mirror of
https://github.com/vodemn/m3_lightmeter.git
synced 2024-10-19 23:00:39 +00:00
6bf059ed4d
* added Equipment section placeholder
* get iso & nd values from equipment profile
* use photography values from remote repo
* removed equipment section
* wip
* moved `EquipmentProfileProvider` from iap repo
* wip
* moved equipment profiles screen from iap
* improved equipment profiles screen
* mock add/delete
* collapse on expand
* add profile with name
* show selected values count (wip)
* fixed profile update
* cleanup
* Update pubspec.yaml
* made `AnimatedDialogPicker` more generic
* switched to local `Dimens`
* fixed `MeteringTopBarShape`
* rename
* animated `EquipmentProfileContainer`
* added default equipment profile
* change equipment profile name via dialog
* fixed profile selection
* filter equipment profile update/delete
* removed `enabled` param from settings section
* non-null `EquipmentProfile`
* fixed duplicate GlobalKeys
* animated equipment list
* Update ci.yml
* fixed shutter speed anchor issue
* autofocus
* added firebase to project
* save/restore equipment profiles
* unified `SliverList`
* added SSH key to iap repo
* Update ci.yml
* ci recursive submodules
* try full url
* Revert "try full url"
This reverts commit a9b692b60e
.
* restore firebase_options.dart
* changed runner to macos
* restore options earlier
* removed problematic file from analysis :)
* removed launch_app
* textoverflow
* implemented `DialogRangePicker`
* add iap repo to cd
* typo
* added workflow_dispatch to crowdin push
* removed `equipmentProfileValuesCount` from intl
* fr & ru translations
* style
* removed iap
119 lines
3.9 KiB
Dart
119 lines
3.9 KiB
Dart
import 'dart:math';
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import 'package:flutter/material.dart';
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import 'package:lightmeter/res/dimens.dart';
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class MeteringTopBarShape extends CustomPainter {
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final Color color;
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/// The appendix is on the left side
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/// but if appendix height is negative, then we have to make a cutout
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///
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/// negative positive
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/// | | /// | |
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/// | | /// | |
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/// | | /// | |
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/// | | /// | |
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/// \________ | /// | ________/
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/// \ | /// | / ↑
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/// | | /// | | | appendix height
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/// \__________/ /// \__________/ ↓
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///
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final double appendixHeight;
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final double appendixWidth;
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MeteringTopBarShape({
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required this.color,
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required this.appendixHeight,
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required this.appendixWidth,
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});
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@override
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void paint(Canvas canvas, Size size) {
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final paint = Paint()..color = color;
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final path = Path();
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const circularRadius = Radius.circular(Dimens.borderRadiusL);
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if (appendixHeight == 0 || appendixWidth == 0) {
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path.addRRect(
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RRect.fromLTRBAndCorners(
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0,
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0,
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size.width,
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size.height,
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bottomLeft: circularRadius,
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bottomRight: circularRadius,
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),
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);
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} else if (appendixHeight < 0) {
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// Left side with bottom corner
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path.lineTo(0, size.height + appendixHeight - Dimens.borderRadiusL);
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path.arcToPoint(
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Offset(Dimens.borderRadiusL, size.height + appendixHeight),
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radius: circularRadius,
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clockwise: false,
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);
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// Bottom side with step
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final allowedRadius = min(appendixHeight.abs() / 2, Dimens.borderRadiusL);
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path.lineTo(appendixWidth - allowedRadius, size.height + appendixHeight);
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path.arcToPoint(
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Offset(appendixWidth, size.height + appendixHeight + allowedRadius),
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radius: circularRadius,
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clockwise: true,
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);
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path.lineTo(appendixWidth, size.height - allowedRadius);
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path.arcToPoint(
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Offset(appendixWidth + allowedRadius, size.height),
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radius: circularRadius,
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clockwise: false,
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);
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// Right side with bottom corner
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path.lineTo(size.width - Dimens.borderRadiusL, size.height);
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path.arcToPoint(
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Offset(size.width, size.height - Dimens.borderRadiusL),
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radius: circularRadius,
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clockwise: false,
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);
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} else {
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// Left side with bottom corner
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path.lineTo(0, size.height - Dimens.borderRadiusL);
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path.arcToPoint(
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Offset(Dimens.borderRadiusL, size.height),
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radius: circularRadius,
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clockwise: false,
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);
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// Bottom side with step
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final allowedRadius = min(appendixHeight.abs() / 2, Dimens.borderRadiusL);
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path.relativeLineTo(appendixWidth - allowedRadius * 2, 0);
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path.relativeArcToPoint(
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Offset(allowedRadius, -allowedRadius),
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radius: Radius.circular(allowedRadius),
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rotation: 90,
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clockwise: false,
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);
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path.relativeLineTo(0, -appendixHeight + allowedRadius * 2);
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path.relativeArcToPoint(
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Offset(allowedRadius, -allowedRadius),
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radius: Radius.circular(allowedRadius),
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rotation: 90,
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clockwise: true,
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);
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// Right side with bottom corner
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path.lineTo(size.width - Dimens.borderRadiusL, size.height - appendixHeight);
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path.arcToPoint(
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Offset(size.width, size.height - appendixHeight - Dimens.borderRadiusL),
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radius: circularRadius,
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clockwise: false,
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);
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}
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path.lineTo(size.width, 0);
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path.close();
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canvas.drawPath(path, paint);
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}
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@override
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bool shouldRepaint(CustomPainter oldDelegate) => false;
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}
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