private void slider_color_saturation_Feedback(object sender, SliderLabelArgs e)
{
int s = Utility.Clamp((int)(m_hsb_selected.s * 100f + 0.1f) + e.Increment, 0, 100);
m_hsb_selected.s = (float)s / 100f;
UpdateColorFromHSB();
UpdateSlidersFromSelectedColor();
}
private void slider_color_hue_Feedback(object sender, SliderLabelArgs e)
{
int h = Utility.Clamp((int)(m_hsb_selected.h * 360f + 0.1f) + e.Increment, 0, 360);
m_hsb_selected.h = (float)h / 360f;
UpdateColorFromHSB();
UpdateSlidersFromSelectedColor();
}
private void slider_color_brightness_Feedback(object sender, SliderLabelArgs e)
{
int b = Utility.Clamp((int)(m_hsb_selected.b * 100f + 0.1f) + e.Increment, 0, 100);
m_hsb_selected.b = (float)b / 100f;
UpdateColorFromHSB();
UpdateSlidersFromSelectedColor();
}
private void slider_color_blue_Feedback(object sender, SliderLabelArgs e)
{
byte B = (byte)Utility.Clamp(m_editor_colors[m_selected_color].B + e.Increment, 0, 255);
Color c = m_editor_colors[m_selected_color];
m_editor_colors[m_selected_color] = Color.FromArgb(c.R, c.G, B);
UpdateHSBFromColor();
UpdateSlidersFromSelectedColor();
NotifyEditorColorUpdated(m_selected_color);
}
// NOTE: Z and Y are flipped on purpose (because of how decals are oriented vs. displayed)
private void slider_light_posz_Feedback(object sender, SliderLabelArgs e)
{
if (m_selected_light >= 0 && m_dmesh != null)
{
DLight dl = m_dmesh.light[m_selected_light];
dl.position.Y = Utility.SnapValue(dl.position.Y + e.Increment * POS_SNAP, POS_SNAP);
UpdateLightProperties(dl);
RefreshGeometry();
}
}
public float ROT_SNAP = Utility.RAD_180 / 36f; // 5 degrees
private void slider_light_rot_yaw_Feedback(object sender, SliderLabelArgs e)
{
if (m_selected_light >= 0 && m_active_dmesh != null)
{
DLight dl = m_active_dmesh.light[m_selected_light];
dl.rot_yaw = Utility.SnapValue(dl.rot_yaw + e.Increment * ROT_SNAP, ROT_SNAP);
UpdateLightProperties(dl);
gl_custom.Invalidate();
}
}
private void slider_light_range_Feedback(object sender, SliderLabelArgs e)
{
if (m_selected_light >= 0 && m_active_dmesh != null)
{
DLight dl = m_active_dmesh.light[m_selected_light];
dl.range = Utility.SnapValue(dl.range + e.Increment * 0.5f, 0.5f);
dl.range = Utility.Clamp(dl.range, 0f, 50f);
UpdateLightProperties(dl);
}
}
private void slider_light_angle_Feedback(object sender, SliderLabelArgs e)
{
if (m_selected_light >= 0 && m_dmesh != null)
{
DLight dl = m_dmesh.light[m_selected_light];
dl.angle = Utility.SnapValue(dl.angle + e.Increment * 5, 5f);
dl.angle = Utility.Clamp(dl.angle, 0f, 160f);
UpdateLightProperties(dl);
}
}
private void slider_light_rot_pitch_Feedback(object sender, SliderLabelArgs e)
{
if (m_selected_light >= 0 && m_dmesh != null)
{
DLight dl = m_dmesh.light[m_selected_light];
dl.rot_pitch = Utility.SnapValue(dl.rot_pitch + e.Increment * ROT_SNAP, ROT_SNAP);
UpdateLightProperties(dl);
RefreshGeometry();
}
}
private void slider_light_intensity_Feedback(object sender, SliderLabelArgs e)
{
if (m_selected_light >= 0 && m_dmesh != null)
{
DLight dl = m_dmesh.light[m_selected_light];
float inc = (dl.intensity < 2f ? 0.1f : 0.5f);
dl.intensity = Utility.SnapValue(dl.intensity + e.Increment * inc, inc);
dl.intensity = Utility.Clamp(dl.intensity, 0f, 50f);
UpdateLightProperties(dl);
}
}
private void slider_nudge_amount_Feedback(object sender, SliderLabelArgs e)
{
if (e.Increment > 0)
{
m_nudge_amount = Math.Min(1f, m_nudge_amount * 2f);
}
else
{
m_nudge_amount = Math.Max(1f / 128f, m_nudge_amount * 0.5f);
}
slider_nudge_amount.ValueText = Utility.ConvertFloatTo1Thru3Dec(m_nudge_amount);
}
private void slider_grid_snap_Feedback(object sender, SliderLabelArgs e)
{
if (e.Increment > 0)
{
GRID_SNAP = Math.Min(1f, GRID_SNAP * 2f);
}
else if (e.Increment < 0)
{
GRID_SNAP = Math.Max(1f / 64f, GRID_SNAP / 2f);
}
else
{
return;
}
GRID_SNAP = Utility.SnapValue(GRID_SNAP, 1f / 64f);
UpdateOptionLabels();
}
private void slider_smooth_angle_same_Feedback(object sender, SliderLabelArgs e)
{
ChangeSmoothAngleSame(e.Increment * 5);
}
private void slider_sizesegments_Feedback(object sender, SliderLabelArgs e)
{
ChangeSizeSegments(e.Increment);
}
private void slider_sizeheight_Feedback(object sender, SliderLabelArgs e)
{
ChangeSizeHeight(e.Increment);
}
private void slider_grid_width_Feedback(object sender, SliderLabelArgs e)
{
ChangeGridWidth(e.Increment);
}
private void slider_extrude_length_Feedback(object sender, SliderLabelArgs e)
{
ChangeExtrudeLength(e.Increment);
}
private void slider_grid_snap_Feedback(object sender, SliderLabelArgs e)
{
ChangeGridSnap(e.Increment);
}
private void slider_grid_spacing_Feedback(object sender, SliderLabelArgs e)
{
ChangeGridSpacing(e.Increment);
}
private void slider_coplanar_angle_Feedback(object sender, SliderLabelArgs e)
{
ChangeCoplanarAngle(e.Increment * 5);
}
private void slider_bevel_width_Feedback(object sender, SliderLabelArgs e)
{
ChangeBevelWidth(e.Increment);
}
private void slider_inset_bevel_Feedback(object sender, SliderLabelArgs e)
{
ChangeInsetPct(e.Increment);
}
private void slider_deformation_height_Feedback(object sender, SliderLabelArgs e)
{
ActiveDocument.ChangeSideDeformationHeight(e.Increment);
}
private void slider_decal_offset_v_Feedback(object sender, SliderLabelArgs e)
{
ActiveDocument.ChangeDecalOffset(0, e.Increment);
}
private void slider_cave_simplify_Feedback(object sender, SliderLabelArgs e)
{
ActiveDocument.ChangeCaveSimplify(e.Increment);
}
private void slider_rotate_angle_Feedback(object sender, SliderLabelArgs e)
{
ActiveDocument.ChangeRotateAngle(e.Increment * 5);
}
private void slider_decal_repeat_u_Feedback(object sender, SliderLabelArgs e)
{
ActiveDocument.ChangeDecalRepeat(e.Increment, 0);
}
private void slider_inset_length_Feedback(object sender, SliderLabelArgs e)
{
ChangeInsetLength(e.Increment);
}
private void slider_decal_rotation_Feedback(object sender, SliderLabelArgs e)
{
ActiveDocument.ChangeDecalRotation(e.Increment);
}
private void sliderLabelDark_Feedback(object sender, SliderLabelArgs e)
{
ActiveDocument.ToggleDark();
}
