|
537 | 537 | ), |
538 | 538 | }, |
539 | 539 | ), |
| 540 | + "ds_CROCO_idealized": xr.Dataset( |
| 541 | + # CROCO idealized model dataset |
| 542 | + { |
| 543 | + "u": ( |
| 544 | + ["time", "s_rho", "eta_rho", "xi_u"], |
| 545 | + np.random.rand(T, Z, Y, X - 1, dtype="float32"), |
| 546 | + { |
| 547 | + "long_name": "u-momentum component", |
| 548 | + "units": "meter second-1", |
| 549 | + "field": "u-velocity, scalar, series", |
| 550 | + "standard_name": "sea_water_x_velocity_at_u_location", |
| 551 | + }, |
| 552 | + ), |
| 553 | + "v": ( |
| 554 | + ["time", "s_rho", "eta_v", "xi_rho"], |
| 555 | + np.random.rand(T, Z, Y - 1, X, dtype="float32"), |
| 556 | + { |
| 557 | + "long_name": "v-momentum component", |
| 558 | + "units": "meter second-1", |
| 559 | + "field": "v-velocity, scalar, series", |
| 560 | + "standard_name": "sea_water_y_velocity_at_v_location", |
| 561 | + }, |
| 562 | + ), |
| 563 | + "w": ( |
| 564 | + ["time", "s_rho", "eta_rho", "xi_rho"], |
| 565 | + np.random.rand(T, Z, Y, X, dtype="float32"), |
| 566 | + { |
| 567 | + "long_name": "vertical momentum component", |
| 568 | + "units": "meter second-1", |
| 569 | + "field": "w-velocity, scalar, series", |
| 570 | + "standard_name": "upward_sea_water_velocity", |
| 571 | + "coordinates": "lat_rho lon_rho", |
| 572 | + }, |
| 573 | + ), |
| 574 | + "h": ( |
| 575 | + ["eta_rho", "xi_rho"], |
| 576 | + np.random.rand(Y, X, dtype="float32"), |
| 577 | + { |
| 578 | + "long_name": "bathymetry at RHO-points", |
| 579 | + "units": "meter", |
| 580 | + "field": "bath, scalar", |
| 581 | + "standard_name": "model_sea_floor_depth_below_geoid", |
| 582 | + }, |
| 583 | + ), |
| 584 | + "zeta": ( |
| 585 | + ["time", "eta_rho", "xi_rho"], |
| 586 | + np.random.rand(T, Y, X, dtype="float32"), |
| 587 | + { |
| 588 | + "long_name": "free-surface", |
| 589 | + "units": "meter", |
| 590 | + "field": "free_surface, scalar, series", |
| 591 | + "standard_name": "sea_surface_height", |
| 592 | + }, |
| 593 | + ), |
| 594 | + "Cs_w": ( |
| 595 | + ["s_w"], |
| 596 | + np.random.rand(Z + 1, dtype="float32"), |
| 597 | + { |
| 598 | + "long_name": "S-coordinate stretching curves at W-points", |
| 599 | + }, |
| 600 | + ), |
| 601 | + "hc": ( |
| 602 | + [], |
| 603 | + np.array(0.0, dtype="float32"), |
| 604 | + { |
| 605 | + "long_name": "S-coordinate parameter, critical depth", |
| 606 | + "units": "meter", |
| 607 | + }, |
| 608 | + ), |
| 609 | + }, |
| 610 | + coords={ |
| 611 | + "time": ( |
| 612 | + ["time"], |
| 613 | + np.arange(0, T, dtype="float64"), |
| 614 | + { |
| 615 | + "long_name": "time since initialization", |
| 616 | + "units": "second", |
| 617 | + "field": "time, scalar, series", |
| 618 | + "standard_name": "time", |
| 619 | + "axis": "T", |
| 620 | + }, |
| 621 | + ), |
| 622 | + "s_rho": ( |
| 623 | + ["s_rho"], |
| 624 | + np.linspace(-0.95, 0.05, Z, dtype="float32"), |
| 625 | + { |
| 626 | + "long_name": "S-coordinate at RHO-points", |
| 627 | + "standard_name": "ocean_s_coordinate_g1", |
| 628 | + "positive": "up", |
| 629 | + "axis": "Z", |
| 630 | + "formula_terms": "s: sc_r C: Cs_r eta: zeta depth: h depth_c: hc", |
| 631 | + }, |
| 632 | + ), |
| 633 | + "s_w": ( |
| 634 | + ["s_w"], |
| 635 | + np.linspace(-1, 0, Z + 1, dtype="float32"), |
| 636 | + { |
| 637 | + "long_name": "S-coordinate at W-points", |
| 638 | + "standard_name": "ocean_s_coordinate_g1_at_w_location", |
| 639 | + "positive": "up", |
| 640 | + "axis": "Z", |
| 641 | + "c_grid_axis_shift": -0.5, |
| 642 | + "formula_terms": "s: sc_w C: Cs_w eta: zeta depth: h depth_c: hc", |
| 643 | + }, |
| 644 | + ), |
| 645 | + "eta_rho": ( |
| 646 | + ["eta_rho"], |
| 647 | + np.arange(Y, dtype="float32"), |
| 648 | + { |
| 649 | + "long name": "y-dimension of the grid", |
| 650 | + "standard_name": "y_grid_index", |
| 651 | + "axis": "Y", |
| 652 | + "c_grid_dynamic_range": f"2:{Y}", |
| 653 | + }, |
| 654 | + ), |
| 655 | + "eta_v": ( |
| 656 | + ["eta_v"], |
| 657 | + np.arange(Y - 1, dtype="float32"), |
| 658 | + { |
| 659 | + "long name": "y-dimension of the grid at v location", |
| 660 | + "standard_name": "y_grid_index_at_v_location", |
| 661 | + "axis": "Y", |
| 662 | + "c_grid_axis_shift": 0.5, |
| 663 | + "c_grid_dynamic_range": f"2:{Y-1}", |
| 664 | + }, |
| 665 | + ), |
| 666 | + "xi_rho": ( |
| 667 | + ["xi_rho"], |
| 668 | + np.arange(X, dtype="float32"), |
| 669 | + { |
| 670 | + "long name": "x-dimension of the grid", |
| 671 | + "standard_name": "x_grid_index", |
| 672 | + "axis": "X", |
| 673 | + "c_grid_dynamic_range": f"2:{X}", |
| 674 | + }, |
| 675 | + ), |
| 676 | + "xi_u": ( |
| 677 | + ["xi_u"], |
| 678 | + np.arange(X - 1, dtype="float32"), |
| 679 | + { |
| 680 | + "long name": "x-dimension of the grid at u location", |
| 681 | + "standard_name": "x_grid_index_at_u_location", |
| 682 | + "axis": "X", |
| 683 | + "c_grid_axis_shift": 0.5, |
| 684 | + "c_grid_dynamic_range": f"2:{X-1}", |
| 685 | + }, |
| 686 | + ), |
| 687 | + "x_rho": ( |
| 688 | + ["eta_rho", "xi_rho"], |
| 689 | + np.tile(np.linspace(-179, 179, X, endpoint=False), (Y, 1)), # note that this is not curvilinear |
| 690 | + { |
| 691 | + "long_name": "x-locations of RHO-points", |
| 692 | + "units": "meter", |
| 693 | + "standard_name": "plane_x_coordinate", |
| 694 | + "field": "x_rho, scalar", |
| 695 | + }, |
| 696 | + ), |
| 697 | + "y_rho": ( |
| 698 | + ["eta_rho", "xi_rho"], |
| 699 | + np.tile(np.linspace(-89, 89, Y), (X, 1)).T, # note that this is not curvilinear |
| 700 | + { |
| 701 | + "long_name": "y-locations of RHO-points", |
| 702 | + "units": "meter", |
| 703 | + "standard_name": "plane_y_coordinate", |
| 704 | + "field": "y_rho, scalar", |
| 705 | + }, |
| 706 | + ), |
| 707 | + }, |
| 708 | + ), |
540 | 709 | } |
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