DATA SET 12. DISTRIBUTED AND POINT SOURCES/SINKS

Subset A. Distributed (Element) Sources/Sinks: This group of data is needed if and only if NSEL > 0.
 

• (a) Source/sink profiles - There will be NSPR records in this subset. The number of lines in each record depends on NSDP.


The I-th (I = 1, 2, ..., NSPR) record (source/sink profile), in free format, contains the following variables:

• 1. TSOSF(1,I) = Time of the first data point in the I-th profile, (T).

 
• 2. SOSF(1,I) = Source/sink value of the first data point in the I-th profile, (L**3/T/L**2/L).

 
• 3. TSOSF(2,I) = Time of the second data point in the I-th profile, (T).

 
• 4. SOSF(2,I) = Source/sink value of the second data point in the I-th profile, (L**3/T/L**2/L).

 
• .
• .
• .


Up to NSDP data points.
 

• (b) Global Element Number of the Distributed Source/Sink Elements - One record, in free format, is needed for these data. The number of lines in this record depends on NSEL.
• 1. MSEL(1) = Global element number of the first distributed source/sink element.

 
• 2. MSEL(2) = Global element number of the second distributed source/sink element.

 
• .
• .
• .


Up to NSEL data points.
 

• (c) Source Types of the distributed source/sink Elements - Usually one record per element. However, automatic generation can be made. Note that the following pattern must be repeated NDF times to cover all pore regions. The I-th (I = 1, 2, ..., ) record ,in FREE FORMAT, contains the following variables:
• 1. MI = Global element number of the first element in the sequence.

 
• 2. NSEQ = NSEQ elements will be generated automatically.

 
• 3. MAD = Increment of element number for each of the NSEQ elements.

 
• 4. MITYP = Source type in element MI.

 
• 5. MTYPAD = Increment of MITYP for each of the NSEQ elements.


NOTE: A line with 5 0's is used to signal the end of this data set.

Subset B. Well (Point) Source/Sink : This group of data is needed if and only if NWNP .GT. 0.

• (a) Source/sink Profiles - There will be NWPR records in this subset. The number of lines in each record depends on NWDP. The I-th (I = 1, 2, ..., NWPR) record (source/sink profile), in FREE FORMAT, contains the following variables:
• 1. TWSSF(1,I) = Time of the first data point in the I-th profile, (T).

 
• 2. WSSF(1,I) = Source/sink value of the first data point in the I-th profile, (L**3/T/L).

 
• 3. TWSSF(2,I) = Time of the second data point in the I-th profile, (T).

 
• 4. WSSF(2,I) = Source/sink value of the second data point in the I-th profile, (L**3/L).

 
• .
• .
• .


Up to NWDP data points.
 

• (b) Global Node Numbers of the Well Source/Sink Nodes - One record is needed for this subset. The number of lines in this record depends on NWNP. This record, in free format, contanis the following variables.
• 1. NPW(1) = Global node number of the first well source/sink node.

 
• 2. NPW(2) = Global node number of the second well source/sink node.

 
• .
• .
• .


Up to NWNP data points.
 

• (c) Source Type in Well Node - Usually one record per node. However, automatic generation can be made. Note that this pattern must be repeated NDF times to cover all pore regions. The I-th (I = 1, 2, ..., ) record, in FREE FORMAT, contains the following variables:
• 1. NI = Compressed well node number of the first node in the sequence.

 
• 2. NSEQ = NSEQ nodes will be generated automatically.

 
• 3. NAD = Increment of well node number for each of the NSEQ nodes.

 
• 4. NITYP = Source type in node NI.

 
• 5. NTYPAD = Increment of NITYP for each of the NSEQ nodes.


NOTE: A line with 5 0's is used to signal the end of this data set.