Recent changes to Process sectionhttps://sourceforge.net/p/freemuse/wiki/Process%2520section/Recent changes to Process sectionenSat, 04 Jun 2011 08:02:24 -0000<pre>--- v1 +++ v2 @@ -22,32 +22,32 @@ Processes using steps --- -It can be that the name of a variable is used in more than one [basic model](Basic_models) and they overlap and should have different values. In processes you can model that as you can see in the following example: - -~~~~ +It can be that the name of a variable is used in more than one [basic model](Basic models) and they overlap and should have different values. In processes you can model that as you can see in the following example: + +~~~~ <instances> <instance name="v1" model="volume"> <parameters><parameter name="#tmp">temp</parameter></parameters> </instance> <instance name="v2" model="volume"> <parameters><parameter name="#tmp">temp</parameter></parameters> </instance> </instances> <processes> <process name="step1"> <step name="v1"> <variable name="temp">15.2</variable> </step> <step name="v2"> <variable name="temp">16.1</variable> </step> <formula>v1 v2+</formula> </process> </processes> <calculation> ... </calculation> ~~~~ -Here both instances of the [basic model](Basic_models) __volume__ use the variable __temp__, but in process __step1__ they should have different values. That can be accomplished using steps inside of process definitions. A step defines [variables](Variables) for a specific instance used in the formula. +Here both instances of the [basic model](Basic models) __volume__ use the variable __temp__, but in process __step1__ they should have different values. That can be accomplished using steps inside of process definitions. A step defines [variables](Variables) for a specific instance used in the formula. </pre>https://sourceforge.net/p/freemuse/wiki/Process%2520section/<pre>--- v1 +++ v2 @@ -22,32 +22,32 @@ Processes using steps --- -It can be that the name of a variable is used in more than one [basic model](Basic_models) and they overlap and should have different values. In processes you can model that as you can see in the following example: - -~~~~ +It can be that the name of a variable is used in more than one [basic model](Basic models) and they overlap and should have different values. In processes you can model that as you can see in the following example: + +~~~~ <instances> <instance name="v1" model="volume"> <parameters><parameter name="#tmp">temp</parameter></parameters> </instance> <instance name="v2" model="volume"> <parameters><parameter name="#tmp">temp</parameter></parameters> </instance> </instances> <processes> <process name="step1"> <step name="v1"> <variable name="temp">15.2</variable> </step> <step name="v2"> <variable name="temp">16.1</variable> </step> <formula>v1 v2+</formula> </process> </processes> <calculation> ... </calculation> ~~~~ -Here both instances of the [basic model](Basic_models) __volume__ use the variable __temp__, but in process __step1__ they should have different values. That can be accomplished using steps inside of process definitions. A step defines [variables](Variables) for a specific instance used in the formula. +Here both instances of the [basic model](Basic models) __volume__ use the variable __temp__, but in process __step1__ they should have different values. That can be accomplished using steps inside of process definitions. A step defines [variables](Variables) for a specific instance used in the formula. </pre>Marco WolfSat, 04 Jun 2011 08:02:24 -0000https://sourceforge.net1ffee17907f5b5b599c8c1ad1698327f7658383aProcess section === The processes block defines the measurement process itself. You can divide the process by a number of processes and in each process you can set local [variables](Variables). Each process must have a name that can then be used in calculating the overall uncertainty in the [calculation section](Calculation section). ~~~~ <processes> <process name="v1"> <variable name="time"> start 10+</variable> ... <formula>s1 time+</formula> </process> <process name="v2"> <variable name="time"> start 20+</variable> ... <formula>s1 time+ </formula> </process> ... </processes> ~~~~ In the example we define a variable __time__, which is calculated by the addition of a global variable from the calculation section called __start__ with 10 for process __v1__ and with 20 for process __v2__. If the variable __time__ is used in a defintion of a distribution in an instance from the [instances section](Instances section), the value of __time__ of the current process will be used for the evaluation. After all instances returned their results, the formula of the process is evaluated. In the example an instance __s1__ and the local variable __time__ are added for the result of process __v1__ and __v2__ respectively. Processes using steps --- It can be that the name of a variable is used in more than one [basic model](Basic_models) and they overlap and should have different values. In processes you can model that as you can see in the following example: ~~~~ <instances> <instance name="v1" model="volume"> <parameters><parameter name="#tmp">temp</parameter></parameters> </instance> <instance name="v2" model="volume"> <parameters><parameter name="#tmp">temp</parameter></parameters> </instance> </instances> <processes> <process name="step1"> <step name="v1"> <variable name="temp">15.2</variable> </step> <step name="v2"> <variable name="temp">16.1</variable> </step> <formula>v1 v2+</formula> </process> </processes> <calculation> ... </calculation> ~~~~ Here both instances of the [basic model](Basic_models) __volume__ use the variable __temp__, but in process __step1__ they should have different values. That can be accomplished using steps inside of process definitions. A step defines [variables](Variables) for a specific instance used in the formula. https://sourceforge.net/p/freemuse/wiki/Process%2520section/Process section === The processes block defines the measurement process itself. You can divide the process by a number of processes and in each process you can set local [variables](Variables). Each process must have a name that can then be used in calculating the overall uncertainty in the [calculation section](Calculation section). ~~~~ <processes> <process name="v1"> <variable name="time"> start 10+</variable> ... <formula>s1 time+</formula> </process> <process name="v2"> <variable name="time"> start 20+</variable> ... <formula>s1 time+ </formula> </process> ... </processes> ~~~~ In the example we define a variable __time__, which is calculated by the addition of a global variable from the calculation section called __start__ with 10 for process __v1__ and with 20 for process __v2__. If the variable __time__ is used in a defintion of a distribution in an instance from the [instances section](Instances section), the value of __time__ of the current process will be used for the evaluation. After all instances returned their results, the formula of the process is evaluated. In the example an instance __s1__ and the local variable __time__ are added for the result of process __v1__ and __v2__ respectively. Processes using steps --- It can be that the name of a variable is used in more than one [basic model](Basic_models) and they overlap and should have different values. In processes you can model that as you can see in the following example: ~~~~ <instances> <instance name="v1" model="volume"> <parameters><parameter name="#tmp">temp</parameter></parameters> </instance> <instance name="v2" model="volume"> <parameters><parameter name="#tmp">temp</parameter></parameters> </instance> </instances> <processes> <process name="step1"> <step name="v1"> <variable name="temp">15.2</variable> </step> <step name="v2"> <variable name="temp">16.1</variable> </step> <formula>v1 v2+</formula> </process> </processes> <calculation> ... </calculation> ~~~~ Here both instances of the [basic model](Basic_models) __volume__ use the variable __temp__, but in process __step1__ they should have different values. That can be accomplished using steps inside of process definitions. A step defines [variables](Variables) for a specific instance used in the formula. Marco WolfSat, 04 Jun 2011 08:01:51 -0000https://sourceforge.net5557d93a9e2477c18e0ed22e366a5df7ca35f626