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/farmR/inst/xml/defradatabase/sosr.xml

https://code.google.com/p/javawfm/
XML | 179 lines | 46 code | 9 blank | 124 comment | 0 complexity | 0eb8d04e931a31c6958fec5f7a6df326 MD5 | raw file
  1
  2<!-- Gross margin
  3  Primary yield:        (2.317-(1.139*(0.984^({N fertiliser})))) = 1.18; Cash Crop  // This formula is incorrectly calculated in SWFM
  4  Secondary yield:      0.00 = 0.00
  5  Primary yield price:  140.0
  6  Secondary yield price:0.0
  7  Area subsidy:         184.0
  8  TOTAL OUTPUT =        348.9-->
  9
 10<crop id="sosr" allowContinuous="false" price="140.0" 
 11      yield="(2.317-(1.139*(0.984^({N fertiliser}))))" subsidy="230" disease="brassica">           
 12
 13
 14<!-- Inputs:
 15  Seed kg/ha:           8.0 @ 6.00 Ł/kg
 16  Other  Ł/ha:          63.0
 17  N fertiliser:         143.0 @ 0.45 Ł/kg=                                                                                
 18  P fertiliser:         50.0 @ 0.31 Ł/kg=                                                                                
 19  K fertiliser:         43.0 @ 0.24 Ł/kg=                                                                                
 20  TOTAL INPUTS =        201.2
 21  GROSS MARGIN =        147.8-->
 22    <input type="N fertiliser" unitCost="0.45" baseAmount="143" />
 23    <input type="P fertiliser" unitCost="0.31" baseAmount="50" />
 24    <input type="K fertiliser" unitCost="0.24" baseAmount="43" />
 25    <input type="Seed Amount of crop" unitCost="6.0" baseAmount="8" />
 26    <input type="Unspecified" unitCost="1" baseAmount="63" />
 27
 28    
 29    <!--
 30 Rotation penalties (N.A. = Not Allowed)
 31                        A      B      C             E
 32  Wheat                 0      0      0      0
 33  Barley                0      0      0      0
 34  Oats                  0      0      0      0
 35  Peas/Beans            N.A.   0      0      0
 36  Potato                0      0      0      0
 37  Sugar Beet            N.A.   N.A.   0      0
 38  Linseed               0      0      0      0
 39  Rotational setaside   0      0      0      0
 40-->
 41    <rotation id ="sosr">
 42      <csv data="forbidden">peasbeans,sugarbeet</csv>
 43    </rotation>
 44
 45    <!-- Sequential operations
 46  Spread P/K-Autumn     from [1: Jul 30] to [1: Nov 18]    Periods gap: min 0 max -
 47  Plough (Spring crop)  from [1: Sep 24] to [2: Mar 25]    Periods gap: min 0 max -
 48  Plant S.OSRape        from [2: Feb 26] to [2: Apr 22]    Periods gap: min 0 max -
 49  Combine S.OSRape      from [2: Aug 27] to [2: Sep 23]    Periods gap: min 0 max - -->
 50    <operation type="fert" workability="r80">
 51      <csv data="allow">[1: Jul 30],[1: Nov 18]</csv> 
 52      <csv data="wkrate">(0.06+0.00025*({P fertiliser}+{K fertiliser}))+(64.48+0.094*({P fertiliser}+{K fertiliser}))/1200</csv>
 53      <csv data="machines">tractor,labour</csv>
 54    </operation>
 55    <operation type="plough" workability="r100">
 56      <csv data="allow">[1: Sep 24],[2: Mar 25]</csv>
 57      <csv data="wkrate">(1.44*(50*{Soil Type}+20))/{Size of first machine in system definition}</csv>
 58      <csv data="machines">tractor,labour</csv>
 59    </operation>
 60    <operation type="plant" workability="r70"><!-- Drill OSR/Grass -->
 61      <csv data="allow">[2: Feb 26],[2: Apr 22]</csv>
 62      <csv data="wkrate">(0.06+0.00069*{Seed Amount of crop})+(92.42+0.00626*{Seed Amount of crop}+41.5*{Soil Type})/{Size of first machine in system definition}</csv><!--1.95-->
 63      <csv data="machines">tractor,labour</csv>
 64    </operation>
 65    <operation type="combine" workability="r70" handover="true"><!-- Combine-rape/peas -->
 66      <csv data="allow">[2: Aug 27],[2: Sep 23]</csv>
 67      <csv data="wkrate">((4.05*{Primary yield of crop}+24)/4)/{Size of first machine in system definition}</csv><!--1.13 SWFM Error? -->
 68      <csv data="machines">combine,tractor 2,labour 3</csv>
 69    </operation>
 70<!-- Non-sequential operations
 71  Spray   Mar/Apr       from [2: Feb 26] to [2: Apr 22]
 72  Fertilise(Apr)        from [2: Mar 26] to [2: Apr 22]
 73  Spray   May           from [2: Apr 23] to [2: May 20] -->
 74    <operation type="spray" workability="r60" nonsequential="true">	
 75      <csv data="allow">[2: Feb 26],[2: Apr 22]</csv>
 76      <csv data="wkrate">0.11+191.6/{Size of first machine in system definition}</csv>
 77      <csv data="machines">sprayer,tractor,labour</csv>
 78    </operation>
 79    <operation type="fert" workability="r80" nonsequential="true">	
 80      <csv data="allow">[2: Mar 26],[2: Apr 22]</csv>
 81      <csv data="wkrate">(0.06+0.00025*({N fertiliser}))+(64.68+0.094*({N fertiliser}))/1200</csv><!--0.18-->
 82      <csv data="machines">tractor,labour</csv>
 83    </operation>
 84    <operation type="spray" workability="r60" nonsequential="true">	
 85      <csv data="allow">[2: Apr 23],[2: May 20]</csv>
 86      <csv data="wkrate">0.11+191.6/{Size of first machine in system definition}</csv>
 87      <csv data="machines">sprayer,tractor,labour</csv>
 88    </operation>
 89</crop>
 90
 91
 92<!-- CROP S.OSRape               DATABASE: JFMTest   MODEL: min  04/04/2008 
 93 Minimum area:          0.0
 94 Type of crop:          Annual
 95 Setaside type:         Arable
 96 Crop rotation class:   Brassica
 97
 98 Decrease by successive growing:
 99                        Not possible to grow consecutive yields ofS.OSRape
100
101
102Primary Yield Dry Matter Not defined%
103
104Primary Yield N Content, kg N/t freshweight Not defined
105
106Primary Yield P Content, kg P2O5/t freshweight Not defined
107
108Primary Yield K Content, kg K2O/t freshweight Not defined
109
110Secondary Yield Dry Matter Not defined%
111
112Secondary Yield N Content, kg N/t freshweight Not defined
113
114Secondary Yield P Content, kg P2O5/t freshweight Not defined
115
116Secondary Yield K Content, kg K2O/t freshweight Not defined
117
118Harvest Index Not defined
119
120
121
122
123
124
125 RISK
126
127  Disease variability:  5
128
129  Price variability:    10
130
131
132
133
134
135 Storage type: 0        Minimum storage = 0 tonnes
136
137
138
139
140
141 Key to table column titles
142
143A = Yield Loss (%) 
144
145B = Cost / ha
146
147C = Wild Oat herbicide  
148
149D = N fertiliser        
150
151
152
153Rotational Penalty Formula
154
155
156
157 Base Environmental effects
158
159
160
161  Nitrate leaching:  
162
163   -6. = (({N fertiliser}-33*{Primary yield of crop}+25))*(120/(120+33+67*{Soil
164
165          Type}))                                         
166
167  Blackgrass herbicide:  
168
169   No Effect
170
171  Wild Oat herbicide:  
172
173   No Effect
174
175
176
177
178
179-->