#
# Configuration file for image information displayed in the viewer.
#
# "Modality_switch" determines what field(s) to look at to determine 
# what modality information blocks to apply. The datastring should contain 
# a DICOM tag and the value of that tag in the image file will be used as 
# modality identification.
# If the datastring is empty the subtags of the node are searched in
# numerical order. Each subtag should then contain a dicom tag (as above)
# and the first one that has a corresponding value in the file is used.
#
# "Font" is the name of the font family to use.
#
# "Fontsize" can be one of "small", "medium" or "large". The actual size 
# used will be determined dynamically depending on displayed image size.
#
# "Fontstyle" can be one of "normal", "slanted", "bold" or "bold-slanted"
#
# "Format" determines the actual format that will be printed by an element
# (an element is one row of information). The data string of "Format" is 
# printed verbatim, but keywords within "[]" will be looked up in the
# "Data" subtag for the same element. The actual letters "[" and "]" may 
# be inserted by quoting them with "\"The keywords may also contain up to
# four formatting directions, separated with commas. The directione are:
#
#      1. printf-style escape sequence for the value. If this is missing
#         or empty it defaults to %s (a string). If the direction is NOT %s
#         all the following directions are ignored.
#      2. skip-list, a string containing charaters that will be treated 
#         as non-existent by the following directions.
#      3. record-separator, a string with characters that will be used 
#         as seperator between fields in the value string. 
#         If this is empty each character in the string will be treated 
#         as a separate record.
#      4. value-format, again a format string that will be used verbatim, but
#         sequences in the form $(n) (n is a number, starting at 1) will be 
#         replaced by the corresponding field from the string. If n is 
#         negative, the field number is counted from the end of the string, 
#         eg $(-1) is the last field. The "$" charcter itself can be inserted 
#         by the sequence "$$". $(0) is the complete data unformatted. $(-0) 
#         is the complete data but with the skiplist applied.
#
# "Data" should contain the keywords from "Format" as subtags. Each subtag
# should indicate in its datastring where to get the information. It can
# be one of the following:
#
#   - a DICOM tag on the form [group, element], numbers are in hexadecimal.
#   - a dynamic value from the image pipeline, one of:
#         %window_center       (float)
#         %window_width        (float)
#         %window_upper	       (float)
#         %window_lower	       (float)	  
#         %zoom                (float)
#         %orientation         (string: TL, TR, BL, BR, LT, LB, RT, RB. 
#                               First letter is image side on top,
#                               second is image side to the left.)
#         %current_image       (integer)
#         %number_of_images    (integer)
#         %sync_group          (integer)
#         %compression         (float)
#         %view_width          (integer: for test purposes)
#         %view_height         (integer: for test purposes)
#         %resampled           (string:  for test purposes)
#         %image_width         (integer: for test purposes)
#         %image_height        (integer: for test purposes)
#         %image_bytes         (integer: for test purposes)
#         %compression_percent (float:   for test purposes)
#         %compression_layers  (integer: for test purposes)
#         %compression_bytes   (integer: for test purposes)
#   - a WISE folder attribute, preceded by a $ sign
#
# If a specified datasource has no value, it will be ignored.
# It is possible to specify alternative datasources in a way similar to
# the modality switch above. In that case no datastring should be specified
# and the subtags will be searched in numerical order until one that
# specifies a valid datasource is found. THIS WILL ONLY WORK FOR STRING DATA!
#
# Sometimes a datasource contains an enumerated value and then one usually
# wants to print a certain string depending on what the value was. This 
# is done by specifying a datasource in a "Data" tag and also a number of 
# subtags (numerical). each subtag should have two entries, one "Tag" with the
# enumerated value and another, "Data" which contains the string to be printed
# if the "Tag" data matches the original data. In the case of alternate
# datasources described previously, this value lookup can be applied on each
# of the alternative suptags.
#
# "Level" is used to determine which display level a certain info element has.
# The level is used when selecting image info level from within IDS5. The 
# "Maximum image info" command will set display level to 10, causing all
# elements defined with a level of 10 or less to be displayed. The 
# "Minimal image info" command in IDS5 will set display level to 0. If no 
# level is defined for an element, the level will be automatically set to 0.
# This means that it will be displayed even if "Minimal image info" is 
# selected. If "Anonymized image info" is selected however, display level is 
# set to -1 which will hide all image information that has not been explicitly 
# defined as level -1 or less.
#


Image_info {

    # Defines grey level of displayed image info
    Grey_level <255> # 0 = Black, 255 = White

    Modality_switch <[8,60,CS]>

    #
    # Defaults for all modalities
    #
    * {

        Calipers {
#            Left <>
            Right <>
#            Top <>
            Bottom <>
            Length <5>   # Length is in cm
        }

        Show_orientation <[20,20,CS]> {
            Font <helvetica>
            Fontsize <medium>
            Fontstyle <bold>
        }

	
        Default_display_level <10>

        #
        # Defaults for all information blocks
        #
        * {
            Elements {

                #
                # Defaults for all elements
                #
                * {
                    Font <helvetica>
                    Fontsize <medium>
                    Fontstyle <normal>
                    Format <[data]>
                }
            }
        }

        #
        # Upper left block
        #
        UL {
            Alignment <left>
            Elements {
                1 {
                    Fontsize <medium>
                    Format <[name]>
                    Data {
                        name <$patient_name>
                    }
                }
                2 {
                    Fontsize <medium>
                    Format <[id]>
                    Data {
                        id <$patient_personal_id>
                    }
                }
            }
        } 

        #
        # Upper right block
        #
        UR {
            Alignment <right>
            Elements {
                1 {
                    Format <C: [center,%7.1f], W: [width,%7.1f]>
                    Data {
                        center <%window_center>
                        width <%window_width>
                    }
                }
# Uncomment the following lines to display the exact compression factor.
#                2 {
#                    Format <Compression: 1:[compression,%.0f]>
#                    Data {
#                        compression <%compression>
#                    }
#                }
            }
        }

        #
        # Lower left block
        #
        LL {
            Alignment <left>
            Elements {
                1 {
                    Fontsize <large>
                    Fontstyle <bold>
                    Format <[date,,.,,$(0)], [time,,:,,$(1)$(2):$(3)$(4)]>
                    Data {
                        date {
                            1 <[8,23,DA]>
                            2 <[8,22,DA]>
                            3 <[8,21,DA]>
                            4 <[8,20,DA]>
                        }
                        time {
                            1 <[8,33,TM]>
                            2 <[8,32,TM]>
                            3 <[8,31,TM]>
                            4 <[8,30,TM]>
                        }
                    }
                }
            }
        }
        #
        # Lower right block
        #
        LR {
            Alignment <right>
            Elements {
                1 {
                    Fontsize <large>
                    Fontstyle <bold>
                    Format <[pos_label,%s]>
                    Data {
                        pos_label <$collection_pos_label>
                    }
                }
            }
        } 
    }
    CT {
        Calipers {
            Bottom <>
            Length <5>   # Length is in cm
        }
        UL {
            Elements {
                1 <>  # Placeholders for default values
                2 <>
                3 {
                    Level <5>
                    Format <Contrast: [contrast]>
                    Data {
                        contrast <[18,10,LO]>
                    }
                }
                4 {
                    Level <5>
                    Format <Gantry: [gantry,%g]°>
                    Data {
                        gantry <[18,1120,DS]>
                    }
                }
                5 {
                    Level <5>
                    Format <FoV: [fov,%g] mm>
                    Data {
                        fov <[18,1100,DS]>
                    }
                }
                6 {
                    Level <5>
                    Format <Time: [time,%d] ms>
                    Data {
                        time <[18,1150,IS]>
                    }
                }
                7 {
                    Level <5>
                    Format <Slice: [slice,%g] mm>
                    Data {
                        slice <[18,50,DS]>
                    }
                }
                8 {
                    Level <5>
                    Format <Pos: [pos,%g]>
                    Data {
                        pos <[20,1041,DS]>
                    }
                }
                9 {
                    Level <5>
                    Format <[pat_pos]>
                    Data {
                        pat_pos <[18,5100,CS]>
                    }
                }
            }
        }
        LL {
            Elements {
                1 <>
                2 {
                    Level <5>
                    Format <Image [cur_image,%d] of [num_images,%d]>
                    Data {
                        cur_image <%current_image>
                        num_images <%number_of_images>
                    }
                }
                3 {
                    Level <5>
                    Format <Image no: [image,%d]>
                    Data {
                        image <[20,13,IS]>
                    }
                }
                4 {
                    Level <5>
                    Format <[kvp,%g] kV>
                    Data {
                        kvp <[18,60,DS]>
                    }
                }
                5 {
                    Level <5>
                    Format <[ma,%d] mA>
                    Data {
                        ma <[18,1151,IS]>
                    }
                }
                6 {
                    Level <5>
                    Format <F: [filter]>
                    Data {
                        filter <[18,1210,SH]>
                    }
                }
            }
        }
    }
    MR {
        Calipers {
            Bottom <>
            Length <5>   # Length is in cm
        }
        UL {
            Elements {
                1 <>  # Placeholders for default values
                2 <>
                3 {
                    Level <5>
                    Format <Seq: [seq_name]>
                    Data {
                        seq_name {
                            1 <[18,24,SH]>
                            2 <[18,20,CS]>
                        }
                    }
                }
                4 {
                    Level <5>
                    Format <Slice: [slice,%g] mm>
                    Data {
                        slice <[18,50,DS]>
                    }
                }
                5 {
                    Level <5>
                    Format <Pos: [pos,%g]>
                    Data {
                        pos <[20,1041,DS]>
                    }
                }
                6 {
                    Level <5>
                    Format <TR: [rep_time,%g]>
                    Data {
                        rep_time <[18,80,DS]>
                    }
                }
                7 {
                    Level <5>
                    Format <TE: [echo_time,%g]>
                    Data {
                        echo_time <[18,81,DS]>
                    }
                }
                8 {
                    Level <5>
                    Format <AC: [num_avg,%g]>
                    Data {
                        num_avg <[18,83,DS]>
                    }
                }
            }
        }
        LL {
            Elements {
                1 <>
                2 {
                    Level <5>
                    Format <Image [cur_image,%d] of [num_images,%d]>
                    Data {
                        cur_image <%current_image>
                        num_images <%number_of_images>
                    }
                }
                3 {
                    Level <5>
                    Format <Image no: [image,%d]>
                    Data {
                        image <[20,13,IS]>
                    }
                }
                4 {
                    Level <5>
                    Format <FoV: [fov,%g] mm>
                    Data {
                        fov <[18,1100,DS]>
                    }
                }
                5 {
                    Level <5>
                    Format <[pat_pos]>
                    Data {
                        pat_pos <[18,5100,CS]>
                    }
                }
            }
        }
    }
    MG {
        # The info blocks are flipped left-right if 
	# the DICOM tag (0020,0062) has the value L
	Block_flip_lr_switch <[20,62,CS]>
	Block_flip_lr_value <L>
        UL {
            Alignment <left>
            Elements {
                1 {
                    Fontsize <small>
		    Format <C: [center,%7.1f], W: [width,%7.1f]>
		    Data {
                        center <%window_center>
                        width <%window_width>
                    }
                }
                2 {
                    Fontsize <small>
                    Format <[name]>
                    Data {
                        name <$patient_name>
                    }
                }
                2 {
                    Fontsize <small>
                    Format <[id]>
                    Data {
                        id <$patient_personal_id>
                    }
                }
# Uncomment the following lines to display the exact compression factor.
#               4 {
#                   Fontsize <small>
#                   Format <Compression: 1:[compression,%.0f]>
#                   Data {
#                       compression <%compression>
#                   }
#               }
	    }
        }
	UR {
            Elements {
	    }
	}
        LL {
            Alignment <left>
            Elements {
                1 {
                    Fontsize <small>
                    Fontstyle <bold>
                    Format <[date,,.,,$(0)], [station_name]>
                    Data {
                        station_name <[8,1010,SH]>
                        date {
                            1 <[8,23,DA]>
                            2 <[8,22,DA]>
                            3 <[8,21,DA]>
                            4 <[8,20,DA]>
                        }
                    }
                }
                2 {
                    Fontsize <small>
                    Format <[Thickness,%g]mm, Dose: [organ_dose,%.2g]dGy, [kV,%g]kV, [mAs,%d]mAs>
                    Data {
                        Thickness <[0018,11A0,DS]>
                        organ_dose <[40,316,DS]>
                        kV <[18,60,DS]>
                        mAs <[18,1152,IS]>
                    }
                }
                3 {
                    Fontsize <small>
                    Fontstyle <bold>
                    Format <[image_laterality] [view_position] [spot_compression]>
                    Data {
                        image_laterality <[20,62,CS]>
                        view_position <[19,1A1,SH]>
			spot_compression <[19,1A2,SH]>
                    }
                }
            }
        }
	LR {
            Elements {
	    }
	}
    }
}


#
# Configuration of the bitmap bar in the image views, i.e. the small symbols
# in the upper, right corner of the images.
#
bitmap_bar {
    position <ur>
    alignment <center>
    bitmaps <quality1:quality2:quality3:quality4:stack:multiframe:collection:synch:tag:edge_enhance:ps_not_disp:ps:compressed:overlay_plugin:virtual_3d:crop_warning>
    stack {
	sizes <18:24:32:48>
	active <stack>
	inactive <>
    }
    multiframe {
        sizes <18:24:32:48>
        active <multiframe>
        inactive <>
    }
    collection {
	sizes <18:24:32:48>
	active <collection>
	inactive <>
    }
    tag {
	sizes <18:24:32:48>
	active <tag>
	inactive <>
    }
    synch {
	sizes <18:24:32:48>
	active <sync>
	inactive <>
    }
    edge_enhance {
	sizes <18:24:32:48>
	active <edge_enhance>
	inactive <>
    }
    ps_not_disp {
	sizes <18:24:32:48>
	active <ps_not_disp>
	inactive <>
    }
    ps {
	sizes <18:24:32:48>
	active <ps>
	inactive <>
    }
    compressed {
	sizes <18:24:32:48>
	active <compressed>
	inactive <>
    }
    overlay_plugin {
	sizes <18:24:32:48>
	active <overlay_plugin>
	inactive <>
    }
    virtual_3d {
	sizes <18:24:32:48>
	active <virtual_3d>
	inactive <>
    }
    quality1 {
	sizes <18:24:32:48>
	active <quality1>
	inactive <>
    }
    quality2 {
	sizes <18:24:32:48>
	active <quality2>
	inactive <>
    }
    quality3 {
	sizes <18:24:32:48>
	active <quality3>
	inactive <>
    }
    quality4 {
	sizes <18:24:32:48>
	active <quality4>
	inactive <>
    }
    crop_warning {
	sizes <18:24:32:48>
 	active <crop_warning>
	inactive<>
    }
}
