#include "mom_access.h"
Char *
GetImageData(Image *image)
{
	switch(GetImageType(image))
	{
		case SHORT_TYPE:
			return((Char *)image->data->s);
			break;
		case FLOAT_TYPE:
			return((Char *)image->data->f);
			break;
		case UCHAR_TYPE:
			return((Char *)image->data->u);
			break;
		default:
			printf("Image type >>%d<< not supported\n",image->type);
			return(NULL);
	}
}
UInt
GetImageSize(Image *image)
{
	return(image->x * image->y);
}
UInt
GetImageSizeX(Image *image)
{
	return(image->x);
}
UInt
GetImageSizeY(Image *image)
{
	return(image->y);
}
Int
GetImageVersion(Image *image)
{
	return(image->version);
}
ImageType
GetImageType(Image *image)
{
	return(image->type);
}
Int GetVopNot8Bit(Vop *vop)
{
	return (vop->bits_per_pixel != 8);
}
Int GetVopQuantPrecision(Vop *vop)
{
	return (vop->quant_precision);
}
Int GetVopBitsPerPixel(Vop *vop)
{
	return (vop->bits_per_pixel);
}
Int GetVopMidGrey(Vop *vop)
{
	return (1 << (vop->bits_per_pixel - 1));
}
Int GetVopBrightWhite(Vop *vop)
{
	return ((1 << vop->bits_per_pixel) - 1);
}
Int GetVopTimeIncrementResolution(Vop *vop)
{
	return (vop->time_increment_resolution);
}
Int
GetVopModTimeBase(Vop *vop)
{
	return(vop->mod_time_base);
}
Int
GetVopTimeInc(Vop *vop)
{
	return((int)vop->time_inc);
}
Int
GetVopPredictionType(Vop *vop)
{
	return(vop->prediction_type);
}
Int GetVopIntraDCVlcThr(Vop *vop)
{
	return (vop->intra_dc_vlc_thr);
}
Int
GetVopRoundingType(Vop *vop)
{
	return(vop->rounding_type);
}
Int
GetVopWidth(Vop *vop)
{
	return(vop->width);
}
Int
GetVopHeight(Vop *vop)
{
	return(vop->height);
}
Int
GetVopHorSpatRef(Vop *vop)
{
	return(vop->hor_spat_ref);
}
Int
GetVopVerSpatRef(Vop *vop)
{
	return(vop->ver_spat_ref);
}
Int
GetVopQuantizer(Vop *vop)
{
	return(vop->quantizer);
}
Int
GetVopIntraQuantizer(Vop *vop)
{
	return(vop->intra_quantizer);
}
Int
GetVopIntraACDCPredDisable(Vop *vop)
{
	return(vop->intra_acdc_pred_disable);
}
Int
GetVopFCodeFor(Vop *vop)
{
	return(vop->fcode_for);
}
Int
GetVopSearchRangeFor(Vop *vop)
{
	return(vop->sr_for);
}
Image *
GetVopY(Vop *vop)
{
	return(vop->y_chan);
}
Image *
GetVopU(Vop *vop)
{
	return(vop->u_chan);
}
Image *
GetVopV(Vop *vop)
{
	return(vop->v_chan);
}
Void PutVopQuantPrecision(Int quant_precision,Vop *vop)
{
	vop->quant_precision = quant_precision;
}
Void PutVopBitsPerPixel(Int bits_per_pixel,Vop *vop)
{
	vop->bits_per_pixel = bits_per_pixel;
}
Void PutVopTimeIncrementResolution(Int time_incre_res, Vop *vop)
{
	vop->time_increment_resolution=time_incre_res;
}
Void
PutVopModTimeBase(Int mod_time_base, Vop *vop)
{
	vop->mod_time_base = mod_time_base;
}
Void
PutVopTimeInc(Int time_inc, Vop *vop)
{
	vop->time_inc = (float)time_inc;
}
Void
PutVopPredictionType(Int prediction_type, Vop *vop)
{
	vop->prediction_type = prediction_type;
}
Void PutVopIntraDCVlcThr(Int intra_dc_vlc_thr,Vop *vop)
{
	vop->intra_dc_vlc_thr=intra_dc_vlc_thr;
}
Void
PutVopRoundingType(Int rounding_type, Vop *vop)
{
	vop->rounding_type = rounding_type;
}
Void
PutVopWidth(Int width, Vop *vop)
{
	vop->width = width;
}
Void
PutVopHeight(Int height, Vop *vop)
{
	vop->height = height;
}
Void
PutVopHorSpatRef(Int hor_spat_ref, Vop *vop)
{
	vop->hor_spat_ref = hor_spat_ref;
}
Void
PutVopVerSpatRef(Int ver_spat_ref, Vop *vop)
{
	vop->ver_spat_ref = ver_spat_ref;
}
Void
PutVopQuantizer(Int quantizer, Vop *vop)
{
	vop->quantizer = quantizer;
}
Void
PutVopIntraACDCPredDisable(Int intra_acdc_pred_disable, Vop *vop)
{
	vop->intra_acdc_pred_disable = intra_acdc_pred_disable;
}
Void
PutVopFCodeFor(Int fcode_for, Vop *vop)
{
	vop->fcode_for = fcode_for;
}
Void
PutVopSearchRangeFor(Int sr_for, Vop *vop)
{
	vop->sr_for = sr_for;
}
Void
PutVopY(Image *y_chan, Vop *vop)
{
	FreeImage(vop->y_chan);
	vop->y_chan = y_chan;
}
Void
PutVopU(Image *u_chan, Vop *vop)
{
	FreeImage(vop->u_chan);
	vop->u_chan = u_chan;
}
Void
PutVopV(Image *v_chan, Vop *vop)
{
	FreeImage(vop->v_chan);
	vop->v_chan = v_chan;
}
Void
PutVopIntraQuantizer(Int Q,Vop *vop)
{
	vop->intra_quantizer = Q;
}
Void
PutVolConfigFrameRate(Float fr, VolConfig *cfg)
{
	cfg->frame_rate = fr;
}
Void
PutVolConfigM(Int M, VolConfig *cfg)
{
	cfg->M = M;
}
Void
PutVolConfigStartFrame(Int frame, VolConfig *cfg)
{
	cfg->start_frame = frame;
}
Void
PutVolConfigEndFrame(Int frame, VolConfig *cfg)
{
	cfg->end_frame = frame;
}
Void
PutVolConfigBitrate(Int bit_rate,VolConfig *cfg)
{
	cfg->bit_rate = bit_rate;
}
Void
PutVolConfigIntraPeriod(Int ir,VolConfig *cfg)
{
	cfg->intra_period = ir;
}
Void
PutVolConfigQuantizer(Int Q,VolConfig *cfg)
{
	cfg->quantizer = Q;
}
Void
PutVolConfigIntraQuantizer(Int Q,VolConfig *cfg)
{
	cfg->intra_quantizer = Q;
}
Void
PutVolConfigFrameSkip(Int frame_skip,VolConfig *cfg)
{
	cfg->frame_skip = frame_skip;
}
Void
PutVolConfigModTimeBase(Int time,VolConfig *cfg)
{
	cfg->modulo_time_base[0] = cfg->modulo_time_base[1];
	cfg->modulo_time_base[1] = time;
}
Float
GetVolConfigFrameRate(VolConfig *cfg)
{
	return(cfg->frame_rate);
}
Int
GetVolConfigM(VolConfig *cfg)
{
	return(cfg->M);
}
Int
GetVolConfigStartFrame(VolConfig *cfg)
{
	return(cfg->start_frame);
}
Int
GetVolConfigEndFrame(VolConfig *cfg)
{
	return(cfg->end_frame);
}
Int
GetVolConfigBitrate(VolConfig *cfg)
{
	return(cfg->bit_rate);
}
Int
GetVolConfigIntraPeriod(VolConfig *cfg)
{
	return(cfg->intra_period);
}
Int
GetVolConfigQuantizer(VolConfig *cfg)
{
	return(cfg->quantizer);
}
Int
GetVolConfigIntraQuantizer(VolConfig *cfg)
{
	return(cfg->intra_quantizer);
}
Int
GetVolConfigFrameSkip(VolConfig *cfg)
{
	return(cfg->frame_skip);
}
Int
GetVolConfigModTimeBase(VolConfig *cfg,Int i)
{
	return(cfg->modulo_time_base[i]);
}