Value Range
@@ -6829,7 +6833,7 @@
The cell styles applied in a table are based on the position of cells in a table.
-16.21.2 <table:first-row>
+16.21.2 <table:first-row>
The <table:first-row> element specifies a cell style that shall be applied to the first row of a table.
@@ -7696,10 +7700,10 @@ 16.29.
The <style:text-properties> element has the following attributes: fo:background-color 20.182, fo:color 20.187, fo:country 20.188, fo:font-family 20.189, fo:font-size 20.190, fo:font-style 20.191, fo:font-variant 20.192, fo:font-weight 20.193, fo:hyphenate 20.195, fo:hyphenation-push-char-count 20.198, fo:hyphenation-remain-char-count 20.199, fo:language 20.202, fo:letter-spacing 20.203, fo:script 20.222, fo:text-shadow 20.226, fo:text-transform 20.227, style:country-asian 20.256, style:country-complex 20.257, style:font-charset 20.268, style:font-charset-asian 20.269, style:font-charset-complex 20.270, style:font-family-asian 20.271, style:font-family-complex 20.272, style:font-family-generic 20.273, style:font-family-generic-asian 20.274, style:font-family-generic-complex 20.275, style:font-name 20.277, style:font-name-asian 20.278, style:font-name-complex 20.279, style:font-pitch 20.280, style:font-pitch-asian 20.281, style:font-pitch-complex 20.282, style:font-relief 20.283, style:font-size-asian 20.284, style:font-size-complex 20.285, style:font-size-rel 20.286, style:font-size-rel-asian 20.287, style:font-size-rel-complex 20.288, style:font-style-asian 20.289, style:font-style-complex 20.290, style:font-style-name 20.291, style:font-style-name-asian 20.292, style:font-style-name-complex 20.293, style:font-weight-asian 20.294, style:font-weight-complex 20.295, style:language-asian 20.302, style:language-complex 20.303, style:letter-kerning 20.316, style:rfc-language-tag 20.343, style:rfc-language-tag-asian 20.344, style:rfc-language-tag-complex 20.345, style:script-asian 20.356, style:script-complex 20.357, style:script-type 20.358, style:text-blinking 20.366, style:text-combine 20.367, style:text-combine-end-char 20.369, style:text-combine-start-char 20.368, style:text-emphasize 20.370, style:text-line-through-color 20.371, style:text-line-through-mode 20.372, style:text-line-through-style 20.373, style:text-line-through-text 20.374, style:text-line-through-text-style 20.375, style:text-line-through-type 20.376, style:text-line-through-width 20.377, style:text-outline 20.378, style:text-overline-color 20.379, style:text-overline-mode 20.380, style:text-overline-style 20.381, style:text-overline-type 20.382, style:text-overline-width 20.383, style:text-position 20.384, style:text-rotation-angle 20.385, style:text-rotation-scale 20.386, style:text-scale 20.387, style:text-underline-color 20.388, style:text-underline-mode 20.389, style:text-underline-style 20.390, style:text-underline-type 20.391, style:text-underline-width 20.392, style:use-window-font-color 20.395, text:condition 20.426, text:display 20.427.
The <style:text-properties> element has no child elements.
-16.29.30 <number:num-list-format>
+16.29.30 <number:num-list-format>
The <number:num-list-format> element defines a format for the displayed number string of a list level.
-16.29.31 <number:num-list-label>
+16.29.31 <number:num-list-label>
For display, at every list item these placeholders are replaced by the item’s list number corresponding to the list level specified by the text:level 19.834 attribute, formatted according to the style:num-format 19.504 attribute of the placeholder’s list level.
@@ -7898,7 +7902,7 @@ 16.42.1
16.42.2 <svg:linearGradient>
The <svg:linearGradient> element as specified in §13.2 of [SVG] can be used in documents in OpenDocument format subject to the following rules:
-•The gradient shall have a name. It is specified by the draw:name attribute. •Only the svg:gradientTransform, svg:x1, svg:y1, svg:x2, svg:y2 and svg:spreadMethod attributes are evaluated. •The gradient shall be calculated as having a svg:gradientUnits attribute value of objectBoundingBox. •The only child element that is evaluated is <svg:stop>. •For <svg:stop>, only the svg:offset, svg:stop-color and svg:stop-opacity attributes are evaluated.
+•The gradient shall have a name. It is specified by the draw:name attribute. •Only the svg:gradientTransform, svg:x1, svg:y1, svg:x2, svg:y2 and svg:spreadMethod attributes are evaluated. •The gradient shall be calculated as having a svg:gradientUnits attribute value of objectBoundingBox. •The only child element that is evaluated is <svg:stop>. •For <svg:stop>, only the svg:offset, svg:stop-color and svg:stop-opacity attributes are evaluated.
The <svg:linearGradient> element is usable within the following element: <office:styles> 3.15.2.
The <svg:linearGradient> element has the following attributes: draw:display-name 19.133, draw:name 19.197, svg:gradientTransform 19.540, svg:gradientUnits 19.541, svg:spreadMethod 19.557, svg:x1 19.578, svg:x2 19.579, svg:y1 19.582 and svg:y2 19.583.
@@ -7907,7 +7911,7 @@ 16.42.2
16.42.3 <svg:radialGradient>
The <svg:radialGradient> element as specified in §13.2 of [SVG] can be used in documents in OpenDocument format subject to the following rules:
-•The gradient shall have a name. It is specified by the draw:name attribute. •For <svg:radialGradient>, only the svg:gradientTransform, svg:cx, svg:cy, svg:r, svg:fx, svg:fy and svg:spreadMethod attributes are evaluated. •The gradient shall be calculated as having a svg:gradientUnits attribute value of objectBoundingBox. •The only child element that is evaluated is <svg:stop>. •For <svg:stop>, only the svg:offset, svg:stop-color and svg:stop-opacity attributes are evaluated.
+•The gradient shall have a name. It is specified by the draw:name attribute. •For <svg:radialGradient>, only the svg:gradientTransform, svg:cx, svg:cy, svg:r, svg:fx, svg:fy and svg:spreadMethod attributes are evaluated. •The gradient shall be calculated as having a svg:gradientUnits attribute value of objectBoundingBox. •The only child element that is evaluated is <svg:stop>. •For <svg:stop>, only the svg:offset, svg:stop-color and svg:stop-opacity attributes are evaluated.
The <svg:radialGradient> element is usable within the following element: <office:styles> 3.15.2.
The <svg:radialGradient> element has the following attributes: draw:display-name 19.133, draw:name 19.197, svg:cx 19.528, svg:cy 19.529, svg:fx 19.538, svg:fy 19.539, svg:gradientTransform 19.540, svg:gradientUnits 19.541, svg:r 19.553 and svg:spreadMethod 19.557.
@@ -7965,15 +7969,15 @@ 16.42.8
-
+
Marker geometry with bounding box
|
-
+
local coordinate system in case draw:marker-*-center="false"
|
-
+
local coordinate system in case draw:marker-*-center="true"
|
@@ -8151,7 +8155,7 @@ 17.14 <
The <style:column-sep> element has the following attributes: style:color 19.471, style:height 19.486, style:style 19.517, style:vertical-align 19.520 and style:width 19.522.
The <style:column-sep> element has no child elements.
-17.15 <style:table-properties>
+17.15 <style:table-properties>
The <style:table-properties> element specifies formatting properties for tables.
@@ -8211,7 +8215,7 @@ The <style:list-level-label-alignment> element has the following attributes: fo:margin-left 19.237, fo:text-indent 19.246, text:label-followed-by 19.833 and text:list-tab-stop-position 19.836.
The <style:list-level-label-alignment> element has no child elements.
-17.21 <style:graphic-properties>
+17.21 <style:graphic-properties>
The <style:graphic-properties> element specifies formatting properties for chart, draw, graphic, and frame elements.
@@ -8255,7 +8259,7 @@ 17.24 The <chart:label-separator> element has no attributes.
The <chart:label-separator> element has the following child element: <text:p> 5.1.3.
-17.25 <style:drawing-page-properties>
+17.25 <style:drawing-page-properties>
The <style:drawing-page-properties> element specifies formatting that can be applied to a <draw:page> element, a <presentation:notes> element, a <style:handout-master> element, or a <style:master-page> element.
@@ -8264,7 +8268,7 @@ 1
The <style:drawing-page-properties> element has the following attributes: draw:background-size 20.100, draw:fill 20.118, draw:fill-color 20.119, draw:fill-gradient-name 20.120, draw:fill-hatch-name 20.121, draw:fill-hatch-solid 20.122, draw:fill-image-height 20.123, draw:fill-image-name 20.124, draw:fill-image-ref-point 20.125, draw:fill-image-ref-point-x 20.126, draw:fill-image-ref-point-y 20.127, draw:fill-image-width 20.128, draw:gradient-step-count 20.137, draw:opacity 20.152, draw:opacity-name 20.153, draw:secondary-fill-color 20.157, draw:tile-repeat-offset 20.175, presentation:background-objects-visible 20.231, presentation:background-visible 20.232, presentation:display-date-time 20.233, presentation:display-footer 20.234, presentation:display-header 20.235, presentation:display-page-number 20.236, presentation:duration 20.237, presentation:transition-speed 20.238, presentation:transition-style 20.239, presentation:transition-type 20.240, presentation:visibility 20.241, smil:direction 20.242, smil:fadeColor 20.243, smil:subtype 20.244, smil:type 20.245, style:repeat 20.341 and svg:fill-rule 20.406.
The <style:drawing-page-properties> element has the following child element: <presentation:sound> 10.8.2.
- 17.26 <style:background-fill>
+ 17.26 <style:background-fill>
The <style:background-fill> element serves as a container for fill attributes to specify a background. It has a mandatory attribute draw:fill 20.118 to specify the kind of fill. The other attributes specify details to the fill. The <style:background-fill> element takes precedence over element <style:background-image> 17.3, attribute fo:background-color 20.182 and attribute style:background-transparency 20.247. Consumers not able to use the <style:background-fill> element may ignore it and use a given <style:background-image> element or fo:background-color and fo:background-transparency attributes instead. The background of an object is transparent if none of the styles applied following the rules specified in a <style:style> 16.2 element defines a background formatting.
18 Datatypes
@@ -8276,7 +8280,7 @@ 18.1 18.2 W3C Schema Datatypes
The following [XMLSchema-2] datatypes are used in this specification:
-•string •date •time •dateTime •decimal •duration •int •integer •nonNegativeInteger •positiveInteger •double •long •short •base64Binary •ID •IDREF •IDREFS •NCName
18.3 Other Datatypes
+•string •date •time •dateTime •decimal •duration •int •integer •nonNegativeInteger •positiveInteger •double •long •short •base64Binary •ID •IDREF •IDREFS •NCName
18.3 Other Datatypes
18.3.1 angle
An angle, as defined in §4.1 of [SVG], is a double value that may be followed immediately by one of the following angle unit identifiers: deg (degrees), grad (gradiants) or rad (radians). If no unit identifier is specified, the value is assumed to be in degrees.
@@ -8307,7 +8311,7 @@ 18.3.8 A clip shape as defined in §7.20.1 of [XSL]. Offsets shall not be specified using the units em and px.
18.3.9 color
-A RGB color in conformance with §5.9.11 of [XSL], that is a RGB color in notation “#rrggbb”, where rr, gg and bb are pairs of hexadecimal digits.
+A RGB color in conformance with §5.9.9 of [XSL], that is a RGB color in notation “#rrggbb”, where rr, gg and bb are pairs of hexadecimal digits.
18.3.10 coordinate
A coordinate represents a length in a coordinate system. It specifies the distance from the origin of the coordinate system along the relevant axis.
@@ -8347,7 +8351,7 @@ 18.3.20
18.3.21 nonNegativeLength
A measurement with a value that shall be zero or positive.
-18.3.22 nonNegativePixelLength
+18.3.22 nonNegativePixelLength
A non-negative measurement that shall have the unit px (pixels).
18.3.23 pathData
@@ -8410,10 +8414,10 @@ 18.3.41 18.3.42 zeroToHundredPercent
Percentage values in the range [0%,100%] in conformance with §5.9.11 of [XSL].
-18.3.43 error
+18.3.43 error
-The string value “error.”
-18.3.44 nonNegativePercent
+The string value “error.”
+18.3.44 nonNegativePercent
Non-negative percentage values.
19 General Attributes
@@ -8427,7 +8431,7 @@ 19.2 The anim:color-interpolation attribute specifies the color space that is used for color interpolation.
The defined values for the anim:color-interpolation attribute are:
-•hsl: HSL (hue, saturation, lightness) color model. •rgb: RGB (red, green, blue) color model.
+•hsl: HSL (hue, saturation, lightness) color model. •rgb: RGB (red, green, blue) color model.
The default value for this attribute is rgb.
The anim:color-interpolation attribute is usable with the following element: <anim:animateColor> 15.2.6.
@@ -8438,7 +8442,7 @@ The anim:color-interpolation-direction attribute specifies the direction that is used for color interpolation. This is only valid for the HSL color space.
The defined values for the anim:color-interpolation-direction attribute are:
-
+
The default value for this attribute is clockwise.
The anim:color-interpolation-direction attribute is usable with the following element: <anim:animateColor> 15.2.6.
@@ -8458,7 +8462,7 @@ 19.5 The anim:command attribute specifies an animation command.
The defined values for the anim:command attribute are:
-•custom: the command is user-defined. •verb: the command targets an embedded [OLE] object. 10.4.6.3. The parameter verb is the verb number executed on the embedded object. •play: the command targets a media shape and starts its playback. The parameter media-time defines the playback start time in seconds. If this parameter is not set, playback starts at the last position. •toggle-pause: the command targets a media shape and toggles its playback state from play to paused or from paused to play. •stop: the command targets a media shape and stops its playback. •stop-audio: the command has no target and stops all running audio playback.
+•custom: the command is user-defined. •verb: the command targets an embedded [OLE] object. 10.4.6.3. The parameter verb is the verb number executed on the embedded object. •play: the command targets a media shape and starts its playback. The parameter media-time defines the playback start time in seconds. If this parameter is not set, playback starts at the last position. •toggle-pause: the command targets a media shape and toggles its playback state from play to paused or from paused to play. •stop: the command targets a media shape and stops its playback. •stop-audio: the command has no target and stops all running audio playback.
If the value of the anim:command attribute is custom, then there shall be a <anim:param> 15.6.2 child element whose anim:name 19.10 attribute and anim:value 19.12 attribute values are user-defined.
If the value of the anim:command attribute is verb, there shall be a <anim:param> child element whose anim:name attribute value is verb and whose anim:value attribute value contains the verb number.
@@ -8519,9 +8523,9 @@ 19.6 S::= (#x20 | #x9)
The defined identifiers for the anim:formula attribute are:
-
+
When the anim:formula attribute appears on a descendant element of <office:presentation>, it may use the following additional identifiers:
-•e: the Euler constant. •x: the animated elements left edge in screen space where 0 is the left edge of the screen and 1 is the right edge. •y: the animated elements top edge in screen space, where 0 is the top edge of the screen and 1 is the bottom edge. •width: the animated elements width in screen space, where 0 is no width and 1 is the screen's width. •height: the animated elements height in screen space, where 0 is no height and 1 is the screen's height.
+•e: the Euler constant. •x: the animated elements left edge in screen space where 0 is the left edge of the screen and 1 is the right edge. •y: the animated elements top edge in screen space, where 0 is the top edge of the screen and 1 is the bottom edge. •width: the animated elements width in screen space, where 0 is no width and 1 is the screen's width. •height: the animated elements height in screen space, where 0 is no height and 1 is the screen's height.
If an anim:formula attribute is given, it overrides the smil:values, smil:to, smil:from and smil:by attributes as specified in 15.3.2.
The anim:formula attribute is usable with the following elements: <anim:animate> 15.2.2, <anim:animateColor> 15.2.6, <anim:animateMotion> 15.2.5, <anim:animateTransform> 15.2.3 and <anim:transitionFilter> 15.2.7.
@@ -8554,7 +8558,7 @@ 19.9
The anim:iterate-type attribute of a <anim:iterate> element specifies the iteration of child elements.
The defined values for the anim:iterate-type attribute are:
-•by-letter: the target shape or paragraph is iterated by letters. •by-paragraph: the target shape is iterated by paragraphs. •by-word: the target shape or paragraph is iterated by words.
+•by-letter: the target shape or paragraph is iterated by letters. •by-paragraph: the target shape is iterated by paragraphs. •by-word: the target shape or paragraph is iterated by words.
The anim:iterate-type attribute is usable with the following element: <anim:iterate> 15.4.4.
The anim:iterate-type attribute has the data type string 18.2.
@@ -8570,7 +8574,7 @@ 19.11 The anim:sub-item attribute specifies components of a target element for application of animation effects.
The defined values for the anim:sub-item attribute are:
-•background: animates only a shape's background and not its text. •text: animates only the text of a shape. •whole: animates both a shape and its text.
+•background: animates only a shape's background and not its text. •text: animates only the text of a shape. •whole: animates both a shape and its text.
The anim:sub-item attribute is usable with the following elements: <anim:animate> 15.2.2, <anim:animateColor> 15.2.6, <anim:animateMotion> 15.2.5, <anim:animateTransform> 15.2.3, <anim:command> 15.6.1, <anim:iterate> 15.4.4, <anim:set> 15.2.4 and <anim:transitionFilter> 15.2.7.
The anim:sub-item attribute has the data type string 18.2.
@@ -8595,7 +8599,7 @@ 19.14 If no <text:p> element is provided, the chart:automatic-content attribute is assumed to be true.
The defined values for the chart:automatic-content attribute are:
-
+
The default value for this attribute is true.
The chart:automatic-content attribute is usable with the following element: <chart:equation> 11.19.
@@ -8611,7 +8615,7 @@ 1
The term fill attributes is used in defining chart:class values to refer to the attributes of the <style:graphic-properties> 17.21 element within a chart style: draw:fill 20.118, draw:fill-color 20.119, draw:fill-gradient-name 20.120, draw:gradient-step-count 20.137, draw:fill-hatch-name 20.121, draw:fill-hatch-solid 20.122, draw:fill-image-height 19.486, draw:fill-image-name 20.124, draw:fill-image-width 20.128, draw:fill-image-ref-point 20.125, draw:fill-image-ref-point-x 20.126, draw:fill-image-ref-point-y20.127, draw:opacity 20.152, draw:opacity-name 20.153, draw:tile-repeat-offset 20.175 and style:repeat 19.515.
The defined values for the chart:class attribute are:
-•chart:area –The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as y-coordinates within a Cartesian coordinate system with horizontal x-axis and vertical y-axis. The accessory x-coordinates are generated from the positions in the y-value sequence starting with 1.0. The first y-value gets an x-value 1.0. The second y-value is associated with an x-value of 2.0 and so forth. The <chart:categories> 11.10 element can be used to define labels for the x-axis. Where chart:three-dimensional="true" 20.65 a left-handed three-dimensional Cartesian coordinate system is used with horizontal x-axis and vertical y-axis (prior to any 3D scene transformations). Where chart:deep="true" 20.12 the z-coordinates are generated from the order of the series elements starting with 1.0. The first series has an associated z-coordinate of 1.0. The second series has a z-coordinate 2.0 and so forth. The series names are used as labels at the z-axis. The area in the xy-pane between the data points and the x-axis is filled (chart:origin 20.40). Where chart:stacked="true" 20.59 the area between a series and the previous series is filled. The filling is done as indicated by the fill attributes of the series. A border is drawn as specified by the line attributes of the series. •chart:bar – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as y-coordinates within a Cartesian coordinate system with horizontal x-axis and vertical y-axis. The accessory x-coordinates are generated from the positions in the y-value sequence starting with 1.0. The first y-value gets an x-value 1.0. The second y-value is associated with an x-value of 2.0 and so forth. The <chart:categories> 11.10 element can be used to define labels for the x-axis. Where chart:three-dimensional="true" 20.65 a left-handed three-dimensional Cartesian coordinate system is used with horizontal x-axis and vertical y-axis (prior to any 3D scene transformations). Where chart:deep="true" 20.12 the z-coordinates are generated from the order of the series elements starting with 1.0. The first series has an associated z-coordinate of 1.0. The second series has a z-coordinate 2.0 and so forth. The series names are used as labels at the z-axis. Bars are displayed for each data point starting at the x-axis and ending at the indicated y-coordinate (see chart:origin 20.40 for more details). In case of chart:stacked="true" 20.59 the bar starts at the previous series instead of the x-axis. The width and exact position of the bars along the x-axis is influenced by the attributes chart:gap-width 20.23, chart:group-bars-per-axis 20.24, chart:overlap 20.41, chart:percentage 20.43 and chart:stacked 20.59. In case of chart:three-dimensional="false" 20.65 the bars are simple rectangles. Where chart:three-dimensional="true" 20.65 the shape of the bars are defined by a chart:solid-type 20.56 attribute. A chart:vertical 20.72 attribute indicates whether the positions of x- and y-axis should be swapped, resulting in a horizontal y-axis and vertical x-axis. The bars are filled as indicated by the fill attributes of the series and points. A border is drawn as specified by the line attributes. •chart:bubble – Circles(bubbles) with different sizes are displayed in a Cartesian coordinate system with horizontal x-axis and vertical y-axis. The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as relative bubble area. The values for the y-coordinates are given by the first <chart:domain> 11.13 element. The values for the x-coordinates are given by the second <chart:domain> element. The bubbles are filled as indicated by the fill attributes of the series and points. A border is drawn as specified by the line attributes. •chart:circle – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are displayed as pie chart. For a value sequence a circle is divided into sectors, the angle of a sector represents the relative weight of a value. Only one series can be displayed with this chart type. By default, the segments are arranged counter-clockwise starting at 12 o'clock. To arrange the segments in clockwise order the attribute chart:reverse-direction 20.51 at the y-axis is set to true. The chart:angle-offset 20.2 attribute is used to rotate the pie. The <chart:categories> 11.10 element at the x-axis can be used to define categories for the data points. The segments are filled as indicated by the fill attributes of the series and points. A border is drawn as specified by the line attributes. •chart:filled-radar – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as radius-coordinates within a counter-clockwise polar coordinate system. The angle axis starts at 12 o'clock. The axis element with chart:dimension="y" 19.18 is interpreted as radius axis. The axis element with chart:dimension="x" is interpreted as angle axis. The <chart:categories> 11.10 element can be used to define labels for the x-axis. The x-coordinates are generated from the positions in the value sequence starting with 1.0. First value gets an x-value 1.0. The second value is associated with an x-value of 2.0 and so forth. The area surrounded by the data points is filled as indicated by the fill attributes of the series. In case of chart:stacked="true" 20.59 the area between a series and the previous series is filled instead. A border is drawn as specified by the line attributes. •chart:gantt – The values given by a chart:values-cell-range-address 19.28 attribute of two <chart:series> (marked as being of type chart:gantt) are interpreted together to form the start and end values (in this order) in a Gantt chart. Start and end values are displayed at the y-axis in a Cartesian coordinate system with horizontal x-axis and vertical y-axis. The accessory x-coordinates are generated from the positions in the y-value sequence starting with 1.0. The first y-value gets an x-value 1.0. The second y-value is associated with an x-value of 2.0 and so forth. The <chart:categories> 11.10 element can be used to define labels for the x-axis. For each x-coordinate, a bar is displayed, starting at the start value and ending at the end value. The fill and line attributes of the series and points specify how the bars are to be displayed. If the end value is greater than or equal to the start value the style of the first series, shall be used. If the end value is smaller than the start value, the styles of the second series shall be used. •chart:line – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as y-coordinates within a Cartesian coordinate system with horizontal x-axis and vertical y-axis. The accessory x-coordinates are generated from the positions in the y-value sequence starting with 1.0. The first y-value gets an x-value 1.0. The second y-value is associated with an x-value of 2.0 and so forth. The <chart:categories> 11.10 element can be used to define labels for the x-axis. Where chart:three-dimensional="true" 20.65 a left-handed three-dimensional Cartesian coordinate system is used with horizontal x-axis and vertical y-axis (prior to any 3D scene transformations). Where chart:deep="true" 20.12 the z-coordinates are generated from the order of the series elements starting with 1.0. The first series has an associated z-coordinate of 1.0. The second series has a z-coordinate 2.0 and so forth. The series names are used as labels at the z-axis. Where chart:three-dimensional="false" 20.65 the data points are connected with a line as specified by the line attributes of the series. By default a solid line is drawn. If symbols should be used for the data points this shall be specified with the chart:symbol-type 20.62 attribute. The fill attributes of the series and data points specify how the symbols are filled. By default. the symbols are filled solid with the same color as the connecting line. In case no line color is given but a fill color, the line uses the fill color. Where chart:three-dimensional="true" 20.65 no symbols are shown. The data points are connected with a line that is extruded in z-direction. The extruded line is filled as specified by the fill attributes of the series. A border is drawn as specified by the line attributes. The attribute chart:interpolation 20.27 within the chart style at the plot-area specifies which type of interpolation is used while connecting the points with lines. •chart:radar – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as radius-coordinates within a counter-clockwise polar coordinate system. The angle axis starts at 12 o'clock. The axis element with chart:dimension="y" 19.18 is interpreted as radius axis. The axis element with chart:dimension="x" is interpreted as angle axis. The <chart:categories> 11.10 element can be used to define labels for the x-axis. The x-coordinates are generated from the positions in the value sequence starting with 1.0. First value gets an x-value 1.0. The second value is associated with an x-value of 2.0 and so forth. The data points are connected with a line as specified by the line attributes of the series. By default a solid line is drawn. If symbols should be used for the data points this shall be specified with the chart:symbol-type 20.62 attribute. The fill attributes of the series and data points specify how the symbols are filled. By default, the symbols are filled solid with the same color as the connecting line. In case no line color is given but a fill color, the line uses the fill color. •chart:ring – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are displayed as one ring in a doughnut chart. For a given value sequence, the ring is divided into sectors, the angle of a sector represents the relative weight of a value. By default, segments are arranged counter-clockwise starting at 12 o'clock. To arrange the segments in clockwise order the attribute chart:reverse-direction 20.51 at the y-axis is set to "true". The chart:angle-offset 20.2 attribute is used to rotate the doughnut. By default, the first series of class ring forms the inner ring and the last series forms the outermost ring. To arrange the rings in opposite order the attribute chart:reverse-direction 20.51 is set to "true" at the x-axis. The attribute chart:hole-size 20.25 is used to influence the inner hole size. The <chart:categories> 11.10 element at the x-axis can be used to define categories for the data points. The segments are filled as specified by the fill attributes of the series and points. A border is drawn around a segment as specified by the line attributes. •chart:scatter – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as y-coordinates within a Cartesian coordinate system with horizontal x-axis and vertical y-axis. The values for the x-coordinates are given by the first <chart:domain> 11.13 element. Where chart:three-dimensional="true" 20.65 a left-handed three-dimensional Cartesian coordinate system is used with horizontal x-axis and vertical y-axis (prior to any 3D scene transformations). Where chart:deep="true" 20.12 the z-coordinates are generated from the order of the series elements starting with 1.0. The first series has an associated z-coordinate of 1.0. The second series has a z-coordinate 2.0 and so forth. The series names are used as labels at the z-axis. Where chart:three-dimensional="false" the data points are connected with a line as specified by the line attributes of the series. By default a solid line is drawn. If symbols should be used for the data points this shall be specified with the chart:symbol-type 20.62 attribute. The fill attributes of the series and data points specify how the symbols are filled. By default the symbols are filled solid with the same color as the connecting line. In case no line color is given but a fill color, the line uses the fill color. Where chart:three-dimensional="true" 20.65 no symbols are shown. The data points are connected with a line that is extruded in z-direction. The extruded line is filled as specified by the fill attributes of the series. A border is drawn as specified by the line attributes. The attribute chart:interpolation 20.27 within the chart style at the plot-area specifies which type of interpolation is used while connecting the points with lines. •chart:stock – The values given by a chart:values-cell-range-address 19.28 attribute on up to four <chart:series> (marked as being of type chart:stock) are interpreted together to form the opening, minimum, maximum and closing (in this order) values of a stock symbol displayed at the y scale in a Cartesian coordinate system with horizontal x-axis and vertical y-axis. If only three series are given, the values are interpreted as minimum, maximum and closing values (in this order). The accessory x-coordinates are generated from the positions in the y-value sequence starting with 1.0. The first y-value gets an x-value 1.0. The second y-value is associated with an x-value of 2.0 and so forth. The <chart:categories> 11.10 element can be used to define labels for the x-axis. For each x-coordinate, the minimum and maximum y-values are connected with a line. The line style is specified with element <chart:stock-range-line> 11.22. The chart:japanese-candle-stick 20.30 attribute specifies the display of opening and closing values in a stock chart. In case of chart:japanese-candle-stick="false" opening and closing values are displayed as left and right tick-lines in the same style as the line connecting minimum and maximum value. This is the default. Only in case of chart:japanese-candle-stick="true" a bar is drawn from opening to closing value. The styles to use for those bars are defined with elements <chart:stock-gain-marker> 11.20 and <chart:stock-loss-marker> 11.21. •chart:surface – Depending on the size of the range specified by chart:values-cell-range-address 19.28 attribute of the first <chart:series> element one of two types of surfaces is rendered: ●If the chart:values-cell-range-address 19.28 attribute of the first <chart:series> element specifies a range with more than one row and more than one column, the first version of a surface chart is rendered: The value in the ith column and jth row of the cell range given by the chart:values-cell-range-address 19.28 attribute of the <chart:series> element (marked as being of type chart:surface) is the altitude corresponding to the x-value i and the y-value j unless <chart:domain> 11.13 elements are contained in the <chart:series> element. If chart:three-dimensional="true" 20.65 a surface chart is displayed in a right-handed three-dimensional Cartesian coordinate system with horizontal x-axis (from left to right), a perspective y-axis running from the front to the right rear and a vertical z-axis (prior to any 3D scene transformation). The altitude values are displayed on the z-axis in this case. The surface is displayed as specified by the line and fill attributes of the first series. Furthermore the <chart:data-point> 11.14 elements of the series can be used to specify differing fill and line styles for the different altitude intervals. The surface within the first major interval (starting at lower values) is displayed with the line and fill attributes of the first data-point, within the second major interval the surface is displayed with the line and fill attributes of the second data-point and so on. Where chart:three-dimensional="false" 20.65 a contour plot is displayed in a two-dimensional Cartesian coordinate system with horizontal x-axis and vertical y-axis. An axis element with chart:dimension="z" 19.18 is used to define the range and segmentation of the displayed altitude values. Contour lines are drawn along lines of equal altitude specified by the major interval of the z-axis. The area between the contour lines can be filled. The line and fill style is specified by the line and fill attributes of the series. Furthermore the <chart:data-point> 11.14 elements of the series can be used to specify differing line and fill attributes for the different altitude intervals. The contour line and area belonging to the first major interval is displayed with the line and fill attributes of the first data-point, the contour line and area belonging to the second interval is displayed as specified by the line and fill attributes of the second data-point and so on. In both cases two <chart:domain> 11.13 elements may be used to specify the y-values and x-values to be used (19.597.5). In this case the jth value of the table:cell-range-address 19.597 attribute of the first <chart:domain> element specifies the y-values used for the values in the jth row of the cell range given by the chart:values-cell-range-address 19.28 attribute of the <chart:series> element and the ith value of the table:cell-range-address attribute of the second <chart:domain> element specifies the x-values used for the values in the ith column. The attribute chart:deep 20.12 shall be false. Multiple <chart:series> elements of type chart:surface will result in multiple surfaces being rendered. ●If the chart:values-cell-range-address 19.28 attribute of the first <chart:series> element specifies a range with a single row or with a single column the second version of a surface chart is rendered: The values given by a chart:values-cell-range-address 19.28 attribute on multiple <chart:series> elements (marked as being of type chart:surface) are interpreted as altitudes at specific grid locations. Where chart:three-dimensional="true" 20.65 a surface chart is displayed in a left-handed three-dimensional Cartesian coordinate system with horizontal x-axis and vertical y-axis (prior to any 3D scene transformation). The altitude values are displayed on the y-axis in this case. The attribute chart:deep 20.12 shall be true. The accessory x-coordinates are generated from the positions in the altitude -value sequence starting with 1.0. The first altitude value in each series gets an x-value 1.0. The second altitude value is associated with an x-value of 2.0 and so forth. The <chart:categories> 11.10 element can be used to define labels for the x-axis. The z-coordinates are generated from the order of the series elements starting with 1.0. The first series marked as being of type surface gets an associated z-coordinate of 1.0. The second series marked as being of type surface gets a z-coordinate 2.0 and so forth. The series names are used as labels at the z-axis. The surface is displayed as specified by the line and fill attributes of the first series. Furthermore the <chart:data-point> 11.14 elements of the first series can be used to specify differing fill and line styles for the different altitude intervals. The surface within the first major interval (starting at lower values) is displayed with the line and fill attributes of the first data-point, within the second major interval the surface is displayed with the line and fill attributes of the second data-point and so on. Where chart:three-dimensional="false" 20.65 a contour plot is displayed in a 2 dimensional Cartesian coordinate system with horizontal x-axis and vertical y-axis. The x-coordinates are generated from the positions in the altitude -value sequence starting with 1.0. The <chart:categories> 11.10 element can be used to define labels for the x-axis. The y-coordinates are generated from the order of the series elements starting with 1.0. The series names are used as labels at the y-axis. A third axis element with chart:dimension="z" 19.18 is used to define the range and segmentation of the displayed altitude values. Contour lines are drawn along lines of equal altitude specified by the major interval of the z-axis. The area between the contour lines can be filled. The line and fill style is specified by the line and fill attributes of the first series. Furthermore the <chart:data-point> 11.14 elements of the first series can be used to specify differing line and fill attributes for the different altitude intervals. The contour line and area belonging to the first major interval is displayed with the line and fill attributes of the first data-point, the contour line and area belonging to the second interval is displayed as specified by the line and fill attributes of the second data-point and so on.
+•chart:area –The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as y-coordinates within a Cartesian coordinate system with horizontal x-axis and vertical y-axis. The accessory x-coordinates are generated from the positions in the y-value sequence starting with 1.0. The first y-value gets an x-value 1.0. The second y-value is associated with an x-value of 2.0 and so forth. The <chart:categories> 11.10 element can be used to define labels for the x-axis. Where chart:three-dimensional="true" 20.65 a left-handed three-dimensional Cartesian coordinate system is used with horizontal x-axis and vertical y-axis (prior to any 3D scene transformations). Where chart:deep="true" 20.12 the z-coordinates are generated from the order of the series elements starting with 1.0. The first series has an associated z-coordinate of 1.0. The second series has a z-coordinate 2.0 and so forth. The series names are used as labels at the z-axis. The area in the xy-pane between the data points and the x-axis is filled (chart:origin 20.40). Where chart:stacked="true" 20.59 the area between a series and the previous series is filled. The filling is done as indicated by the fill attributes of the series. A border is drawn as specified by the line attributes of the series. •chart:bar – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as y-coordinates within a Cartesian coordinate system with horizontal x-axis and vertical y-axis. The accessory x-coordinates are generated from the positions in the y-value sequence starting with 1.0. The first y-value gets an x-value 1.0. The second y-value is associated with an x-value of 2.0 and so forth. The <chart:categories> 11.10 element can be used to define labels for the x-axis. Where chart:three-dimensional="true" 20.65 a left-handed three-dimensional Cartesian coordinate system is used with horizontal x-axis and vertical y-axis (prior to any 3D scene transformations). Where chart:deep="true" 20.12 the z-coordinates are generated from the order of the series elements starting with 1.0. The first series has an associated z-coordinate of 1.0. The second series has a z-coordinate 2.0 and so forth. The series names are used as labels at the z-axis. Bars are displayed for each data point starting at the x-axis and ending at the indicated y-coordinate (see chart:origin 20.40 for more details). In case of chart:stacked="true" 20.59 the bar starts at the previous series instead of the x-axis. The width and exact position of the bars along the x-axis is influenced by the attributes chart:gap-width 20.23, chart:group-bars-per-axis 20.24, chart:overlap 20.41, chart:percentage 20.43 and chart:stacked 20.59. In case of chart:three-dimensional="false" 20.65 the bars are simple rectangles. Where chart:three-dimensional="true" 20.65 the shape of the bars are defined by a chart:solid-type 20.56 attribute. A chart:vertical 20.72 attribute indicates whether the positions of x- and y-axis should be swapped, resulting in a horizontal y-axis and vertical x-axis. The bars are filled as indicated by the fill attributes of the series and points. A border is drawn as specified by the line attributes. •chart:bubble – Circles(bubbles) with different sizes are displayed in a Cartesian coordinate system with horizontal x-axis and vertical y-axis. The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as relative bubble area. The values for the y-coordinates are given by the first <chart:domain> 11.13 element. The values for the x-coordinates are given by the second <chart:domain> element. The bubbles are filled as indicated by the fill attributes of the series and points. A border is drawn as specified by the line attributes. •chart:circle – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are displayed as pie chart. For a value sequence a circle is divided into sectors, the angle of a sector represents the relative weight of a value. Only one series can be displayed with this chart type. By default, the segments are arranged counter-clockwise starting at 12 o'clock. To arrange the segments in clockwise order the attribute chart:reverse-direction 20.51 at the y-axis is set to true. The chart:angle-offset 20.2 attribute is used to rotate the pie. The <chart:categories> 11.10 element at the x-axis can be used to define categories for the data points. The segments are filled as indicated by the fill attributes of the series and points. A border is drawn as specified by the line attributes. •chart:filled-radar – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as radius-coordinates within a counter-clockwise polar coordinate system. The angle axis starts at 12 o'clock. The axis element with chart:dimension="y" 19.18 is interpreted as radius axis. The axis element with chart:dimension="x" is interpreted as angle axis. The <chart:categories> 11.10 element can be used to define labels for the x-axis. The x-coordinates are generated from the positions in the value sequence starting with 1.0. First value gets an x-value 1.0. The second value is associated with an x-value of 2.0 and so forth. The area surrounded by the data points is filled as indicated by the fill attributes of the series. In case of chart:stacked="true" 20.59 the area between a series and the previous series is filled instead. A border is drawn as specified by the line attributes. •chart:gantt – The values given by a chart:values-cell-range-address 19.28 attribute of two <chart:series> (marked as being of type chart:gantt) are interpreted together to form the start and end values (in this order) in a Gantt chart. Start and end values are displayed at the y-axis in a Cartesian coordinate system with horizontal x-axis and vertical y-axis. The accessory x-coordinates are generated from the positions in the y-value sequence starting with 1.0. The first y-value gets an x-value 1.0. The second y-value is associated with an x-value of 2.0 and so forth. The <chart:categories> 11.10 element can be used to define labels for the x-axis. For each x-coordinate, a bar is displayed, starting at the start value and ending at the end value. The fill and line attributes of the series and points specify how the bars are to be displayed. If the end value is greater than or equal to the start value the style of the first series, shall be used. If the end value is smaller than the start value, the styles of the second series shall be used. •chart:line – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as y-coordinates within a Cartesian coordinate system with horizontal x-axis and vertical y-axis. The accessory x-coordinates are generated from the positions in the y-value sequence starting with 1.0. The first y-value gets an x-value 1.0. The second y-value is associated with an x-value of 2.0 and so forth. The <chart:categories> 11.10 element can be used to define labels for the x-axis. Where chart:three-dimensional="true" 20.65 a left-handed three-dimensional Cartesian coordinate system is used with horizontal x-axis and vertical y-axis (prior to any 3D scene transformations). Where chart:deep="true" 20.12 the z-coordinates are generated from the order of the series elements starting with 1.0. The first series has an associated z-coordinate of 1.0. The second series has a z-coordinate 2.0 and so forth. The series names are used as labels at the z-axis. Where chart:three-dimensional="false" 20.65 the data points are connected with a line as specified by the line attributes of the series. By default a solid line is drawn. If symbols should be used for the data points this shall be specified with the chart:symbol-type 20.62 attribute. The fill attributes of the series and data points specify how the symbols are filled. By default, the symbols are filled solid with the same color as the connecting line. In case no line color is given but a fill color, the line uses the fill color. Where chart:three-dimensional="true" 20.65 no symbols are shown. The data points are connected with a line that is extruded in z-direction. The extruded line is filled as specified by the fill attributes of the series. A border is drawn as specified by the line attributes. The attribute chart:interpolation 20.27 within the chart style at the plot-area specifies which type of interpolation is used while connecting the points with lines. •chart:radar – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as radius-coordinates within a counter-clockwise polar coordinate system. The angle axis starts at 12 o'clock. The axis element with chart:dimension="y" 19.18 is interpreted as radius axis. The axis element with chart:dimension="x" is interpreted as angle axis. The <chart:categories> 11.10 element can be used to define labels for the x-axis. The x-coordinates are generated from the positions in the value sequence starting with 1.0. First value gets an x-value 1.0. The second value is associated with an x-value of 2.0 and so forth. The data points are connected with a line as specified by the line attributes of the series. By default a solid line is drawn. If symbols should be used for the data points this shall be specified with the chart:symbol-type 20.62 attribute. The fill attributes of the series and data points specify how the symbols are filled. By default, the symbols are filled solid with the same color as the connecting line. In case no line color is given but a fill color, the line uses the fill color. •chart:ring – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are displayed as one ring in a doughnut chart. For a given value sequence, the ring is divided into sectors, the angle of a sector represents the relative weight of a value. By default, segments are arranged counter-clockwise starting at 12 o'clock. To arrange the segments in clockwise order the attribute chart:reverse-direction 20.51 at the y-axis is set to "true". The chart:angle-offset 20.2 attribute is used to rotate the doughnut. By default, the first series of class ring forms the inner ring and the last series forms the outermost ring. To arrange the rings in opposite order the attribute chart:reverse-direction 20.51 is set to "true" at the x-axis. The attribute chart:hole-size 20.25 is used to influence the inner hole size. The <chart:categories> 11.10 element at the x-axis can be used to define categories for the data points. The segments are filled as specified by the fill attributes of the series and points. A border is drawn around a segment as specified by the line attributes. •chart:scatter – The values given by a chart:values-cell-range-address 19.28 attribute on a <chart:series> element are interpreted as y-coordinates within a Cartesian coordinate system with horizontal x-axis and vertical y-axis. The values for the x-coordinates are given by the first <chart:domain> 11.13 element. Where chart:three-dimensional="true" 20.65 a left-handed three-dimensional Cartesian coordinate system is used with horizontal x-axis and vertical y-axis (prior to any 3D scene transformations). Where chart:deep="true" 20.12 the z-coordinates are generated from the order of the series elements starting with 1.0. The first series has an associated z-coordinate of 1.0. The second series has a z-coordinate 2.0 and so forth. The series names are used as labels at the z-axis. Where chart:three-dimensional="false" the data points are connected with a line as specified by the line attributes of the series. By default a solid line is drawn. If symbols should be used for the data points this shall be specified with the chart:symbol-type 20.62 attribute. The fill attributes of the series and data points specify how the symbols are filled. By default the symbols are filled solid with the same color as the connecting line. In case no line color is given but a fill color, the line uses the fill color. Where chart:three-dimensional="true" 20.65 no symbols are shown. The data points are connected with a line that is extruded in z-direction. The extruded line is filled as specified by the fill attributes of the series. A border is drawn as specified by the line attributes. The attribute chart:interpolation 20.27 within the chart style at the plot-area specifies which type of interpolation is used while connecting the points with lines. •chart:stock – The values given by a chart:values-cell-range-address 19.28 attribute on up to four <chart:series> (marked as being of type chart:stock) are interpreted together to form the opening, minimum, maximum and closing (in this order) values of a stock symbol displayed at the y scale in a Cartesian coordinate system with horizontal x-axis and vertical y-axis. If only three series are given, the values are interpreted as minimum, maximum and closing values (in this order). The accessory x-coordinates are generated from the positions in the y-value sequence starting with 1.0. The first y-value gets an x-value 1.0. The second y-value is associated with an x-value of 2.0 and so forth. The <chart:categories> 11.10 element can be used to define labels for the x-axis. For each x-coordinate, the minimum and maximum y-values are connected with a line. The line style is specified with element <chart:stock-range-line> 11.22. The chart:japanese-candle-stick 20.30 attribute specifies the display of opening and closing values in a stock chart. In case of chart:japanese-candle-stick="false" opening and closing values are displayed as left and right tick-lines in the same style as the line connecting minimum and maximum value. This is the default. Only in case of chart:japanese-candle-stick="true" a bar is drawn from opening to closing value. The styles to use for those bars are defined with elements <chart:stock-gain-marker> 11.20 and <chart:stock-loss-marker> 11.21. •chart:surface – Depending on the size of the range specified by chart:values-cell-range-address 19.28 attribute of the first <chart:series> element one of two types of surfaces is rendered: ●If the chart:values-cell-range-address 19.28 attribute of the first <chart:series> element specifies a range with more than one row and more than one column, the first version of a surface chart is rendered: The value in the ith column and jth row of the cell range given by the chart:values-cell-range-address 19.28 attribute of the <chart:series> element (marked as being of type chart:surface) is the altitude corresponding to the x-value i and the y-value j unless <chart:domain> 11.13 elements are contained in the <chart:series> element. If chart:three-dimensional="true" 20.65 a surface chart is displayed in a right-handed three-dimensional Cartesian coordinate system with horizontal x-axis (from left to right), a perspective y-axis running from the front to the right rear and a vertical z-axis (prior to any 3D scene transformation). The altitude values are displayed on the z-axis in this case. The surface is displayed as specified by the line and fill attributes of the first series. Furthermore the <chart:data-point> 11.14 elements of the series can be used to specify differing fill and line styles for the different altitude intervals. The surface within the first major interval (starting at lower values) is displayed with the line and fill attributes of the first data-point, within the second major interval the surface is displayed with the line and fill attributes of the second data-point and so on. Where chart:three-dimensional="false" 20.65 a contour plot is displayed in a two-dimensional Cartesian coordinate system with horizontal x-axis and vertical y-axis. An axis element with chart:dimension="z" 19.18 is used to define the range and segmentation of the displayed altitude values. Contour lines are drawn along lines of equal altitude specified by the major interval of the z-axis. The area between the contour lines can be filled. The line and fill style is specified by the line and fill attributes of the series. Furthermore the <chart:data-point> 11.14 elements of the series can be used to specify differing line and fill attributes for the different altitude intervals. The contour line and area belonging to the first major interval is displayed with the line and fill attributes of the first data-point, the contour line and area belonging to the second interval is displayed as specified by the line and fill attributes of the second data-point and so on. In both cases two <chart:domain> 11.13 elements may be used to specify the y-values and x-values to be used (19.597.5). In this case the jth value of the table:cell-range-address 19.597 attribute of the first <chart:domain> element specifies the y-values used for the values in the jth row of the cell range given by the chart:values-cell-range-address 19.28 attribute of the <chart:series> element and the ith value of the table:cell-range-address attribute of the second <chart:domain> element specifies the x-values used for the values in the ith column. The attribute chart:deep 20.12 shall be false. Multiple <chart:series> elements of type chart:surface will result in multiple surfaces being rendered. ●If the chart:values-cell-range-address 19.28 attribute of the first <chart:series> element specifies a range with a single row or with a single column the second version of a surface chart is rendered: The values given by a chart:values-cell-range-address 19.28 attribute on multiple <chart:series> elements (marked as being of type chart:surface) are interpreted as altitudes at specific grid locations. Where chart:three-dimensional="true" 20.65 a surface chart is displayed in a left-handed three-dimensional Cartesian coordinate system with horizontal x-axis and vertical y-axis (prior to any 3D scene transformation). The altitude values are displayed on the y-axis in this case. The attribute chart:deep 20.12 shall be true. The accessory x-coordinates are generated from the positions in the altitude -value sequence starting with 1.0. The first altitude value in each series gets an x-value 1.0. The second altitude value is associated with an x-value of 2.0 and so forth. The <chart:categories> 11.10 element can be used to define labels for the x-axis. The z-coordinates are generated from the order of the series elements starting with 1.0. The first series marked as being of type surface gets an associated z-coordinate of 1.0. The second series marked as being of type surface gets a z-coordinate 2.0 and so forth. The series names are used as labels at the z-axis. The surface is displayed as specified by the line and fill attributes of the first series. Furthermore the <chart:data-point> 11.14 elements of the first series can be used to specify differing fill and line styles for the different altitude intervals. The surface within the first major interval (starting at lower values) is displayed with the line and fill attributes of the first data-point, within the second major interval the surface is displayed with the line and fill attributes of the second data-point and so on. Where chart:three-dimensional="false" 20.65 a contour plot is displayed in a 2 dimensional Cartesian coordinate system with horizontal x-axis and vertical y-axis. The x-coordinates are generated from the positions in the altitude -value sequence starting with 1.0. The <chart:categories> 11.10 element can be used to define labels for the x-axis. The y-coordinates are generated from the order of the series elements starting with 1.0. The series names are used as labels at the y-axis. A third axis element with chart:dimension="z" 19.18 is used to define the range and segmentation of the displayed altitude values. Contour lines are drawn along lines of equal altitude specified by the major interval of the z-axis. The area between the contour lines can be filled. The line and fill style is specified by the line and fill attributes of the first series. Furthermore the <chart:data-point> 11.14 elements of the first series can be used to specify differing line and fill attributes for the different altitude intervals. The contour line and area belonging to the first major interval is displayed with the line and fill attributes of the first data-point, the contour line and area belonging to the second interval is displayed as specified by the line and fill attributes of the second data-point and so on.
Additional chart types may be supported by using a different namespace.
A chart:class 19.15 attribute for a <chart:series> element overrides the chart:class attribute for the entire chart.
@@ -8619,7 +8623,7 @@ 1
Note: The following table shows examples for the pre-defined chart types. Those charts that use one or two data series use two data series with the values 1;2;3;4 and 1;4;9;16 and the labels a;b;c;d. Those chart types that use more than two data series (stock and bubble) use the data series 1;2;3;4 and multiples thereof. The radar chart uses two data series with five data points.
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