@@ -16,12 +16,12 @@ <h1>Geological stereonets</h1>
1616
1717 This tool allows to create stereonets representing geological plane and axis/slickenline attitudes
1818 as great circles, poles, faults with slickenlines and T-L diagrams.
19- Its interface is represented in Fig. 2 .
19+ Its interface is represented in Fig. 1 .
2020 < br /> < br />
2121 < figure >
22- < img src ="ims/geocouche_bl_total .png " alt ="Geological stereonets ">
22+ < img src ="ims/stereonet_fig_01 .png " alt ="Geological stereonets ">
2323 < br />
24- < figcaption > Fig. 2 . Stereonet interface.</ figcaption >
24+ < figcaption > Fig. 1 . Stereonet interface.</ figcaption >
2525 </ figure >
2626 < br /> < br />
2727 To plot data in a stereoplot, there are three main steps to follow:
@@ -34,13 +34,13 @@ <h1>Geological stereonets</h1>
3434
3535 < h3 > Choice of input data</ h3 >
3636
37- It is possible to use input data from data stored in a point layer (< i > Layer</ i > tab, Fig. 3 )
38- or to use text input (< i > Text</ i > tab, Fig. 4 ).
37+ It is possible to use input data from data stored in a point layer (< i > Layer</ i > tab, Fig. 2 )
38+ or to use text input (< i > Text</ i > tab, Fig. 3 ).
3939
4040 < h4 > Input from point layer</ h4 >
4141
4242 When using a point layer already loaded in the TOC, plane and/or axis attitudes
43- are defined via the fields storing their values (Fig. 3 ). If there is a selection, only selected features will be used.
43+ are defined via the fields storing their values (Fig. 2 ). If there is a selection, only selected features will be used.
4444 < br />
4545 < br />
4646 Depending if you want to plot planes, lines/axis of faults with slickenlines, you have to define accordingly the source
@@ -53,9 +53,9 @@ <h4>Input from point layer</h4>
5353
5454 < br /> < br />
5555 < figure >
56- < img src ="ims/geocouche_bl_input_layer .png " alt ="Input from point layer ">
56+ < img src ="ims/stereonet_fig_02 .png " alt ="Input from point layer ">
5757 < br />
58- < figcaption > Fig. 3 . Interface for input from point layer interface.</ figcaption >
58+ < figcaption > Fig. 2 . Interface for input from point layer interface.</ figcaption >
5959 </ figure >
6060 < br /> < br />
6161
@@ -74,12 +74,12 @@ <h4>Input from point layer</h4>
7474 < br /> 0° > rakes > -180° -> normal movements
7575 < br />
7676 < br /> When using rakes, slickenline trend and plunge does not need to be explicited.
77- < br /> Moreover, when defined, rake values < u > take priority </ u > above any defined trend-plunge and movement sense values (if present).
77+ < br /> Moreover, when defined, rake values < u > take priority</ u > above any defined trend-plunge and movement sense values (if present).
7878
7979
8080 < h4 > Input from text</ h4 >
8181
82- The input can be inserted into a text window (Fig. 4 ), defining if data consist of:
82+ The input can be inserted into a text window (Fig. 3 ), defining if data consist of:
8383 < ul >
8484 < li > planes</ li >
8585 < li > axes</ li >
@@ -91,47 +91,47 @@ <h4>Input from text</h4>
9191 using dip direction or RHR strike.
9292 < br /> < br />
9393 < figure >
94- < img src ="ims/geocouche_bl_input_text .png " alt ="Input from text ">
94+ < img src ="ims/stereonet_fig_03 .png " alt ="Input from text ">
9595 < br />
96- < figcaption > Fig. 4 . Input from text interface.</ figcaption >
96+ < figcaption > Fig. 3 . Input from text interface.</ figcaption >
9797 </ figure >
9898 < br /> < br />
9999 < h3 > Plot style</ h3 >
100100
101- Styles can be defined for both great circles and poles: color, width/size, line/marker style, and transparency (Fig. 5 ).
101+ Styles can be defined for both great circles and poles: color, width/size, line/marker style, and transparency (Fig. 4 ).
102102 < br /> Settings are stored in memory and resused in subsequent sessions.
103103 < br /> < br />
104104 < figure >
105- < img src ="ims/geocouche_bl_plot_style .png " alt ="Plot style ">
105+ < img src ="ims/stereonet_fig_04 .png " alt ="Plot style ">
106106 < br />
107- < figcaption > Fig. 5 . Plot style interface.</ figcaption >
107+ < figcaption > Fig. 4 . Plot style interface.</ figcaption >
108108 </ figure >
109109 < br /> < br />
110110 < h3 > Stereonet plotting</ h3 >
111111
112- Plots can use a new or a pre-existing stereonet plot. Previous plots can be erased by using the button < b > Clear stereonet</ b > (see Fig. 2 ).
112+ Plots can use a new or a pre-existing stereonet plot. Previous plots can be erased by using the button < b > Clear stereonet</ b > (see Fig. 1 ).
113113 < br /> Plane can be plotted as great circles or as plane normals, axes as poles or as normal great circles, faults with slickenlines
114- as great circles with arrows or alternatvely as T-L diagrams (Fig. 6 ).
114+ as great circles with arrows or alternatvely as T-L diagrams (Fig. 5 ).
115115 < br /> < br />
116116 < figure >
117- < img src ="ims/geocouche_bl_plot_choices .png " alt ="Stereonet plotting ">
117+ < img src ="ims/stereonet_fig_05 .png " alt ="Stereonet plotting ">
118118 < br />
119- < figcaption > Fig. 6 . Stereonet plot interface.</ figcaption >
119+ < figcaption > Fig. 5 . Stereonet plot interface.</ figcaption >
120120 </ figure >
121121 < br /> < br />
122- An example of stereonet is shown in Fig. 7 .
122+ An example of stereonet is shown in Fig. 6 .
123123 < br /> < br />
124124 < figure >
125- < img src ="ims/stereonet_06 .png " alt ="Stereonet interface ">
125+ < img src ="ims/stereonet_fig_06 .png " alt ="Stereonet interface ">
126126 < br />
127- < figcaption > Fig. 7 . Stereonet example.</ figcaption >
127+ < figcaption > Fig. 6 . Stereonet example.</ figcaption >
128128 </ figure >
129129 < br /> < br />
130130
131131 < div style ="font-size: 85%; font-style: italic; ">
132132 -----
133133 < br /> < br />
134- Doc version 2018-08-29 , by Mauro Alberti - < a href ="mailto:alberti.m65@gmail.com "> alberti.m65@gmail.com</ a >
134+ Doc version 2018-09-01 , by Mauro Alberti - < a href ="mailto:alberti.m65@gmail.com "> alberti.m65@gmail.com</ a >
135135 </ div >
136136
137137 < br /> < br />
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