Difference between revisions of "Calling UCVM With Fortran"
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| − | + | program example | |
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c UCVM Configuration Location | c UCVM Configuration Location | ||
CHARACTER(LEN=32) ucvmconf | CHARACTER(LEN=32) ucvmconf | ||
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INTEGER pts | INTEGER pts | ||
| − | c The UCVM point data structure. | + | c The UCVM point data structure. |
| − | c coord(1) is longitude | + | c coord(1) is longitude |
| − | c coord(2) is latitutde | + | c coord(2) is latitutde |
| − | c coord(3) is depth | + | c coord(3) is depth |
| − | + | TYPE :: ucvm_point_t | |
| − | + | REAL*8 coord(3) | |
| − | + | END TYPE ucvm_point_t | |
| − | c Generic property structure | + | c Generic property structure |
| − | c Source is where it comes from | + | c Source is where it comes from |
| − | c vp is P-wave velocity in m/s | + | c vp is P-wave velocity in m/s |
| − | c vs is S-wave velocity in m/s | + | c vs is S-wave velocity in m/s |
| − | c rho is density in kg/m^3 | + | c rho is density in kg/m^3 |
| − | + | TYPE :: ucvm_prop_t | |
| − | + | INTEGER source | |
| − | + | REAL*8 vp | |
| − | + | REAL*8 vs | |
| − | + | REAL*8 rho | |
| − | + | END TYPE ucvm_prop_t | |
| − | c Returned data structure | + | c Returned data structure |
| − | + | TYPE :: ucvm_data_t | |
| − | + | REAL*8 surf | |
| − | + | REAL*8 vs30 | |
| − | + | REAL*8 depth | |
| − | + | INTEGER domain | |
| − | + | REAL*8 shift_cr | |
| − | + | REAL*8 shift_gtl | |
| − | + | type(ucvm_prop_t) crust | |
| − | + | type(ucvm_prop_t) gtl | |
| − | + | type(ucvm_prop_t) cmb | |
| − | + | END TYPE ucvm_data_t | |
| − | c For our example we'll query five points | + | c For our example we'll query five points |
| − | + | type(ucvm_point_t) point(5) | |
| − | c And we'll get back five sets of material properties | + | c And we'll get back five sets of material properties |
| − | + | type(ucvm_data_t) returnData(5) | |
| − | c Number of points is 5. | + | c Number of points is 5. |
| − | + | pts = 5 | |
| − | c We'll start at -118, 34 at 0 depth and go down by 1000m | + | c We'll start at -118, 34 at 0 depth and go down by 1000m |
| − | c each step | + | c each step |
| − | + | do 10 i = 1, 5 | |
| − | + | point(i)%coord(1) = -118 | |
| − | + | point(i)%coord(2) = 34 | |
| − | 10 | + | 10 point(i)%coord(3) = (i - 1) * 1000 |
| − | c Where is our configuration file? | + | c Where is our configuration file? |
| − | + | ucvmconf = "/home/scec-01/davidgil/ucvm.conf" | |
| − | c What model are we querying? | + | c What model are we querying? |
| − | + | model = "cvms" | |
| − | c Initialize UCVM | + | c Initialize UCVM |
| − | + | call ucvm_init(ucvmconf) | |
| − | c Add the model to UCVM | + | c Add the model to UCVM |
| − | + | call ucvm_add_model(model) | |
| − | c Query the model. Note that the number of points is passed | + | c Query the model. Note that the number of points is passed |
| − | c by value, not reference. | + | c by value, not reference. |
| − | + | call ucvm_query(%VAL(pts), point, returnData) | |
| − | + | print *, model, " results for lon -118, lat 34" | |
| − | c Print out the results. | + | c Print out the results. |
| − | + | do 20 i = 1, 5 | |
| − | + | print *, "Depth ", (i - 1) * 1000 | |
| − | + | print *, "Vs ", returnData(i)%crust%vs | |
| − | + | print *, "Vp ", returnData(i)%crust%vp | |
| − | + | print *, "Rho ", returnData(i)%crust%rho | |
| − | 20 continue | + | 20 continue |
| − | c Close UCVM now that we've queried the points | + | c Close UCVM now that we've queried the points |
| − | + | call ucvm_finalize() | |
| − | + | end | |
Revision as of 22:36, 20 June 2013
Calling UCVM
Example Code
program example
c UCVM Configuration Location
CHARACTER(LEN=32) ucvmconf
c Model Name
CHARACTER(LEN=4) model
c Number of points we're passing to ucvm_query
INTEGER pts
c The UCVM point data structure.
c coord(1) is longitude
c coord(2) is latitutde
c coord(3) is depth
TYPE :: ucvm_point_t
REAL*8 coord(3)
END TYPE ucvm_point_t
c Generic property structure
c Source is where it comes from
c vp is P-wave velocity in m/s
c vs is S-wave velocity in m/s
c rho is density in kg/m^3
TYPE :: ucvm_prop_t
INTEGER source
REAL*8 vp
REAL*8 vs
REAL*8 rho
END TYPE ucvm_prop_t
c Returned data structure
TYPE :: ucvm_data_t
REAL*8 surf
REAL*8 vs30
REAL*8 depth
INTEGER domain
REAL*8 shift_cr
REAL*8 shift_gtl
type(ucvm_prop_t) crust
type(ucvm_prop_t) gtl
type(ucvm_prop_t) cmb
END TYPE ucvm_data_t
c For our example we'll query five points
type(ucvm_point_t) point(5)
c And we'll get back five sets of material properties
type(ucvm_data_t) returnData(5)
c Number of points is 5.
pts = 5
c We'll start at -118, 34 at 0 depth and go down by 1000m
c each step
do 10 i = 1, 5
point(i)%coord(1) = -118
point(i)%coord(2) = 34
10 point(i)%coord(3) = (i - 1) * 1000
c Where is our configuration file?
ucvmconf = "/home/scec-01/davidgil/ucvm.conf"
c What model are we querying?
model = "cvms"
c Initialize UCVM
call ucvm_init(ucvmconf)
c Add the model to UCVM
call ucvm_add_model(model)
c Query the model. Note that the number of points is passed
c by value, not reference.
call ucvm_query(%VAL(pts), point, returnData)
print *, model, " results for lon -118, lat 34"
c Print out the results.
do 20 i = 1, 5
print *, "Depth ", (i - 1) * 1000
print *, "Vs ", returnData(i)%crust%vs
print *, "Vp ", returnData(i)%crust%vp
print *, "Rho ", returnData(i)%crust%rho
20 continue
c Close UCVM now that we've queried the points
call ucvm_finalize()
end