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}, “tags”: []
}, “source”: [
“# Constant”
]
}, {
“cell_type”: “code”, “execution_count”: 1, “id”: “f2320f66”, “metadata”: {
- “execution”: {
“iopub.execute_input”: “2021-08-17T08:12:18.161805Z”, “iopub.status.busy”: “2021-08-17T08:12:18.160677Z”, “iopub.status.idle”: “2021-08-17T08:12:21.523231Z”, “shell.execute_reply”: “2021-08-17T08:12:21.524233Z”
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}, “tags”: []
}, “outputs”: [], “source”: [
“%%capturen”, “n”, “import numpy as npn”, “n”, “import matplotlib.pyplot as pltn”, “n”, “import warningsn”, “warnings.simplefilter("ignore")n”, “n”, “from astromodels.functions.function import _known_functionsn”, “n”, “n”, “from jupyterthemes import jtplotn”, “jtplot.style(context="talk", fscale=1, ticks=True, grid=False)n”, “%matplotlib inline”
]
}, {
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}, “tags”: [
“parameters”
]
}, “outputs”: [], “source”: [
“func_name = "TbAbs"n”, “n”, “x_scale="log"n”, “y_scale="log"n”, “n”, “linear_range = Falsen”, “n”, “wide_energy_range = False”
]
}, {
“cell_type”: “code”, “execution_count”: 3, “id”: “0453c10c”, “metadata”: {
- “execution”: {
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}, “tags”: [
“injected-parameters”
]
}, “outputs”: [], “source”: [
“# Parametersn”, “func_name = "Constant"n”, “wide_energy_range = Truen”, “x_scale = "linear"n”, “y_scale = "linear"n”, “linear_range = Truen”
]
}, {
“cell_type”: “code”, “execution_count”: 4, “id”: “8aaa2758”, “metadata”: {
- “execution”: {
“iopub.execute_input”: “2021-08-17T08:12:21.624742Z”, “iopub.status.busy”: “2021-08-17T08:12:21.623579Z”, “iopub.status.idle”: “2021-08-17T08:12:21.635031Z”, “shell.execute_reply”: “2021-08-17T08:12:21.635867Z”
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}, “tags”: []
}, “outputs”: [], “source”: [
“func = _known_functions[func_name]()n”, “n”, “if wide_energy_range:n”, “n”, ” energy_grid = np.geomspace(1e2,1e4,500)n”, ” n”, “else:n”, ” n”, ” energy_grid = np.geomspace(2e-1,1e1,1000)n”, “n”, “if linear_range:n”, “n”, “tenergy_grid = np.linspace(-5,5,1000)n”, “n”, ” n”, “blue = "#4152E3"n”, “red = "#E3414B"n”, “green = "#41E39E"”
]
}, {
“cell_type”: “markdown”, “id”: “99ea8a6b”, “metadata”: {
“lines_to_next_cell”: 0, “papermill”: {
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}, “tags”: []
}, “source”: [
“## Description”
]
}, {
“cell_type”: “code”, “execution_count”: 5, “id”: “ec809d5f”, “metadata”: {
- “execution”: {
“iopub.execute_input”: “2021-08-17T08:12:21.690576Z”, “iopub.status.busy”: “2021-08-17T08:12:21.685176Z”, “iopub.status.idle”: “2021-08-17T08:12:21.700036Z”, “shell.execute_reply”: “2021-08-17T08:12:21.700959Z”
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“duration”: 0.031644, “end_time”: “2021-08-17T08:12:21.701349”, “exception”: false, “start_time”: “2021-08-17T08:12:21.669705”, “status”: “completed”
}, “tags”: []
}, “outputs”: [
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- “data”: {
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“<ul>n”, “n”, “<li>description: Return k</li>n”, “n”, “<li>formula: $ k $</li>n”, “n”, “<li>parameters: n”, “<ul>n”, “n”, “<li>k: n”, “<ul>n”, “n”, “<li>value: 0.0</li>n”, “n”, “<li>desc: Constant value</li>n”, “n”, “<li>min_value: None</li>n”, “n”, “<li>max_value: None</li>n”, “n”, “<li>unit: </li>n”, “n”, “<li>is_normalization: False</li>n”, “n”, “<li>delta: 0.1</li>n”, “n”, “<li>free: True</li>n”, “n”, “</ul>n”, “n”, “</li>n”, “n”, “</ul>n”, “n”, “</li>n”, “n”, “</ul>n”
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}, “tags”: []
}, “source”: [
“## Shape n”, “n”, “The shape of the function. n”, “n”, “If this is not a photon model but a prior or linear function then ignore the units as these docs are auto-generated”
]
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n”, “text/plain”: [
“<Figure size 432x288 with 1 Axes>”
]
}, “metadata”: {
“needs_background”: “light”
}, “output_type”: “display_data”
}
], “source”: [
“fig, ax = plt.subplots()n”, “n”, “n”, “ax.plot(energy_grid, func(energy_grid), color=blue)n”, “n”, “ax.set_xlabel("energy (keV)")n”, “ax.set_ylabel("photon flux")n”, “ax.set_xscale(x_scale)n”, “ax.set_yscale(y_scale)n”
]
}, {
“cell_type”: “markdown”, “id”: “071400d5”, “metadata”: {
“lines_to_next_cell”: 0, “papermill”: {
“duration”: 0.011891, “end_time”: “2021-08-17T08:12:21.968104”, “exception”: false, “start_time”: “2021-08-17T08:12:21.956213”, “status”: “completed”
}, “tags”: []
}, “source”: [
“## F$_{\nu}$n”, “n”, “The F$_{\nu}$ shape of the photon modeln”, “if this is not a photon model, please ignore this auto-generated plot”
]
}, {
“cell_type”: “code”, “execution_count”: 7, “id”: “e0663826”, “metadata”: {
- “execution”: {
“iopub.execute_input”: “2021-08-17T08:12:22.052125Z”, “iopub.status.busy”: “2021-08-17T08:12:22.012104Z”, “iopub.status.idle”: “2021-08-17T08:12:22.420055Z”, “shell.execute_reply”: “2021-08-17T08:12:22.421157Z”
}, “papermill”: {
“duration”: 0.440605, “end_time”: “2021-08-17T08:12:22.421473”, “exception”: false, “start_time”: “2021-08-17T08:12:21.980868”, “status”: “completed”
}, “tags”: []
}, “outputs”: [
- {
- “data”: {
“image/png”: 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n”, “text/plain”: [
“<Figure size 432x288 with 1 Axes>”
]
}, “metadata”: {
“needs_background”: “light”
}, “output_type”: “display_data”
}
], “source”: [
“fig, ax = plt.subplots()n”, “n”, “ax.plot(energy_grid, energy_grid * func(energy_grid), red)n”, “n”, “n”, “ax.set_xlabel("energy (keV)")n”, “ax.set_ylabel(r"energy flux (F$_{\nu}$)")n”, “ax.set_xscale(x_scale)n”, “ax.set_yscale(y_scale)n”, “n”
]
}, {
“cell_type”: “markdown”, “id”: “7d4e90fd”, “metadata”: {
- “papermill”: {
“duration”: 0.011993, “end_time”: “2021-08-17T08:12:22.445809”, “exception”: false, “start_time”: “2021-08-17T08:12:22.433816”, “status”: “completed”
}, “tags”: []
}, “source”: [
“## $\nu$F$_{\nu}$n”, “n”, “The $\nu$F$_{\nu}$ shape of the photon modeln”, “if this is not a photon model, please ignore this auto-generated plot”
]
}, {
“cell_type”: “code”, “execution_count”: 8, “id”: “0351058c”, “metadata”: {
- “execution”: {
“iopub.execute_input”: “2021-08-17T08:12:22.508733Z”, “iopub.status.busy”: “2021-08-17T08:12:22.507530Z”, “iopub.status.idle”: “2021-08-17T08:12:22.661783Z”, “shell.execute_reply”: “2021-08-17T08:12:22.662636Z”
}, “papermill”: {
“duration”: 0.204816, “end_time”: “2021-08-17T08:12:22.663004”, “exception”: false, “start_time”: “2021-08-17T08:12:22.458188”, “status”: “completed”
}, “tags”: []
}, “outputs”: [
- {
- “data”: {
“image/png”: 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n”, “text/plain”: [
“<Figure size 432x288 with 1 Axes>”
]
}, “metadata”: {
“needs_background”: “light”
}, “output_type”: “display_data”
}
], “source”: [
“fig, ax = plt.subplots()n”, “n”, “ax.plot(energy_grid, energy_grid**2 * func(energy_grid), color=green)n”, “n”, “n”, “ax.set_xlabel("energy (keV)")n”, “ax.set_ylabel(r"$\nu$F$_{\nu}$")n”, “ax.set_xscale(x_scale)n”, “ax.set_yscale(y_scale)n”
]
}
], “metadata”: {
- “jupytext”: {
“formats”: “ipynb,md”
}, “kernelspec”: {
“display_name”: “Python 3”, “language”: “python”, “name”: “python3”
}, “language_info”: {
- “codemirror_mode”: {
“name”: “ipython”, “version”: 3
}, “file_extension”: “.py”, “mimetype”: “text/x-python”, “name”: “python”, “nbconvert_exporter”: “python”, “pygments_lexer”: “ipython3”, “version”: “3.7.11”
}, “papermill”: {
“default_parameters”: {}, “duration”: 6.234518, “end_time”: “2021-08-17T08:12:23.304613”, “environment_variables”: {}, “exception”: null, “input_path”: “Constant.ipynb”, “output_path”: “../docs/notebooks/Constant.ipynb”, “parameters”: {
“func_name”: “Constant”, “linear_range”: true, “wide_energy_range”: true, “x_scale”: “linear”, “y_scale”: “linear”
}, “start_time”: “2021-08-17T08:12:17.070095”, “version”: “2.3.3”
}
}, “nbformat”: 4, “nbformat_minor”: 5
}