/** Gets the microns per pixel along Y for this {@code Frame}. */ public Double getMicronsPerPixelY() { return d(value(getValue("micronsPerPixel"), "YAxis")); }
/** Gets the numerical aperture of the lens for this {@code Frame}. */ public Double getObjectiveLensNA() { return d(value(getValue("objectiveLensNA"))); }
/** Gets the imaging device associated with this {@code Frame}. */ public String getImagingDevice() { return value(getValue("imagingDevice")); }
/** * Gets the {@code c}th offset for this {@code Frame}. * * @param c The 0-based(!) channel index for which to obtain the offset. */ public Double getOffset(final int c) { return d(value(getValue("pmtOffset"), c)); }
/** Gets the X stage position associated with this {@code Frame}. */ public Length getPositionX() { final Double posX = d(value(getValue("positionCurrent"), "XAxis")); return toLength(posX, isInvertX()); }
/** Gets the optical zoom associated with this {@code Frame}. */ public Double getOpticalZoom() { return d(value(getValue("opticalZoom"))); }
/** Gets the microns per pixel along X for this {@code Frame}. */ public Double getMicronsPerPixelX() { return d(value(getValue("micronsPerPixel"), "XAxis")); }
/** Gets the numerical aperture of the lens for this {@code Frame}. */ public Double getObjectiveLensNA() { return d(value(getValue("objectiveLensNA"))); }
/** * Gets the {@code c}th gain for this {@code Frame}. * * @param c The 0-based(!) channel index for which to obtain the gain. */ public Double getGain(final int c) { return d(value(getValue("pmtGain"), c)); }
/** Gets the Z stage position associated with this {@code Frame}. */ public Length getPositionZ() { final Double posZ = d(value(getValue("positionCurrent"), "ZAxis")); return toLength(posZ, false); }
/** Gets the X stage position associated with this {@code Frame}. */ public Length getPositionX() { final Double posX = d(value(getValue("positionCurrent"), "XAxis")); return toLength(posX, isInvertX()); }
/** * Gets the {@code c}th gain for this {@code Frame}. * * @param c The 0-based(!) channel index for which to obtain the gain. */ public Double getGain(final int c) { return d(value(getValue("pmtGain"), c)); }
/** Gets the Y stage position associated with this {@code Frame}. */ public Length getPositionY() { final Double posY = d(value(getValue("positionCurrent"), "YAxis")); return toLength(posY, isInvertY()); }
/** Gets the pixels per line for this {@code Frame}. */ public Integer getPixelsPerLine() { return i(value(getValue("pixelsPerLine"))); }
/** Gets the objective lens string for this {@code Frame}. */ public String getObjectiveLens() { return value(getValue("objectiveLens")); }
/** Gets the pixels per line for this {@code Frame}. */ public Integer getPixelsPerLine() { return i(value(getValue("pixelsPerLine"))); }
/** * Gets the {@code c}th offset for this {@code Frame}. * * @param c The 0-based(!) channel index for which to obtain the offset. */ public Double getOffset(final int c) { return d(value(getValue("pmtOffset"), c)); }
/** Gets the Y stage position associated with this {@code Frame}. */ public Length getPositionY() { final Double posY = d(value(getValue("positionCurrent"), "YAxis")); return toLength(posY, isInvertY()); }
/** Gets the optical zoom associated with this {@code Frame}. */ public Double getOpticalZoom() { return d(value(getValue("opticalZoom"))); }
/** Gets the Z stage position associated with this {@code Frame}. */ public Length getPositionZ() { final Double posZ = d(value(getValue("positionCurrent"), "ZAxis")); return toLength(posZ, false); }