6. Araxis Merge File Comparison Report

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6.1 Files compared

# Location File Last Modified
1 C:\IVT Schema\v2.2\include ghg_subparth_inputs_vX.X.xsd Tue Jan 23 05:54:29 2018 UTC
2 C:\IVT Schema\v3.1\include ghg_subparth_inputs_vX.X.xsd Tue Jan 23 05:54:41 2018 UTC

6.2 Comparison summary

Description Between
Files 1 and 2
Text Blocks Lines
Unchanged 9 296
Changed 0 0
Inserted 2 2
Removed 6 6

6.3 Comparison options

Whitespace All differences in whitespace within lines are ignored
Character case Differences in character case are significant
Line endings Differences in line endings (CR and LF characters) are ignored
CR/LF characters Not shown in the comparison detail

6.4 Active regular expressions

No regular expressions were active.

6.5 Comparison detail

1   <xsd:schem a xmlns:xs d="http:// www.w3.org /2001/XMLS chema" ele mentFormDe fault="unq ualified"  attributeF ormDefault ="unqualif ied" versi on="X.X">   1   <xsd:schem a xmlns:xs d="http:// www.w3.org /2001/XMLS chema" ele mentFormDe fault="unq ualified"  attributeF ormDefault ="unqualif ied" versi on="X.X">
2           <x sd:annotat ion>   2           <x sd:annotat ion>
3                    <xsd :documenta tion>   3                    <xsd :documenta tion>
4                    Sche ma Name  :  ghg_subpa rth_inputs _vX.X.xsd   4                    Sche ma Name  :  ghg_subpa rth_inputs _vX.X.xsd
5                    Desc ription  :  Inputs Ve rifier Too l - XML sc hema for S ubpart H i nputs   5                    Desc ription  :  Inputs Ve rifier Too l - XML sc hema for S ubpart H i nputs
6                    </xs d:document ation>   6                    </xs d:document ation>
7           </ xsd:annota tion>   7           </ xsd:annota tion>
8           <x sd:include  schemaLoc ation="ghg _inputs_co mmon_vX.X. xsd"/>   8           <x sd:include  schemaLoc ation="ghg _inputs_co mmon_vX.X. xsd"/>
9                   
10           <x sd:complex Type name= "SubpartHI nputsType" >   9           <x sd:complex Type name= "SubpartHI nputsType" >
11                    <xsd :sequence>   10                    <xsd :sequence>
12                             <xsd:e lement nam e="Subpart HKilnInput s" minOccu rs="0" max Occurs="un bounded">   11                             <xsd:e lement nam e="Subpart HKilnInput s" minOccu rs="0" max Occurs="un bounded">
13                                      <xsd:com plexType>   12                                      <xsd:com plexType>
14                                               <xsd:seque nce>   13                                               <xsd:seque nce>
15                                                       <x sd:element  name="Kil nName" typ e="xsd:str ing"/>   14                                                       <x sd:element  name="Kil nName" typ e="xsd:str ing"/>
16                                                       <x sd:element  name="Val ues">   15                                                       <x sd:element  name="Val ues">
17                                                                <xsd :complexTy pe>   16                                                                <xsd :complexTy pe>
18                                                                         <xsd:s equence>   17                                                                         <xsd:s equence>
19                                                                                  <xsd:ele ment name= "MonthlyIn puts" minO ccurs="0"  maxOccurs= "12">   18                                                                                  <xsd:ele ment name= "MonthlyIn puts" minO ccurs="0"  maxOccurs= "12">
20                                                                                           <xsd:compl exType>   19                                                                                           <xsd:compl exType>
21                                                                                                   <x sd:sequenc e>   20                                                                                                   <x sd:sequenc e>
22                                                                                                            <xsd :element n ame="Month Name" type ="MonthNam eList" />   21                                                                                                            <xsd :element n ame="Month Name" type ="MonthNam eList"/>
23                                                                                                            <xsd :element n ame="Value s" type="S ubpartHMon thlyInputs Type" />   22                                                                                                            <xsd :element n ame="Value s" type="S ubpartHMon thlyInputs Type"/>
24                                                                                                   </ xsd:sequen ce>   23                                                                                                   </ xsd:sequen ce>
25                                                                                           </xsd:comp lexType>   24                                                                                           </xsd:comp lexType>
26                                                                                  </xsd:el ement>   25                                                                                  </xsd:el ement>
27                                                                                  <xsd:ele ment name= "Quarterly Inputs" mi nOccurs="0 " maxOccur s="4">   26                                                                                  <xsd:ele ment name= "Quarterly Inputs" mi nOccurs="0 " maxOccur s="4">
28                                                                                           <xsd:compl exType>   27                                                                                           <xsd:compl exType>
29                                                                                                   <x sd:sequenc e>   28                                                                                                   <x sd:sequenc e>
30                                                                                                            <xsd :element n ame="Quart er" type=" xsd:string " />   29                                                                                                            <xsd :element n ame="Quart er" type=" xsd:string "/>
31                                                                                                            <xsd :element n ame="Value s" type="S ubpartHQua rterlyInpu tsType" />   30                                                                                                            <xsd :element n ame="Value s" type="S ubpartHQua rterlyInpu tsType"/>
32                                                                                                   </ xsd:sequen ce>   31                                                                                                   </ xsd:sequen ce>
33                                                                                           </xsd:comp lexType>   32                                                                                           </xsd:comp lexType>
34                                                                                  </xsd:el ement>   33                                                                                  </xsd:el ement>
35                                                                                  <xsd:ele ment name= "AnnualInp uts" type= "SubpartHA nnualInput sType" min Occurs="0"  />   34                                                                                  <xsd:ele ment name= "AnnualInp uts" type= "SubpartHA nnualInput sType" min Occurs="0" />
36                                                                         </xsd: sequence>   35                                                                         </xsd: sequence>
37                                                                </xs d:complexT ype>   36                                                                </xs d:complexT ype>
38                                                       </ xsd:elemen t>   37                                                       </ xsd:elemen t>
39                                               </xsd:sequ ence>   38                                               </xsd:sequ ence>
40                                      </xsd:co mplexType>   39                                      </xsd:co mplexType>
41                             </xsd: element>   40                             </xsd: element>
42                    </xs d:sequence >   41                    </xs d:sequence >
43           </ xsd:comple xType>   42           </ xsd:comple xType>
44          
45           <x sd:complex Type name= "SubpartHM onthlyInpu tsType">   43           <x sd:complex Type name= "SubpartHM onthlyInpu tsType">
46                    <xsd :sequence>   44                    <xsd :sequence>
47                             <xsd:e lement nam e="Measure dOrCalcula ted" type= "xsd:strin g"/>   45                             <xsd:e lement nam e="Measure dOrCalcula ted" type= "xsd:strin g"/>
48                             <xsd:e lement nam e="TotalCa oContent"  type="xsd: decimal" m inOccurs=" 0">   46                             <xsd:e lement nam e="TotalCa oContent"  type="xsd: decimal" m inOccurs=" 0">
49                                      <xsd:ann otation>   47                                      <xsd:ann otation>
50                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>   48                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>
51                                      </xsd:an notation>   49                                      </xsd:an notation>
52                             </xsd: element>   50                             </xsd: element>
53                             <xsd:e lement nam e="NonCalc inedCaoCon tent" type ="xsd:deci mal" minOc curs="0">   51                             <xsd:e lement nam e="NonCalc inedCaoCon tent" type ="xsd:deci mal" minOc curs="0">
54                                      <xsd:ann otation>   52                                      <xsd:ann otation>
55                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>   53                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>
56                                      </xsd:an notation>   54                                      </xsd:an notation>
57                             </xsd: element>   55                             </xsd: element>
58                             <xsd:e lement nam e="TotalMg oContent"  type="xsd: decimal" m inOccurs=" 0">   56                             <xsd:e lement nam e="TotalMg oContent"  type="xsd: decimal" m inOccurs=" 0">
59                                      <xsd:ann otation>   57                                      <xsd:ann otation>
60                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>   58                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>
61                                      </xsd:an notation>   59                                      </xsd:an notation>
62                             </xsd: element>   60                             </xsd: element>
63                             <xsd:e lement nam e="NonCalc inedMgoCon tent" type ="xsd:deci mal" minOc curs="0">   61                             <xsd:e lement nam e="NonCalc inedMgoCon tent" type ="xsd:deci mal" minOc curs="0">
64                                      <xsd:ann otation>   62                                      <xsd:ann otation>
65                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>   63                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>
66                                      </xsd:an notation>   64                                      </xsd:an notation>
67                             </xsd: element>   65                             </xsd: element>
68                             <xsd:e lement nam e="RawKiln Feed" type ="xsd:deci mal" minOc curs="0">   66                             <xsd:e lement nam e="RawKiln Feed" type ="xsd:deci mal" minOc curs="0">
69                                      <xsd:ann otation>   67                                      <xsd:ann otation>
70                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  tons</xsd: documentat ion>   68                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  tons</xsd: documentat ion>
71                                      </xsd:an notation>   69                                      </xsd:an notation>
72                             </xsd: element>   70                             </xsd: element>
73                             <xsd:e lement nam e="KilnSpe cificFacto r" type="x sd:decimal " minOccur s="0">   71                             <xsd:e lement nam e="KilnSpe cificFacto r" type="x sd:decimal " minOccur s="0">
74                                      <xsd:ann otation>   72                                      <xsd:ann otation>
75                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  tons</xsd: documentat ion>   73                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  tons</xsd: documentat ion>
76                                      </xsd:an notation>   74                                      </xsd:an notation>
77                             </xsd: element>   75                             </xsd: element>
78                             <xsd:e lement nam e="Clinker Produced"  type="xsd: decimal" m inOccurs=" 0">   76                             <xsd:e lement nam e="Clinker Produced"  type="xsd: decimal" m inOccurs=" 0">
79                                      <xsd:ann otation>   77                                      <xsd:ann otation>
80                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  tons</xsd: documentat ion>   78                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  tons</xsd: documentat ion>
81                                      </xsd:an notation>   79                                      </xsd:an notation>
82                             </xsd: element>   80                             </xsd: element>
        81                             <xsd:e lement nam e="MonthAp plicable"  type="xsd: boolean" m inOccurs=" 0"/>
83                    </xs d:sequence >   82                    </xs d:sequence >
84           </ xsd:comple xType>   83           </ xsd:comple xType>
85                   
86           <x sd:complex Type name= "SubpartHQ uarterlyIn putsType">   84           <x sd:complex Type name= "SubpartHQ uarterlyIn putsType">
87                    <xsd :sequence>   85                    <xsd :sequence>
88                             <xsd:e lement nam e="TotalCa oContent"  type="xsd: decimal" m inOccurs=" 0">   86                             <xsd:e lement nam e="TotalCa oContent"  type="xsd: decimal" m inOccurs=" 0">
89                                      <xsd:ann otation>   87                                      <xsd:ann otation>
90                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>   88                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>
91                                      </xsd:an notation>   89                                      </xsd:an notation>
92                             </xsd: element>   90                             </xsd: element>
93                             <xsd:e lement nam e="NonCalc inedCaoCon tent" type ="xsd:deci mal" minOc curs="0">   91                             <xsd:e lement nam e="NonCalc inedCaoCon tent" type ="xsd:deci mal" minOc curs="0">
94                                      <xsd:ann otation>   92                                      <xsd:ann otation>
95                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>   93                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>
96                                      </xsd:an notation>   94                                      </xsd:an notation>
97                             </xsd: element>   95                             </xsd: element>
98                             <xsd:e lement nam e="TotalMg oContent"  type="xsd: decimal" m inOccurs=" 0">   96                             <xsd:e lement nam e="TotalMg oContent"  type="xsd: decimal" m inOccurs=" 0">
99                                      <xsd:ann otation>   97                                      <xsd:ann otation>
100                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>   98                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>
101                                      </xsd:an notation>   99                                      </xsd:an notation>
102                             </xsd: element>   100                             </xsd: element>
103                             <xsd:e lement nam e="NonCalc inedMgoCon tent" type ="xsd:deci mal" minOc curs="0">   101                             <xsd:e lement nam e="NonCalc inedMgoCon tent" type ="xsd:deci mal" minOc curs="0">
104                                      <xsd:ann otation>   102                                      <xsd:ann otation>
105                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>   103                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>
106                                      </xsd:an notation>   104                                      </xsd:an notation>
107                             </xsd: element>   105                             </xsd: element>
108                             <xsd:e lement nam e="CkdNotR ecycled" t ype="xsd:d ecimal" mi nOccurs="0 ">   106                             <xsd:e lement nam e="CkdNotR ecycled" t ype="xsd:d ecimal" mi nOccurs="0 ">
109                                      <xsd:ann otation>   107                                      <xsd:ann otation>
110                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  tons</xsd: documentat ion>   108                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  tons</xsd: documentat ion>
111                                      </xsd:an notation>   109                                      </xsd:an notation>
112                             </xsd: element>   110                             </xsd: element>
        111                             <xsd:e lement nam e="Quarter Applicable " type="xs d:boolean"  minOccurs ="0"/>
113                    </xs d:sequence >   112                    </xs d:sequence >
114           </ xsd:comple xType>   113           </ xsd:comple xType>
115          
116           <x sd:complex Type name= "SubpartHA nnualInput sType">   114           <x sd:complex Type name= "SubpartHA nnualInput sType">
117                    <xsd :sequence>   115                    <xsd :sequence>
118                             <xsd:e lement nam e="RawKiln FeedConsum ed" type=" xsd:decima l" minOccu rs="0">   116                             <xsd:e lement nam e="RawKiln FeedConsum ed" type=" xsd:decima l" minOccu rs="0">
119                                      <xsd:ann otation>   117                                      <xsd:ann otation>
120                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  tons/yr (d ry basis)< /xsd:docum entation>   118                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  tons/yr (d ry basis)< /xsd:docum entation>
121                                      </xsd:an notation>   119                                      </xsd:an notation>
122                             </xsd: element>   120                             </xsd: element>
123                             <xsd:e lement nam e="RawKiln FeedCarbon Content" t ype="xsd:d ecimal" mi nOccurs="0 ">   121                             <xsd:e lement nam e="RawKiln FeedCarbon Content" t ype="xsd:d ecimal" mi nOccurs="0 ">
124                                      <xsd:ann otation>   122                                      <xsd:ann otation>
125                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>   123                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>
126                                      </xsd:an notation>   124                                      </xsd:an notation>
127                             </xsd: element>   125                             </xsd: element>
128                             <xsd:e lement nam e="RawMate rialInputs " minOccur s="0" maxO ccurs="unb ounded">   126                             <xsd:e lement nam e="RawMate rialInputs " minOccur s="0" maxO ccurs="unb ounded">
129                                      <xsd:com plexType>   127                                      <xsd:com plexType>
130                                               <xsd:seque nce>   128                                               <xsd:seque nce>
131                                                       <x sd:element  name="Raw MaterialNa me" type=" xsd:string "/>   129                                                       <x sd:element  name="Raw MaterialNa me" type=" xsd:string "/>
132                                                       <x sd:element  name="Val ues" type= "SubpartHR awMaterial InputsType " />   130                                                       <x sd:element  name="Val ues" type= "SubpartHR awMaterial InputsType "/>
133                                               </xsd:sequ ence>   131                                               </xsd:sequ ence>
134                                      </xsd:co mplexType>   132                                      </xsd:co mplexType>
135                             </xsd: element>   133                             </xsd: element>
136                    </xs d:sequence >   134                    </xs d:sequence >
137           </ xsd:comple xType>   135           </ xsd:comple xType>
138          
139           <x sd:complex Type name= "SubpartHR awMaterial InputsType ">   136           <x sd:complex Type name= "SubpartHR awMaterial InputsType ">
140                    <xsd :sequence>   137                    <xsd :sequence>
141                             <xsd:e lement nam e="RawMate rialConsum ed" type=" xsd:decima l" minOccu rs="0">   138                             <xsd:e lement nam e="RawMate rialConsum ed" type=" xsd:decima l" minOccu rs="0">
142                                      <xsd:ann otation>   139                                      <xsd:ann otation>
143                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  tons/yr (d ry basis)< /xsd:docum entation>   140                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  tons/yr (d ry basis)< /xsd:docum entation>
144                                      </xsd:an notation>   141                                      </xsd:an notation>
145                             </xsd: element>   142                             </xsd: element>
146                             <xsd:e lement nam e="RawMate rialCarbon Content" t ype="xsd:d ecimal" mi nOccurs="0 ">   143                             <xsd:e lement nam e="RawMate rialCarbon Content" t ype="xsd:d ecimal" mi nOccurs="0 ">
147                                      <xsd:ann otation>   144                                      <xsd:ann otation>
148                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>   145                                               <xsd:docum entation>R equired un its of mea sure for t his equati on input:  weight fra ction</xsd :documenta tion>
149                                      </xsd:an notation>   146                                      </xsd:an notation>
150                             </xsd: element>   147                             </xsd: element>
151                    </xs d:sequence >   148                    </xs d:sequence >
152           </ xsd:comple xType>   149           </ xsd:comple xType>
153          
154   </xsd:sche ma>   150   </xsd:sche ma>