Filling

Description :
Each surface of the working map is filled in accordance with the color of its class or its quality.

If the discrete data input is available, you can check the Automatic palette box.

If the Automatic palette box is checked, a gradation is automatically done between the first and the last colors of the used palette. Then you can change only the first and the last colors of the palette. If you want to change the intermediate colors, you just have to uncheck the Automatic palette box.

Four lists of predefined palettes are supplied:

• automatic color gradiation palettes
• bicolor palettes and a multicolor palette
• automatic lines hatch palettes
• automatic points hatch palettes

The surfaces can be given an outline by checking the With stroke box. In this case, the outline of the surfaces can be given the desired color, by clicking on the colored square to open the color panel.
You can also select the stroke thickness, in map unit.

To change a color, click on the desired color to open the color panel.

To create, remove or change a hatching, click on the desired color with the right button on PC, or click with the Apple key down on MAC, to open the hatch panel. The values in the hatch panel are in map unit. If the module is in a user library or if no map is supplied in input, you can nevertheless set the values but you cannot see them.

When the module is linked for the first time to a qualitative data, the qualities of input data are automatically inserted in the table. The Qualities import button fills the table with the new qualities if input data has changed. The already inserted qualities are not removed.

The aim of this table is to keep the qualities order associated to the colors, and also to keep the values of qualities even if the input data has changed and that one quality is no more present temporarily.

The number of lines in the table is equal to the number of qualities. The values typed in here must correspond to the input data.

The vertical palette on the left of the Qualities table is a reminder of the color palette located in the Colors tab. You can therefore change colors associated with qualities indifferently in one of these two palettes.

Caption :

A black frame can be added for this caption by checking the With frame box.

• Texts

You can first choose the caption title. It is the module name by default.

If the discrete data input is available, the number precision enables you to specify the number of figures to be shown before and after the comma. The number before the comma can be between 1 and 10, and the one after can be between 0 and 10. You can also check the automatic number precision checkbox to set a maximum of 9 significant numbers for the integer part and the decimal part together.

The number alignment allows you to set the alignment of the texts : on the left, on the right or on the comma. The default choice is "automatic alignment" which choose the best format among the 3 available ones depending on the type of the input data : "left alignment" for qualitative and quantified data.

You can also set the texts on the right or under the symbols in the caption.

• Font

• Sizes

You just have to uncheck the Automatic size box to specify a different size in the map unit. Finally, you can select the desired space between symbols and texts in caption by choosing a small, normal or large caption.

• Classes

You can change the caption texts by unchecking the Automatic caption values box. You can then specify your texts in the Custom captions column. The first column gives the correspondence between the classes and the texts. If the discrete data input is available, the caption texts are filled by default with hooks to indicate the class thresholds. From now on you can choose the automatic filling of these texts by using the formulation [x1 ; x2], from x1 to x2, x1 - x2 or the inset texts representation.

If the qualitative data input is available, the caption texts are filled by default with the qualities names that you have specified in parametrizing the module.

• Presentation

If the discrete data input is available, the Invert order box enables you to invert the order of caption elements.
Attention, the order of the texts specified in this tab will not be inverted.
Therefore:
- if the Invert order box is unchecked, the text associated to the Class Nb 1 will be at the bottom of the caption.
- if the Invert order box is checked, the text associated to the Class Nb 1 will be at the top of the caption.

Attention, if the qualitative data input is available, the text associated to the Class Nb 1 will always be at the top of the caption.

The caption symbol can be a square or a rectangle.

Script :

2      module untyped_list ""
3        mod_type integer "104"
3        mod_subtype integer "602"
3        mod_name string "Remplissage"
3        mod_dads integer_list ""
4          ? integer "5"
3        caption_origin vector ""
4          x_val double "0"
4          y_val double "0"
4          z_val double "0"
3        map_bounds bounds ""
4          bottom_left vector ""
5            x_val double "-2819.079102"
5            y_val double "-4035.261963"
5            z_val double "0"
4          top_right vector ""
5            x_val double "7060.895996"
5            y_val double "4352.64502"
5            z_val double "0"
3        auto_palette boolean "T"
3        fill_list fill_list ""
4          ? fill ""
5            fill_color fill_color ""
6              red255 integer "255"
6              green255 integer "238"
6              blue255 integer "153"
6              hue360 integer "50"
6              light255 integer "204"
6              saturation255 integer "255"
5            hatch hatch ""
6              angle1 double "0"
6              angle2 double "0"
6              desc_list1 double_list ""
6              desc_list2 double_list ""
6              is_weft boolean "T"
5            has_hatch boolean "F"
4          ? fill ""
5            fill_color fill_color ""
6              red255 integer "255"
6              green255 integer "195"
6              blue255 integer "100"
6              hue360 integer "36"
6              light255 integer "177"
6              saturation255 integer "255"
5            hatch hatch ""
6              angle1 double "0"
6              angle2 double "0"
6              desc_list1 double_list ""
6              desc_list2 double_list ""
6              is_weft boolean "T"
5            has_hatch boolean "F"
4          ? fill ""
5            fill_color fill_color ""
6              red255 integer "255"
6              green255 integer "136"
6              blue255 integer "50"
6              hue360 integer "25"
6              light255 integer "152"
6              saturation255 integer "255"
5            hatch hatch ""
6              angle1 double "0"
6              angle2 double "0"
6              desc_list1 double_list ""
6              desc_list2 double_list ""
6              is_weft boolean "T"
5            has_hatch boolean "F"
4          ? fill ""
5            fill_color fill_color ""
6              red255 integer "254"
6              green255 integer "50"
6              blue255 integer "0"
6              hue360 integer "11"
6              light255 integer "127"
6              saturation255 integer "255"
5            hatch hatch ""
6              angle1 double "0"
6              angle2 double "0"
6              desc_list1 double_list ""
6              desc_list2 double_list ""
6              is_weft boolean "T"
5            has_hatch boolean "F"
4          ? fill ""
5            fill_color fill_color ""
6              red255 integer "204"
6              green255 integer "0"
6              blue255 integer "0"
6              hue360 integer "0"
6              light255 integer "102"
6              saturation255 integer "255"
5            hatch hatch ""
6              angle1 double "0"
6              angle2 double "0"
6              desc_list1 double_list ""
6              desc_list2 double_list ""
6              is_weft boolean "T"
5            has_hatch boolean "F"
3        has_stroke boolean "F"
3        stroke stroke ""
4          stroke_color stroke_color ""
5            red255 integer "0"
5            green255 integer "0"
5            blue255 integer "0"
5            hue360 integer "0"
5            light255 integer "0"
5            saturation255 integer "0"
4          dash dash ""
5            desc_list double_list ""
4          has_dash boolean "F"
3        thickness double "0"
3        user_qual string_list ""
4          ? string ""
4          ? string ""
4          ? string ""
4          ? string ""
4          ? string ""
4          ? string ""
3        prj_show_caption boolean "T"
3        prj_title_string string "Variation de la population 1995 - 2000 (%)"
3        prj_precision_before integer "6"
3        prj_precision_after integer "2"
3        col_nb integer "1"
3        text_color stroke ""
4          stroke_color stroke_color ""
5            red255 integer "0"
5            green255 integer "0"
5            blue255 integer "0"
5            hue360 integer "0"
5            light255 integer "0"
5            saturation255 integer "0"
4          dash dash ""
5            desc_list double_list ""
4          has_dash boolean "F"
3        has_back_square boolean "T"
3        right_pos boolean "T"
3        caption_font string "family:Arial-face:Regular-size:12"
3        caption_auto_height boolean "T"
3        caption_height double "167.959577"
3        caption_space integer "1"
3        caption_symb integer "12"
3        class_invert boolean "F"
3        caption_text integer "21"
3        prj_is_auto_strings boolean "T"
3        prj_user_string string_list ""
4          ? string "de 0.89 à 1.329421"
4          ? string "de 1.329421 à 2.139713"
4          ? string "de 2.139713 à 2.764815"
4          ? string "de 2.764815 à 5.388014"
4          ? string "de 5.388014 à 8.48"
3        input_type integer "9"
3        class_nb integer "5"