Changes between Version 184 and Version 185 of doc/app/runtime_parameters
- Timestamp:
- Sep 16, 2010 5:16:04 PM (15 years ago)
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doc/app/runtime_parameters
v184 v185 610 610 }}} 611 611 {{{#!td 612 Scaling length for masked data output inx-direction.\\\\613 This parameter defines the length which scales the positions of the masked data inx-direction.\\\\612 Scaling length for masked data output along x-direction.\\\\ 613 This parameter defines the length which scales the positions of the masked data along x-direction.\\\\ 614 614 '''Example:''' 615 '''mask_scale_x''' = ''10.'' will scale the positions (e.g. 0.m, 500.m, 1000.m) for masked output inx-direction by ''10.0'' (-> 0., 50., 100.).616 For scaling the masked data in y-direction use [#mask_scale_y mask_scale_y]. For scaling the masked data inz-direction use [#mask_scale_z mask_scale_z].615 '''mask_scale_x''' = ''10.'' will scale the positions (e.g. 0.m, 500.m, 1000.m) for masked output along x-direction by ''10.0'' (-> 0., 50., 100.). 616 For scaling the masked data along y-direction use [#mask_scale_y mask_scale_y]. For scaling the masked data along z-direction use [#mask_scale_z mask_scale_z]. 617 617 }}} 618 618 |---------------- … … 627 627 }}} 628 628 {{{#!td 629 Scaling length for masked data output iny-direction.\\\\630 This parameter defines the length which scales the positions of the masked data iny-direction.\\\\629 Scaling length for masked data output along y-direction.\\\\ 630 This parameter defines the length which scales the positions of the masked data along y-direction.\\\\ 631 631 '''Example:''' 632 '''mask_scale_y''' = ''10.'' will scale the positions (e.g. 0.m, 500.m, 1000.m) for masked output iny-direction by ''10.0'' (-> 0., 50., 100.).633 For scaling the masked data in x-direction use [#mask_scale_x mask_scale_x]. For scaling the masked data inz-direction use [#mask_scale_z mask_scale_z].632 '''mask_scale_y''' = ''10.'' will scale the positions (e.g. 0.m, 500.m, 1000.m) for masked output along y-direction by ''10.0'' (-> 0., 50., 100.). 633 For scaling the masked data along x-direction use [#mask_scale_x mask_scale_x]. For scaling the masked data along z-direction use [#mask_scale_z mask_scale_z]. 634 634 }}} 635 635 |---------------- … … 644 644 }}} 645 645 {{{#!td 646 Scaling length for masked data output inz-direction.\\\\647 This parameter defines the length which scales the positions of the masked data inz-direction.\\\\646 Scaling length for masked data output along z-direction.\\\\ 647 This parameter defines the length which scales the positions of the masked data along z-direction.\\\\ 648 648 '''Example:''' 649 '''mask_scale_z''' = ''10.'' will scale the positions (e.g. 0.m, 500.m, 1000.m) for masked output inz-direction by ''10.0'' (-> 0., 50., 100.).650 For scaling the masked data in x-direction use [#mask_scale_x mask_scale_x]. For scaling the masked data iny-direction use [#mask_scale_y mask_scale_y].649 '''mask_scale_z''' = ''10.'' will scale the positions (e.g. 0.m, 500.m, 1000.m) for masked output along z-direction by ''10.0'' (-> 0., 50., 100.). 650 For scaling the masked data along x-direction use [#mask_scale_x mask_scale_x]. For scaling the masked data along y-direction use [#mask_scale_y mask_scale_y]. 651 651 }}} 652 652 |---------------- … … 662 662 {{{#!td 663 663 All x-coordinates of mask positions (in multiples of [#mask_scale_x mask_scale_x]).\\\\ 664 This parameter defines all positions inx-direction where quantities for masked data are to be output (see [#data_output_mask data_output_mask]). For each mask a separate '''mask_x''' has to be assigned.\\\\664 This parameter defines all positions along x-direction where quantities for masked data are to be output (see [#data_output_mask data_output_mask]). For each mask a separate '''mask_x''' has to be assigned.\\\\ 665 665 '''Example:''' 666 666 '''mask_x (1,:)''' = ''0., 50., 100., 500., 550., 600.''\\ 667 667 '''mask_x (2,:)''' = ''1000.''\\\\ 668 668 This example will create outputs at the specified points (in m, if [#mask_scale_x mask_scale_x] is not used) of the model domain. 669 If you use [#mask_scale_x mask_scale_x] '''mask_x''' has to be assigned in "grid point position inx-direction [m]/'''mask_scale_x''' " (e.g. '''mask_scale_x''' = ''10.0'' -> '''mask_x (1,:)''' = ''0., 5., 10., 50., 55., 60.'').\\\\669 If you use [#mask_scale_x mask_scale_x] '''mask_x''' has to be assigned in "grid point position along x-direction [m]/'''mask_scale_x''' " (e.g. '''mask_scale_x''' = ''10.0'' -> '''mask_x (1,:)''' = ''0., 5., 10., 50., 55., 60.'').\\\\ 670 670 The default results in output at every grid point along the x-direction, i.e. from 0 to nx.\\\\ 671 671 If you want to output quantities at positions with constant spaces (e.g. every 100m), use the parameter [#mask_x_loop mask_x_loop].\\\\ … … 685 685 {{{#!td 686 686 All y-coordinates of mask positions (in multiples of [#mask_scale_y mask_scale_y]).\\\\ 687 This parameter defines all positions iny-direction where quantities for masked data are to be output (see [#data_output_mask data_output_mask]). For each mask a separate '''mask_y''' has to be assigned.\\\\687 This parameter defines all positions along y-direction where quantities for masked data are to be output (see [#data_output_mask data_output_mask]). For each mask a separate '''mask_y''' has to be assigned.\\\\ 688 688 '''Example:''' 689 689 '''mask_y (1,:)''' = ''0., 50., 100., 500., 550., 600.''\\ 690 690 '''mask_y (2,:)''' = ''1000.''\\\\ 691 691 This example will create outputs at the specified points (in m, if [#mask_scale_y mask_scale_y] is not used) of the model domain. 692 If you use [#mask_scale_y mask_scale_y] '''mask_y''' has to be assigned in "grid point position iny-direction [m]/'''mask_scale_y''' " (e.g. '''mask_scale_y''' = ''10.0'' -> '''mask_y (1,:)''' = ''0., 5., 10., 50., 55., 60.'').\\\\692 If you use [#mask_scale_y mask_scale_y] '''mask_y''' has to be assigned in "grid point position along y-direction [m]/'''mask_scale_y''' " (e.g. '''mask_scale_y''' = ''10.0'' -> '''mask_y (1,:)''' = ''0., 5., 10., 50., 55., 60.'').\\\\ 693 693 The default results in output at every grid point along the y-direction, i.e. from 0 to ny.\\\\ 694 694 If you want to output quantities at positions with constant spaces (e.g. every 100m), use the parameter [#mask_y_loop mask_y_loop].\\\\ … … 708 708 {{{#!td 709 709 All z-coordinates of mask positions (in multiples of [#mask_scale_z mask_scale_z]).\\\\ 710 This parameter defines all positions inz-direction where quantities for masked data are to be output (see [#data_output_mask data_output_mask]). For each mask a separate '''mask_z''' has to be assigned.\\\\710 This parameter defines all positions along z-direction where quantities for masked data are to be output (see [#data_output_mask data_output_mask]). For each mask a separate '''mask_z''' has to be assigned.\\\\ 711 711 '''Example:''' 712 712 '''mask_z (1,:)''' = ''0., 50., 100., 500., 550., 600.''\\ 713 713 '''mask_z (2,:)''' = ''1000.''\\\\ 714 714 This example will create outputs at the specified points (in m, if [#mask_scale_z mask_scale_z] is not used) of the model domain. 715 If you use [#mask_scale_z mask_scale_z] '''mask_z''' has to be assigned in "grid point position inz-direction [m]/'''mask_scale_z''' " (e.g. '''mask_scale_z''' = ''10.0'' -> '''mask_z (1,:)''' = ''0., 5., 10., 50., 55., 60.'').\\\\715 If you use [#mask_scale_z mask_scale_z] '''mask_z''' has to be assigned in "grid point position along z-direction [m]/'''mask_scale_z''' " (e.g. '''mask_scale_z''' = ''10.0'' -> '''mask_z (1,:)''' = ''0., 5., 10., 50., 55., 60.'').\\\\ 716 716 The default results in output at every grid point along the z-direction, i.e. from 0 to nz.\\\\ 717 717 If you want to output quantities at positions with constant spaces (e.g. every 100m), use the parameter [#mask_z_loop mask_z_loop].\\\\ … … 731 731 {{{#!td 732 732 Loop begin, end and stride for x-coordinates of mask locations for masks (in multiples of [#mask_scale_x mask_scale_x]).\\\\ 733 This parameter can be used, if mask 734 The default results in output at every grid point along the x-direction, i.e. from 0 to nx. 733 This parameter should be used, if masked data are to be output at periodic positions (e.g. every 100m along x-direction). The first parameter assigns the start position (e.g. 0m), the second one the end position (e.g. 2000m) and the third one the stride (e.g. 100m) -> '''mask_x_loop (1,:)''' = ''0.0,2000.,100.''.\\\\ 734 For each mask a separate '''mask_x_loop''' has to be assigned.\\\\ 735 The default results in output at every grid point along the x-direction, i.e. from 0 to nx.\\\\ 735 736 '''Note:''' If mask_x is also specified, mask_x_loop will be ignored.\\\\ 736 737 Further examples are given in [../maskedoutput#Examples Masked data output].
