mirror of
https://github.com/unidoc/unipdf.git
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90 lines
2.8 KiB
Go
90 lines
2.8 KiB
Go
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/*
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* This file is subject to the terms and conditions defined in
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* file 'LICENSE.md', which is part of this source code package.
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*/
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package creator
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import (
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"testing"
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"github.com/unidoc/unidoc/pdf/model/fonts"
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)
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func TestTOCAdvanced(t *testing.T) {
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fontHelvetica := fonts.NewFontHelvetica()
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fontHelveticaBold := fonts.NewFontHelveticaBold()
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c := New()
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c.NewPage()
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toc := NewTOC("Table of Contents")
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// Set separator and margins for all the lines.
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toc.SetLineSeparator(".")
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toc.SetLineMargins(0, 0, 2, 2)
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toc.SetLineLevelOffset(12)
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// Set style for all line numbers.
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grey := ColorRGBFrom8bit(100, 100, 100)
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red := ColorRGBFrom8bit(255, 0, 0)
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style := NewTextStyle()
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style.Font = fontHelveticaBold
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style.Color = grey
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toc.SetLineNumberStyle(style)
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// Set style for all line pages.
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style.Font = fontHelveticaBold
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style.Color = ColorRGBFrom8bit(0, 0, 0)
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toc.SetLinePageStyle(style)
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// Set style for all line separators.
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style.Font = fontHelvetica
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style.FontSize = 9
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toc.SetLineSeparatorStyle(style)
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// Add TOC lines.
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toc.Add("", "Abstract", "i", 1)
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toc.Add("", "Aknowledgements", "ii", 1)
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// Customize line style.
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tl := toc.Add("", "Table of Contents", "iii", 1)
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tl.Title.Style.Font = fontHelveticaBold
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tl.Title.Style.Color = grey
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// Customize line style.
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tl = toc.Add("Chapter 1:", "Introduction", "1", 1)
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tl.Title.Style.Font = fontHelveticaBold
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tl.Title.Style.Color = red
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tl.Number.Style.Color = red
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tl.Page.Style.Color = red
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tl.Separator.Style.Color = red
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toc.Add("1.1", "Second Harmonic Generation (SHG)", "1", 2)
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toc.Add("1.1.1", "Nonlinear induced polarization", "1", 3)
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toc.Add("1.1.2", "Phase matching of the fundamental and emission waves", "2", 3)
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toc.Add("1.1.3", "Collagen as an intrinsic biomarker for SHG generation", "3", 3)
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toc.Add("1.1.4", "Second harmonic imaging microscopy", "6", 3)
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toc.Add("1.2", "Light propagation in tissues", "8", 2)
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toc.Add("1.2.1", "Radiative transfer equation for modeling light propagation in tissue", "8", 3)
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toc.Add("1.2.2", "Monte Carlo method as a convenient and flexible solution to the RTE for modeling light transport in multi layered tissues", "10", 3)
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toc.Add("1.2.3", "Measurement of optical properties", "15", 3)
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toc.Add("1.2.4", "Analytical solution of light scattering: The Born aproximation", "19", 3)
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toc.Add("1.2.5", "Refractive index corellation functions to describe light scattering in tissue", "21", 3)
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toc.Add("1.3", "SHG creation and emission directionality", "24", 2)
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toc.Add("1.4", "Combining SGH creation and emission directionality", "26", 2)
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toc.Add("1.5", "Utilizing light to characterize tissue structure", "26", 2)
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toc.Add("", "References", "28", 2)
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err := c.Draw(toc)
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if err != nil {
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t.Fatalf("Error drawing: %v", err)
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}
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// Write output file.
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err = c.WriteToFile("/tmp/toc_advanced.pdf")
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if err != nil {
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t.Fatalf("Fail: %v\n", err)
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}
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}
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