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dd7713e1e3
* MATCH, IFS, MAXA, MINA * OFFSET fixed * ISBLANK, ISERR, ISERROR, ISEVEN ,ISFORMULA, ISNONTEXT, ISNUMBER, ISODD, ISTEXT * ISLEAPYEAR, ISLOGICAL, ISNA, ISREF * FIND, FINDB * SEARCH, SEARCHB * CONCAT, CONCATENATE * YEAR, YEARFRAC * CONCAT is fixed, now TRUE and FALSE are concatenated instead of 1 and 0 in case of boolean results * NOW, TODAY, TIME, TIMEVALUE * DATE * DATEDIF
93 lines
2.8 KiB
Go
93 lines
2.8 KiB
Go
// Copyright 2018 FoxyUtils ehf. All rights reserved.
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//
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// Use of this source code is governed by the terms of the Affero GNU General
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// Public License version 3.0 as published by the Free Software Foundation and
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// appearing in the file LICENSE included in the packaging of this file. A
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// commercial license can be purchased on https://unidoc.io.
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package document
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import (
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"github.com/unidoc/unioffice"
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"github.com/unidoc/unioffice/measurement"
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"github.com/unidoc/unioffice/schema/soo/wml"
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)
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// CellMargins are the margins for an individual cell.
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type CellMargins struct {
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x *wml.CT_TcMar
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}
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func setCellMarginPercent(w *wml.CT_TblWidth, pct float64) {
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w.TypeAttr = wml.ST_TblWidthPct
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w.WAttr = &wml.ST_MeasurementOrPercent{}
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w.WAttr.ST_DecimalNumberOrPercent = &wml.ST_DecimalNumberOrPercent{}
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w.WAttr.ST_DecimalNumberOrPercent.ST_UnqualifiedPercentage = unioffice.Int64(int64(pct * 50))
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}
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func setCellMargin(w *wml.CT_TblWidth, d measurement.Distance) {
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w.TypeAttr = wml.ST_TblWidthDxa
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w.WAttr = &wml.ST_MeasurementOrPercent{}
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w.WAttr.ST_DecimalNumberOrPercent = &wml.ST_DecimalNumberOrPercent{}
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w.WAttr.ST_DecimalNumberOrPercent.ST_UnqualifiedPercentage = unioffice.Int64(int64(d / measurement.Dxa))
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}
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// SetTopPct sets the cell top margin
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func (c CellMargins) SetTopPct(pct float64) {
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c.x.Top = wml.NewCT_TblWidth()
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setCellMarginPercent(c.x.Top, pct)
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}
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// SetTop sets the cell top margin
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func (c CellMargins) SetTop(d measurement.Distance) {
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c.x.Top = wml.NewCT_TblWidth()
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setCellMargin(c.x.Top, d)
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}
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// SetLeftPct sets the cell left margin
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func (c CellMargins) SetLeftPct(pct float64) {
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c.x.Left = wml.NewCT_TblWidth()
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setCellMarginPercent(c.x.Left, pct)
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}
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// SetLeft sets the cell left margin
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func (c CellMargins) SetLeft(d measurement.Distance) {
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c.x.Left = wml.NewCT_TblWidth()
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setCellMargin(c.x.Left, d)
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}
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// SetRightPct sets the cell right margin
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func (c CellMargins) SetRightPct(pct float64) {
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c.x.Right = wml.NewCT_TblWidth()
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setCellMarginPercent(c.x.Right, pct)
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}
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// SetRight sets the cell right margin
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func (c CellMargins) SetRight(d measurement.Distance) {
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c.x.Right = wml.NewCT_TblWidth()
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setCellMargin(c.x.Right, d)
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}
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// SetBottomPct sets the cell bottom margin
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func (c CellMargins) SetBottomPct(pct float64) {
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c.x.Bottom = wml.NewCT_TblWidth()
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setCellMarginPercent(c.x.Bottom, pct)
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}
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// SetBottom sets the cell bottom margin
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func (c CellMargins) SetBottom(d measurement.Distance) {
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c.x.Bottom = wml.NewCT_TblWidth()
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setCellMargin(c.x.Bottom, d)
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}
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// SetStartPct sets the cell start margin
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func (c CellMargins) SetStartPct(pct float64) {
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c.x.Start = wml.NewCT_TblWidth()
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setCellMarginPercent(c.x.Start, pct)
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}
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// SetStart sets the cell start margin
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func (c CellMargins) SetStart(d measurement.Distance) {
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c.x.Start = wml.NewCT_TblWidth()
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setCellMargin(c.x.Start, d)
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}
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