@@ -927,19 +927,19 @@ void solve_radiation(int argc, char** argv)
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Array<Float,2 > dist_cam_cpu (dist_cam);
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Array<Float,2 > zen_cam_cpu (zen_cam);
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- auto nc_var_liwp = output_nc.add_variable <float >(" liq_ice_wp_cam" , {" y" ," x" });
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+ auto nc_var_liwp = output_nc.add_variable <Float >(" liq_ice_wp_cam" , {" y" ," x" });
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nc_var_liwp.insert (liwp_cam_cpu.v (), {0 , 0 });
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nc_var_liwp.add_attribute (" long_name" , " accumulated liquid+ice water path" );
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- auto nc_var_tauc = output_nc.add_variable <float >(" tau_cld_cam" , {" y" ," x" });
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+ auto nc_var_tauc = output_nc.add_variable <Float >(" tau_cld_cam" , {" y" ," x" });
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nc_var_tauc.insert (tauc_cam_cpu.v (), {0 , 0 });
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nc_var_tauc.add_attribute (" long_name" , " accumulated cloud optical depth (441-615nm band)" );
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- auto nc_var_dist = output_nc.add_variable <float >(" dist_cld_cam" , {" y" ," x" });
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+ auto nc_var_dist = output_nc.add_variable <Float >(" dist_cld_cam" , {" y" ," x" });
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nc_var_dist.insert (dist_cam_cpu.v (), {0 , 0 });
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nc_var_dist.add_attribute (" long_name" , " distance to first cloudy cell" );
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- auto nc_var_csza = output_nc.add_variable <float >(" zen_cam" , {" y" ," x" });
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+ auto nc_var_csza = output_nc.add_variable <Float >(" zen_cam" , {" y" ," x" });
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nc_var_csza.insert (zen_cam_cpu.v (), {0 , 0 });
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nc_var_csza.add_attribute (" long_name" , " zenith angle of camera pixel" );
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}
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