Differences

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--- production_activities_as_the_core [2019/12/12 14:37] – [Linking production activities and the market] alexanderg
+++ production_activities_as_the_core [2022/11/07 10:23] (current) – external edit 127.0.0.1
@@ Line 31: / Line 31: @@
 \begin{equation}
-GROF_j = \sum_j{LEVL_j*IO_j}
+GROF_j = \sum_j{LEVL_j \cdot IO_j}
 \end{equation}
@@ Line 38: / Line 38: @@
 The second type of identities refers to the farm and market balances:
+\begin{align}
-{{::equation_02.png?nolink|}}
+\begin{split}
+GROF_{io}-SEDF_{io}-LOSF_{io}-INTF_{io} &=NETF_{io}\\
+NETF+IMPT_{io} &=EXPT_{io}+STCM_{io}\\
+&\quad+FEDM_{io}+LOSM_{io}\\
+&\quad+SEDM_{io}+HCOM_{io}\\
+&\quad+INDM_{io}+PRCM_{io}\\
+&\quad+BIOF_{io}
+\end{split}
+\end{align}
@@ Line 46: / Line 54: @@
 The third identity defines the value of the EAA in producer prices (EAAP) as sold production or purchased input use (NETF) in physical terms multiplied with the unit valued price (UVAP):
+\begin{equation}
-{{::equation_03.png?nolink|}}
+EAAP_{io}=UVAP_{io}NETF_{io}
+\end{equation}
@@ Line 54: / Line 63: @@
 **Table 2: Main elements of the CAPRI data base**
+^          ^ Activities      ^ Farm- and market balances ^ Prices    ^Positionsform from the EAA    ^
+^ Outputs  | Output coefficients | Production, seed and feed use, other internal use, losses, stock changes, exports and imports, human consumption, processing | Unit value prices from the EAA with and without subsidies and taxes | Value of outputs with or without subsidies and taxes linked to production |
-<Code:javascipt linenums:1 |Example #1 Our first PHP script: //hello.php//>
+^ Inputs | Input coefficients | Purchases, internal deliveries | Unit value prices from the EAA with and without subsidies and taxes | Value of inputs with or without subsidies and taxes link to input use |
+^ Income indicators | Revenues, costs, Gross Value Added, premiums |  |  | Total revenues, costs, gross value added, subsidies, taxes |
- p_trqBilat(RM,"LDC",XX,"TrqNT","%SIMY%") $ (DATA(RM,"TARS",XX,"%SIMY%") or DATA(RM,"TARV",XX,"%SIMY%")) = 1.E+10;
+^ Activity levels | Hectares, slaughtered heads or herd sizes |  |  |  |
- p_trqBilat(RM,"LDC",XX,"TsPref","%SIMY%") $ DATA(RM,"TARS",XX,"%SIMY%") = 0.001;
+^ Secondary products |  | Marketable production, losses, stock changes, exports and imports, human consumption, processing | Consumer prices |  |
- p_trqBilat(RM,"LDC",XX,"TaPref","%SIMY%") $ DATA(RM,"TARV",XX,"%SIMY%") = 0.001;
- p_trqBilat(RM,RM1,XX,TrqSet,"CUR")  = p_trqBilat(RM,RM1,XX,TrqSet,"%SIMY%");
- p_trqGlobl(RM,XX,TrqSet,"CUR")      = p_trqGlobl(RM,XX,TrqSet,"%SIMY%");
- DATA(RM,"TARS",XX,"CUR") = DATA(RM,"TARS",XX,"%SIMY%");
- DATA(RM,"TARV",XX,"CUR") = DATA(RM,"TARV",XX,"%SIMY%");
-*
-</Code>