user_name | Name of originator |
user_organisation | The name and address of your organisation |
date | Date of form completion |
model_name | Name of model |
description | A short summary describing the essential elements of the model |
software | software package and/or programming language used |
operating_system | Platform and system on which model runs. |
isumm | Summary comments on input parameters |
ispecfile | Input sample files. First few lines of specimen input files and headers showing format |
iexpspecfile | Explanation of input sample file format |
csumm | Summary comments on constant parameters |
cspecfile | Constant sample files (if any). First few lines of specimen input file(s) and headers showing format |
cexpspecfile | Explanation of constant sample file format(s) |
osumm | Summary comments on output parameters |
ospecfile | Output sample file. First few lines of output file(s) and headers showing format |
oexpspecfile | Explanation of output sample file format |
copyright | Copyright information |
contact | Contact person |
ivarn | Name of variable n |
ifilen | File where variable n is held |
idescrn | Description of variable n |
isensitivn | Sensitivity of input variable n |
isensdescrn | Description of sensitivity testing |
newmod | new_information or modification of existing information |
cparn | Name of constantn |
cvaln | Value of constant n |
cfilen | File holding value n (is applicable) |
cdescrn | Description of constant n |
ovarn | ProbabilityName of output variable n |
ofilen | File containing output variable n |
odescrn | Description of output variable n |
stat_meth | Stochastic/Empirical Relations. Parameters Involved (use names from input variables and constants above) |
mech_meth | Mechanistic relations. Parameters Involved (use names from input variables and constants above) |
log_meth | Rule-based/logistic relations. Parameters Involved (use names from input variables and constants above) |
scope | Scope, Assumptions and Limitations of model and parameters |
other | Other information which is important to the full understanding of the model |