('\t\t\t<boolean name="sampleInteractionPointFromCircumference" value="false"/>\n')250 fout.writelines('\t\t\t<fiberscat type="simpfabric5">\n')251 fout.writelines('\t\t\t\t<float name="kD" value="0"/>\n')252 fout.writelines('\t\t\t\t<spectrum name="colorD" value="0.99,0.99,0.99"/>\n')253 fout.writelines('\t\t\t\t<spectrum name="colorR" value="0.1,0.1,0.1"/>\n')254 fout.writelines('\t\t\t\t<float name="betaR" value="1.23799781194"/>\n')255 fout.writelines('\t\t\t\t<float name="betaTT" value="9.99999999999"/>\n')256 fout.writelines('\t\t\t\t<float name="gammaTT" value="25.9890848941"/>\n')257 fout.writelines('\t\t\t\t<spectrum name="colorTT" value="0.9,0.24,0.48"/>\n')258 fout.writelines('\t\t\t\t<float name="alpha" value="5"/>\n')259 fout.writelines('\t\t\t</fiberscat>\n')260 fout.writelines('\t\t</subsurface> \n') 261 else:262 # use bsdf263 fout.writelines('\t\t<bsdf type="roughplastic">\n')264 fout.writelines('\t\t\t<spectrum name="diffuseReflectance" value="0.8, 0.1, 0.1"/>\n')265 fout.writelines('\t\t\t<float name="alpha" value="0.05"/>\n')266 fout.writelines('\t\t</bsdf> \n')267 268 fout.writelines('\t</shape>\n')269 fout.writelines('\n')270 271 #### rectangle272# fout.writelines('\t<shape type="rectangle">\n')273# fout.writelines('\t\t<transform name="toWorld">\n')274# fout.writelines('\t\t\t<rotate y="1" angle="-90"/>\n')275# fout.writelines('\t\t\t<scale x="5" y="5" z="5"/>\n')276# fout.writelines('\t\t\t<translate x="3"/>\n')277# fout.writelines('\t\t</transform>\n')278# fout.writelines('\t\t<bsdf type="diffuse">\n')279# fout.writelines('\t\t\t<texture type="bitmap" name="reflectance">\n')280# fout.writelines('\t\t\t\t<string name="filename" value="concrete.jpg"/>\n')281# fout.writelines('\t\t\t</texture>\n')282# fout.writelines('\t\t</bsdf>\n')283# fout.writelines('\t\t<bsdf type="diffuse">\n')284# fout.writelines('\t\t\t<spectrum name="diffuseReflectance" value="0.5, 0.5, 0.5"/>\n')285# fout.writelines('\t\t</bsdf>\n')286# fout.writelines('\t</shape>\n')287 288 fout.writelines('\t<emitter type="constant"> \n')289 fout.writelines('\t\t<spectrum name="radiance" value="0.01"/> \n')290 fout.writelines('\t</emitter> \n')291 292 #### light293 fout.writelines('\t<shape type="rectangle"> \n')294 fout.writelines('\t\t<transform name="toWorld"> \n')295 fout.writelines('\t\t\t<rotate y="1" angle="90"/> \n')296 fout.writelines('\t\t\t<rotate x="1" angle="45"/> \n')297 fout.writelines('\t\t\t<scale x="25" y="25" z="25"/> \n')298 fout.writelines('\t\t\t<translate x="-20" y="60" z="0.0"/> \n')299 fout.writelines('\t\t</transform> \n')300 fout.writelines('\t\t<emitter type="area"> \n')301 fout.writelines('\t\t\t<spectrum name="radiance" value="25"/> \n')302 fout.writelines('\t\t</emitter> \n')303 fout.writelines('\t</shape> \n')304 305 306 ### sensor307 fout.writelines('\t<sensor type="perspective">\n')308 fout.writelines('\t\t<string name="fovAxis" value="smaller"/>\n')309 fout.writelines('\t\t<transform name="toWorld">\n')310 fout.writelines('\t\t\t<lookAt origin="-10 0 0" target="0 0 0" up="0 1 0"/> \n')311 fout.writelines('\t\t</transform>\n')312 fout.writelines('\t\t<float name="fov" value="3.0"/>\n')313 fout.writelines('\t\t<sampler type="ldsampler">\n')314 fout.writelines('\t\t\t<integer name="sampleCount" value="%d"/>\n' %spp)315 fout.writelines('\t\t</sampler>\n')316 fout.writelines('\t\t<film id="film" type="hdrfilm">\n')317 fout.writelines('\t\t\t<integer name="width" value="1024"/>\n') 318 fout.writelines('\t\t\t<integer name="height" value="256"/>\n')319 fout.writelines('\t\t\t<rfilter type="gaussian"/>\n')320 fout.writelines('\t\t\t<boolean name="banner" value="false" />\n')321 fout.writelines('\t\t</film>\n')322 fout.writelines('\t</sensor>\n')323 fout.writelines('\n')324 325 fout.writelines('</scene>')326 ...
generate_tiled.py
Source:generate_tiled.py
...23 sz = 22 #flat tiling (for teeth cases)24 else: 25 sz = 33 #cylinder (for stretch case)26 27 fout.writelines('<scene version="0.4.4"> \n') 28 fout.writelines('\t<integrator type="path"> \n')29 fout.writelines('\t\t<integer name="maxDepth" value="25"/> \n')30 fout.writelines('\t\t<integer name="rrDepth" value="30"/> \n')31 fout.writelines('\t</integrator> \n')32 fout.writelines('\n') 33 if (isYarn8):34 #### cylinders 1.2 0011035 fout.writelines('\t<shape type="cylinder">\n')36 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')37 fout.writelines('\t\t<point name="p0" x="-1.8" y="$h2" z="0"/>\n')38 fout.writelines('\t\t<point name="p1" x="1.8" y="$h2" z="0"/>\n')39 fout.writelines('\t\t<bsdf type="diffuse">\n')40 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.1"/>\n')41 fout.writelines('\t\t</bsdf> \n')42 fout.writelines('\t</shape>\n')43 fout.writelines('\t<shape type="cylinder">\n')44 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')45 fout.writelines('\t\t<point name="p0" x="-1.8" y="$h2" z="0.48"/>\n')46 fout.writelines('\t\t<point name="p1" x="1.8" y="$h2" z="0.48"/>\n')47 fout.writelines('\t\t<bsdf type="diffuse">\n')48 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.1"/>\n')49 fout.writelines('\t\t</bsdf> \n')50 fout.writelines('\t</shape>\n')51 fout.writelines('\t<shape type="cylinder">\n')52 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')53 fout.writelines('\t\t<point name="p0" x="-1.8" y="$h2" z="-0.48"/>\n')54 fout.writelines('\t\t<point name="p1" x="1.8" y="$h2" z="-0.48"/>\n')55 fout.writelines('\t\t<bsdf type="diffuse">\n')56 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.1"/>\n')57 fout.writelines('\t\t</bsdf> \n')58 fout.writelines('\t</shape>\n')59 fout.writelines('\t<shape type="cylinder">\n')60 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')61 fout.writelines('\t\t<point name="p0" x="-1.8" y="$h1" z="0.96"/>\n')62 fout.writelines('\t\t<point name="p1" x="1.8" y="$h1" z="0.96"/>\n')63 fout.writelines('\t\t<bsdf type="diffuse">\n')64 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.1"/>\n')65 fout.writelines('\t\t</bsdf> \n')66 fout.writelines('\t</shape>\n')67 fout.writelines('\t<shape type="cylinder">\n')68 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')69 fout.writelines('\t\t<point name="p0" x="-1.8" y="$h1" z="-0.96"/>\n')70 fout.writelines('\t\t<point name="p1" x="1.8" y="$h1" z="-0.96"/>\n')71 fout.writelines('\t\t<bsdf type="diffuse">\n')72 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.1"/>\n')73 fout.writelines('\t\t</bsdf> \n')74 fout.writelines('\t</shape>\n')75 76 if (isYarn11): 77 ######## cylinder 1.678 fout.writelines('\t<shape type="cylinder">\n')79 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')80 fout.writelines('\t\t<point name="p0" x="-1.8" y="$h1" z="0"/>\n')81 fout.writelines('\t\t<point name="p1" x="1.8" y="$h1" z="0"/>\n')82 fout.writelines('\t\t<bsdf type="diffuse">\n')83 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.1"/>\n')84 fout.writelines('\t\t</bsdf> \n')85 fout.writelines('\t</shape>\n')86 87 fout.writelines('\t<shape type="cylinder">\n')88 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')89 fout.writelines('\t\t<point name="p0" x="-1.8" y="$h2" z="0.64"/>\n')90 fout.writelines('\t\t<point name="p1" x="1.8" y="$h2" z="0.64"/>\n')91 fout.writelines('\t\t<bsdf type="diffuse">\n')92 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.1"/>\n')93 fout.writelines('\t\t</bsdf> \n')94 fout.writelines('\t</shape>\n')95 96 fout.writelines('\t<shape type="cylinder">\n')97 fout.writelines('\t\t<float name="radius" value="0.16"/>\n')98 fout.writelines('\t\t<point name="p0" x="-1.8" y="$h2" z="-0.64"/>\n')99 fout.writelines('\t\t<point name="p1" x="1.8" y="$h2" z="-0.64"/>\n')100 fout.writelines('\t\t<bsdf type="diffuse">\n')101 fout.writelines('\t\t\t<spectrum name="reflectance" value="0.1"/>\n')102 fout.writelines('\t\t</bsdf> \n')103 fout.writelines('\t</shape>\n')104 ### shape hair105 fout.writelines('\t<shape type="shapegroup" id="myShapeGroup">\n')106 fout.writelines('\t\t<shape type="hair">\n')107 fout.writelines('\t\t\t<string name="filename" value="$fn"/>\n' )108 fout.writelines('\t\t\t<float name="radius" value="0.002"/> \n') 109 fout.writelines('\t\t\t<float name="angleThreshold" value="0.001"/>\n')110 111 if (isYarn4):112 #yarn4113 fout.writelines('\t\t<subsurface type="fibershader">\n')114 fout.writelines('\t\t\t<boolean name="useRandomInteractionPoint" value="true"/>\n')115 fout.writelines('\t\t\t<boolean name="sampleInteractionPointFromCircumference" value="false"/>\n')116 fout.writelines('\t\t\t<fiberscat type="simpfabric5">\n')117 fout.writelines('\t\t\t\t<float name="kD" value="0"/>\n')118 fout.writelines('\t\t\t\t<spectrum name="colorD" value="0.99,0.99,0.99"/>\n')119 fout.writelines('\t\t\t\t<spectrum name="colorR" value="0.25,0.25,0.3"/>\n')120 fout.writelines('\t\t\t\t<float name="betaR" value="1.23799781194"/>\n')121 fout.writelines('\t\t\t\t<float name="betaTT" value="9.99999999999"/>\n')122 fout.writelines('\t\t\t\t<float name="gammaTT" value="25.9890848941"/>\n')123 fout.writelines('\t\t\t\t<spectrum name="colorTT" value="0.45,0.86,0.95"/>\n')124 fout.writelines('\t\t\t\t<float name="alpha" value="5"/>\n')125 fout.writelines('\t\t\t</fiberscat>\n')126 fout.writelines('\t\t</subsurface> \n')127 elif (isYarn8):128 #yarn8129 fout.writelines('\t\t<subsurface type="fibershader">\n')130 fout.writelines('\t\t\t<boolean name="useRandomInteractionPoint" value="true"/>\n')131 fout.writelines('\t\t\t<boolean name="sampleInteractionPointFromCircumference" value="false"/>\n')132 fout.writelines('\t\t\t<fiberscat type="simpfabric5">\n')133 fout.writelines('\t\t\t\t<float name="kD" value="0"/>\n')134 fout.writelines('\t\t\t\t<spectrum name="colorD" value="0.99,0.99,0.99"/>\n')135 fout.writelines('\t\t\t\t<spectrum name="colorR" value="0.1,0.1,0.05"/>\n')136 fout.writelines('\t\t\t\t<float name="betaR" value="0.2"/>\n')137 fout.writelines('\t\t\t\t<float name="betaTT" value="27"/>\n')138 fout.writelines('\t\t\t\t<float name="gammaTT" value="38"/>\n')139 fout.writelines('\t\t\t\t<spectrum name="colorTT" value="0.93,0.53,0.01"/>\n')140 fout.writelines('\t\t\t\t<float name="alpha" value="5"/>\n')141 fout.writelines('\t\t\t</fiberscat>\n')142 fout.writelines('\t\t</subsurface> \n')143 elif (isYarn11):144 #yarn11145 fout.writelines('\t\t<subsurface type="fibershader">\n')146 fout.writelines('\t\t\t<boolean name="useRandomInteractionPoint" value="true"/>\n')147 fout.writelines('\t\t\t<boolean name="sampleInteractionPointFromCircumference" value="false"/>\n')148 fout.writelines('\t\t\t<fiberscat type="simpfabric5">\n')149 fout.writelines('\t\t\t\t<float name="kD" value="0"/>\n')150 fout.writelines('\t\t\t\t<spectrum name="colorD" value="0.99,0.99,0.99"/>\n')151 fout.writelines('\t\t\t\t<spectrum name="colorR" value="0.1,0.1,0.05"/>\n')152 fout.writelines('\t\t\t\t<float name="betaR" value="4.0"/>\n')153 fout.writelines('\t\t\t\t<float name="betaTT" value="10"/>\n')154 fout.writelines('\t\t\t\t<float name="gammaTT" value="20"/>\n')155 fout.writelines('\t\t\t\t<spectrum name="colorTT" value="0.88,0.83,0.01"/>\n')156 fout.writelines('\t\t\t\t<float name="alpha" value="5"/>\n')157 fout.writelines('\t\t\t</fiberscat>\n')158 fout.writelines('\t\t</subsurface> \n')159 elif (isYarn100):160 #yarn100161 fout.writelines('\t\t<subsurface type="fibershader">\n')162 fout.writelines('\t\t\t<boolean name="useRandomInteractionPoint" value="true"/>\n')163 fout.writelines('\t\t\t<boolean name="sampleInteractionPointFromCircumference" value="false"/>\n')164 fout.writelines('\t\t\t<fiberscat type="simpfabric5">\n')165 fout.writelines('\t\t\t\t<float name="kD" value="0"/>\n')166 fout.writelines('\t\t\t\t<spectrum name="colorD" value="0.99,0.99,0.99"/>\n')167 fout.writelines('\t\t\t\t<spectrum name="colorR" value="0.1,0.1,0.1"/>\n')168 fout.writelines('\t\t\t\t<float name="betaR" value="1.23799781194"/>\n')169 fout.writelines('\t\t\t\t<float name="betaTT" value="9.99999999999"/>\n')170 fout.writelines('\t\t\t\t<float name="gammaTT" value="25.9890848941"/>\n')171 fout.writelines('\t\t\t\t<spectrum name="colorTT" value="0.9,0.24,0.48"/>\n')172 fout.writelines('\t\t\t\t<float name="alpha" value="5"/>\n')173 fout.writelines('\t\t\t</fiberscat>\n')174 fout.writelines('\t\t</subsurface> \n') 175 else:176 # use bsdf177 fout.writelines('\t\t<bsdf type="roughplastic">\n')178 fout.writelines('\t\t\t<spectrum name="diffuseReflectance" value="0.8, 0.1, 0.1"/>\n')179 fout.writelines('\t\t\t<float name="alpha" value="0.05"/>\n')180 fout.writelines('\t\t</bsdf> \n')181 182 183 184 fout.writelines('\t\t</shape>\n')185 fout.writelines('\t</shape>\n')186 fout.writelines('\n')187 188 #use cylinder tiling 189 for i in range (0,sz):190 ### shape hair191 fout.writelines('\t<shape type="instance">\n')192 fout.writelines('\t\t<ref id="myShapeGroup"/>\n' ) 193 fout.writelines('\t\t<transform name="toWorld">\n') 194 195# x_t = 0.11 * float(i) #cylinder tiling for synthesized result196 197 x_t = 0.06 * float(i)198 y_t = 1.0 - x_t * x_t/1.8199 if (isFlat):200 fout.writelines('\t\t\t<translate x="%.6f" />\n' % (1.2*x_t))#flat tiling 201 else:202 fout.writelines('\t\t\t<translate x="%.6f" y="%.6f" />\n' % (x_t, y_t) )#cylinder tiling203 fout.writelines('\t\t</transform> \n')204 fout.writelines('\t</shape>\n')205 fout.writelines('\n')206 207 for i in range (1,sz):208 ### shape hair209 fout.writelines('\t<shape type="instance">\n')210 fout.writelines('\t\t<ref id="myShapeGroup"/>\n' ) 211 fout.writelines('\t\t<transform name="toWorld">\n') 212 213# x_t = -1.0 * 0.11 * float(i) #cylinder tiling for synthesized result214 215 x_t = -1.0 * 0.06 * float(i)216 y_t = 1.0 - x_t * x_t/1.8217 if (isFlat):218 fout.writelines('\t\t\t<translate x="%.6f" />\n' % (1.2*x_t))#flat tiling219 else:220 fout.writelines('\t\t\t<translate x="%.6f" y="%.6f" />\n' % (x_t, y_t) )#cylinder tiling 221 fout.writelines('\t\t</transform> \n')222 fout.writelines('\t</shape>\n')223 fout.writelines('\n')224 225 #### rectangle226 fout.writelines('\t<shape type="rectangle">\n')227 fout.writelines('\t\t<transform name="toWorld">\n')228 fout.writelines('\t\t\t<rotate x="1" angle="-90"/>\n')229 fout.writelines('\t\t\t<translate y="-0.1"/>\n')230 fout.writelines('\t\t\t<scale x="6" y="6" z="6"/>\n')231 fout.writelines('\t\t</transform>\n')232 fout.writelines('\t\t<bsdf type="diffuse">\n')233 fout.writelines('\t\t\t<texture type="bitmap" name="reflectance">\n')234 fout.writelines('\t\t\t\t<string name="filename" value="concrete.jpg"/>\n')235 fout.writelines('\t\t\t</texture>\n')236 fout.writelines('\t\t</bsdf>\n')237 fout.writelines('\t</shape>\n')238 239 #### light240 fout.writelines('\t<emitter type="constant">\n')241 fout.writelines('\t\t<spectrum name="radiance" value="0.3"/> \n')242 fout.writelines('\t</emitter>\n')243 244 #### light245 # fout.writelines('\t<shape type="sphere">\n')246 # fout.writelines('\t\t<point name="center" x="-5.0" y="80.0" z="0.0"/>\n')247 # fout.writelines('\t\t<float name="radius" value="10.0"/>\n')248 # fout.writelines('\t\t<emitter type="area">\n')249 # fout.writelines('\t\t\t<spectrum name="radiance" value="40"/> \n')250 # fout.writelines('\t\t</emitter>\n')251 # fout.writelines('\t</shape>\n')252 # fout.writelines('\n')253 254 #### light255 fout.writelines('\t<shape type="rectangle"> \n')256 fout.writelines('\t\t<transform name="toWorld"> \n')257 fout.writelines('\t\t\t<rotate x="1" angle="90"/> \n')258 fout.writelines('\t\t\t<scale x="1" y="40" z="20"/> \n')259 fout.writelines('\t\t\t<translate x="0.0" y="100.0" z="0.0"/> \n')260 fout.writelines('\t\t</transform> \n')261 fout.writelines('\t\t<emitter type="area"> \n')262 fout.writelines('\t\t\t<spectrum name="radiance" value="50"/> \n')263 fout.writelines('\t\t</emitter> \n')264 fout.writelines('\t</shape> \n')265 266 267 # ### sensor268 fout.writelines('\t<sensor type="perspective">\n')269 fout.writelines('\t\t<string name="fovAxis" value="smaller"/>\n')270 271 fout.writelines('\t\t<transform name="toWorld">\n')272 # fout.writelines('\t\t\t<lookAt origin="-17 40 15" target="0 0.9 1.1" up="0 1 0"/> \n') #9:16 ratio for video273 # fout.writelines('\t\t\t<lookAt origin="-17 40 15" target="0 -0.3 -0.0" up="0 1 0"/> \n') #cylinder tiling for snthesized result274 if (isFlat):275 fout.writelines('\t\t\t<lookAt origin="-17 30 5" target="0 0 0" up="0 1 0"/> \n') #flat tiling for video276 else:277 fout.writelines('\t\t\t<lookAt origin="-17 40 15" target="0 -0.9 -0.4" up="0 1 0"/> \n') #cylinder tiling278 fout.writelines('\t\t</transform>\n')279 280 # fout.writelines('\t\t<float name="fov" value="7.1"/>\n')#cylinder tiling for snthesized result281 fout.writelines('\t\t<float name="fov" value="6.3"/>\n')282 fout.writelines('\t\t<sampler type="ldsampler">\n')283 fout.writelines('\t\t\t<integer name="sampleCount" value="%d"/>\n' %spp) #256284 fout.writelines('\t\t</sampler>\n')285 fout.writelines('\t\t<film id="film" type="hdrfilm">\n')286 fout.writelines('\t\t\t<integer name="width" value="1024"/>\n') # for video287 fout.writelines('\t\t\t<integer name="height" value="576"/>\n')288 fout.writelines('\t\t\t<rfilter type="gaussian"/>\n')289 fout.writelines('\t\t\t<boolean name="banner" value="false" />\n')290 fout.writelines('\t\t</film>\n')291 fout.writelines('\t</sensor>\n')292 fout.writelines('\n')293 294 fout.writelines('</scene>')295 ...
init_setting.py
Source:init_setting.py
...7 application_configuration.read("/etc/ryoki_config.ini")8 with open("./configuration.py", "w") as config_file:9 # Writing data to a file10 # System11 config_file.writelines("REBOOT_TRACKFILE = " + \12 str(application_configuration["system"]["REBOOT_TRACKFILE"]) + "\n")13 config_file.writelines("REBOOT_SHORT_DELAY = " + \14 str(application_configuration["system"]["REBOOT_SHORT_DELAY"]) + "\n")15 config_file.writelines("REBOOT_LONG_DELAY = " + \16 str(application_configuration["system"]["REBOOT_LONG_DELAY"]) + "\n")17 config_file.writelines("KEEPING_OUTPUT_TIME = " + \18 str(application_configuration["system"]["KEEPING_OUTPUT_TIME"]) + "\n")19 # Cloud configuration20 config_file.writelines("CERT_PATH = " + \21 str(application_configuration["cloud_configuration"]["CERT_PATH"]) + "\n")22 config_file.writelines("CERTIFICATE_NAME = " + \23 str(application_configuration["cloud_configuration"]["CERTIFICATE_NAME"]) + "\n")24 config_file.writelines("ROOTCA_NAME = " + \25 str(application_configuration["cloud_configuration"]["ROOTCA_NAME"]) + "\n")26 config_file.writelines("PRIVATE_KEY_NAME = " + \27 str(application_configuration["cloud_configuration"]["PRIVATE_KEY_NAME"]) + "\n")28 config_file.writelines("AWS_ENDPOINT = " + \29 str(application_configuration["cloud_configuration"]["AWS_ENDPOINT"]) + "\n")30 config_file.writelines("AWS_TOPIC_PREFIX = " + \31 str(application_configuration["cloud_configuration"]["AWS_TOPIC_PREFIX"]) + "\n")32 config_file.writelines("AWS_DEVICES_SUBSCRIBE_TOPIC_STAGE = " + \33 str(application_configuration["cloud_configuration"]["AWS_DEVICES_SUBSCRIBE_TOPIC_STAGE"]) + "\n")34 config_file.writelines("AWS_CONTROL_SUBSCRIBE_TOPIC_STAGE = " + \35 str(application_configuration["cloud_configuration"]["AWS_CONTROL_SUBSCRIBE_TOPIC_STAGE"]) + "\n")36 config_file.writelines("AWS_TRACKING_SUBSCRIBE_TOPIC_STAGE = " + \37 str(application_configuration["cloud_configuration"]["AWS_TRACKING_SUBSCRIBE_TOPIC_STAGE"]) + "\n")38 config_file.writelines("AWS_REQ_DEV_PUBLISH_TOPIC_STAGE = " + \39 str(application_configuration["cloud_configuration"]["AWS_REQ_DEV_PUBLISH_TOPIC_STAGE"]) + "\n")40 config_file.writelines("AWS_CTL_RESULT_PUBLISH_TOPIC_STAGE = " + \41 str(application_configuration["cloud_configuration"]["AWS_CTL_RESULT_PUBLISH_TOPIC_STAGE"]) + "\n")42 config_file.writelines("AWS_STATUS_PUBLISH_TOPIC_STAGE = " + \43 str(application_configuration["cloud_configuration"]["AWS_STATUS_PUBLISH_TOPIC_STAGE"]) + "\n")44 config_file.writelines("STATUS_PUBLISH_PERIOD = " + \45 str(application_configuration["cloud_configuration"]["STATUS_PUBLISH_PERIOD"]) + "\n")46 config_file.writelines("AWS_DATA_PUBLISH_TOPIC_STAGE = " + \47 str(application_configuration["cloud_configuration"]["AWS_DATA_PUBLISH_TOPIC_STAGE"]) + "\n")48 config_file.writelines("DATA_PUBLISH_PERIOD = " + \49 str(application_configuration["cloud_configuration"]["DATA_PUBLISH_PERIOD"]) + "\n")50 config_file.writelines("SLEEP_TIME_OF_RETRYING_CONNECT = " + \51 str(application_configuration["cloud_configuration"]["SLEEP_TIME_OF_RETRYING_CONNECT"]) + "\n")52 config_file.writelines("SLEEP_TIME_OF_RETRYING_TO_GET_DEVICES = " + \53 str(application_configuration["cloud_configuration"]["SLEEP_TIME_OF_RETRYING_TO_GET_DEVICES"]) + "\n")54 config_file.writelines("NUMBER_OF_RETRY_CONNECTIONS = " + \55 str(application_configuration["cloud_configuration"]["NUMBER_OF_RETRY_CONNECTIONS"]) + "\n")56 config_file.writelines("NUMBER_OF_RETRY_SUBCRIBING = " + \57 str(application_configuration["cloud_configuration"]["NUMBER_OF_RETRY_SUBCRIBING"]) + "\n")58 config_file.writelines("NUMBER_OF_RETRY_PUBLISHING = " + \59 str(application_configuration["cloud_configuration"]["NUMBER_OF_RETRY_PUBLISHING"]) + "\n")60 config_file.writelines("SLEEP_TIME_OF_PUBLISH_CLOUD_DATA = " + \61 str(application_configuration["cloud_configuration"]["SLEEP_TIME_OF_PUBLISH_CLOUD_DATA"]) + "\n")62 config_file.writelines("TRACKING_FILE = " + \63 str(application_configuration["cloud_configuration"]["TRACKING_FILE"]) + "\n")64 config_file.writelines("REQUIRED_CTL_REQ_NO = " + \65 str(application_configuration["cloud_configuration"]["REQUIRED_CTL_REQ_NO"]) + "\n")66 config_file.writelines("REQUIRED_MLD_REQ_NO = " + \67 str(application_configuration["cloud_configuration"]["REQUIRED_MLD_REQ_NO"]) + "\n")68 config_file.writelines("SLEEP_TIME_5M = " + \69 str(application_configuration["cloud_configuration"]["SLEEP_TIME_5M"]) + "\n")70 # Database71 config_file.writelines("DATABASE_NAME = " + \72 str(application_configuration["database"]["DATABASE_NAME"]) + "\n")73 # Logging74 config_file.writelines("LOG_FILE_NAME = " + \75 str(application_configuration["logging"]["LOG_FILE_NAME"]) + "\n")76 # EnOcean77 config_file.writelines("ENO_TTYPATH = " + \78 str(application_configuration["enocean"]["ENO_TTYPATH"]) + "\n")79 config_file.writelines("ENOCEAN_READING_SLEEP_TIME = " + \80 str(application_configuration["enocean"]["ENOCEAN_READING_SLEEP_TIME"]) + "\n")81 config_file.writelines("ENOCEAN_STATUS_TIMEOUT = " + \82 str(application_configuration["enocean"]["ENOCEAN_STATUS_TIMEOUT"]) + "\n")83 config_file.writelines("CO2_928_TIMEOUT = " + \84 str(application_configuration["enocean"]["CO2_928_TIMEOUT"]) + "\n")85 config_file.writelines("ENOCEAN_KEEPING_OUTPUT_TIME = " + \86 str(application_configuration["enocean"]["ENOCEAN_KEEPING_OUTPUT_TIME"]) + "\n")87 # Modbus88 config_file.writelines("MODBUS_TTYPATH = " + \89 str(application_configuration["modbus"]["MODBUS_TTYPATH"]) + "\n")90 config_file.writelines("MODBUS_READING_SLEEP_TIME = " + \91 str(application_configuration["modbus"]["MODBUS_READING_SLEEP_TIME"]) + "\n")92 config_file.writelines("MODBUS_STATUS_TIMEOUT = " + \93 str(application_configuration["modbus"]["MODBUS_STATUS_TIMEOUT"]) + "\n")94 config_file.writelines("MODBUS_KEEPING_OUTPUT_TIME = " + \95 str(application_configuration["modbus"]["MODBUS_KEEPING_OUTPUT_TIME"]) + "\n")96 # FTP97 config_file.writelines("FTP_SERVER_FOLDER_PATH = " + \98 str(application_configuration["ftp"]["FTP_SERVER_FOLDER_PATH"]) + "\n")
...
proto2csharp.py
Source:proto2csharp.py
...30 msgname = ""31 comment = ""32 33def ParseMsgIDDefine(fs,msgidList):34 fs.writelines("using System;");35 fs.writelines("using System.Collections.Generic;");36 fs.writelines("using System.Text;");37 fs.writelines("public class MsgIDDefine");38 fs.writelines("{");39 fs.writelines("\tstatic Dictionary<int, string> msgid2msgname = new Dictionary<int, string>();");40 fs.writelines("\tstatic Dictionary<string, int> msgname2msgid = new Dictionary<string, int>();");41 fs.writelines("\tstatic void Initialize()");42 fs.writelines("\t{");4344 for _msgDef in msgidList:45 fs.writelines("\t\tmsgid2msgname[%s] = \"%s\";" % (_msgDef.msgid, _msgDef.msgname));46 fs.writelines("\t\tmsgname2msgid[\"%s\"] = %s;" % (_msgDef.msgname, _msgDef.msgid));47 fs.writelines("\t}");48 fs.writelines("\tstatic string GetMsgNameByID(int msgid)");49 fs.writelines("\t{");50 fs.writelines("\t\tstring msgname = null;");51 fs.writelines("\t\tif (msgid2msgname.TryGetValue(msgid,out msgname))");52 fs.writelines("\t\t{");53 fs.writelines("\t\t\treturn msgname;");54 fs.writelines("\t\t}");55 fs.writelines("\t\treturn \"\";");56 fs.writelines("\t}");5758 fs.writelines("\tstatic int GetMsgIDByName(string msgname)");59 fs.writelines("\t{");60 fs.writelines("\t\tint msgid = 0;");61 fs.writelines("\t\tif (msgname2msgid.TryGetValue(msgname,out msgid))");62 fs.writelines("\t\t{");63 fs.writelines("\t\t\treturn msgid;");64 fs.writelines("\t\t}");65 fs.writelines("\t\treturn 0;");66 fs.writelines("\t}");67 fs.writelines("}");68 fs.flush();6970 fs.close();71 72def ParseMsgIDDef(fs,msgidList):73 fs.writelines("using System;");74 fs.writelines("using System.Collections.Generic;");75 fs.writelines("using System.Text;");76 fs.writelines("public class MsgIDDef");77 fs.writelines("{");7879 fs.writelines("\tprivate Dictionary<int, Type> sc_msg_dic = new Dictionary<int, Type>();");80 fs.writelines("\tprivate static MsgIDDef instance;");81 fs.writelines("\tpublic static MsgIDDef Instance()");8283 fs.writelines("\t{");8485 fs.writelines("\t\tif (null == instance)");86 fs.writelines("\t\t{");87 fs.writelines("\t\t\tinstance = new MsgIDDef();");88 fs.writelines("\t\t}");89 fs.writelines("\t\treturn instance;");90 fs.writelines("\t}");919293 fs.writelines("\tprivate MsgIDDef()");94 fs.writelines("\t{");95 for _msgDef in msgidList:96 tmpMsgName = _msgDef.msgname;97 fs.writelines("\t\tsc_msg_dic.Add(%s,typeof(%s));"% (_msgDef.msgid, tmpMsgName));9899 fs.writelines("\t}");100 fs.writelines("\tpublic Type GetMsgType(int msgID)");101 fs.writelines("\t{");102 fs.writelines("\t\tType msgType = null;");103 fs.writelines("\t\tsc_msg_dic.TryGetValue(msgID, out msgType);");104 fs.writelines("\t\tif (msgType==null)");105 fs.writelines("\t\t{");106 fs.writelines("\t\t\treturn null;");107 fs.writelines("\t\t}");108 fs.writelines("\t\treturn msgType;");109 fs.writelines("\t}");110 fs.writelines("}");111112 fs.flush();113 fs.close();114115def ParseMsgIDDefineDic(fs,msgidList):116 fs.writelines("using System;");117 fs.writelines("using System.Collections.Generic;");118 fs.writelines("using System.Text;");119 fs.writelines("public class MsgIDDefineDic");120 fs.writelines("{");121122 for _msgDef in msgidList:123 fs.writelines("\tpublic const int %s = %s; %s"%( _msgDef.msgname.upper().replace(".","_"), _msgDef.msgid,_msgDef.comment));124125 fs.writelines("}");126 fs.flush();127 fs.close();128129def parse_msgfile(msgid_conf):130 msg_info_list = []131 msg_file = open(msgid_conf,"r")132 for line in msg_file.readlines():133 line = line.strip().rstrip()134135 if not len(line) or line.startswith("#"):136 continue137 array_info = line.split("=")138 msgid = array_info[0].strip().rstrip() #MSGID139 140 array_info = array_info[1].split(',') #MSGNAME141 msgname = array_info[0].strip().rstrip()142 143 array_info = array_info[1].split("#") 144 comment = ""145 if len(array_info) > 1:146 comment = "//" + array_info[1].strip().rstrip()147 msg_info_list.append(MsgInfo(msgid,msgname,comment))148 149 return msg_info_list150 151class WrapFile:152 fs = None153 def __init__(self,real_file):154 self.fs = real_file155 def writelines(self,s):156 self.fs.write(s + "\n")157 def flush(self):158 self.fs.flush()159 def close(self):160 self.fs.close()161 162l=parse_msgfile(msgid_conf)163164targetMsgIDPath = "../Assets/Scripts/socket/MessageDef/MsgIDDefineDic.cs";165targetCSPath = "../Assets/Scripts/socket/MessageDef/MsgIDDefine.cs";166targetCSPath2 = "../Assets/Scripts/socket/MessageDef/MsgIDDef.cs";167168f = WrapFile(open(targetCSPath,"w+"))169ParseMsgIDDefine(f,l)
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