132 lines
3.8 KiB
Julia
132 lines
3.8 KiB
Julia
# This is the Module for Code output in different style
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# Specified for Genshin Impact, Types are Float32
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module FileCodeOutput
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using Dates
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export Print2DMatrix,Print3DMatrix,PrintScriptVersion
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# syntax dictionary
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dictLanguage=Dict(
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"C"=>Dict(
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"termsuffix"=> "f",
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"termSplitter" => ", ",
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"lineStart" => "{",
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"lineEnd" => "},",
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"matrixStart" => "{",
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"matrixEnd" => "}",
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"comment" => "//",
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"terminator" => ";",
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),
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"Julia"=>Dict(
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"termsuffix" => "f0",
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"termSplitter" => " ",
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"lineStart" => "",
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"lineEnd" => ";",
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"matrixStart" => "[",
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"matrixEnd" => "]",
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"comment" => "#",
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"terminator" => ";",
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),
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);
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# Function to print Basic infomation
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function PrintScriptVersion(f,s::String,v::String;codeStyle="C")
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print(f,dictLanguage[codeStyle]["comment"]*" This is a piece of code generated by hypergraph\\GenshinDataConverter\n");
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print(f,dictLanguage[codeStyle]["comment"]*" Code Style: "*codeStyle*"\n");
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print(f,dictLanguage[codeStyle]["comment"]*" Script Version: "*s*"\n");
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print(f,dictLanguage[codeStyle]["comment"]*" Your Version: "*v*"\n");
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print(f,dictLanguage[codeStyle]["comment"]*" Time of Code Generation: "*Dates.format(now(), "yyyy-mm-dd HH:MM")*"\n");
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end
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# Function to print 2D Data
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function Print2DMatrix(f,M;tabLen=0,varName="",codeStyle="C")
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global dictLanguage
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# print variableName if needed
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if varName!=""
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if codeStyle=="C"
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print(f, "float "*varName);
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for i in 1:length(size(M))
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print(f,"["*string(size(M)[i])*"]");
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end
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print(f,"=");
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elseif codeStyle=="Julia"
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print(f,varName*"=");
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else
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error("Keyword codeStyle unsupported!")
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end
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end
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# print the mainpart of 2D Matrix
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print(f, repeat(" ",tabLen*4) * dictLanguage[codeStyle]["matrixStart"] * "\n");
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for i in 1:size(M)[1]
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print(f, repeat(" ", (tabLen+1)*4) * dictLanguage[codeStyle]["lineStart"]);
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for j in 1:size(M)[2]
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print(f, string(M[i,j]) * dictLanguage[codeStyle]["termsuffix"] * dictLanguage[codeStyle]["termSplitter"]);
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end
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print(f, dictLanguage[codeStyle]["lineEnd"] * "\n");
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end
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print(f, repeat(" ",tabLen*4) * dictLanguage[codeStyle]["matrixEnd"]);
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# print Terminator
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(varName!="")&&print(f, dictLanguage[codeStyle]["terminator"]);
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(varName=="")&&print(f, dictLanguage[codeStyle]["termSplitter"]);
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print(f,"\n");
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end
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# Function to print 3D Data
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function Print3DMatrix(f,M;tabLen=0,varName="",codeStyle="C")
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global dictlanguage
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# print variableName if needed
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if varName!=""
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if codeStyle=="C"
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print(f, "float "*varName);
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for i in 1:length(size(M))
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print(f,"["*string(size(M)[i])*"]");
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end
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print(f,"=");
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elseif codeStyle=="Julia"
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print(f,varName*"=");
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else
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error("Keyword codeStyle unsupported!")
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end
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end
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# print the main part in different codeStyle
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if codeStyle=="C"
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print(f,"\n");
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print(f,repeat(" ",tabLen*4) * "{\n");
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for i in 1:size(M)[1]
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Print2DMatrix(f,M[i,:,:];tabLen=tabLen+1,codeStyle="C")
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end
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print(f,"}");
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elseif codeStyle=="Julia"
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print("Array{Float32,3}(undef,"*string(size(M)[1])*","*string(size(M)[2])*","*string(size(M)[3])*");\n");
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for i in 1:size(M)[1]
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Print2DMatrix(f,M[i,:,:];varName=varName*"["*string(i)*",:,:]",codeStyle="Julia");
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end
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else
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error("Keyword codeStyle unsupported!")
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end
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# print Terminator
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(varName!="")&&(codeStyle=="C")&&print(f, dictLanguage[codeStyle]["terminator"]);
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print(f,"\n");
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end
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# Function to print a Sturcture/Dictionary or such
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# function PrintDict()
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# end
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end
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