Test your AI Agents with the all-new Agent to Agent Testing Platform.Learn More

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)
...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.