Revision history [back]

Is there anyone who is familiar with Airpak model file format

I want to develop a application that can convert the dxf file to airpak model file using C++.And I find that airpak file is a TEXT file,which is organized as a certain format.But I can not understand it.Is there anyone that is familiar with it,or is there any information about it?

Is there anyone who is familiar with Airpak Airpak2.1 model file format

I want to develop a application that can convert the dxf file to ~~airpak~~ airpak2.1 model file using C++.And I find that ~~airpak~~ airpak2.1 model file is a TEXT file,which is organized as a certain format.But I can not understand it.Is there anyone that is familiar with it,or is there any information about it?

Is there anyone who is familiar with Airpak2.1 model file format

I want to develop a application that can convert the dxf file to airpak2.1 model file using C++.And I find that airpak2.1 model file is a TEXT file,which is organized as a certain format.But I can not understand it.Is there anyone that is familiar with it,or is there any information about it?

Is there anyone who is familiar with Airpak2.1 Airpak3.0 model file format

Below is a sample for Airpak3.0 model file

    #@ Airpak 3.0.16 model file

object domain room.1
    current_genus default
    shape body_shape shape_hexa
        setval point1 {-500 -440 0} point2 {460 425 400} diff {960 865 400} volume_flag {2} diff_flag {0} 
    end shape
    current_stype hexa
    creation_order 1
    grid_priority 0
end object
object block block.1
    current_stype polygon
    block_type hollow
    shape body_shape shape_polygon
        setval nverts 28
        setval volume_flag {0} split_flag {0} changes {0} nverts {28} plane {2} height {97.8}  vert1 {-200.7 -98.8 0} vert2 {-201.2 -105.3 0} vert3 {-197.4 -105.6 0} vert4 {-197.3 -104.8 0} vert5 {-190.7 -105.2 0} vert6 {-190.9 -110.1 0} vert7 {-195.4 -109.8 0} vert8 {-196.3 -122.1 0} vert9 {-189.5 -122.6 0} vert10 {-189.2 -120.4 0} vert11 {-179.3 -121 0} vert12 {-178.3 -107.4 0} vert13 {-169.2 -108.1 0} vert14 {-170.2 -121.6 0} vert15 {-160.1 -122.2 0} vert16 {-160.3 -124.8 0} vert17 {-153.6 -125.3 0} vert18 {-152.7 -112.9 0} vert19 {-157.1 -112.6 0} vert20 {-156.9 -107.8 0} vert21 {-150 -108.3 0} vert22 {-150.1 -109.1 0} vert23 {-146.3 -109.4 0} vert24 {-145.8 -102.9 0} vert25 {-147.9 -102.7 0} vert26 {-147.7 -100.5 0} vert27 {-198.5 -96.8 0} vert28 {-198.6 -99 0}
    end shape
    grid_priority 2
    creation_order 1
    current_genus default
end object

object opening opening.1
    xvecf 1
    current_stype quad
    shape body_shape shape_quad
        setval point1 {460 425 400} point2 {460 -440 0} diff {0 -865 -400} volume_flag {0} split_flag {16} plate_flag {0} diff_flag {0} plane {0} iradius {0} thickness {0} 
    end shape
    grid_priority 24
    zvecf 0
    free_magnitude 1.0
    creation_order 24
    current_genus free
    yvecf 0
end object
turb_dissipation_face_profile_on 1
    free_vely_on 1
    shape body_shape shape_quad
        setval point1 {-500 425 0} point2 {460 425 400} diff {960 0 400} volume_flag {0} split_flag {16} plate_flag {0} diff_flag {0} plane {1} iradius {0} thickness {0} 
    end shape
    ymagn_vec 1.0
    yanglef 1.0
    grid_priority 27
    zvecf 0
    free_magnitude 1.0
    xanglef 1.0
    creation_order 27
    free_velx_on 1
    yanglef_face_profile {-20.0 425 9.6974411471244 -2.5171325553033 -20.0 425 21.177469195823 -2.9890543093044 -20.0 425 34.981345427928 -3.3379939487908 -20.0 425 51.894137479488 -3.6405545142577 -20.0 425 73.099415204678 -3.92556860457 -20.0 425 100.46885212817 -4.2100614026508 -20.0 425 137.14732936919 -4.5084030113338 -20.0 425 188.85740260858 -4.8371660468896 -20.0 425 267.22089069566 -5.2209916983201 -20.0 425 400.0 -5.6084892574471}
    advanced_turb 1
    current_genus free
    xanglef_face_profile_on 1
    yvecf 1.0
    turb_dissipation_face_profile {-20.0 425 9.6974411471244 0.052736147359764 -20.0 425 21.177469195823 0.024148574157684 -20.0 425 34.981345427928 0.0146193829623 -20.0 425 51.894137479488 0.0098547872685914 -20.0 425 73.099415204678 0.0069960297755523 -20.0 425 100.46885212817 0.0050901913828475 -20.0 425 137.14732936919 0.0037288781903345 -20.0 425 188.85740260858 0.0027078932479407 -20.0 425 267.22089069566 0.0019137938056266 -20.0 425 400.0 0.0013821775279659}
end object

Is there anyone who is familiar with Airpak3.0 model file format

I want to develop a application that can convert the dxf file to ~~airpak2.1~~ airpak3.0 model file using C++.And I find that ~~airpak2.1~~ airpak3.0 model file is a TEXT file,which is organized as a certain format.But I can not understand it.Is there anyone that is familiar with it,or is there any information about it?

Below is a sample for Airpak3.0 model file

    #@ Airpak 3.0.16 model file

object domain room.1
    current_genus default
    shape body_shape shape_hexa
        setval point1 {-500 -440 0} point2 {460 425 400} diff {960 865 400} volume_flag {2} diff_flag {0} 
    end shape
    current_stype hexa
    creation_order 1
    grid_priority 0
end object
object block block.1
    current_stype polygon
    block_type hollow
    shape body_shape shape_polygon
        setval nverts 28
        setval volume_flag {0} split_flag {0} changes {0} nverts {28} plane {2} height {97.8}  vert1 {-200.7 -98.8 0} vert2 {-201.2 -105.3 0} vert3 {-197.4 -105.6 0} vert4 {-197.3 -104.8 0} vert5 {-190.7 -105.2 0} vert6 {-190.9 -110.1 0} vert7 {-195.4 -109.8 0} vert8 {-196.3 -122.1 0} vert9 {-189.5 -122.6 0} vert10 {-189.2 -120.4 0} vert11 {-179.3 -121 0} vert12 {-178.3 -107.4 0} vert13 {-169.2 -108.1 0} vert14 {-170.2 -121.6 0} vert15 {-160.1 -122.2 0} vert16 {-160.3 -124.8 0} vert17 {-153.6 -125.3 0} vert18 {-152.7 -112.9 0} vert19 {-157.1 -112.6 0} vert20 {-156.9 -107.8 0} vert21 {-150 -108.3 0} vert22 {-150.1 -109.1 0} vert23 {-146.3 -109.4 0} vert24 {-145.8 -102.9 0} vert25 {-147.9 -102.7 0} vert26 {-147.7 -100.5 0} vert27 {-198.5 -96.8 0} vert28 {-198.6 -99 0}
    end shape
    grid_priority 2
    creation_order 1
    current_genus default
end object

object opening opening.1
    xvecf 1
    current_stype quad
    shape body_shape shape_quad
        setval point1 {460 425 400} point2 {460 -440 0} diff {0 -865 -400} volume_flag {0} split_flag {16} plate_flag {0} diff_flag {0} plane {0} iradius {0} thickness {0} 
    end shape
    grid_priority 24
    zvecf 0
    free_magnitude 1.0
    creation_order 24
    current_genus free
    yvecf 0
end object
turb_dissipation_face_profile_on 1
    free_vely_on 1
    shape body_shape shape_quad
        setval point1 {-500 425 0} point2 {460 425 400} diff {960 0 400} volume_flag {0} split_flag {16} plate_flag {0} diff_flag {0} plane {1} iradius {0} thickness {0} 
    end shape
    ymagn_vec 1.0
    yanglef 1.0
    grid_priority 27
    zvecf 0
    free_magnitude 1.0
    xanglef 1.0
    creation_order 27
    free_velx_on 1
    yanglef_face_profile {-20.0 425 9.6974411471244 -2.5171325553033 -20.0 425 21.177469195823 -2.9890543093044 -20.0 425 34.981345427928 -3.3379939487908 -20.0 425 51.894137479488 -3.6405545142577 -20.0 425 73.099415204678 -3.92556860457 -20.0 425 100.46885212817 -4.2100614026508 -20.0 425 137.14732936919 -4.5084030113338 -20.0 425 188.85740260858 -4.8371660468896 -20.0 425 267.22089069566 -5.2209916983201 -20.0 425 400.0 -5.6084892574471}
    advanced_turb 1
    current_genus free
    xanglef_face_profile_on 1
    yvecf 1.0
    turb_dissipation_face_profile {-20.0 425 9.6974411471244 0.052736147359764 -20.0 425 21.177469195823 0.024148574157684 -20.0 425 34.981345427928 0.0146193829623 -20.0 425 51.894137479488 0.0098547872685914 -20.0 425 73.099415204678 0.0069960297755523 -20.0 425 100.46885212817 0.0050901913828475 -20.0 425 137.14732936919 0.0037288781903345 -20.0 425 188.85740260858 0.0027078932479407 -20.0 425 267.22089069566 0.0019137938056266 -20.0 425 400.0 0.0013821775279659}
end object

Is there anyone who is familiar with Airpak3.0 model file format

I want to develop a application that can convert the dxf file to airpak3.0 model file using C++.And I find that airpak3.0 model file is a TEXT file,which is organized as a certain format.But I can not understand it.Is there anyone that is familiar with it,or is there any information about it?

Below is a sample for Airpak3.0 model file

    #@ Airpak 3.0.16 model file

object domain room.1
    current_genus default
    shape body_shape shape_hexa
        setval point1 {-500 -440 0} point2 {460 425 400} diff {960 865 400} volume_flag {2} diff_flag {0} 
    end shape
    current_stype hexa
    creation_order 1
    grid_priority 0
end object
object block block.1
    current_stype polygon
    block_type hollow
    shape body_shape shape_polygon
        setval nverts 28
        setval volume_flag {0} split_flag {0} changes {0} nverts {28} plane {2} height {97.8}  vert1 {-200.7 -98.8 0} vert2 {-201.2 -105.3 0} vert3 {-197.4 -105.6 0} vert4 {-197.3 -104.8 0} vert5 {-190.7 -105.2 0} vert6 {-190.9 -110.1 0} vert7 {-195.4 -109.8 0} vert8 {-196.3 -122.1 0} vert9 {-189.5 -122.6 0} vert10 {-189.2 -120.4 0} vert11 {-179.3 -121 0} vert12 {-178.3 -107.4 0} vert13 {-169.2 -108.1 0} vert14 {-170.2 -121.6 0} vert15 {-160.1 -122.2 0} vert16 {-160.3 -124.8 0} vert17 {-153.6 -125.3 0} vert18 {-152.7 -112.9 0} vert19 {-157.1 -112.6 0} vert20 {-156.9 -107.8 0} vert21 {-150 -108.3 0} vert22 {-150.1 -109.1 0} vert23 {-146.3 -109.4 0} vert24 {-145.8 -102.9 0} vert25 {-147.9 -102.7 0} vert26 {-147.7 -100.5 0} vert27 {-198.5 -96.8 0} vert28 {-198.6 -99 0}
    end shape
    grid_priority 2
    creation_order 1
    current_genus default
end object

object opening opening.1
    xvecf 1
    current_stype quad
    shape body_shape shape_quad
        setval point1 {460 425 400} point2 {460 -440 0} diff {0 -865 -400} volume_flag {0} split_flag {16} plate_flag {0} diff_flag {0} plane {0} iradius {0} thickness {0} 
    end shape
    grid_priority 24
    zvecf 0
    free_magnitude 1.0
    creation_order 24
    current_genus free
    yvecf 0
end object
turb_dissipation_face_profile_on 1
    free_vely_on 1
    shape body_shape shape_quad
        setval point1 {-500 425 0} point2 {460 425 400} diff {960 0 400} volume_flag {0} split_flag {16} plate_flag {0} diff_flag {0} plane {1} iradius {0} thickness {0} 
    end shape
    ymagn_vec 1.0
    yanglef 1.0
    grid_priority 27
    zvecf 0
    free_magnitude 1.0
    xanglef 1.0
    creation_order 27
    free_velx_on 1
    yanglef_face_profile {-20.0 425 9.6974411471244 -2.5171325553033 -20.0 425 21.177469195823 -2.9890543093044 -20.0 425 34.981345427928 -3.3379939487908 -20.0 425 51.894137479488 -3.6405545142577 -20.0 425 73.099415204678 -3.92556860457 -20.0 425 100.46885212817 -4.2100614026508 -20.0 425 137.14732936919 -4.5084030113338 -20.0 425 188.85740260858 -4.8371660468896 -20.0 425 267.22089069566 -5.2209916983201 -20.0 425 400.0 -5.6084892574471}
    advanced_turb 1
    current_genus free
    xanglef_face_profile_on 1
    yvecf 1.0
    turb_dissipation_face_profile {-20.0 425 9.6974411471244 0.052736147359764 -20.0 425 21.177469195823 0.024148574157684 -20.0 425 34.981345427928 0.0146193829623 -20.0 425 51.894137479488 0.0098547872685914 -20.0 425 73.099415204678 0.0069960297755523 -20.0 425 100.46885212817 0.0050901913828475 -20.0 425 137.14732936919 0.0037288781903345 -20.0 425 188.85740260858 0.0027078932479407 -20.0 425 267.22089069566 0.0019137938056266 -20.0 425 400.0 0.0013821775279659}
end object