PageRenderTime 17ms CodeModel.GetById 13ms app.highlight 1ms RepoModel.GetById 1ms app.codeStats 1ms

/farmR/inst/xml/defradatabase/sugarbeet.xml

https://code.google.com/p/javawfm/
XML | 207 lines | 71 code | 4 blank | 132 comment | 0 complexity | d91a0e2953125e300dfb738529650434 MD5 | raw file
  1<!-- Details for Sugar Beet 
  2 Gross margin
  3  Primary yield:        (54.543-(37.82*(0.984^({N fertiliser}))))*0.86 = 43.67; Cash Crop
  4  Secondary yield:      0.0 = 0.00
  5  Primary yield price:  22.6
  6  Secondary yield price:0.0
  7  Area subsidy:         184.0
  8  TOTAL OUTPUT =        1170.9-->
  9<crop id="sugarbeet" 
 10      allowContinuous="false" 
 11      price="30.8" 
 12      yield="(54.543-(37.82*(0.984^({N fertiliser}))))*0.86" 
 13      subsidy="0" 
 14      disease="sugarbeet" yrisk="7" prisk="4" eostdev="11.0">
 15      
 16  <!--
 17      Inputs:
 18      Seed kg/ha:           6.0 @ 23.00 Ł/kg
 19      Other  Ł/ha:          373.0
 20      N fertiliser:         115.0 @ 0.45 Ł/kg=                                                                    
 21      P fertiliser:         58.0 @ 0.31 Ł/kg=    
 22      K fertiliser:         190.0 @ 0.24 Ł/kg=     
 23      Water:                0.0 @ 0.30 Ł/kg=         
 24  TOTAL INPUTS =        626.3
 25  GROSS MARGIN =        544.5-->
 26    <input type="N fertiliser" unitCost="0.45" baseAmount="115" />
 27    <input type="P fertiliser" unitCost="0.31" baseAmount="58" />
 28    <input type="K fertiliser" unitCost="0.24" baseAmount="240" />
 29    <input type="Seed Amount of crop" unitCost="23.0" baseAmount="6" />
 30    <input type="Transport" unitCost="0.1" baseAmount="30" /><!-- Based on 30km av distance to factory -->
 31    <!-- Units are pounds per ha per km amounts are nums of km
 32    This is for sprays 
 33     -->
 34    <input type="Unspecified" unitCost="1" baseAmount="250" />
 35<!--
 36 Rotation penalties (N.A. = Not Allowed)
 37                        A      B      C      D             F
 38  Wheat                 0      20     3      0      0
 39  Barley                0      0      3      0      0
 40  Oats                  0      20     0      0      0
 41  Peas/Beans            0      0      0      0      0
 42  Brassica              N.A.   0      0      0      0
 43  Potato                N.A.   0      0      0      0
 44  Linseed               0      0      0      0      0
 45  Rotational setaside   0      0      0      0      0-->
 46<rotation id="sugarbeet">
 47  <csv data="rotpenalty">wheat,0,20</csv>
 48  <csv data="rotpenalty">oats,0,20</csv>
 49  <csv data="forbidden">brassica,potatoes</csv>
 50</rotation>
 51
 52<!-- Sequential operations
 53  Plough25cm-Spring cr  from [1: Sep 24] to [2: Mar 25]    Periods gap: min 0 max -
 54  Power Harrow(Mar/Apr  from [2: Feb 26] to [2: Apr 22]    Periods gap: min 0 max -
 55  Drill SBeet           from [2: Mar 12] to [2: May 6]     Periods gap: min 0 max -
 56  Harvest SBeet         from [2: Sep 24] to [2: Dec 16]    Periods gap: min 0 max - -->
 57<operation type="plough" workability="r100">
 58  <csv data="allow">[1: Sep 24],[2: Mar 25]</csv>
 59  <csv data="wkrate">(1.80*(50*{Soil Type}+20))/{Size of first machine in system definition}</csv>
 60  <csv data="machines">tractor,labour</csv>
 61</operation>
 62<operation type="harrow" workability="r80">
 63  <csv data="allow">[2: Feb 26],[2: Apr 22]</csv>
 64  <csv data="wkrate">(25*{Soil Type}+33)/{Size of first machine in system definition}</csv><!--0.83-->
 65  <csv data="machines">powerharrow,tractor,labour</csv>
 66</operation>
 67<operation type="plant" workability="r70">
 68  <csv data="allow">[2: Mar 12],[2: May 6]</csv>
 69  <csv data="wkrate">0.39+157/{Size of first machine in system definition}</csv>
 70  <csv data="machines">tractor,labour</csv>
 71  <csv data="yieldpenalties">0,1,5,11</csv>
 72</operation> 
 73<operation type="harvest" workability="r80" handover="true">
 74  <csv data="allow">[2: Sep 24],[2: Dec 16]</csv>
 75  <csv data="wkrate">(403/600)+2/(3*(1.25+0.51*{Soil Type})*({Primary yield of crop}/37.728))</csv><!--1.03-->
 76  <csv data="machines">sugarbeet-harvester,tractor 3,labour 3</csv>
 77  <csv data="minarea">14,14,14,0,0,0</csv>
 78  <csv data="yieldpenalties">5,2,0,0,4,8</csv>
 79</operation> 
 80<!-- Non-sequential operations
 81  Base Fert-Spring      from [2: Jan 1] to [2: Mar 25]
 82  Spray   Mar/Apr       from [2: Feb 26] to [2: Apr 22]
 83  Inter-row Hoe(May)    from [2: Apr 23] to [2: May 20]
 84  Spray   May           from [2: Apr 23] to [2: May 20]
 85  Inter-row hoe(Jun)    from [2: May 21] to [2: Jul 1]
 86  Spray   July          from [2: Jul 2] to [2: Jul 29] -->
 87<operation type="fert" workability="r80" nonsequential="true">	
 88  <csv data="allow">[2: Jan 1],[2: Mar 25]</csv>
 89  <csv data="wkrate">(0.06+0.00025*({P fertiliser}+{K fertiliser}))+(64.48+0.094*({P fertiliser}+{K fertiliser}))/1200</csv>
 90  <csv data="machines">tractor,labour</csv>
 91</operation>
 92<operation type="spray" workability="r60" nonsequential="true">	
 93  <csv data="allow">[2: Feb 26],[2: Apr 22]</csv>
 94  <csv data="wkrate">0.11+191.6/{Size of first machine in system definition}</csv>
 95  <csv data="machines">sprayer,tractor,labour</csv>
 96</operation>
 97<operation type="hoe" workability="r80" nonsequential="true">	
 98  <csv data="allow">[2: Apr 23],[2: May 20]</csv>
 99  <csv data="wkrate">1.02</csv>
100  <csv data="machines">tractor,labour</csv>
101</operation>
102<operation type="spray" workability="r60" nonsequential="true">	
103  <csv data="allow">[2: Apr 23],[2: May 20]</csv>
104  <csv data="wkrate">0.11+191.6/{Size of first machine in system definition}</csv>
105  <csv data="machines">sprayer,tractor,labour</csv>
106</operation>
107<operation type="hoe" workability="r80" nonsequential="true">	
108  <csv data="allow">[2: May 21],[2: Jul 1]</csv>
109  <csv data="wkrate">1.02</csv>
110  <csv data="machines">tractor,labour</csv>
111</operation>
112<operation type="spray" workability="r60" nonsequential="true">	
113  <csv data="allow">[2: Jul 2],[2: Jul 29]</csv>
114  <csv data="wkrate">0.11+191.6/{Size of first machine in system definition}</csv>
115  <csv data="machines">sprayer,tractor,labour</csv>
116</operation>
117</crop>
118
119
120<!--CROP Sugar Beet             DATABASE: JFMTest   MODEL: min  04/04/2008 
121 Minimum area:          0.0
122 Type of crop:          Annual
123 Setaside type:         Sugar
124 Crop rotation class:   Sugar Beet
125 Decrease by successive growing:
126                        Not possible to grow consecutive yields ofSugar Beet
127
128
129
130
131Primary Yield Dry Matter Not defined%
132
133Primary Yield N Content, kg N/t freshweight Not defined
134
135Primary Yield P Content, kg P2O5/t freshweight Not defined
136
137Primary Yield K Content, kg K2O/t freshweight Not defined
138
139Secondary Yield Dry Matter Not defined%
140
141Secondary Yield N Content, kg N/t freshweight Not defined
142
143Secondary Yield P Content, kg P2O5/t freshweight Not defined
144
145Secondary Yield K Content, kg K2O/t freshweight Not defined
146
147Harvest Index Not defined
148
149
150
151
152
153
154 RISK
155
156  Disease variability:  5
157
158  Price variability:    9
159
160
161
162
163 Storage type: 0        Minimum storage = 0 tonnes
164
165
166
167
168
169 Key to table column titles
170
171A = Yield Loss (%) 
172
173B = Cost / ha
174
175C = Blackgrass herbicide
176
177D = Wild Oat herbicide  
178
179E = N fertiliser        
180
181
182
183Rotational Penalty Formula
184
185
186
187 Base Environmental effects
188
189
190
191  Nitrate leaching:  
192
193   39. = (({N fertiliser}-1.7*{Primary yield of crop}+25))*(120/(120+33+67*{Soi
194
195         l Type}))                                        
196
197  Blackgrass herbicide:  
198
199   No Effect
200
201  Wild Oat herbicide:  
202
203   No Effect
204
205
206
207-->