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nbsphinx/tutorials/SVO_os_qe Expand file tree Collapse file tree Original file line number Diff line number Diff line change 22 "cells" : [
33 {
44 "cell_type" : " markdown"
5- "id" : " fc5f591d "
5+ "id" : " 86a48d9c "
66 "metadata" : {},
77 "source" : [
88 " *Disclaimer:*\n "
1414 },
1515 {
1616 "cell_type" : " markdown"
17- "id" : " 14523874 "
17+ "id" : " e6c4065a "
1818 "metadata" : {},
1919 "source" : [
2020 " Hello and welcome to the first part of the tutorial for solid_dmft. Here we will guide to set up and run your first DMFT calculations. \n "
3131 },
3232 {
3333 "cell_type" : " markdown"
34- "id" : " 67c82023 "
34+ "id" : " 4d958ebb "
3535 "metadata" : {},
3636 "source" : [
3737 " ---\n "
5050 },
5151 {
5252 "cell_type" : " markdown"
53- "id" : " cc065376 "
53+ "id" : " 69bf5245 "
5454 "metadata" : {},
5555 "source" : [
5656 " ```\n "
6969 },
7070 {
7171 "cell_type" : " markdown"
72- "id" : " 171997f7 "
72+ "id" : " 882fb7d4 "
7373 "metadata" : {},
7474 "source" : [
7575 " The meaning of the column names is the following:\n "
8484 },
8585 {
8686 "cell_type" : " markdown"
87- "id" : " 53644a2f "
87+ "id" : " 053b8375 "
8888 "metadata" : {},
8989 "source" : [
9090 " ## 2. Looking at the Metal-Insulator Transition\n "
110110 },
111111 {
112112 "cell_type" : " markdown"
113- "id" : " 48509ce0 "
113+ "id" : " 9c7f3e8d "
114114 "metadata" : {},
115115 "source" : [
116116 " ## 3. Refining the diagram\n "
127127 },
128128 {
129129 "cell_type" : " markdown"
130- "id" : " a47dd8af "
130+ "id" : " 1c3c6154 "
131131 "metadata" : {},
132132 "source" : [
133133 " ## 4. Plotting the spectral function\n "
151151 },
152152 {
153153 "cell_type" : " markdown"
154- "id" : " df6162dc "
154+ "id" : " 0a13a7a9 "
155155 "metadata" : {},
156156 "source" : [
157157 " ## 5 Visualizing the MIT\n "
Original file line number Diff line number Diff line change 22 "cells" : [
33 {
44 "cell_type" : " markdown"
5- "id" : " fc5f591d "
5+ "id" : " 86a48d9c "
66 "metadata" : {},
77 "source" : [
88 " *Disclaimer:*\n "
1414 },
1515 {
1616 "cell_type" : " markdown"
17- "id" : " 14523874 "
17+ "id" : " e6c4065a "
1818 "metadata" : {},
1919 "source" : [
2020 " Hello and welcome to the first part of the tutorial for solid_dmft. Here we will guide to set up and run your first DMFT calculations. \n "
3131 },
3232 {
3333 "cell_type" : " markdown"
34- "id" : " 67c82023 "
34+ "id" : " 4d958ebb "
3535 "metadata" : {},
3636 "source" : [
3737 " ---\n "
5050 },
5151 {
5252 "cell_type" : " markdown"
53- "id" : " cc065376 "
53+ "id" : " 69bf5245 "
5454 "metadata" : {},
5555 "source" : [
5656 " ```\n "
6969 },
7070 {
7171 "cell_type" : " markdown"
72- "id" : " 171997f7 "
72+ "id" : " 882fb7d4 "
7373 "metadata" : {},
7474 "source" : [
7575 " The meaning of the column names is the following:\n "
8484 },
8585 {
8686 "cell_type" : " markdown"
87- "id" : " 53644a2f "
87+ "id" : " 053b8375 "
8888 "metadata" : {},
8989 "source" : [
9090 " ## 2. Looking at the Metal-Insulator Transition\n "
110110 },
111111 {
112112 "cell_type" : " markdown"
113- "id" : " 48509ce0 "
113+ "id" : " 9c7f3e8d "
114114 "metadata" : {},
115115 "source" : [
116116 " ## 3. Refining the diagram\n "
127127 },
128128 {
129129 "cell_type" : " markdown"
130- "id" : " a47dd8af "
130+ "id" : " 1c3c6154 "
131131 "metadata" : {},
132132 "source" : [
133133 " ## 4. Plotting the spectral function\n "
151151 },
152152 {
153153 "cell_type" : " markdown"
154- "id" : " df6162dc "
154+ "id" : " 0a13a7a9 "
155155 "metadata" : {},
156156 "source" : [
157157 " ## 5 Visualizing the MIT\n "
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